################################################################################
#                   ____  ____  _____                _   
#                  / ___|| __ )|  ___|__ _ __   ___ | |_ 
#                  \___ \|  _ \| |_ / __| '_ \ / _ \| __|
#                   ___) | |_) |  _|\__ \ |_) | (_) | |_ 
#                  |____/|____/|_|  |___/ .__/ \___/ \__|
#                                       |_|              
#
#  SBFspot - Yet another tool to read power production of SMA® solar inverters
#  (c)2012-2022, SBF
#
#  DISCLAIMER:
#  A user of SBFspot software acknowledges that he or she is receiving this
#  software on an "as is" basis and the user is not relying on the accuracy 
#  or functionality of the software for any purpose. The user further
#  acknowledges that any use of this software will be at his own risk 
#  and the copyright owner accepts no responsibility whatsoever arising from
#  the use or application of the software. 
#
#  SMA is a registered trademark of SMA Solar Technology AG
################################################################################

1=[%]\0\%
2=[°C]\0\°C
3=[A]\0\A
4=[dBm]\0\dBm
5=[deg]\0\deg
6=[h]\0\h
7=[Hz]\0\Hz
8=[kWh]\0\kWh
9=[m/s]\0\m/s
10=[ms]\0\ms
11=[Ohm]\0\Ohm
12=[Pa]\0\Pa
13=[s]\0\s
14=[V]\0\V
15=[VA]\0\VA
16=[VAr]\0\var
17=[W/m²]\0\W/m²
18=[W]\0\W
19=[Wh]\0\Wh
20=A\0\Phase currents
21=AbsGriSwCnt\0\Number grid connections device
22=AbsOpTms\0\Total operating time of device
23=AbsFeedTms\0\Total feed-in time of device
24=AbsWhIn\0\Total energy absorbed from the grid by the device
25=AbsWhOut\0\Total counter reading, feed-in counter
26=Ackn\0\Acknowledge fault
27=Adj\0\Special setting
28=Aid\0\Islanding detection
29=AcqCnt\0\Number of detections
30=AcqTm\0\Time of the last detection
31=[K]\0\K
32=[°F]\0\°F
33=[W/s]\0\W/s
34=[min]\0\min
35=Alm\0\Fault
36=AMaxOfs\0\Tripping threshold DC current monitoring
37=AMaxOfsTmms\0\Tripping time DC current monitoring
38=Amp\0\Current
39=AmpNom\0\Operating condition current
40=AngFact\0\Escalation factor
41=ANom\0\Operating condition current
42=AS4777.3\0\[AU] AS4777.3
43=NotAdj\0\NotAdj
44=Aux1\0\External
45=Aux2\0\External 2
46=Bat\0\Battery
47=BtPwr\0\Maximum Bluetooth transmission power
48=Cab\0\Interior
49=Func\0\Function
50=Stt\0\Status
51=Cls\0\Closed
52=ValRsIstl\0\Reset operating data
53=Cntry\8855040\Country standard
54=CntrySet\0\Set country standard
55=ComFlt\0\Communication disturbed
56=CntrySettings\0\Country settings
57=ConstVolCtl\0\Constant voltage control
58=Coolsys\0\Cooling system
59=DatLog\0\Data logging
60=DatStoCnt\0\Number of Flash write cycles
61=DcAmpMax\0\DC overcurrent
62=DcCfg\0\DC settings
63=LodFnc\0\Load parameter
64=Dhcp\0\DHCP
65=DclVol\0\Intermediate circuit voltage
66=DcMinFlt\0\Start conditions not met
67=DcMs\0\DC measurements
68=DcOp\0\DC control
69=DcVMax\0\DC overvoltage
70=[KiB]\0\KiB
71=DevFlt\0\Interference device
72=DfltParaLod\0\Load preset
73=DifInsol\0\Diffuse insolation
74=DirInsol\0\Direct insolation
75=DK5940E2.2\0\[DK] 5940E2.2
76=Dsc\0\Fault correction measure
77=DscFuChk\0\Check AC circuit breaker
78=DscGnChk\0\Check generator
79=DscGnSw\0\Disconnect generator
80=DscParaChk\0\Check parameter
81=DscSupChk\0\Check connection
82=Env\0\Environment
83=EvtAcAMax\0\UCE monitoring
84=EvtAcAMaxHw\0\Overcurrent grid (HW)
85=EvtAcAMaxSw\0\Overcurrent grid (SW)
86=EvtAcAOfsSns\0\Offset grid current sensor
87=EvtAcHz\0\Grid frequency disturbance
88=EvtAcHzNom\0\Grid frequency not permitted
89=EvtAcSw\0\Grid disconnection point
90=EvtAcVDif\0\Deviation grid voltage measurement
91=EvtAcVMaxHw\0\Overvoltage grid (HW)
92=EvtAcVMaxPhVFst\0\Grid overvoltage fast
93=EvtAcVMaxPhVSlw\0\Grid overvoltage slow
94=EvtAcVMaxPhVSpt\0\Grid overvoltage (spot value)
95=EvtAcVMinPhVFst\0\Grid undervoltage fast
96=EvtAcVMinPhVSlw\0\Grid undervoltage slow
97=EvtAcVOfs\0\Grid voltage measurement Offset
98=EvtAcVRPro\0\Voltage increase protection
99=EvtAmpMax\0\High discharge current
100=EvtBrdSup\0\On-board supply system disturbance
101=EvtBsp\0\General BSP fault
102=EvtCntDvlp\0\Events for developer
103=EvtCntIstl\0\Events for installer
104=EvtCntSvc\0\Events for service
105=EvtCntUsr\0\Events for user
106=EvtCoolStr\0\Execution (Reboot)
107=EvtCpldHwTst\0\CPLD (HW)
108=EvtCpldVerTst\0\CPLD version check
109=EvtCpuSlfTst\0\CPU self-test HP
110=EvtdAmp\0\DI converter fault
111=EvtdAmpCom\0\DI converter communication
112=EvtdAmpMax\0\Residual current
113=EvtdAmpTst\0\DI converter test current
114=EvtDataMemBlck\0\Data storage blocked
115=EvtDcAmpMaxA\0\Overcurrent input A (SW)
116=EvtDcAmpMaxB\0\Overcurrent input B (SW)
117=EvtDcAOfsA\0\Offset DC current sensor A
118=EvtDcAOfsB\0\Offset DC current sensor B
119=EvtDcFeed\0\DC grid feed-in
120=EvtDclAMaxHwA\0\Overcurrent input A (HW)
121=EvtDclAMaxHwB\0\Overcurrent input B (HW)
122=EvtDclVMaxHw\0\Overvoltage intermediate circuit (HW)
123=EvtDclVMaxSw\0\Overvoltage intermediate circuit (SW)
124=EvtDcVDif\0\DC voltage measurement deviation
125=EvtDcVMaxA\0\Overvoltage input A (SW)
126=EvtDcVMaxB\0\Overvoltage input B (SW)
127=EvtDcVolMin\0\Generator voltage too low
128=EvtDcWattMin\0\DC power too low
129=EvtDcWCirA\0\DC converter string A defective
130=EvtDcWCirB\0\DC converter string B defective
131=EvtDiscon\0\Generator output too low
132=EvtEe\0\System data defective
133=EvtEeHw\0\System data access not possible
134=EvtEeRsto\0\System data restored
135=EvtExlWd\0\External watchdog (enable)
136=EvtGGNoChange\0\Grid parameter unchanged
137=EvtGGWait\0\Waiting for main CPU
138=EvtGrdGuardLock\0\Grid parameter locked
139=EvtHwTst\0\Execution (Test HW)
140=EvtSysRestr\0\Restart diagnosis system
141=EvtInfoDerat\0\Derating occurred
142=EvtInitSys\0\Execution (Taskinit)
143=EvtInstCodeNok\0\Installer code invalid
144=EvtInstCodeOk\0\Installer code valid
145=EvtIntAcSw\0\Relay defect
146=EvtIntAcSwTst\0\24 hour relay test
147=EvtIntDat\0\Execution (Mail)
148=EvtItnlCom\0\Internal communication
149=EvtLeakRis\0\Insulation failure
150=EvtLeakRisSns\0\Sensor system insulation resistance
151=EvtLeakRisSw\0\Relay insulation resistance
152=EvtNoShrt\0\Current event number
153=EvtNo\0\Event number manufacturer
154=EvtNoGri\0\Grid failure
155=EvtOffGri\0\Island grid
156=EvtOp\0\Execution (Operation)
157=EvtOpSys\0\Execution
158=EvtOsl\0\General OSL fault
159=EvtOvTmpInt\0\Overtemperature interior
160=EvtOvTmpWCir\0\Overtemperature power unit
161=EvtOvVPro\0\Varistor defective
162=EvtPEOpn\0\PE not connected
163=EvtPhNChg\0\L / N swapped
164=EvtPhPh\0\2nd phase connected to N
165=EvtPLLAcVtg\0\PLL outside limits
166=EvtRam\0\Memory defective
167=EvtRefVTst\0\Reference voltage test
168=EvtRom\0\Code memory defective
169=EvtSDFail\0\SD memory card defective
170=EvtSDFileRead\0\SD card is read
171=EvtSDNoParaFile\0\Parameter file not found or defective
172=EvtSDSetPara\0\Set parameter
173=EvtSDSetParaNok\0\Parameter setting failed
174=EvtSDSetParaOk\0\Parameters set successfully
175=EvtSDUpdAkt\0\No new update on the SD card
176=EvtSDUpdFileNok\0\Update file defective
177=EvtSDUpdFileOk\0\Update file OK
178=EvtSDUpdNoFile\0\No update file found
179=EvtShdMem\0\Execution (SharedMemory)
180=EvtSlfTst\0\Self-test
181=EvtSlfTstBrk\0\Abort self-test
182=EvtSlfTstErr\0\Abort self-test
183=EvtSlfTstLim\0\Self-test current disconnection limit
184=EvtSlfTstNrm\0\Self-test standard value for display
185=EvtSlfTstTms\0\Self-test disconnection time for display
186=EvtSlfTstVal\0\Self-test disconnection limit for display
187=EvtSPIDataFail\0\Long term data defective
188=EvtSPIFail\0\Data storage defective
189=EvtSt\0\Execution (State machine)
190=EvtStrSys\0\Execution (Startup)
191=EvtSysData\0\No system data
192=EvtTmpSnsInt\0\Fault sensor interior temperature
193=EvtTmpSnsWCir\0\Fault sensor power unit temperature
194=EvtUpdBT\0\Update Bluetooth
195=EvtUpdBTErr\0\Update Bluetooth failed
196=EvtUpdEnd\0\Update completed
197=EvtUpdHP\0\Update main CPU
198=EvtUpdHPErr\0\Update main CPU failed
199=EvtUpdi485\0\Update RS485i module
200=EvtUpdi485Err\0\Update RS485i module failed
201=EvtUpdKom\0\Update communication
202=EvtUpdLang\0\Update language table
203=EvtUpdLangErr\0\Update language table failed
204=EvtUpdLCD\0\Update display
205=EvtUpdLCDErr\0\Update display failed
206=EvtWCir\0\Power unit
207=EvtWCirScir\0\Bridge short-circuit
208=EvtWd\0\Execution (Watchdog)
209=EvtWdTst\0\24h watchdog test
210=Eth\0\Ethernet
211=FanCab1\0\Fan interior
212=FanCab2\0\Fan interior 2
213=FanHs\0\Fan heat sink
214=FanTrf1\0\Fan transformer
215=FanTrf2\0\Fan transformer 2
216=FanTst\0\Fan test
217=FltA\0\Residual current
218=FltAmpMax\0\High discharge curr.
219=FltANom\0\Operating condition residual current
220=FltdAmpMax\0\Residual current too high
221=FltPhPh\0\Installation fault
222=FrqCtl\0\Frequency monitoring
223=G83/1\0\[GB] G83/1
224=EvtSlfTstStrt\0\Display self-test start message
225=GGNoChange\0\Grid parameter unchanged
226=GGWait\0\Changing of grid parameters not possible
227=GnMod\0\GnMod
228=GrdGuardLock\0\Grid parameter locked
229=GridGuard\0\Grid monitoring
230=GridMs\0\Grid measurements
231=GriFlt\0\Grid fault
232=GriFltMonTms\0\Reconnection time after grid fault
233=GriFltReConTms\0\Reconnection time upon short interruption
234=GriFltTms\0\Maximum duration of a short interruption
235=GriOp\0\Parallel grid operation
236=GriStrTms\0\Reconnection time upon restart
237=GriSwCnt\0\N° grid conn. at grid conn.pt.
238=GriSwStt\8467200\Grid relay status
239=GrpSet\0\Set group
240=Health\0\Condition
241=HealthStt\0\Device status
242=hhLim\0\Median maximum threshold
243=hhLimTmms\0\Median maximum threshold tripping time
244=EvtDclAMaxHwC\0\Overcurrent input C (HW)
245=hLim\0\Lower maximum threshold
246=hLimTmms\0\Lower maximum threshold tripping time
247=G83/1-1\0\[GB] G83/1-1
248=Hmdt\0\Air humidity
249=HorWDir\0\Wind direction
250=HorWSpd\0\Wind speed
251=Hs1\0\Heat sink
252=Hs2\0\Heat sink 2
253=HwRev\0\Hardware version
254=Hz\0\Grid frequency
255=HzdLim\0\End point of the power control via frequency
256=HzdStr\0\Start point of the power control via frequency
257=HzFlt\0\Frequency not permitted
258=GriSwCpy\0\Switching status grid relay
259=HzNom\0\Operating condition grid frequency
260=HTTP\0\HTTP
261=InfoDerat\0\Derating occurred
262=InstabOp\0\Unstable operation
263=InstCdNok\0\SMA Grid Guard code invalid
264=InstCdOk\0\SMA Grid Guard code valid
265=InstCode\0\GridGuard password
266=Itf\0\Interface
267=Inverter\0\Inverter
268=Isolation\0\Insulation monitoring
269=ItnlDataStoFail\0\Data storage not possible
270=KEPCO-Guide\0\[KR] KEPCO-Guide
271=[KB]\0\kB
272=LeakRis\0\Insulation resistance
273=LeakRisMin\0\Minimum insulation resistance
274=LeakRisNom\0\Operating condition insulation resistance
275=Lim10m\0\10 minute average
276=LimFst\0\Instantaneous value
277=DrtStt\0\Reason for derating
278=lLim\0\Upper minimum threshold
279=lLimTmms\0\Upper minimum threshold tripping time
280=[Byte]\0\Byte
281=llLim\0\Median minimum threshold
282=llLimTmms\0\Median minimum threshold tripping time
283=[B]\0\B
284=Location\0\Device name
285=KEMCO501/2008\0\[KR] KEMCO501/2008
286=MainModel\0\Device class
287=Max\0\Upper maximum threshold
288=MaxTmms\0\Upper maximum threshold tripping time
289=Mdul\0\PV module
290=Metering\0\Measured values
291=Min\0\Lower minimum threshold
292=MinTmms\0\Lower minimum threshold tripping time
293=MinW\0\MinW
294=Model\0\Device type
295=Mpp\0\MPP
296=Mdm\0\Modem
297=Msg\0\Message
298=Nam\0\Name
299=Nameplate\0\Type Label
300=Nat\0\Nat
301=NoGri\0\Grid failure
302=None\0\-------
303=Off\0\Off
304=OffGri\0\Island mode
305=OFF-Grid\0\Island mode
306=OFF-Grid60\0\SMA Island mode 60 Hz
307=Ok\0\Ok
308=On\0\On
309=Operation\0\Operation
310=OpMod\0\General operating mode
311=Opn\0\Open
312=OutPhs\0\Phase assignment
313=OFF-Grid50\0\SMA Island mode 50 Hz
314=WLim\0\Maximum active power
315=WMax\0\Maximum active power output
316=WMod\0\Operating mode active power setting
317=AllPhs\0\All phases
318=OvLod\0\Overload
319=OvTmp\0\Overtemperature
320=OvVPro\0\Varistor defective
321=Pcb\0\Printed circuit board
322=PEOpn\0\PE connection missing
323=PEOpnMon\0\PE connection monitoring
324=PhNChg\0\L / N swapped
325=phsA\0\Phase L1
326=phsABC\0\Phases L1, L2 and L3
327=phsB\0\Phase L2
328=Proxy\0\Proxy settings
329=phsC\0\Phase L3
330=Port\0\Port
331=PhV\0\Phase voltage
332=PhVNom\0\Operating condition voltage
333=PPC\0\[GR] PPC
334=Pres\0\Atmospheric pressure
335=Prio\0\Recommended action
336=PrioA\0\Contact manufacturer
337=PrioC\0\Contact installer
338=PrioIna\0\invalid
339=CtrlType\0\DC voltage control type
340=Plnt\0\PV system
341=PrioStt\0\Recommended action
342=ProdTst\0\Production test mode
343=RD1663\0\[ES] RD1663
344=RsOpDat\0\Reset operating data
345=Reg\0\Controller
346=RemEna\0\Remote control
347=ReStr\0\Device restart triggered
348=Rev\0\Revision status
349=RlyClse\0\Grid relay closed
350=RmgTms\0\Waiting time until feed-in
351=Rpro\0\Voltage increase protection
352=RD1663/661\0\[ES] RD1663/661
353=RsEvtCnt\0\Reset events
354=RsMaxVals\0\Reset maximum values
355=RsTotWhLog\0\Reset energy logger
356=RsPermStoOp\0\Reset operation inhibition
357=RsCnt\0\Number of Resets
358=SB4000TL-20\0\SB 4000TL-20
359=SB5000TL-20\0\SB 5000TL-20
360=Card\0\Storage card
361=SDFail\0\SD memory card defective
362=SDFileRead\0\Reading SD Card
363=SDNoParaFile\0\Parameter file not found or defective
364=SDSetPara\0\Set parameter
365=SDSetParaNok\0\Parameter setting failed
366=SDSetParaOk\0\Parameters set successfully
367=SDUpdAkt\0\No new update on the SD card
368=SDUpdFileNok\0\Update file defective
369=SDUpdFileOk\0\Update file OK
370=SDUpdNoFile\0\No update file found
371=SensSet\0\SensSet
372=SerNum\0\Serial number
373=RD1663-A\0\[ES] RD1663-A
374=SlfDiag\0\Self-diagnosis
375=SlfTst\0\self-test
376=SlfTstErr\0\Abort self-test
377=S0Cnt\0\Number of S0 impulses
378=S0WhIn\0\Consumed energy
379=SwUpdRev\0\Software version Update
380=StopTms\0\Deactivation delay
381=Stop\0\Stop
382=AbsDcSwCnt\0\Number of DC disconnects
383=StringAFlt\0\Input A defective
384=StringBFlt\0\Input B defective
385=StrTms\0\Start delay
386=StrTmSet\0\unclear
387=StrVol\0\Critical voltage to start feed-in
388=SttOp\0\Operation status
389=SttReStr\0\Startup status
390=SttStop\0\Stop status
391=SttStr\0\Cold start status
392=SttTstHw\0\Test HW status
393=SwRev\0\Software version
394=Sys\0\System
395=Tmp\0\Temperature
396=TmpLim\0\Derating temperature
397=TmpNom\0\Operating condition temperatures
398=Tm\0\Time
399=TmpSns\0\Sensor fault fan permanently on
400=TmpVal\0\Temperature
401=TmpValMax\0\Highest measured temperature
402=phsAB\0\Phases L1 and L2
403=phsAC\0\Phases L1 and L3
404=phsBC\0\Phases L2 and L3
405=TotTmhSet\0\Set total time
406=TotA\0\Phase total Current
407=TotANom\0\Operating condition current
408=TotOpTmhSet\0\Set operating time
409=TotOpTms\0\Operating time
410=TotFeedTmhSet\0\Set feed-in time
411=TotFeedTms\0\Feed-in time
412=TotVA\0\Apparent power
413=TotVAr\0\Reactive power
414=TotVArNom\0\Operating condition reactive power
415=TotVArNomSet\0\TotVArNomSet
416=TotW\0\Power
417=TotWhIn\0\Absorbed energy
418=TotWhOut\0\Total yield
419=TotWNom\0\Operating condition power
420=TotWNomLimSet\0\TotWNomLimSet
421=TotWNomSet\0\TotWNomSet
422=Tr\0\Transformer
423=TSYS\0\Validation system
424=UpdBT\0\Update Bluetooth
425=UpdBTErr\0\Update Bluetooth failed
426=UpdEnd\0\Update completed
427=UpdHP\0\Update main CPU
428=UpdHPErr\0\Update main CPU failed
429=Updi485\0\Update RS485i module
430=Updi485Err\0\Update RS485i module failed
431=UpdKom\0\Update communication
432=UpdLang\0\Update language table
433=UpdLangErr\0\Update language table failed
434=UpdLCD\0\Update display
435=UpdLCDErr\0\Update display failed
436=VA\0\Apparent power
437=VAr\0\Reactive power
438=VDE0126-1-1\0\[DE] VDE0126-1-1
439=VDE0126-1-1 A\0\[DE] Special setting VDE0126-1-1
440=Vendor\0\Manufacturer
441=Vol\0\Voltage
442=VolCtl\0\Voltage monitoring
443=VolDCConst\0\Constant voltage
444=VolLim\0\Voltage limit
445=VolMax\0\Maximum voltage
446=VolNom\0\Operating condition voltage
447=Vset\0\Voltage setpoint
448=W\0\Active power
449=VRtg\0\Nominal voltage
450=Watt\0\Power
451=WattNom\0\Operating condition power
452=WebSvc\0\Web service
453=CntryBas\0\Underlying country standard
454=Clb\0\Calibration
455=Wrn\0\Warning
456=WtDcMin\0\Waiting for DC start conditions
457=WtGri\0\Waiting for grid voltage
458=SunnyCentral\0\Sunny Central
459=EvtDcAmpMaxHw\0\Overcurrent, input in short-circuit (HW)
460=SunnyBoy\0\Sunny Boy
461=SMA\0\SMA
462=EvtBrdSup15\0\On-board supply sys. dist. 15V
463=DscDcGenChk\0\Check DC generator
464=EvtOvVDcHw\0\DC overvoltage (HW)
465=EvtDcSw\0\DC switch
466=EvtDcVMax\0\DC overvoltage
467=EvtDcAmpMax\0\DC overcurrent
468=EvtInitCan\0\Fault CAN Initialisation
469=EvtInitDa\0\Fault DA converter
470=FltRvA\0\Fault reverse current
471=EvtIPCCom\0\Fault IPC communication
472=EvtInitRtc\0\Fault RTC Initialization
473=FltOvVSec\0\Fault overvoltage protector
474=EvtGfdi\0\Ground fault detected
475=EvtWdCnt\0\Frequent watchdog fault
476=EvtWdTot\0\Internal timing fault
477=EvtRvA\0\Reverse current
478=DscInvChk\0\Check inverter electronics
479=DscInvComChk\0\Check inv. electr. and comm.
480=DscInvFanChk\0\Check inverter electr. and fan
481=DscInvSwChk\0\Chk inv.electr. and contactors
482=DscInvFwChk\0\Check inv.electr. and SW vers.
483=EvtComCan\0\Communication fault CAN
484=EvtComIpc\0\Communication fault IPC
485=FanFlt\0\Fan fault
486=EvtFanIn\0\Fan fault interior
487=EvtFanIn2\0\Fan fault interior 2
488=EvtFanHs\0\Fan fault heat sink
489=EvtFanHs2\0\Fan fault heat sink 2
490=EvtFanSw\0\Fan fault motor prot. switch
491=EvtFanTrf\0\Fan fault coilware
492=EvtFanTrf2\0\Fan fault coilware 2
493=DscGriFuChk\0\Check grid and fuses
494=DscGriHzChk\0\Check grid frequency
495=EvtAcHzMax\0\Maximum grid frequency disturbance
496=EvtAcHzMaxSlw\0\Maximum grid frequency disturbance
497=EvtAcHzMin\0\Minimum grid frequency disturbance
498=EvtAcHzMinSlw\0\Minimum grid frequency disturbance
499=DscGriVChk\0\Check grid voltage
500=EvtAcVMaxPpVFst\0\Grid overvoltage fast
501=EvtAcVMinPpVFst\0\Grid undervoltage fast
502=EvtSmkAlm\0\Smoke alarm
503=EvtTmpSnsExl\0\Fault sensor ambient temp.
504=EvtTmpSnsBat\0\Fault sensor battery temp.
505=EvtVDcSns\0\Fault sensor DC voltage
506=EvtTmpSnsWCir2\0\Fault sensor pow.unit temp2
507=TmpSnsFanOn\0\Fault sensor fan perm. on
508=EvtTmpSnsTrf\0\Fault sensor transf. temp.
509=EvtAcSyn\0\Synchronization error
510=EvtTeamSw\0\Team switch
511=EvtOvVEvr\0\Overvoltage EVR (HW)
512=EvtOvVSec\0\Overvoltage protector
513=DscOvVSecChk\0\Check overvoltage protector
514=EvtOvAEvr\0\Overcurrent EVR (HW)
515=EvtOvTmpExl\0\Overtemperature outside
516=EvtOvTmpBat\0\Overtemperature battery
517=EvtOvTmpEvr\0\Overtemperature EVR (HW)
518=EvtOvTmpWCirHw\0\Overtemp. power unit (HW)
519=EvtOvTmpWCir2\0\Overtemperature power unit 2
520=EvtOvTmpTrf\0\Overtemp. transformer area
521=EvtOvTmpSw\0\Overtemperature switch
522=EvtNoDevAddr\0\Invalid device address
523=EvtNoParaFile\0\Invalid parameter file
524=EvtUnkHwErr\0\Unspecified HW fault (HW)
525=EvtWdBfr\0\Watchdog BFR
526=EvtWdDsp\0\Watchdog DSP
527=EvtSlfTstStr\0\Display self-test start mess.
528=TotInsol\0\Irradiation
529=ExInsol\0\Irradiation on external sensor
530=TotkWhOutSet\0\Set total yield
531=TotkWhInSet\0\Set absorbed energy
532=TmpValMaxSet\0\Set highest measured temperature
533=ComRev\0\Communication version
534=GnCtl\0\Generator control
535=EvtDcFuFlt\0\String protection defective
536=EvtDcWCirC\0\DC converter string C defective
537=EvtTmpPwrLim\0\EvtTmpPwrLim
538=EvtdZMax\0\Grid impedance jump
539=EvtExlIn\0\EvtExlIn
540=EvtGndFuOpn\0\Ground fuse missing
541=EvtDcAOfsC\0\DC current sensor C offset
542=EvtdAmpDif\0\Internal meas. comp. fault
543=EvtHzDif\0\Internal meas. comp. fault
544=EvtMsDif\0\Internal meas. comp. fault
545=EvtZDif\0\Internal meas. comp. fault
546=EvtOfs\0\Meas. recording fault
547=EvtAcPwrDif\0\Grid fault reported
548=EvtTeamErr\0\Team relay defective
549=EvtTeamWrn\0\Team instable
550=EvtTeamCfg\0\Team config
551=EvtTeamCls\0\Team coupling
552=EvtTeamOpn\0\Team disconnection
553=EvtTeamMstrCfg\0\Team head config
554=EvtTeamFlt\0\Team error
555=EvtZMax\0\Grid impedance too high
556=EvtGriOp\0\EvtGriOp
557=TmpDrt\0\Overtemperature
558=SB3000TL-20\0\SB 3000TL-20
559=VDE0126-1-1 B\0\[FR] VDE0126-1-1 B
560=EN50438\0\[EU] EN50438
561=EN50438-CZ\0\[CZ] EN50438-CZ
562=C10/11\0\[BE] C10/11
563=DyWhOut\0\Day yield
564=GriSwCntSet\0\Set number of grid connections
565=Turbine\0\Power specif. via char. curve
566=WMaxTm\0\Temporal control of the power limitation
567=ValRsSvc\0\Reset operating data (for Service)
568=DoAll\0\Execute all
569=Run\0\Activated
570=ForcedWrite\0\Execute write operation
571=StoEvtHis\0\Write events on memory card
572=StoFailHis\0\Write faults to SD
573=AvalGrpUsr\0\AvalGrpUsr
574=AvalGrpIstl\0\AvalGrpIstl
575=AvalGrpSvc\0\AvalGrpSvc
576=AvalGrpDvlp\0\AvalGrpDvlp
577=PlntPerf\0\Specific yield of PV system
578=PerfRat\0\Performance ratio
579=Rvn\0\Revenue
580=CO2Red\0\CO2 avoidance
581=DevPerf\0\Specific inverter yield
582=ModWMax\0\Active power limitation
583=SwRevStt\0\Checking firmware
584=Acs\0\Access Control
585=EvtSetSclParaOk\0\Parameter |ln04| set successfully
586=EvtSetSclParaNok\0\Setting of parameter |ln04| failed
587=EvtSetSttParaOk\0\Parameter |ln04| set successfully
588=EvtSetSttParaNok\0\Setting of parameter |ln04| failed
589=EvtSetStrParaOk\0\Parameter |ln04| set successfully
590=EvtSetStrParaNok\0\Setting of parameter |ln04| failed
591=PwdUsr\0\Set user password
592=PwdIstl\0\Set installer password
593=PwdSvc\0\Set service password
594=PwdDvlp\0\Set developer password
595=EvtUpdOk\0\Update successful
596=EvtUpdNok\0\Update failed
597=EvtOldTm\0\Time adjusted / old time
598=EvtNewTm\0\Time adjusted / new time
599=EvtUpdOkRev\0\Update to version |s0| successful
600=MnoStr\0\Mono-string mode active
601=AvalGrpMet1\0\AvalGrpMet1
602=AvalGrpMet2\0\AvalGrpMet2
603=AvalGrpMet3\0\AvalGrpMet3
604=AvalGrpMet4\0\AvalGrpMet4
605=AvalGrpMet5\0\AvalGrpMet5
606=AvalGrpMet6\0\AvalGrpMet6
607=AvalGrpMet7\0\AvalGrpMet7
608=AvalGrpMet8\0\AvalGrpMet8
609=AvalGrpMet9\0\AvalGrpMet9
610=AvalGrpMet10\0\AvalGrpMet10
611=AvalGrpMet11\0\AvalGrpMet11
612=AvalGrpMet12\0\AvalGrpMet12
613=AvalGrpMet13\0\AvalGrpMet13
614=AvalGrpMet14\0\AvalGrpMet14
615=AvalGrpMet15\0\AvalGrpMet15
616=AvalGrpMet16\0\AvalGrpMet16
617=AvalGrpMet17\0\AvalGrpMet17
618=AvalGrpMet18\0\AvalGrpMet18
619=AvalGrpMet19\0\AvalGrpMet19
620=AvalGrpMet20\0\AvalGrpMet20
621=AvalGrpMet21\0\AvalGrpMet21
622=AvalGrpMet22\0\AvalGrpMet22
623=AvalGrpMet23\0\AvalGrpMet23
624=AvalGrpMet24\0\AvalGrpMet24
625=AvalGrpMet25\0\AvalGrpMet25
626=AvalGrpMet26\0\AvalGrpMet26
627=AvalGrpMet27\0\AvalGrpMet27
628=AvalGrpMet28\0\AvalGrpMet28
629=AvalGrpMet29\0\AvalGrpMet29
630=AvalGrpMet30\0\AvalGrpMet30
631=AvalGrpPara1\0\AvalGrpPara1
632=AvalGrpPara2\0\AvalGrpPara2
633=AvalGrpPara3\0\AvalGrpPara3
634=AvalGrpPara4\0\AvalGrpPara4
635=AvalGrpPara5\0\AvalGrpPara5
636=AvalGrpPara6\0\AvalGrpPara6
637=AvalGrpPara7\0\AvalGrpPara7
638=AvalGrpPara8\0\AvalGrpPara8
639=AvalGrpPara9\0\AvalGrpPara9
640=AvalGrpPara10\0\AvalGrpPara10
641=AvalGrpPara11\0\AvalGrpPara11
642=AvalGrpPara12\0\AvalGrpPara12
643=AvalGrpPara13\0\AvalGrpPara13
644=AvalGrpPara14\0\AvalGrpPara14
645=AvalGrpPara15\0\AvalGrpPara15
646=AvalGrpPara16\0\AvalGrpPara16
647=AvalGrpPara17\0\AvalGrpPara17
648=AvalGrpPara18\0\AvalGrpPara18
649=AvalGrpPara19\0\AvalGrpPara19
650=AvalGrpPara20\0\AvalGrpPara20
651=AvalGrpPara21\0\AvalGrpPara21
652=AvalGrpPara22\0\AvalGrpPara22
653=AvalGrpPara23\0\AvalGrpPara23
654=AvalGrpPara24\0\AvalGrpPara24
655=AvalGrpPara25\0\AvalGrpPara25
656=AvalGrpPara26\0\AvalGrpPara26
657=AvalGrpPara27\0\AvalGrpPara27
658=AvalGrpPara28\0\AvalGrpPara28
659=AvalGrpPara29\0\AvalGrpPara29
660=AvalGrpPara30\0\AvalGrpPara30
661=C0Value0\0\Minimum
662=C0Value1\0\Maximum
663=C0Value2\0\Sum
664=C0Value3\0\Average
665=C0Value4\0\Number of devices
666=C0Value5\0\Piece/yield
667=C1Scalar0\0\Minimum of lower limits
668=C1Scalar1\0\Maximum of lower limits
669=C1Scalar2\0\Minimum of upper limits
670=C1Scalar3\0\Maximum of upper limits
671=C1Scalar4\0\Minimum of current values
672=C1Scalar5\0\Maximum of current values
673=200ms\0\200 ms
674=600ms\0\600 ms
675=1000ms\0\1000 ms
700=Itf1Hw\0\Hardware Interface 1
701=Itf2Hw\0\Hardware Interface 2
702=Itf3Hw\0\Hardware Interface 3
703=DtTm\0\Time settings
704=Upd\0\Update
705=DevUpd\0\Device update
706=PortalFnc\0\Status and Actions
707=PortalUsrSettings\0\User settings
708=PortalBscSettings\0\Basic settings
709=DnsSvc\0\SunnyDNS
710=FTPPush\0\FTP Push
711=FTPSrv\0\FTP server
712=UntId\0\Unit ID
713=HwVer\0\Hardware version
714=DnsSrvIp\0\DNS server IP
715=GwIp\0\Gateway IP
716=Ip\0\IP Address
717=SnetMsk\0\Subnet mask
718=WanIp\0\WAN IP
719=IspIp\0\Internet service provider IP
720=NetwParaRs\0\Reset network parameter
721=SerNumTxt\0\Serial number
722=IsDlSvTm\0\Standard or Daylight Saving Time
723=FtySet\0\FtySet
724=DtFmt\0\Date format
725=Lang\0\Language
726=LenUnt\0\Unit of length
727=NumFmt\0\Number format
728=TmpUnt\0\Unit of temperature
729=TmFmt\0\Time format
730=DlSvIsOn\0\Standard/Daylight Saving Time conversion on
731=TmSynIsOn\0\Automatic time synchronization
732=TmZn\0\Time zone
733=IsOn\0\Activated
734=IntvTm\0\Time interval
735=Login\0\Login
736=Pwd\0\Password
737=Srv\0\Server
738=ConnTst\0\Connection test
739=GprsApn\0\GPRS-APN
740=IspPhone\0\Dial-in number
741=IspPwd\0\Dial-in password
742=Pin\0\PIN
743=SigTst\0\Signal strength test
744=DatUpld\0\Upload data
745=DatUpldStt\0\Result of the last upload
746=PortalTst\0\Portal connection test
747=PortalTstStt\0\Result of the last portal connection test
748=Regist\0\Register
749=RegistStt\0\Result of the last registration
750=Email\0\Email
751=PlntNam\0\Name of PV system
752=PlntId\0\ID of PV system
753=UpldIntv\0\Upload frequency
754=DatStoEna\0\Write access allowed
755=GprsAlwsOn\0\GPRS-Always-On activated
756=FuncExe\0\FuncExe
757=FabMod\0\FabMod
758=TotWRng\0\TotWRng
759=TotWLim\0\TotWLim
760=PhVRng\0\PhVRng
761=DclVolRng\0\DclVolRng
762=DcVolRng\0\DcVolRng
763=DcVol\0\DcVol
764=FuncEna\0\Activate function
765=PvMod\0\PvMod
766=DtFmtDyMt4YrPt\0\DD.MM.YYYY
767=DtFmtMtDy4YrSlsh\0\MM/DD/YYYY
768=DtFmt4YrMtDyPt\0\YYYY.MM.DD
769=DtFmtMtDy4YrPt\0\MM.DD.YYYY
770=DtFmtDyMt4YrSlsh\0\DD/MM/YYYY
771=DtFmt4YrMtDySlsh\0\YYYY/MM/DD
772=DtFmtDyMt4YrDsh\0\DD-MM-YYYY
773=DtFmt4YrMtDyDsh\0\YYYY-MM-DD
774=DtFmtMtDy4YrDsh\0\MM-DD-YYYY
775=TmFmt24hMn\0\HH:mm
776=TmFmt12hMn\0\hh:mm
777=LangDE\0\Deutsch
778=LangEN\0\English
779=LangIT\0\Italiano
780=LangES\0\Español
781=LangFR\0\Français
782=LangEL\0\Ελληνικά
783=LangKO\0\한국어
784=LangCS\0\Česky
785=LangPT\0\Português
786=LangNL\0\Nederlands
787=NumFmtDcPt\0\123456.0
788=NumFmtDcCm\0\123456,0
789=NumFmtPtDcCm\0\123.456,0
790=NumFmtCmDcPt\0\123,456.0
791=TmpUntCelsius\0\Celsius
792=TmpUntKelvin\0\Kelvin
793=TmpUntFahrenheit\0\Fahrenheit
794=LenUntMetr\0\Metric
795=LenUntImp\0\Imperial
796=LangSL\0\Slovenski
797=LangBG\0\Български
798=LangPL\0\Polski
799=LangJA\0\日本語
800=Dsa\0\Disabled
801=LangTH\0\ภาษาไทย
802=Act\0\Active
803=Ina\0\Inactive
804=LangHE\0\עברית
805=TmFmt24hMns\0\HH:mm:ss
806=TmFmt12hMns\0\hh:mm:ss
807=EvtBatLodInTm\0\100 % bat. charge state was reached before the end of the bat. charge time
808=EvtBatLodEndTm\0\End of bat. charge time, battery state of charge: |d0| %
809=EvtOvABatChaSwLim\0\Battery charge overcurr. (SW limit)
810=EvtOvABatDshaSwLim\0\Battery discharge overcurr. (SW limit)
811=EvtUnVBatSwLim\0\Battery undervoltage (SW limit)
812=EvtOvVBatSwLim\0\Battery overvoltage (SW limit)
813=NotCfg\0\not configured
814=MppSrchStt\0\MPP search status
815=EstMaxWdc\0\Estimated MPP power
816=EstMaxWac\0\Estimated AC-MAX power
817=Sec\0\Security
818=Nsd\0\Grid management services
819=ExsDev\0\Devices found
820=PlntPwd\0\System password
821=WMaxAsym\0\Max. asymmetric load
822=WMaxAsymMod\0\Load unbalance limit
823=MsCyc\0\Measurement interval
824=WIn\0\Active power consumed
825=EvtLoginFail\0\Login for NSD function on device |s0| failed
826=FtyRs\0\Reset device to factory settings
827=EvtBatMinStrFail\0\Battery charge too low for start procedure
828=HwRevStr\0\Hardware version
829=PrtNum\0\Manufacturer number
830=LriGrpStt\0\Status
831=LriGrpNameplate\0\Type Label
832=LriGrpDev\0\Device
833=LriGrpAcs\0\User Rights
834=LriGrpDc\0\DC Side
835=LriGrpAc\0\AC Side
836=LriGrpGuard\0\Grid Monitoring
837=LriGrpGn\0\Generator
838=LriGrpBat\0\Battery
839=LriGrpPlntCom\0\System communication
840=LriGrpExCom\0\External Communication
841=LriGrpDatSto\0\Data Recording
842=LriGrpPortal\0\Sunny Portal
843=LriGrpApp\0\Further Applications
844=LriGrpMtrlgy\0\Meteorology
845=LriGrpBrglry\0\Theft Protection
846=LriGrpCmp\0\Device Components
847=LriGrpPlntCtl\0\System and device control
848=LriGrpPCC\0\Grid connection
849=LriGrpEMS\0\Energy management
850=LriGrpPlntCtl2\0\System and device control
851=LriGrpPlntCtl3\0\System and device control
852=LriGrpAc2\0\AC Side
853=LriGrpChrg\0\EV charger
854=LriGrpDev2\0\LriGrpDev2
861=Usr\0\User
862=Istl\0\Installer
863=Svc\0\Service
864=Dvlp\0\Developer
865=Evry\0\Any
866=GriGrd\0\Grid Guard
867=ItfEth10\0\10MBit
868=ItfEth100\0\100MBit
869=ItfBt\0\Bluetooth
870=ItfSpdwr\0\Speedwire
871=ItfMdm\0\Analog modem
872=ItfGSM\0\GSM
873=ItfGPRS\0\Interface GPRS
874=ItfUMTS\0\UMTS
875=PkgRev\0\Software package
876=EvtPaRsTotWhLog\0\Total yield logger partially deleted
877=DevSig\0\Find device
878=Signal\0\LED blinking
879=Cmp\0\Components
880=SusyId\0\SUSyID
881=SunnyExplorer\0\Sunny Explorer
882=SubPlntNam\0\Name of PV system
883=PlntTmOfs\0\Difference PV system time/system time
884=NoneDrt\0\not active
885=NoneDsc\0\none
886=NoneMsg\0\none
887=NonePrio\0\none
888=Evt\0\Current event
889=Bt\0\Bluetooth
890=TotWIn\0\Power absorbed
891=WebBox-20\0\WebBox-20
892=StrFltDet\0\String failure detection
893=EvtUpdDsp\0\Signal processor update
894=EvtUpdDspErr\0\Signal processor update failed
895=S0EnMtr\0\S0 energy counter
896=ActBatChrg\0\Charge of current battery
897=ChaCtlComStt\0\Specified battery setpoints
898=OpHt\0\heating
899=OpCool\0\cooling
900=CmpMain\0\Main processor
901=CmpCom\0\Communication assembly
902=CmpFltASw\0\Residual current monitoring unit
903=CmpDisp\0\Display
904=CmpSigProc\0\Logic component
905=CmpRS485\0\RS485 module
906=CmpZb\0\Zigbee components
907=CmpBt\0\Bluetooth component
908=CmpOS\0\Operating system
909=CmpPvPro\0\String protection
910=CmpProtConv\0\Protocol converter
911=CmpMdul\0\Module slot 1
912=CmpWebConn\0\Webconnect module
913=CmpPwrCtlMdul\0\Power control modules
914=CmpMdul2\0\Module slot 2
915=CmpBMS\0\Battery management system
916=CmpEpsMdul\0\Emergency power supply modules
917=CmpMfrMdul\0\Multifunction relay modules
918=CmpGriMon\0\Mains watchdog unit
919=CmpAcsMdul\0\Dedicated access module
920=CmpSnsMdul\0\SMA SensorModule
921=CmpWl\0\WLAN component
922=CmpIOMdul\0\SMA I/O Module
923=CmpRS485Mdul\0\SMA RS485 Module
924=CmpRS485BIM\0\RS485 interface
932=EvtFlwInitStr\0\Initialization Start: |tn0|
933=EvtFlwInitStop\0\Initialization End: |tn0|
934=EvtFlwRunStr\0\Operation Start: |tn0|
935=EvtFlwRunStop\0\Operation End: |tn0|
936=EvtFlwShtdwnStr\0\Shutdown Start: |tn0|
937=EvtFlwShtdwnStop\0\Shutdown End: |tn0|
938=EvtFlwFail\0\Internal fault 0x|x4||x5||x6||x7|/|u0|
939=EvtFlwOv\0\Calculation overflow in module |u0|
940=EvtFlwStr\0\Startup |x5|:|x4|:|x3|:|x2|:|x1|:|x0|:|5u8|
941=EvtFlwRscLodFail\0\Resource |s0| could not load.
942=EvtFlwSrvStrFail\0\Server could not start|x5|:|x4|:|x3|:|x2|:|x1|:|x0|:|5u8|
943=EvtComSetTmOut\0\24h Timeout at parameter setting |ln8c|
944=EvtComLoginOk\0\Login OK: Level: |u8|Device: |x1||x0||x7||x6||x5||x4|
945=EvtComLogoutOk\0\Logout: Level: |u8|Device:|x1||x0||x7||x6||x5||x4|
946=EvtComLoginAcsFail\0\Auth. error: Level: |u8|Device: |x1||x0||x7||x6||x5||x4|
947=EvtComLoginFail\0\Login error: Level: |u8|Device: |x1||x0||x7||x6||x5||x4|Error: |dc|
948=EvtComDetStr\0\Detection started
949=EvtComDev\0\New Device: |x1||x0||x7||x6||x5||x4|
950=EvtComSigRx\0\Rec. Hello World: Device: |x1||x0||x7||x6||x5||x4|
951=EvtComSigTx\0\Sent Hello World
952=EvtComUnkObj\0\New Object Unknown: Device: |x1||x0| |x7||x6||x5||x4| - |x9||x8|
953=EvtComMst\0\New Master: Device: |x1||x0||x7||x6||x5||x4|
954=EvtComLoginStr\0\Login started: Level: |u0|
955=EvtComLoginStop\0\Login End: Level: |u0|
956=EvtComLogoutStr\0\Logout started: Level: |u0|
957=EvtComBtCon\0\Bluetooth connection to root node established
958=EvtComBtConStop\0\Bluetooth connection to root node terminated
959=EvtComBtConFail\0\Bluetooth connection has broken
960=EvtComDevInf\0\New dev.info ["['|x5|:|x4|:|x3|:|x2|:|x1|:|x0|']"], Type=|c8|
961=EvtComDevRmv\0\Conn.device ['|x5|:|x4|:|x3|:|x2|:|x1|:|x0|'] lost
962=EvtComNetwInf\0\BCN: Radio network established
963=EvtExNotAval\0\Server prob. not available until |s0| due to maint
964=EvtExComFail\0\Server not available: |d0|
965=EvtExLoginFail\0\Registration failed |d0|
966=EvtExTx\0\|d0| bytes successfully transmitted in |d4| sec.
967=EvtExBinTx\0\Data succ. transmitted: |d0| bytes in |d4| seconds
968=EvtExTxAbrt\0\Data transm. aborted after |d0| bytes and |d4| sec. flt: |d8|
969=EvtTmSynFail\0\Time synchronization failed |d0|
970=EvtPrmMss\0\Faulty parameter |ln04|
971=EvtODBAcsFail\0\Internal ODB fault |d0|
972=DscDcChk\0\Ensure DC supply
973=NaN\0\------
974=PvPro\0\String protection
975=RsLrn\0\Restart Learning
976=EvtDcInRvSC\0\Reverse currents or substring |s0| polarity rev.
977=EvtDcInFlt\0\Substring |s0| failed
978=EvtDcEIGBTFail\0\ESS-IGBT defective Input |s0|
979=EvtDcSwFail\0\ESS Relay fault Input |s0|
980=EvtDcCapacFail\0\Relay control defective input |s0|
981=EvtDcHIGBTFail\0\HSS-IGBT defective input |s0|
982=EvtPVSComFail\0\Ring line interrupted
983=EvtDcSCALimA\0\Short-circuit String A, risk of arc.Don't pull ESS
984=EvtDcSCCB\0\Arcing danger DC plug input; reinsert ESS
985=EvtOvVProTmp\0\Varistor A or B through thermal fuse
986=EvtOvVProArc\0\Varistor A or B through arcing
987=EvtOvVProLgtProA\0\Lightning protection device at input A defective
988=EvtOvHeat\0\Overheating
989=MsgDcInRv\0\String |s0| defective
990=MsgDcInFlt\0\String |s0| defective
991=MsgLgtProIna\0\Lightning protection inactive
992=MsgOvHeat\0\Overheating
993=EvtDcInRv\0\Reverse currents or input |s0| polarity reversed
994=EvtPhNMss\0\Phase(s) or neutral conductor not connected
995=DscDcNotDscon\0\Do not disconnect ESS
996=DscDcCon\0\Connect ESS, do not open cover
997=DscOvVProChk\0\Check varistors
998=DscLgtProChkA\0\Check lightning protector A/PE
999=DscDcAcDscon\0\Disconnect device from generator and grid
1000=EvtComDevLim\0\New device cannot be administered: Device: |x1||x0| |x7||x6||x5||x4|
1001=EvtComParaTx\0\Parameter |ln8c| was sent
1002=MdlBtRpt\0\Bluetooth Repeater
1003=EvtDclCapacVFlt\0\Intermediate circuit voltages not permitted
1004=EvtGriDetFlt\0\Grid type detection failed
1005=EvtAcASns\0\Grid current sensor defective
1006=UnkFlt\0\General fault
1007=EvtGndAmpMax\0\Overcurrent Ground fuse
1008=ENS\0\[DE] ENS
1009=G77\0\[GB] G77
1010=AGL\0\[AU] AGL
1011=UL1741\0\[US] UL1741
1012=UL1741/2005\0\[US] UL1741/2005
1013=OthStd\0\SMA other standard
1014=DK5950\0\[DK] DK5950
1015=UL1741/2001\0\[US] UL1741/2001
1016=I-Konst\0\Constant current
1017=PEA\0\[TH] PEA
1018=MEA\0\[TH] MEA
1019=TxTst\0\TxTst
1020=MVtgDirective\0\[DE] Medium-Voltage Directive (Germany)
1021=JP\0\[JP] Airdolphine
1022=VArMod\0\Operating mode of static voltage stabilisation
1023=WCtlHzMod\0\Operating mode active power red., overfreq. P(f)
1024=VArModCfg\0\Reactive power mode
1025=VArCtlVolCfg\0\Q(V) characteristic curve
1026=VDif\0\Voltage difference to next charact. curve value
1027=VDifTms\0\Time to adoption of next charact. curve value
1028=VOfsNom\0\Nominal voltage offset
1029=VArGra\0\Reactive power gradient
1030=VStop\0\Stop voltage
1031=VArNom\0\Reactive power
1032=MVtgDirectiveInt\0\[DE] MVtgDirective Internal
1033=VArCtlWCfg\0\Q(P) characteristic curve
1034=VArStr\0\Reactive power value starting point
1035=WStr\0\Active power value starting point
1036=VArStop\0\Reactive power value end point
1037=WStop\0\Active power value end point
1038=PFCnstCfg\0\Manual cos φ specification
1039=PF\0\cos φ setpoint for active power output
1040=PFExt\0\Excitation type for active power output
1041=OvExt\0\Overexcited
1042=UnExt\0\Underexcited
1043=PFCtlWCfg\0\cos φ(P) charac. curve
1044=PFExtStr\0\Excitation type at starting point
1045=PFStr\0\cos φ of start point
1046=PFExtStop\0\Excitation type at end point
1047=PFStop\0\cos φ of end point
1048=WModCfg\0\Active power mode
1049=WCnstCfg\0\Manual setting
1050=WNom\0\Standardized active power
1051=WNomRef\0\Reference value for normalized active power
1052=WCtlHzModCfg\0\Frequency-dependent active power adapt. P(f)
1053=WCtlHzCfg\0\P(f) characteristic curve
1054=HzStr\0\Difference between starting freq. and grid freq.
1055=WGra\0\Active power gradient
1056=HzStop\0\Difference between reset frequency and grid freq.
1057=HystEna\0\Activation of stay-set indicator function
1058=TmSyn\0\Synchronize time with time server
1059=VArMax\0\Current reactive power limit
1060=VArLim\0\Max. reactive power
1061=VAMax\0\Currently set apparent power limit
1062=VALim\0\Maximum apparent power
1063=PFAbsMin\0\Current cos φ limit
1064=PFAbsLim\0\Min. cos φ
1065=WGraRecon\0\Power gradient for reconnection after grid fault
1066=WGraReconEna\0\Soft start-up P after grid fault
1067=VArCnstCfg\0\Manual reactive power setting for active power output
1068=WGraEna\0\Limitation of change rate
1069=VArCtlVol\0\Q(V) characteristic curve
1070=VArCnstNom\0\Q, manual setting in %
1071=VArCnst\0\Q, manual setting in VAr
1072=VArCtlCom\0\Q, external setting
1073=VArCtlW\0\Q(P) characteristic curve
1074=PFCnst\0\cos φ, manual setting
1075=PFCtlCom\0\cos φ, external setting
1076=PFCtlW\0\cos φ(P) charac. curve
1077=WCnst\0\Manual setting in W
1078=WCnstNom\0\Manual setting in %
1079=WCtlCom\0\External setting
1080=PlntCtl\0\PV system control
1081=EvtAcSwOpn\0\AC circuit breaker activated or open
1082=InstFltGri\0\Installation failure grid connection
1083=DscGriPhSeqChk\0\Check grid and rotating field
1084=EvtPhSeq\0\Rotating field left
1085=PriMst\0\Primary Master
1086=ScdMst\0\Secondary Master
1087=InvCtl\0\Device control
1088=EvtDatDif\0\Data inconsistency
1089=EvtAcPwrCirInop\0\AC bridge not ready for operation
1090=EvtHFAMax\0\UCE monitoring HF half-bridge
1091=EvtHFSC\0\Bridge short circuit HF half-bridge
1092=EvtDclVMin\0\Voltage conditions not met
1093=EvtTmpSnsPcbRdt\0\Fault sensor PCB temperature
1094=EvtFanEx\0\External fan fault
1095=BstConv1\0\Boost converter
1096=BstConv2\0\Boost converter 2
1097=PhAngMax\0\Maximum phase shift
1098=PhAngMaxTmms\0\Tripping time for max. phase shift
1099=ChgMax\0\Max. frequency change per second
1100=ChgMaxTmms\0\Maximum frequency change tripping time
1101=ReconMin\0\Lower reconnection limit
1102=ReconMax\0\Upper reconnection limit
1103=HzRtg\0\Nominal frequency
1104=TotVANom\0\Normalized total apparent power
1105=BstConv\0\Boost converter
1106=EvtOvTmpBstConv\0\Overtemperature boost converter
1107=EvtHzGraMax\0\Frequency change not permitted
1108=ClbAcVol\0\Calibration voltage
1109=ClbAcVolStt\0\Calibration status
1110=EvtClbAcVolFail\0\AC voltage calibration failed
1111=Fail\0\Failed
1112=NotPrf\0\Not executed
1113=GndFuFlt\0\Ground fuse fault
1114=DscGndFuChk\0\Check ground fuse
1115=DscFanRep\0\Replace fan
1116=DscFanCln\0\Clean fan
1117=EvtOvVProFlt\0\Varistor monitoring defective
1118=ClbFail\0\Calibration failed
1119=ClbAcVolPhs\0\Selection of the voltage(s) to be calibrated
1120=GndAmpMax\0\Maximum ground current
1121=GndAmpMaxTmms\0\Tripping time maximum ground current
1122=GndMdt\0\Grounding prescribed?
1123=GndModReq\0\Prescribed grounding type
1124=GndModStt\0\Grounding status
1125=GndModPs\0\Positive
1126=GndModNg\0\Negative
1127=GndModNone\0\No grounding
1128=GndModNoneReq\0\None prescribed
1129=Yes\0\Yes
1130=No\0\No
1131=GriSwOpn\0\Grid relay open
1132=WCtlHz\0\Frequency-dependent active power adapt. P(f)
1133=VArCnstNomCfg\0\Configuration of reactive power mode const. Q as %
1134=WCnstNomCfg\0\Configuration of active power mode const. W as %
1135=UpdPvProErr\0\Update string prot. failed
1136=EvtUpdPvProErr\0\Update string prot. failed
1137=UpdPvPro\0\Update string protection
1138=EvtUpdPvPro\0\Update string protection
1139=UL1741/2005/208\0\[US] UL1741/2005, 208 V
1140=UL1741/2005/240\0\[US] UL1741/2005, 240 V
1141=GndFlt\0\Grounding error
1142=EvtGndModRv\0\Wrong earthing type
1143=DscGndModRv\0\Wrong earthing type; check earthing set
1144=PlntTmSet\0\Set PV system time
1145=PortalAct\0\Use Sunny Portal
1146=Do\0\Execute
1147=AdptSttNotCrea\0\Not initialized
1148=AdptSttIdle\0\Not connected
1149=AdptSttInqAct\0\Searching
1150=AdptSttInqStop\0\Not connected
1151=AdptSttConn\0\Connected
1152=AdptSttDscon\0\Not connected
1153=AdptSttSwUpdStr\0\Not connected
1154=AdptSttSwUpdStop\0\Firmware update completed
1156=AdptCmdCrea\0\AdptCmdCrea
1157=AdptCmdConn\0\AdptCmdConn
1158=AdptCmdDscon\0\AdptCmdDscon
1159=AdptCmdInqStr\0\AdptCmdInqStr
1160=AdptCmdAbrt\0\AdptCmdAbrt
1161=AdptCmdFltRs\0\AdptCmdFltRs
1162=AdptCmdUpdSw\0\AdptCmdUpdSw
1163=AdptZb\0\Zigbee
1164=AdptBt\0\Bluetooth
1165=AdptEth\0\Ethernet
1166=AdptSer\0\Serial
1167=AdptSpdwr\0\Speedwire
1168=AdptWebConn\0\Webconnect
1170=RAA\0\Downlink
1171=DAA\0\Uplink
1172=AdptCmd\0\AdptCmd
1173=AdptConnNd\0\Current root node
1174=AdptNdLst\0\Possible root nodes
1175=AdptConnQual\0\Connection quality
1176=AdptStt\0\Status
1177=AdptFlt\0\Fault indication
1179=AdptNetId\0\NetID
1180=AdptEvt\0\Current event
1186=EvtDcAmpMsFlt\0\DC current measurement defective
1187=Intv15Mnt\0\every 15 minutes
1188=Intvh\0\hourly
1189=IntvDy\0\daily
1190=SysLog\0\Syslog service
1191=ActStopDt\0\Activated until
1192=VArCtlComCfg\0\Extern. reactive power mode
1193=WCtlComCfg\0\External setting
1194=PFCtlComCfg\0\cos φ config. method of PV system control
1195=IntvTmsMax\0\Timeout for communication fault indication
1196=Exp\0\Export
1197=DatExpNoTag\0\Measurement name in local language
1198=EvtExpNoTag\0\Events in local language
1199=PPDS\0\[CZ] PPDS
1200=PvProOk\0\String protection OK
1201=MPPShdw\0\SMA ShadeFix
1202=CycTms\0\Cycle time
1203=WMaxMpp\0\Power limit
1204=VolSpt\0\Setpoint for PV voltage
1205=VRef\0\Nominal system voltage
1206=DclVolSpt\0\Setpoint for intermediate circuit voltage
1207=SwPkgLcn\0\Update file
1208=AdptEvtConnAbrt\0\Adaptor: Conn. interrupted
1209=AdptEvtNetIdMdf\0\Adapter event: NetID changed
1210=AdptSttFlt\0\Not connected
1211=AdptSttHwFlt\0\Not connected
1212=AdptSttNetFlt\0\Not connected
1213=DAAID\0\DAA type ID
1214=RAAID\0\RAA type ID
1215=EvtPlntCtlMstFlt\0\Time interval expired
1216=EvtPlntCtlCfgSet\0\Dynamic settings established
1217=HystVolNom\0\Hysteresis voltage
1218=ArGraNom\0\Gradient K of reactive current droop
1219=VolRefNom\0\Specified voltage UQ0
1220=VArMaxNom\0\Symmetrical limit for maximum reactive power
1221=PwrCirInopVol\0\PWM reverse voltage
1222=VArGraNom\0\Reactive power gradient
1223=VArTms\0\Setting time for nominal value filter
1224=WNomStr\0\Active power at starting point
1225=WNomStop\0\Active power at end point
1226=VRefOfs\0\Reference correction voltage
1227=PwrCirInopVolNom\0\PWM inverse voltage at undervoltage
1228=PwrCirInopTms\0\PWM inversion delay at undervoltage
1229=ArGraMod\0\Reactive current droop
1230=DGSModCfg\0\Dynamic grid support
1231=EvtComNetwId\0\NetID changed: New ID: |x3||x2||x1||x0|
1232=AvalChkIstl\0\Check for update and install it
1233=SDLWindV\0\SDLWindV
1234=Diag\0\Diagnosis
1235=CpuMon\0\CPU monitor
1236=CpuLod\0\CPU load
1237=RemStoLcn\0\Server path
1238=EvtUpdStr\0\Update started
1239=UpdQryOk\0\Search for update completed successfully
1240=UpdQryNok\0\Search for update not compl. successfully: |tn0|
1241=UpdAbrt\0\Update aborted
1242=UpdDwldStr\0\Download of an update started
1243=UpdDwldOk\0\Download of an update completed successfully
1244=UpdDwldNok\0\Download of update not compl. successfully: |tn0|
1245=RevUnk\0\Version unknown
1246=PkgSzFlt\0\Incorrect package size
1247=ParaMss\0\One or more parameters are missing
1248=NxtConnTm1\0\Next connection
1249=NxtConnTm2\0\Next connection 2
1250=NxtConnTm3\0\Next connection 3
1251=IREStt\0\IRE status
1252=AdptEvtRecon\0\Adaptor event: Conn. restored
1253=DbVolNomMin\0\Lower limit, voltage dead band
1254=DbVolNomMax\0\Upper limit, voltage dead band
1255=EvtAcV\0\Grid voltage fault
1256=UpdSpdwr\0\Update Speedwire
1257=EvtUpdSpdwr\0\Update Speedwire
1258=ConnTstRsl\0\Result of the last connection test
1259=EvtDcSCALimB\0\Short-circuit String B, risk of arc.Don't pull ESS
1260=EvtOvVProLgtProB\0\Lightning protection device at input B defective
1261=DscLgtProChkB\0\Check lightning protector B/PE
1262=DGSFlCfg\0\Full dynamic grid support
1263=DGSMod\0\Operating mode of dynamic grid support
1264=DGSFl\0\Full dynamic grid support
1265=DGSPa\0\Limited dynamic grid support
1266=[mA]\0\mA
1267=[km/h]\0\km/h
1268=[mph]\0\mph
1269=[kOhm]\0\kOhm
1270=[mOhm]\0\mOhm
1271=[mV]\0\mV
1272=[kVA]\0\kVA
1273=[kVAr]\0\kvar
1274=[kW/m2]\0\kW/m²
1275=[kW]\0\kW
1276=[MW]\0\MW
1277=[GW]\0\GW
1278=[MWh]\0\MWh
1279=[GWh]\0\GWh
1280=[Ws]\0\Ws
1281=[g]\0\g
1282=[kg]\0\kg
1283=[lb]\0\lb.
1284=[t]\0\t
1285=[m2]\0\m²
1286=[sqft]\0\sq.ft.
1287=[m]\0\m
1288=[km]\0\km
1289=[ft]\0\ft.
1290=[g/kWh]\0\g/kWh
1291=[kg/kWh]\0\kg/kWh
1292=[kWh/kWp]\0\kWh/kWp
1293=[Ah]\0\Ah
1294=[As]\0\As
1295=Stdby\0\Standby
1296=UpdAval\0\New update available: Version |s0|
1297=EvtFtpTstOk\0\FTP Push connection test successfully completed.
1298=EvtFtpTstNok\0\An error occurred in the FTP Push conn. test: |s0|
1299=EvtFtpSvrStr\0\FTP server started.
1300=EvtFtpSvrStop\0\FTP server stopped.
1301=EvtFtpSvrStrFail\0\An error occurred when start. the FTP server: |s0|
1302=EvtFtpSvrStopFail\0\An error occurred when stop. the FTP server: |s0|
1303=EvtFtpUpld\0\FTP upload completed.
1304=EvtFtpUpldFail\0\An error occurred during the FTP upload: |s0|
1305=GndModLrn\0\Learning
1306=EvtUpdSpdwrErr\0\Update Speedwire module failed
1307=EvtExComFailSrv\0\Server not available
1308=EvtExLoginFailTag\0\Registration failed: |tn0|
1309=EvtTmSynFailTag\0\Time synchronization failed: |tn0|
1310=EvtExTxAbrtTag\0\Data transmission aborted: |tn0|
1311=EvtDevClssUnk\0\Unknown device class
1312=EvtSysErr\0\System fault
1313=EvtAcsErr\0\Authentication fault
1314=EvtWebSvcConnFail\0\Web service not available
1315=EvtWebboxNotRgst\0\Sunny WebBox not registered with the Sunny Portal
1316=PkgUpdRev\0\Update version of the software package
1317=AutoUpdIsOn\0\Automatic update
1318=AutoUpdTm\0\Time of the automatic update
1319=NoRev\0\No version available
1320=EvtWanIpDetFail\0\Identification of WAN IP via Sunny Portal failed
1321=GndFltRea\0\Measures in the case of a grounding error
1322=GndFltDscon\0\Disconnect from grid
1323=GndFltWrn\0\Warn
1324=EvtExComFailSrvTag\0\Server not available: |lv04|
1325=DatExpCSVIsOn\0\Data export in CSV format
1326=DatExpXMLIsOn\0\Data export in XML format
1327=TotPF\0\Displacement power factor
1328=VArGraMod\0\Reactive power droop mode
1329=VolWidNom\0\Voltage spread
1330=Hyst\0\Hysteresis
1331=Db\0\Dead band
1332=HzMon\0\Frequency monitoring
1333=AsymDet\0\Unbalance detection
1334=AsymMax\0\Permissible grid unbalance
1335=AsymMaxTmms\0\Tripping time of the unbalance detection
1336=HzMonTmms\0\Tripping time of the frequency monitor
1337=UL1741/120\0\[US] UL1741/120
1338=UL1741/208\0\[US] UL1741/208
1339=UL1741/240\0\[US] UL1741/240
1340=MltFncSw\0\Multifunction relay
1341=FltInd\0\Fault indication
1342=FanCtl\0\Fan control
1343=SelfCsmp\0\Self-consumption
1344=MinOnTmm\0\Minimum On time
1345=MinOnPwr\0\Minimum On power
1346=MinOnPwrTmm\0\Minimum power On time
1347=OpMode\0\Operating mode
1348=DevRstr\0\Initiate device restart
1349=ComCtl\0\Control via communication
1350=DcCtlTurCfg\0\Configuration of  "Turbine" operating mode
1351=PC1\0\Constant deviation of power calculation
1352=PC2\0\Coefficient of power calculation based on Udc
1353=PC3\0\Coefficient of power calculation based on Udc^2
1354=PC4\0\Coefficient of power calculation based on Udc^3
1355=KP\0\Proportional factor of power control
1356=KI\0\Integral factor of power control
1357=KD\0\Differential factor of power control
1358=StopVol\0\Critical voltage to end feed-in
1359=BatCha\0\Battery bank
1360=MinReconTmm\0\Minimum time before reconnection
1361=[1E-3]\0\1E-3
1362=[1E-6]\0\1E-6
1363=FeedInTar\0\Rate for feed-in reimbursement
1364=SelfCsmpTar\0\Rate for self-use reimbursement
1365=PwrTar\0\Electricity tariff
1366=FeedInRvn\0\Feed-in reimbursement
1367=SelfCsmpRvn\0\Self-use reimbursement
1368=PwrCost\0\Electricity costs
1369=LoginMdt\0\Login prescribed
1370=EvtTrfEnclFlt\0\Transformer prot. triggered
1371=EvtStopDet\0\Quick stop triggered
1372=EvtCanInOv\0\CAN communication fault
1373=EvtDatChkFlt\0\EvtDatChkFlt
1374=EvtAcSwFlt\0\AC separating point
1375=MsgPlntCtl\0\MsgPlntCtl
1376=EvtWMaxAnInval\0\Invalid analogue active power specification
1377=EvtWMaxBinCont\0\Invalid digital active power specification
1378=EvtVArMaxAnInval\0\Invalid analogue reactive power specification
1379=EvtPFAbsMinAnInval\0\Invalid analogue power factor specification
1380=EvtCabOpn\0\Doors have been opened during operation
1381=EvtFliSto\0\Flight recorder file written
1382=EvtFliCrea\0\EvtFliCrea
1383=EvtWDrt\0\Active power is limited by a specified maximum limit
1384=EvtHzDrt\0\Active power limit AC frequency
1385=EvtTmpDrt\0\Temperature derating
1386=EvtDcDrt\0\EvtDcDrt
1387=VArCnstNomAnIn\0\Reactive power Q, specific. via analogue input
1388=PFCnstAnIn\0\cos φ specific. analog input
1389=VArCtlVolHystDb\0\Reactive power/volt. char. Q(V) param.
1390=WCnstNomAnIn\0\Active power limitation P via analogue input
1391=WCnstNomDgIn\0\Active power limitation P via digital inputs
1392=Flt\0\Fault
1393=WaitPV\0\Waiting for PV voltage
1394=WaitGri\0\Waiting for valid AC grid
1395=DcDm\0\DC range
1396=Gri\0\AC grid
1397=DscPlntCtl\0\Check active and reactive power interface
1398=DscCabOpn\0\Close doors and cancel release
1399=DscTrfEnclFlt\0\Check external transformer
1400=EvtDcVMaxFst\0\DC overvoltage peak
1401=TotPFPrc\0\Displacement power factor
1402=TotPFExt\0\Excitation type of cos φ
1403=TotWhMod\0\Energy counter type
1404=PvWhOut\0\PV generation counter
1405=GriWhOut\0\Grid feed-in counter
1406=GriWhIn\0\Grid reference counter
1407=PvMs\0\PV system measurements
1408=TotWOut\0\Supplied power
1409=HzLim\0\Frequency threshold
1410=ImpMon\0\Grip impedance monitoring
1411=AmpAmpl\0\Current amplitude
1412=MaxImpGra\0\Max. impedance gradient
1413=PerAid\0\Periodic AID
1414=Ampl\0\Amplitude
1415=hLimNom\0\Normalized upper threshold
1416=lLimNom\0\Normalized lower threshold
1417=ReconMaxNom\0\Norm. max. reconnection threshold
1418=ReconMinNom\0\Norm. min. reconnection threshold
1419=CO2RedSpc\0\Specific CO2 reduction
1420=GriTyp\0\Grid type
1421=Imp\0\Impedance
1422=PMid\0\Centre point of P-coordinate
1423=VMid\0\Centre point of U-coordinate
1424=VMax\0\End point of U-coordinate
1425=VStr\0\Start point of U-coordinate
1426=RplDet\0\Ripple control signal detection
1427=GndVol\0\Ground voltage
1428=BckOpMod\0\Backup mode operating mode
1429=BckStt\0\Backup mode status
1430=PwrBal\0\PowerBalancer
1431=PwrGrd\0\PowerGuard
1432=MaxW\0\Power max. Value
1433=GriTyp277V\0\277 Volt
1434=GriTyp208V\0\208 Volt
1435=GriTyp240V\0\240 Volt
1436=GriTyp208VwoN\0\208 Volt without neutral conductor
1437=GriTyp240VwoN\0\240 Volt without neutral conductor
1438=Auto\0\Automatic
1439=OnAllPhs\0\In all phases
1440=ModGri\0\Grid mode
1441=ModOffGri\0\Separate network mode
1442=ModPhsGrd\0\PhaseGuard
1443=ModPwrGrd\0\PowerGuard
1444=ModFltGrd\0\FaultGuard
1445=PasAid\0\Passive AID
1446=GridGuardRev\0\GridGuard-Version
1447=TotS0Out\0\S0-pulse feed-in
1448=TotS0In\0\S0-pulse reference
1449=EvtLeakRisIgn\0\Insulation failure ignored
1450=EvtGfdiIgn\0\Grounding error ignored
1451=EvtIsoMonCfg\0\Insulation monitoring configuration error
1452=EvtRemGfdiSw\0\No Remote GFDI response
1453=EvtIsoFltPmt\0\Permanent insulation failure
1454=EvtSoftGnd\0\Soft grounding triggered
1455=EvtEmgStop\0\Emergency OFF
1456=Csmp\0\Consumption
1457=AbsSelfCsmpInc\0\Internal consumption increase
1458=DySelfCsmpInc\0\Today's increased self-consumption
1459=PvGriConn\0\Mains connection
1460=CsmpGriConnStt\0\Power supply status
1461=GriConn\0\Mains connected
1462=GriConnNoBck\0\Backup not available
1463=Bck\0\Backup
1464=CapacThrpCnt\0\Rated capacity throughput
1465=BatChaSttMin\0\Lower battery discharge limit
1466=Wait\0\Wait
1467=Str\0\Start
1468=MppSrch\0\MPP search
1469=Shtdwn\0\Shut down
1470=Dst\0\Fault
1471=EvtWrnErrTxOk\0\Warning/error mail OK
1472=EvtWrnErrTxNok\0\Warning/error mail not OK
1473=EvtPlntDatTxOk\0\PV system info mail OK
1474=EvtPlntDatTxNok\0\PV system info mail not OK
1475=EvtErrTxOk\0\Error mail OK
1476=EvtErrTxNok\0\Error mail not OK
1477=EvtWrnTxOk\0\Warning mail OK
1478=EvtWrnTxNok\0\Warning mail not OK
1479=GriFltMon\0\Wait after mains interruption
1480=WaitUtil\0\Waiting for utilities company
1481=SunnyCentralControl\0\Sunny central control
1482=EvtPlntUnkPortal\0\PV system is not available in the portal
1483=EvtDevExsPortal\0\Device is already available in the portal
1484=EvtParaInval\0\Invalid parameter was transmitted
1485=EvtUnkDevRev\0\Unknown device version
1486=EvtInopAcsMss\0\No rights to execute the operation
1487=EvtDevRgstOk\0\Device successfully registered in the portal
1488=ComFltSSMId\0\SSM Id for which comm. fault has occurred
1489=SMUWrnId\0\SMU warning code for string fault
1490=SigIn1Stt\0\Status of signal contact 1
1491=SigIn2Stt\0\Status of signal contact 2
1492=EvtEFDcDscon\0\String temporarily deselected due to earth fault
1493=EvtEFDcDsconPmt\0\String permanently deselected due to earth fault
1494=DscClrEF\0\Eliminate earth fault
1495=EvtStrgFlt\0\String detected w. yield loss
1496=DscStrgChk\0\Check functionality of the whole string
1497=EvtWdSmidCtl\0\Watchdog SMID CONT
1498=EvtWdSmidCT\0\Watchdog SMID CT
1499=EvtBrdSup12\0\On-board supply sys. dist. 12V
1500=DscSDChg\0\Replace SD card with a functional one
1501=TxAttCnt\0\Transmission attempts
1502=TxAttTm\0\Time of the last transmission attempt
1503=UpdSrc\0\Update source
1504=AutoUpd\0\Automatic update
1505=ManUpd\0\Manual update
1506=UpdPortal\0\Update portal
1507=Inf\0\Information
1508=EvtDcSwCnt90\0\90% of DC switch. cycl. reach.
1509=EvtDcSwCnt100\0\100% of DC switch. cyc. reach.
1510=Cmps\0\Compress
1511=CmpsDlt\0\Compress and delete
1512=EvtSDExpInaUpd\0\The data export to the SD card was temporarily deactivated as at least one update file is on the SD card.
1513=EvtSDExpAct\0\The data export to the SD card was re-activated.
1514=EvtUpdPlntTx1\0\The firmware update with version number |u/9/0| for device type |tn4| was sent to the PV system.
1515=EvtUpdPlntTx2\0\The firmware update with version number |u/9/0| for device types |tn8| was sent to the PV system.
1516=EvtUpdPlntTx3\0\The firmware update with version number |u/9/0| for device types |tn4|, |tn8| and |tnc|was sent to the PV system.
1517=EvtDevUpdOk\0\The device with serial number |u0| was successfully updated to firmware version |u/9/4|.
1518=EvtDevUpdNok\0\The device with serial number |u0| could not be updated to firmware version |u/9/4|.
1519=EvtDevUpdAbrt\0\The device with serial number |u0| and firmware version |u/9/4| is no longer considered for the current update process as this appliance update has failed several times.
1520=EvtUpdDwldNok1\0\Download of the update file with version |u/9/0| for device type |tn4| did not complete successfully.
1521=EvtUpdDwldNok2\0\Download of the update file with version |u/9/0| for device types |tn4| and |tn8| did not complete successfully.
1522=EvtUpdDwldNok3\0\Download of the update file with version |u/9/0| for device types |tn4|, |tn8| and |tnc| did not complete successfully.
1523=EvtUpdWait\0\Wait for update conditions
1524=S0kWhOut\0\S0 pulses per infed kWh
1525=S0kWhIn\0\S0 pulses per consumed kWh
1526=PkgTrtRev\0\Target version of the software package
1527=Forc\0\Force
1528=EvtReconFlt\0\Reconnection fault grid
1529=EvtReconFltTm\0\Reconnection condition not    satisfied
1530=GriTyp208VWYE\0\208V WYE
1531=GriSw\0\Grid switch
1532=AutoComFailStt\0\Status after loss of communication in autom. mode
1533=InitAutoStt\0\Status after switching on automatic
1534=AutoSttSet\0\AutoSttSet
1535=JetOffTst\0\Jet offline test
1536=ComTmOut\0\Timeout after loss of communication
1537=StrDet\0\Starting current detection
1538=ArGraNomPrc\0\Gradient K of the reactive current droop
1539=AutoEna\0\Automatic mode can be activated
1540=EvtFstStop\0\Quick stop
1541=EvtUnkDspFlt\0\Unspecif. DSP fault
1542=EvtUnkBfrFlt\0\Unspecif. BFR fault
1543=EvtOvTmpDcCl\0\Overtemperature DC clamps
1544=EvtDcSwWrn\0\A DC switch does not close
1545=EvtIsoFltStk\0\Insulation failure stack
1546=EvtGfdiWrn\0\Warning grounding error
1547=EvtGfdiPmt\0\Permanent grounding error
1548=EvtSoftGndWrn\0\Warning softgrounding activated
1549=EvtSoftGndPmt\0\Permanent softgrounding error
1550=EvtSoftGndIgn\0\Softgrounding ignored
1551=EvtSoftGndHw\0\Softgrounding hardware fault
1552=EvtIsoFltWrn\0\Warning insulation failure
1553=NotChg\0\Do not change
1554=EvtTmpSnsDisp\0\Disturbance sensor display temperature
1555=EvtDisp\0\No display
1556=EvtDispInopTmp\0\Display fault (temp. too low)
1557=EvtDispInopUnk\0\Display fault (unknown display type)
1558=EvtDispInopMss\0\Display fault (display not connected)
1559=DscUpdExec\0\Run update
1560=EvtRemStop\0\Remote control disconnection active
1561=TxAttRev\0\TxAttRev
1562=phsA2B\0\Phase L1 against L2
1563=AOfs\0\Offset to AC current
1564=K1\0\K1
1565=K1K2\0\K1+K2
1566=K1K2K3\0\K1+K2+K3
1567=K1K2K3K4\0\K1+K2+K3+K4
1568=K1K2K4\0\K1+K2+K4
1569=K1K3\0\K1+K3
1570=K1K3K4\0\K1+K3+K4
1571=K1K4\0\K1+K4
1572=K2\0\K2
1573=K2K3\0\K2+K3
1574=K2K3K4\0\K2+K3+K4
1575=K2K4\0\K2+K4
1576=K3\0\K3
1577=K3K4\0\K3+K4
1578=K4\0\K4
1579=RstrTms\0\Restart in |u0| seconds
1580=EvtAcDcConn\0\Please connect AC and DC
1581=FeedIn\0\Feeding
1582=ValRsUsr\0\Reset measured values
1583=ADir\0\Current flow direction
1584=Ps\0\Positive
1585=Ng\0\Negative
1586=EvtPortalBsy\0\Sunny portal occupied
1587=EvtNetwFail\0\Network fault
1588=VArTrt\0\Reactive power specification
1589=PFTrt\0\cos φ specification
1590=ActFnc\0\Active special functionality
1591=RemSocCtl\0\Control of wireless sockets
1592=EvtOvTmpCol\0\Overtemperature throttle range
1593=EvtUpdBinRxOk\0\Update file successfully copied
1594=EvtPwdFtySet\0\The passwords of the device reset to factory s.
1595=EvtNetwFtySet\0\Network settings of device reset to the factory s.
1596=EvtFtySet\0\The device has been reset to the factory setting
1597=EvtCardFl\0\The memory card is full or write-protected
1598=EvtTrfConnFlt\0\Transformer incorrectly connected
1599=GriSwOpnZerW\0\Grid disconnection for 0% active power setting
1600=WCtlVolModCfg\0\Conf. of the PV system control procedure P(U)
1601=CrvNum\0\Characteristic curve number
1602=UtilCrvCfg\0\Conf. of the grid integr. characteristic curves
1603=Crv\0\Characteristic
1604=CrvTms\0\Adjustm. time characteristic curve operating point
1605=RmpDec\0\Decrease ramp
1606=RmpInc\0\Increase ramp
1607=NumPt\0\Number of support points to be used
1608=XVal1\0\X value 1
1609=YVal1\0\Y value 1
1610=XVal2\0\X value 2
1611=YVal2\0\Y value 2
1612=XVal3\0\X value 3
1613=YVal3\0\Y value 3
1614=XVal4\0\X value 4
1615=YVal4\0\Y value 4
1616=XVal5\0\X value 5
1617=YVal5\0\Y value 5
1618=XVal6\0\X value 6
1619=YVal6\0\Y value 6
1620=HzStopWGra\0\Active power change rate after fault end
1621=WGraConn\0\Soft start-up rate P
1622=WGraMpp\0\Increase rate in case of insolation change
1623=RtNd\0\Root node
1624=EvtPwdRvyFail\0\Password recovery failed: Device: |u4|
1625=Portal\0\Sunny Portal
1626=NtpSrv\0\NTP server
1627=Alrm\0\Alarm
1628=Mb\0\Modbus
1629=TcpSrv\0\TCP server
1630=UdpSrv\0\UDP server
1631=DhcpSrv\0\DHCP server
1632=RptInf\0\Repeated notification
1633=Recp\0\Email address(es)
1634=TstEmailTx\0\Send test e-mail
1635=UpldCyc\0\Upload interval
1636=MinIp\0\Start IP address
1637=MaxIp\0\End IP address
1638=TmSynSrc\0\Time synchronisation source
1639=InOut\0\Inputs/outputs
1640=DigInGrp1\0\Digital input group 1 (DI1 .. DI4)
1641=DigInGrp2\0\Digital input group 2 (DI5 .. DI8)
1642=AnInA1\0\Analogue current input 1
1643=AnInA2\0\Analogue current input 2
1644=AnInA3\0\Analogue current input 3
1645=AnInVol1\0\Analogue voltage input 1
1646=FreMem\0\Remaining space
1647=StrgFltDet\0\Detect string failures
1648=PaStrgFltDet\0\Detect partial string failures
1649=EvtStrgPwr\0\String |s0| low power
1650=EvtPaStrgPwr\0\Partial string |s0| low power
1651=VolSpp\0\Overvoltage suppression
1652=VolSppMinPwrNom\0\Minimum power reduction
1653=SnsFlt\0\Sensor fault
1654=EvtDcAcMsFlt\0\Offset DCinAC defective
1655=EvtAfci\0\Electric arc detected
1656=EvtAfciStrg\0\Serial el.arc in String |s0| detected by AFCI mod.
1657=EvtAfciSlfTst\0\AFCI self-test failed
1658=EvtAfciSlfTstOk\0\AFCI self-test successful
1659=DscAfciRs\0\Knock to reset
1660=AfciIsOn\0\AFCI switched on
1661=SttHealthMsgPrio\0\Status: |tn0| / |tn4| / |tn8|
1662=MsItf1\0\Measuring interface 1
1663=MsItf2\0\Measuring interface 2
1664=MsItf3\0\Measuring interface 3
1665=ConnLcn\0\Connection point
1666=MsType\0\Type of counter
1667=S0In\0\S0 reference
1668=S0Out\0\S0 feed-in
1669=D0In\0\D0 reference
1670=D0Out\0\D0 feed-in
1671=D0InOut\0\D0 reference and feed-in
1672=OffGriAct\0\Activate island mode
1673=EvtTurPwr\0\Not enough energy available from wind generator
1674=EvtComIsNotLoginRsl\0\IsNotLogin response: Device: |x1||x0| |x7||x6||x5||x4|
1675=EvtComLoginSttRsl\0\Login status response: Device: |x1||x0| |x7||x6||x5||x4|, status: |xb||xa||x9||x8|
1676=EvtComIsNotLoginStr\0\IsNotLogin query started
1677=EvtComLoginSttStr\0\LoginStatus query started
1678=EvtComDevLoginStt\0\Devices LoginStatus query: Device: |x1||x0| |x7||x6||x5||x4|
1679=EvtComDevLoginStr\0\Devices Login started: Device: |x1||x0| |x7||x6||x5||x4|, Level: |u8|
1680=EvtComDevLogoutStr\0\Devices Logout started: Device: |x1||x0| |x7||x6||x5||x4|, Level: |xb||xa||x9||x8|
1681=EvtComMdtDat\0\MandatoryData queried: Device: |x1||x0| |x7||x6||x5||x4|, Obj: |x9||x8|, LRI: |xf||xe||xd||xc|
1682=InsolMin\0\Minimum insolation
1683=InsolMax\0\Maximum insolation
1684=MsValMin\0\Minimum measurement
1685=MsValMax\0\Maximum measurement
1686=InsolSns\0\Insolation sensor
1687=USB\0\USB connection
1688=USB2\0\USB connection 2
1689=DyWhIn\0\Energy absorbed today
1690=FstStop\0\Fast shut-down
1691=Typ\0\Type
1692=StrgPwrRed\0\String deactivated due to WMax
1693=StrgNotConn\0\No string connected
1694=EvtDcSwTr\0\DC switch tripped
1695=EvtDcSwWaitOth\0\DC switch waits for connection
1696=EvtDcSwSpdl\0\DC switch blocked by spindle
1697=EvtDcSwManLok\0\DC switch manually blocked
1698=EvtDcSw3Tr\0\DC switch 3 x tripped
1699=EvtDcSwFlt\0\DC switch defective
1700=KeySwStt\0\Key switch
1701=LcnTm\0\Local time
1702=DcSw\0\DC switch
1703=StrgStt\0\String status
1704=WMaxDrt\0\Derating due to max. power
1705=HzDrt\0\Frequency deviation
1706=DcAmpDrt\0\Derating due to PV current
1707=EvtRemSocChg\0\Radio socket has switched to status Automatic=|tn4| and mains switch=|tn8|
1708=Spdwr\0\Speedwire
1709=ComSocA\0\SMACOM A
1710=ComSocB\0\SMACOM B
1711=ConnSpd\0\Connection speed
1712=ActlIp\0\Current IP address
1713=ActlSnetMsk\0\Current subnet mask
1714=ActlGwIp\0\Current gateway address
1715=ActlDnsSrvIp\0\Current DNS server address
1716=WebConn\0\Webconnect
1717=MacId\0\MAC address
1718=AutoCfgIsOn\0\Automatic configuration switched on
1719=ComNok\0\Faulty communication
1720=ConnSpd10\0\10 Mbit/s
1721=ConnSpd100\0\100 Mbit/s
1722=EvtIREFlt\0\IRE faulty
1723=TotWOutCalc\0\Supplied power (calculated)
1724=TotWhOutCalc\0\Counter status generation counter (calculated)
1725=NotConn\0\No connection
1726=HalfDpx\0\Half duplex
1727=FulDpx\0\Full duplex
1728=DpxMode\0\Duplex mode
1729=EvtComWCir\0\Communication error power unit
1730=BatMs\0\Battery values
1731=TotAhIn\0\Energy absorbed charge amount
1732=TotAhOut\0\Charge amount released
1733=Cha\0\Charge
1734=ActChaMod\0\Active charging process
1735=Maint\0\Maintenance
1736=FulEqCha\0\Full and equalization charge
1737=ChaStt\0\State of charge
1738=WhIn\0\Absorbed energy
1739=WhOut\0\Energy released
1740=Gn\0\Generator
1741=AutoStr\0\Automatic start
1742=GnDmdReas\0\Reason for requesting generator
1743=GnMs\0\Generator measured values
1744=ManCtl\0\Manual control
1745=GnDmdBatCha\0\Generator queries state of charge
1746=Tm1OffLim\0\Switch-off limit in time range 1
1747=Tm1OnLim\0\Switch-off limit in time range 2
1748=StrCnt\0\Number of starts
1749=FulStop\0\Full stop
1750=SelfCsmpInc\0\Actual increased self-consumption
1751=ActlSelfCsmp\0\Current self-consumption
1752=ActlCapacNom\0\Current capacity
1753=BstChaTmm\0\Time for boost charge
1754=EqChaTmh\0\Time for equalization charge
1755=FulChaTmh\0\Time for full charge
1756=FltRstrMaxCnt\0\Maximum start attempts after error
1757=MaxChaAmp\0\Maximum charging current
1758=ActlChaVolSpt\0\Current set charging voltage
1759=CapacRtg\0\Nominal capacity
1760=TmpMax\0\Maximum temperature
1761=ARtg\0\Nominal current
1762=GnDmdW\0\Generator request via power
1763=WOff\0\Switch-off power
1764=WOn\0\Switch-on power
1765=OpStt\0\General operating status
1766=SelfCsmpIncIsOn\0\Rise in self-consumption switched on
1767=BstCha\0\Boost charge
1768=FulCha\0\Full charge
1769=EqCha\0\Equalization charge
1770=TrcCha\0\Float charge
1771=PVCha\0\Charge with solar power
1772=GriPVCha\0\Charge w. solar a. mains power
1773=NotDmd\0\No request
1774=Lod\0\Load
1775=TmCtl\0\Time control
1776=Man1h\0\Manual one hour
1777=ManStr\0\Manual start
1778=ExSrc\0\External source
1779=Dscon\0\Separated
1780=PubGri\0\Public electricity mains
1781=IsoGri\0\Island mains
1782=BatTypVRLA\0\Valve Regulated Lead Acid battery (VRLA)
1783=BatTypFLA\0\Flooded lead acid batt. (FLA)
1784=BatTypNiCd\0\Nickel/Cadmium (NiCd)
1785=BatTypLiIon\0\Lithium-Ion (Li-Ion)
1786=S0kWh\0\S0 impulses/kWh:
1787=Init\0\Initialisation
1788=Rdy\0\Ready
1789=Warming\0\Warming
1790=Syn\0\Synchronisation
1791=ConnAct\0\Activated
1792=ReSyn\0\Resynchronisation
1793=GnDscon\0\Generator separation
1794=StopDl\0\Slow down
1795=Lok\0\Bolted
1796=FltLok\0\Blocked after error
1797=DyWhFeed\0\Energy release today
1798=GriCreaSrc\0\External sources
1799=NoneSrc\0\No
1800=GnSrc\0\Generator
1801=GriSrc\0\Mains
1802=GriGnSrc\0\Mains and generator
1803=EvtPvOutCfgInval\0\Invalid configuration for the PV generation counter
1804=EvtGriOutCfgInval\0\Invalid configuration for the mains infeed counter
1805=EvtGriInCfgInval\0\Invalid configuration for the mains consumption counter
1806=EvtPvOutDatNotRx\0\Error in data transfer from the PV gen. counter
1807=EvtGriOutDatNotRx\0\Error in data transfer from mains infeed counter
1808=EvtGriInDatNotRx\0\Error in data transfer from mains consump. counter
1809=LodCtlCfgInval\0\Invalid configuration for the load control
1810=EvtExComKey\0\The communiction key has been replaced
1811=EvtPlntTmSet\0\PV system time has been reset
1812=EvtComBtSerNum\0\Serial number of the Bluetooth root node is |u0|-|u4|
1813=EvtComBtConnQual\0\Bluetooth connection quality to root node: |d0|%
1814=EvtComBtNotConn\0\There is no Bluetooth conn.
1815=EvtComBtConnStr\0\Establishing Bluetooth connection to root node
1816=EvtComBtFail\0\Bluetooth connection failed
1817=EvtComBtRemSocFail\0\Connection to load faulty. Load control not poss.
1818=GriFailTms\0\Power outage
1819=AmpMsCnt\0\Number of DC current measurement units
1820=USB1\0\USB connection 1
1821=ExIsoMs\0\External measurement of the insulation resistance
1822=EvtAlgnNotReg\0\Alignment not homogeneous
1823=EvtDcInChg\0\PV connection reconfigured
1824=EvtAfciAct\0\Arc detection triggered
1825=SmtpSrv\9124096\SMTP server
1826=Cry\9074432\Encryption
1827=Ssh\0\SSH
1828=DoTmSynSrc\0\Trigger time synchronization
1829=CryAlwsSSLTLS\0\Always SSL/TLS
1830=CryDmdSSLTLS\0\SSL/TLS if possible
1831=CryNone\0\No encryption
1832=EvtComCon\0\Connection to mains establ.
1833=EvtComConStop\0\Connection to mains disconn.
1834=EvtComConFail\0\Connection to mains collapsed
1835=EvtTmpSnsMdul\0\Fault sensor module temp.
1836=EvtFanLif\0\Fan life-time reached
1837=EvtPyrFlt\0\Error in pyranometer
1838=EvtPyrClbReq\0\Pyranometer calibr. necessary
1839=EvtBckModOn\0\Backup mode switched on
1840=EvtPortalFltTm\0\Communication to the Sunny Portal was disrupted for |s0| hours
1841=EvtPortalFlt\0\An error occurred in communication to the Sunny Portal: Error Code |d0|
1842=EvtUpdDevTx\0\Transfer of the Firmware update Version number |u/9/0| for device type |tn4|. The transfer can take some time.
1843=EvtUpdDevTxFlt\0\Error when transferring the Firmware update Version number |u/9/0| for device type |tn4|. Procedure aborted.
1844=IgmpIsOn\0\IGMP switched on
1845=SpdwrGrp\0\Speedwire Group
1846=EvtNetwLod\0\|tn4|: network busy
1847=EvtNetwOvLod\0\|tn4|: network overloaded
1848=EvtPkgFlt\0\|tn4|: faulty data packages
1849=EvtComSttChg\0\|tn4|: communication status goes to |tn8|
1850=EvtConnFail\0\|tn4|: communication disrupted
1851=EvtConnSpdChg\0\|tn4|: connection speed goes to |tn8|
1852=EvtDpxModChg\0\|tn4|: duplex mode goes to |tn8|
1853=DscLodRed\0\Load reduced through device reduction or increase of query interval
1854=EvtSocOp\0\Stand-alone operation
1855=SocOp\0\Stand-alone operation
1856=AnInA4\0\Analogue current input 4
1857=AnInVol2\0\Analogue voltage input 2
1858=AnInVol3\0\Analogue voltage input 3
1859=AnInVol4\0\Analogue voltage input 4
1860=SelfCsmpWh\0\Energy consumed internally
1861=EvtNetwLodOk\0\|tn4|: Network load OK
1862=Hi\0\high
1863=EvtHwDetFail\0\Hardware recognition failed
1864=EvtUnkHw\0\Unknown hardware ID
1865=EvtUpdTxStr\0\Update transport started
1866=EvtUpdTxOk\0\Update transport successful
1867=EvtUpdTxNok\0\Update transport failed
1868=EvtDevNotAval\0\Communication with device currently not possible. Device may be switched off.
1869=ComCry\0\Encrypt communication
1870=SigCyc\0\Communication monitoring signal
1871=UpldTm\0\Last successful upload
1872=Intv30Mnt\0\every 30 minutes
1873=Intv2h\0\every 2 hours
1874=Intv4h\0\every 4 hours
1875=Intv6h\0\every 6 hours
1876=Intv8h\0\every 8 hours
1877=Intv12h\0\every 12 hours
1878=EvtBtInit\0\BT chip has been reinitialised
1879=HwId\0\Hardware ID
1880=MonSrv\0\Monitoring server
1881=RmvDev\0\Remove device
1882=RmvAllDev\0\Remove all devices
1883=Dev\0\Device
1884=STP200IFX-AST\0\STP200IFX-AST
1885=STP200-AST\0\STP200-AST
1886=STP200FCH-AST\0\STP200FCH-AST
1887=SysEnv\0\System environment
1888=STP208HW12\0\STP208HW12
1889=STP208HW13\0\STP208HW13
1890=STP208HW14\0\STP208HW14
1891=STP208HW15\0\STP208HW15
1892=Smtp\0\SMTP
1893=ActPwrTxt\0\Active power
1894=ReaPwrTxt\0\Reactive power
1895=DigInTxt\0\Digital inputs
1896=AnInTxt\0\Analogue inputs
1897=MbTxt\0\Modbus
1898=EvtWCtlTx\0\Active power limits are being sent to PV system
1899=EvtVArCtlTx\0\Reactive power setpoint is sent to system
1900=EvtWVArCtlInval\0\Invalid spec. for |tn0| from |tn4|
1901=EvtWCtlValNom\0\New active power limits from |tn0| parameter |tn4| value |d8|%
1902=EvtVArCtlValNom\0\New reactive power spec. from |tn0| parameter |tn4| value |f8|%
1903=EvtVArCtlVal\0\New reactive power spec. from |tn0| parameter |tn4| value |f8|
1904=EvtVArCtlValTag\0\New reactive power spec. from |tn0| parameter |tn4| value |tn8|
1905=EvtFlbAct\0\Default status for |tn0| active
1906=WndDir\0\Wind direction
1907=[°]\0\°
1908=ComValRsSvc\0\Reset communication data
1909=SPISysParaDlt\0\Delete system parameters in SPI
1910=SPIODBExptDlt\0\Delete ODB experts in SPI
1911=SPIHPDlt\0\Delete HP images in SPI
1912=SPISwDlt\0\Delete all firmware blocks in SPI
1913=SPIDlt\0\Clear SPI flashes
1914=ComRs\0\Reset CP
1915=EvtUpdWebConn\0\Webconnect update
1916=EvtUpdWebConnErr\0\Webconnect update failed
1917=EvtFstStopPID\0\PID quick stop triggered
1918=EvtSlfTstFail\0\Self-test failed
1919=EvtLeakRisMon\0\Insulation monitoring error
1920=DscLeakRisChk\0\Check insulation monitoring
1921=EvtPwrCirErr\0\First error stack
1922=EvtPwrCirChg\0\Stack error
1923=EvtExCCLoginFailTag\0\Cluster controller registration failed: |tn0|
1924=EvtExCCLoginOk\0\Cluster controller registered
1925=EvtExDevLoginOk\0\New devices registered
1926=EvtExDevLoginFail\0\Registration of new devices failed
1927=EvtExSigFail\0\Heartbeat signal sending failed
1928=NetwLatHi\0\Network latency too high
1929=VolMaxTst\0\Test at maximum voltage
1930=AlrmWCtl\0\Alarm at active power limit
1931=AlrmVArCtl\0\Alarm at reactive power specification
1932=FilCfg\0\Filter settings
1933=EvtEmailTx\0\E-mail sent
1934=EvtEmailFail\0\E-mail sending failed
1935=EvtAlrm\0\Alarm triggered. Event |d0| at device |d4|:|u8|
1936=TstEmailRsl\0\Result of the last e-mail dispatch
1937=EvtActlNetwId\0\Set NetID: |s0|
1938=EvtNetwId1\0\NetID 1 not supported
1939=EvtIpLoginOk\0\|tn0| logs in from |ip4|
1940=EvtIpLoginFail\0\Login from |ip0| failed
1941=EvtIpLogoutOk\0\|ip0| successfully logged off
1942=EvtSetSclParaOkVal\0\Parameter |ln04| set successfully. |lv04c| to |lv048|
1943=EvtSetSttParaOkTag\0\Parameter |ln04| set successfully. |tnc| to |tn8|
1944=EvtSetStrParaOkStr1\0\Parameter |ln04| set successfully. Old value: |s8|
1945=EvtSetStrParaOkStr2\0\Parameter |ln04| set successfully. New value: |s8|
1946=EvtSetSclParaNokVal\0\Setting of parameter |ln04| failed. |lv04c| to |lv048|
1947=EvtSetSttParaNokTag\0\Setting of parameter |ln04| failed. |tnc| to |tn8|
1948=EvtSetStrParaNokStr1\0\Setting of parameter |ln04| failed. Old value: |s8|
1949=EvtSetStrParaNokStr2\0\Setting of parameter |ln04| failed. New value: |s8|
1950=EvtWdRs\0\Watchdog reset |s0|
1951=EvtCardDet\0\Memory card detected (capacity|d0| MB, free |d4| MB)
1952=EvtCardRmv\0\Memory card removed
1953=EvtCardPaFul\0\Memory card nearly full (capacity|d0| MB, free |d4| MB)
1954=EvtCardPro\0\Memory card write-protected
1955=EvtCardNotDet\0\Memory card not detected or not readable
1956=EvtCardUs\0\Memory card full (capacity|d0| MB, free |d4| MB)
1957=EvtCardFul\0\Memory card full
1958=EvtCardMss\0\No memory card inserted
1959=EvtSysLogAct\0\Syslog service act. until: |ts0|
1960=EvtFtpTstNokTag\0\Error occurred in the FTP Push conn. test: |tn0|
1961=TrtDevNotRea\0\Target computer does not respond
1962=TrtDevNotConn\0\Connection rejected by target computer
1963=UsrCntHi\0\Too many users logged in
1964=UsrIdFlt\0\Incorrect user name or password
1965=DatLcnFlt\0\File/directory not found or no access rights
1966=EvtFtpUpldFailTag\0\An error occurred during FTP upload: |tn0|
1967=EvtDevValTx\0\Energy values for device |u0|:|u4| for time from |ts8| to |tsc| resent
1968=EvtWCtlValPhs\0\Active power limitation: |b0|%/|b1|%/|b2|% (|x9|-|x8|-|x7|-|x6|-|x5|-|x4|)
1969=EvtVArCtlValPhs\0\Reactive power spec.: |b0|%/|b1|%/|b2|% (|x9|-|x8|-|x7|-|x6|-|x5|-|x4|)
1970=EvtPFCtlValPhs\0\cos φ spec.: |f0| (|x9|-|x8|-|x7|-|x6|-|x5|-|x4|)
1971=EvtUnkCtl\0\Unknown PRB attempted to change |tn0|
1972=EvtComDevRmvTs\0\Communication error: Contact to device |tn0|, SN: |u4| overdue (last contact: |ts8|)
1973=XRef\0\X-axes reference
1974=YRef\0\Y-axes reference
1975=XRefV\0\Voltage in V
1976=XRefVNom\0\Voltage in percentages of Un
1977=YRefVarNom\0\Var in percentages of Pmax
1978=YRefWNom\0\Power in percentages of Pmax
1979=YRefWNomActl\0\Power in percentages of frozen active power
1980=XVal7\0\X value 7
1981=YVal7\0\Y value 7
1982=XVal8\0\X value 8
1983=YVal8\0\Y value 8
1984=VArCtlVolCrv\0\Reactive power/volt. char. Q(V) with meas. points
1985=VArCtlVolCrvCfg\0\Conf. of reactive power/volt. char. Q(V) with meas. points
1986=EnaW\0\Activating active power
1987=DsaW\0\Deactivating active power
1988=HzStopWGraTms\0\Lag time
1989=EnaVol\0\Activating voltage
1990=DsaVol\0\Deactivating voltage
1991=Crv2\0\Characteristic 2
1992=EvtDevSttChg\0\PV system switches to status |tn0|
1993=IntvUpld\0\directly after "Upload"
1994=EvtAcDrt\0\Active power currently limited due to AC current limitation
1995=EvtEpsSw\0\EPS relay fails to open or close
1996=EvtMbSrvStr\0\Modbus |tn0| started
1997=EvtMbSrvStop\0\Modbus |tn0| terminated
1998=EvtMbSrvStrFlt\0\An error occurred during startup of Modbus |tn0|: port |d4|
1999=EvtMbCfgLod\0\Modbus configurations file |s0| successfully loaded
2000=EvtMbCfgFlt\0\Modbus configurations file |s0| corrupt
2001=ComSocC\0\SMACOM C
2002=ComSocD\0\SMACOM D
2003=PwrCtlMdul\0\Power control module
2004=DigInStt\0\Status of digital inputs
2005=ModRemOff\0\Remote shut-down
2006=StringCFlt\0\Input C defective
2007=EvtWndSns\0\Fault in wind sensor
2008=HzStopMin\0\Lower frequency deviation limit prior to active power release
2009=HzStopMax\0\Upper frequency deviation limit prior to active power release
2010=GoAppId\0\Application-ID
2011=SwMax\0\Switchable maximum threshold
2012=SwMaxTmms\0\Switchable maximum threshold tripping time
2013=SwMin\0\Switchable minimum threshold
2014=SwMinTmms\0\Switchable minimum threshold tripping time
2015=SrcHzLimRedCom\0\Operating mode of frequency restriction
2016=SrcFstStop\0\Source of quick shut-down
2017=HzLimRed\0\Switchable frequency thresholds
2018=IecCfg\0\IEC 61850 configuration
2019=GoCfg\0\GOOSE configuration
2020=IecGo\0\61850 GOOSE
2021=AlrmWrn\0\Alarm upon warnings
2022=OptTxAdr\0\Alternative e-mail sender address (optional)
2023=Abs\0\Absolute
2024=Pct\0\In percentages
2025=FileUpldOk\0\File upload successful: |s0|
2026=FileUpldFail\0\File upload failed: |s0|
2027=FileUpldRej\0\File upload rejected: |s0|
2028=EvtFstStopTx\0\NSS quick stop: |tn0| through |tn4| is executed
2029=EvtWebConnAct\0\Webconnect enabled
2030=EvtWebConnIna\0\Webconnect disabled
2031=EvtWcNotConn\0\Webconnect error: no connection
2032=GwNotCfg\0\Default gateway not configured
2033=DnsSrvNotCfg\0\DNS server not configured
2034=DnsQryNok\0\No reply to DNS request
2035=SipProxyUnk\0\SIP proxy DNS resolution failed
2036=StunSrvUnk\0\Stun server DNS resolution failed
2037=StunQryNok\0\No reply to request to Stun server
2038=SipPktNok\0\No reply to SIP option packs
2039=SipRgstRej\0\Webconnect server: Device could not log on
2040=EvtUsbNoLog\0\Storage medium detected at USB2; USB1 not assigned, thus no logging
2041=VArAct\0\VArAct
2042=WNomPrc\0\Standardized active power
2043=VArNomPrc\0\Reactive power setpoint Q
2044=SwExt\0\Change excitation type
2045=CnstExt\0\Do not change excitation type
2046=EvtCardDef\0\Internal SD card defective
2047=EvtCardDatStr\0\Data retention refresh started
2048=EvtCardDatStop\0\Data retention refresh completed
2049=EvtPlntCtlIna\0\NSS not forwarded, is deactivated
2050=EvtPlntCtlInval\0\Invalid NSS command
2051=EvtRpcInval\0\Invalid RPC command
2052=EvtEmailFail2\0\E-mail could not be sent. SMTP error code: |d0|
2053=DigInSttGrp1\0\Digital input group 1 (DI1 .. DI4)
2054=DigInSttGrp2\0\Digital input group 2 (DI5 .. DI8)
2055=DI1\0\DI1
2056=DI1DI2\0\DI1 DI2
2057=DI1DI2DI3\0\DI1 DI2 DI3
2058=DI1DI2DI3DI4\0\DI1 DI2 DI3 DI4
2059=DI1DI2DI4\0\DI1 DI2 DI4
2060=DI1DI3\0\DI1 DI3
2061=DI1DI3DI4\0\DI1 DI3 DI4
2062=DI1DI4\0\DI1 DI4
2063=DI2\0\DI2
2064=DI2DI3\0\DI2 DI3
2065=DI2DI3DI4\0\DI2 DI3 DI4
2066=DI2DI4\0\DI2 DI4
2067=DI3\0\DI3
2068=DI3DI4\0\DI3 DI4
2069=DI4\0\DI4
2070=DI5\0\DI5
2071=DI5DI6\0\DI5 DI6
2072=DI5DI6DI7\0\DI5 DI6 DI7
2073=DI5DI6DI7DI8\0\DI5 DI6 DI7 DI8
2074=DI5DI6DI8\0\DI5 DI6 DI8
2075=DI5DI7\0\DI5 DI7
2076=DI5DI7DI8\0\DI5 DI7 DI8
2077=DI5DI8\0\DI5 DI8
2078=DI6\0\DI6
2079=DI6DI7\0\DI6 DI7
2080=DI6DI7DI8\0\DI6 DI7 DI8
2081=DI6DI8\0\DI6 DI8
2082=DI7\0\DI7
2083=DI7DI8\0\DI7 DI8
2084=DI8\0\DI8
2085=SipRgstUnk\0\Webconnect server: DNS address cannot be resolved
2086=EvtWcGwNotCfg\0\Webconnect error: Default gateway not configured
2087=EvtWcDnsSrvNotCfg\0\Webconnect error: DNS server not configured
2088=EvtWcDnsQryNok\0\Webconnect error: No reply to DNS request |s0|
2089=EvtWcSipProxyUnk\0\Webconnect error: Unknown SIP proxy |s0|
2090=EvtWcStunSrvUnk\0\Webconnect error: Unknown STUN server
2091=EvtWcStunQryNok\0\Webconnect error: No reply to request to STUN server
2092=EvtWcSipPktNok\0\Webconnect error: No reply to SIP option packs
2093=EvtWcSipRgstRej\0\Webconnect error: Device could not log onto server
2094=EvtWcSipRgstUnk\0\Webconnect error: DNS address could not be resolved on server (|s0|)
2095=EvtWcComNok\0\Webconnect error: Faulty communication
2096=STP208HW11\0\STP208HW11
2097=phsB2C\0\Phase L2 gegen L3
2098=phsC2A\0\Phase L3 against L1
2099=PwrCirCom\0\Power unit supplies data
2100=BalDrt\0\Power limitation to prevent load unbalance
2101=IsoMs\0\Insulation measurement
2102=EvtHzTmOut\0\Frequency restr. due to timeout in |tn0|
2103=EvtComRevFlt\0\Inconsistent communication version
2104=EvtDevInval\0\Invalid device combination
2105=EvtMaxDevExc\0\Max. permitted number of inverters exceeded
2106=EvtDcVolMax\0\Generator voltage too high
2107=DscPkgLod\0\Mirror new complete pack
2108=DscRmvDev\0\Remove inverter or delete removed inverters
2109=CndRemUpd\0\CndRemUpd
2110=EvtUsbSysFlt\0\Unsupported data system to |s0|
2111=RproTmms\0\Voltage increase protection trigger time
2112=GoMacId\0\Goose-Mac address
2113=PCC\0\Grid connection point
2114=ASpt\0\Active power specification
2115=ArSpt\0\Reactive power specification
2116=AMax\0\Active power limitation
2117=GnCtlCom\0\Generator control
2118=GnCtlComCfg\0\Configuration of generator control
2119=Drt\0\Derating
2120=FltAMod\0\RCD adjustment
2121=Mod30mA\0\30 mA
2122=Mod40mA\0\40 mA
2123=Mod50mA\0\50 mA
2124=Mod60mA\0\60 mA
2125=Mod70mA\0\70 mA
2126=Mod80mA\0\80 mA
2127=Mod90mA\0\90 mA
2128=Mod100mA\0\100 mA
2129=TotS0\0\Number of S0 impulses
2130=ConnSet\0\Connection establishment
2131=EvtPvOutDatOk\0\Data transfer from PV generation counter OK
2132=EvtGriOutDatOk\0\Data transfer from mains infeed counter OK
2133=EvtGriInDatOk\0\Data transfer from mains consumption counter OK
2134=DcWRtg\0\Nominal power
2135=WMaxMod\0\Operating mode of active power limitation
2136=DynWMax\0\Dynamic active power limitation
2137=CnstTrtW\0\Fixed specification in Watt
2138=CnstTrtNom\0\Fixed specification in percentages
2139=Crv0\0\Characteristic curve
2140=WMaxNom\0\Set active power limit
2141=EvtComSwFlt\0\Configuration of network switch failed
2142=EvtComSwOk\0\Configuration of network switch successful
2143=EvtSwFltAckn\0\Relay defect confirmed
2144=EvtDynWMaxDrt\0\Dynamic active power limitation started.
2145=EvtDynWMaxDrtStop\0\Dynamic active power limitation terminated.
2146=EvtWCnstCfgFlt\0\Act. power limitation deactivated due to incorr. configuration.
2147=EvtWCnstFlt\0\Supplied power: |u0| W (permitted value: |u4| W)
2148=EvtWDrtTm\0\Active power was limited today for |u0| minutes.
2149=EvtWCnstwoSelfCsmp\0\Fault: act. power limitation activated w/o regard to own consumption
2150=EvtWCnstSelfCsmp\0\Own consumption again included for active power limitation.
2151=EvtGriOutWCnstIna\0\Permanent 0 W grid supply measured No active power limitation possible, if meter is faulty
2152=EvtInvWCnstIna\0\Inverter fails to respond to act. power limitation.
2153=EvtUsrSlfTst\0\Self-test started manually
2154=EvtUsrSlfTstOk\0\Manually started self-start completed successfully
2155=EvtWCnstFltUsr\0\Supplied power has exceeded the permitted value several times.
2156=SipRgstNok\0\No answer during log on
2157=EvtWcSipRgstNok\0\No answer during log on to server
2158=PmtHzLimRed\0\Permanent freq. restriction
2159=EvtCndChkOk\0\Condition test successful
2160=EvtCndChkNok\0\Condition test failed
2161=STP267HW07\0\STP267HW07
2162=ExSwCnt\0\Number of section switches
2163=OpnTmms\0\Time to open
2164=ClsTmms\0\Time to close
2165=ExSw\0\Section switches
2166=EvtDcVMaxDrt\0\Overload at high DC voltage
2167=EvtGfdiSwCnt\0\Max. operating cycles of the GFDI reached
2168=DscGfdiSw\0\Replace GFDI
2169=EvtVArCtlValPhs2\0\React. power spec.: |d0|%/|d4|%/|d8|%
2170=EvtPFCtlValPhs2\0\cos φ spec.: |f0|/|f4|/|f8| |tnc|
2171=DschStopVol\0\Discharge cut-off voltage
2172=ChaAmpMax\0\Maximum charge current
2173=DschAmpMax\0\Maximum discharge current
2174=BstChaVolSpt\0\Cell charge nominal voltage for boost charge
2175=FulChaVolSpt\0\Cell charge nominal voltage for full charging
2176=EqChaVolSpt\0\Cell charge nominal voltage for equalization charge
2177=TrcChaVolSpt\0\Cell charge nominal voltage for float charge
2178=ReconMinDif\0\Hysteresis minimum threshold
2179=ReconMaxDif\0\Hysteresis maximum threshold
2180=RvPwrMax\0\Maximum reverse power
2181=RvPwrMaxTms\0\Maximum reverse power tripping time
2182=ExtGridMs\0\Measurements of external power connection
2183=GriConnNoFeed\0\Mains oper. without feed back
2184=EnSavGri\0\Energy saving in the network
2185=EnSavStop\0\End energy saving in the network
2186=EnSavStr\0\Start energy saving in the network
2187=EvtIpLoginOk2\0\|tn0| logs on
2188=EvtIpLoginOk3\0\Access to |x0||x1|:|x2||x3|:|x4||x5|:|x6||x7|:|x8||x9|:|xa||xb|:|xc||xd|:|xe||xf|
2189=EvtIpLoginFail2\0\Logging on |x0||x1|:|x2||x3|:|x4||x5|:|x6||x7|:|x8||x9|:|xa||xb|:|xc||xd|:|xe||xf| failed
2190=EvtIpLogoutOk2\0\|x0||x1|:|x2||x3|:|x4||x5|:|x6||x7|:|x8||x9|:|xa||xb|:|xc||xd|:|xe||xf| was successfully logged off
2191=EvtUnTmp\0\Minimum operating temperature not reached
2192=EvtUpdZb\0\Update Zigbee
2193=EvtUpdZbErr\0\Zigbee update failed
2194=EvtUnCurPro\0\Energy transfer not possible
2195=UnCurProCnt\0\Number of UCP events
2196=UnDcVolDrt\0\Derating because of low DC voltage
2197=WDcVolDrt\0\Derating because of power and DC voltage
2198=BiasVol\0\Bias voltage
2199=Rl\0\Relative
2200=VARtg\0\Nominal apparent power
2201=LoVolLin\0\Low-voltage powerline
2202=MedVolLin\0\Medium-voltage powerline
2203=Trf\0\Transformer
2204=RisLen\0\Ohmic resistive coating
2205=InducReactLen\0\Inductive reactive coating
2206=CapacReactLen\0\Capacitive reactive coating
2207=SCVol\0\Short-circuit voltage
2208=HiVolRtg\0\Nominal voltage of the high-voltage side
2209=[Ohm/km]\0\Ohm/km
2210=LoVolLen\0\Length of the low-voltage powerline
2211=MedVolLen\0\Length of the medium-voltage powerline
2212=EvtAcVolInvLo\0\AC voltage measurement on the inverter side less than a mains voltage measurement
2213=EvtAcVolGriLo\0\AC voltage measurement on the mains side less than inverter side voltage measurement
2214=EvtAcVolGriFlt\0\AC voltage measurement of the mains limit controller is defective
2215=EvtAcAMsFlt\0\AC elect. measurem. is defect.
2216=EvtAcVolGriHz\0\AC voltage measurement shows a whine on mains side
2217=EvtChaCirFlt\0\Defective precharging circuit
2218=DscAcLinVolChk\0\Check AC meas. cable and AC voltage sensing
2219=EvtBatFlt\0\Battery fault
2220=EvtAfciAct2\0\Channel 2 arc detection triggered
2221=DscAcLinAChk\0\Check AC cable and AC power meas.
2222=DscParaDSPChk\0\Check parameter settings of the DSP
2223=DscChaCirFuChk\0\Check precharg. circuit and fuses
2224=EvtChaCirAct\0\Precharging circuit active
2225=EvtReactOp\0\Pure reactive power operation, QonDemand active
2226=EvtRvCurDet\0\Reverse current detection (immed. separation from the PV field)
2227=EvtSwFlt\0\General firmware error: |u0|
2228=EvtSwWrn\0\General firmware warning: |u0|
2229=UnkFlt2\0\General error: |u0|/|u4|/|u8|/|uc|
2230=EvtCapacTstFail\0\Capacitor self-test failed
2231=DscCapacChk\0\Check capacitor
2232=SMAMsIn\0\SMA energy meter purchase
2233=SMAMsOut\0\SMA energy meter supply
2234=PIC\0\PIC
2235=SMAMsInOut\0\SMA energy meter purchase and supply
2236=EvtPlcDst\0\PLC communication impaired
2237=EvtPlcAf\0\PLC communication impaired
2238=Plc\0\Power line communication
2239=PkgFlt\0\Package error rate
2240=EvtDclCapacVSw\0\Intermediate circuit voltages not permitted (SW)
2241=EvtBtSpdwrCfgInval\0\Wrong config: simultan. communication via bluetooth and speedwire
2242=VolSppWCtlVol\0\Overvoltage suppression P (U)
2243=VolSppVArCtlVol\0\Overvoltage suppression Q (U)
2244=SerNumEN\0\Serial Number
2245=WCnstCls\0\Active power limitation
2246=DigInD00\0\D1: 0 | D2: 0 | D3: 0 | D4: 0
2247=DigInD01\0\D1: 1 | D2: 0 | D3: 0 | D4: 0
2248=DigInD02\0\D1: 0 | D2: 1 | D3: 0 | D4: 0
2249=DigInD03\0\D1: 1 | D2: 1 | D3: 0 | D4: 0
2250=DigInD04\0\D1: 0 | D2: 0 | D3: 1 | D4: 0
2251=DigInD05\0\D1: 1 | D2: 0 | D3: 1 | D4: 0
2252=DigInD06\0\D1: 0 | D2: 1 | D3: 1 | D4: 0
2253=DigInD07\0\D1: 1 | D2: 1 | D3: 1 | D4: 0
2254=DigInD08\0\D1: 0 | D2: 0 | D3: 0 | D4: 1
2255=DigInD09\0\D1: 1 | D2: 0 | D3: 0 | D4: 1
2256=DigInD10\0\D1: 0 | D2: 1 | D3: 0 | D4: 1
2257=DigInD11\0\D1: 1 | D2: 1 | D3: 0 | D4: 1
2258=DigInD12\0\D1: 0 | D2: 0 | D3: 1 | D4: 1
2259=DigInD13\0\D1: 1 | D2: 0 | D3: 1 | D4: 1
2260=DigInD14\0\D1: 0 | D2: 1 | D3: 1 | D4: 1
2261=DigInD15\0\D1: 1 | D2: 1 | D3: 1 | D4: 1
2262=FlbTmh\0\Release time
2263=FlbVal\0\Release value
2264=FltClrTms\0\Error tolerance time
2265=VArModDmd\0\Operating mode of the stat.volt.maint. for Q on demand
2266=VArCnstCfgDmd\0\Manual reactive power setpoint for zero power output
2267=ArGraSag\0\K-factor of react. current stat. for undervolt.
2268=ArGraSwell\0\K-factor of react. current stat. for overvolt.
2269=CrvMod\0\Reactive power charact. curve
2270=VArPFCtlCom\0\cos φ or Q specification through optimum PV system control
2271=XRefW\0\Active power in watts
2272=YRefEEI\0\cos φ (EEI convention)
2273=CrvModCfg\0\Configuration of characteristic curve mode
2274=CrvEna\0\Activation of the characteristic curve
2275=EnaTrg\0\Activation threshold
2276=DsaTrg\0\Deactivation threshold
2277=TrgRef\0\Threshold reference
2278=CrvPt1\0\Supporting points of the characteristic curve 1
2279=CrvPt2\0\Supporting points of the characteristic curve 2
2280=CrvPt3\0\Supporting points of the characteristic curve 3
2281=XVal\0\X value
2282=YVal\0\Y value
2283=SvcMod\0\Service mode
2284=ChaVolSptSvc\0\Set charge volt. in serv. mode
2285=DschVolSptSvc\0\Set disch. volt. in serv. mode
2286=ChaAmpMaxSvc\0\Charge current lim. serv. mode
2287=DschAmpMaxSvc\0\Disch. current lim. serv. mode
2288=BatConv\0\Battery switch
2289=BatChaMod\0\Charge battery
2290=BatDschMod\0\Discharge battery
2291=BatWait\0\Battery standby
2292=BatChaStt\2710016\Charge battery
2293=BatDschStt\0\Discharge battery
2294=EvtUpdBMS\0\Update battery management syst.
2295=EvtUpdBMSNok\0\Battery management system update unsuccessful
2296=EvtBatDet\0\New battery identified
2297=EvtOvABatChaSw\0\Charge battery overcurr. (SW)
2298=EvtOvABatDschSw\0\Disch. battery overcurr. (SW)
2299=EvtUnVBat\0\Battery undervoltage
2300=EvtOvVBat\0\Battery overvoltage
2301=EvtOvTmpBatConv\0\Battery switch overtemperature
2302=EvtDcBatOfs\0\Battery current sensor offset
2303=EvtSetParaNokDep\0\Setting of parameter |ln04| unsuccessful. Conflict w/parameter |ln8c|
2304=EvtOvABat\0\Battery overcurrent
2305=EvtBatInFlt\0\Battery input defect
2306=EvtOvABatChaHw\0\Charge battery overcurr. (HW)
2307=EvtOvABatDschHw\0\Disch. battery overcurr. (HW)
2308=EvtOvVBatHw\0\Battery overvoltage (HW)
2309=EvtUnVBatSw\0\Battery undervoltage (SW)
2310=EvtOvVBatSw\0\Battery overvoltage (SW)
2311=DscChkInvCbl\0\Check cabling at inverter end
2312=RsBMSLog\0\Delete BMS logger
2313=RsBMSEvt\0\Delete BMS events
2314=MsSpdwr\0\Meter on Speedwire
2315=CelVol\0\Cell voltage
2316=STP208HW10\0\STP208HW10
2317=EvtDevConFail\0\Device with serial no. |u0| has not be contactable since |u4| day(s)
2318=EvtDevConOk\0\Device with serial no. |u0| is again contactable
2319=EvtComFail\0\Loss of communication with one or more devices
2320=RsRmpInc\0\Ramp up after ret. to norm. op
2321=WMaxAv\0\Avg. active power limit
2322=Qtl\0\Quantile
2323=QtlPvHi\0\QtlPvHi
2324=QtlPvLo\0\QtlPvLo
2325=QtlBatHi\0\QtlBatHi
2326=QtlBatLo\0\QtlBatLo
2327=QtlInvHi\0\QtlInvHi
2328=QtlInvLo\0\QtlInvLo
2329=PaQtlPvHi\0\PaQtlPvHi
2330=PaQtlPvLo\0\PaQtlPvLo
2331=PaQtlBatHi\0\PaQtlBatHi
2332=PaQtlBatLo\0\PaQtlBatLo
2333=PaQtlInvHi\0\PaQtlInvHi
2334=PaQtlInvLo\0\PaQtlInvLo
2335=EvtHwFstStop\0\Faulty quick stop
2336=DscChkFstStop\0\Check quick stop connections
2337=EvtIsoMs\0\Insulated operation, insulation measurement
2338=EvtCardLogSto\0\Trace data saved on SD board
2339=EvtCapacTstAbrt\0\Capacitor self-test interrupted
2340=LGChem\0\LG Chem
2341=SrcShm\0\Sunny Home Manager preset
2342=ProdTm\0\Production date
2343=SwCnt\0\Activation processes
2344=ChaSwCnt\0\Charge mode activat. processes
2345=DschaSwCnt\0\Disch. mode activat. processes
2346=AbsChaSwCnt\0\All charge mode activ. proc.s
2347=AbsDschaSwCnt\0\All disch. mode activ. proc.s
2348=OpTms\0\Total running time
2349=EpsChaSttMin\0\Charge res. for emerg. curr. op.
2350=CapacRtgWh\0\Rated capacity
2351=CelTmpVal\0\Cell temperature
2352=StoOpMode\0\Storage management operating mode
2353=AmpSpt\0\Set target current value
2354=BAT-2.0A-SE-10\0\BAT-2.0A-SE-10
2355=SwCntBMS\0\BMS activation processes
2356=EvtVDrt\0\Active power limited AC voltage
2357=WSpt\0\Active power setpoint
2358=WCtlComAct\0\Act./reac. pow. contr. via comm.
2359=VArSpt\0\Reactive power setpoint
2360=PvGen\0\PV generation
2361=TotVal\0\Total values
2362=CurVal\0\Realtime values
2363=BatChrg\0\Battery charge
2364=BatDsch\0\Battery discharge
2365=StoNom\0\Electrical storage ratio
2366=PvWh\0\Meter count and PV gen. meter
2367=TotCsmp\0\Total consumption
2368=DirCsmp\0\Direct consumption
2369=PvW\0\PV generation power
2370=CurBatCha\0\Present battery charge
2371=CurBatDsch\0\Present battery discharge
2372=SelfCsmpNom\0\Own consumption ratio
2373=CurStoNom\0\Present electrical storage ratio
2374=AtcNom\0\Autonomy ratio
2375=DirCsmpNom\0\Direct consumption ratio
2376=PvWhSet\0\Set PV generation meter
2377=TotCsmpSet\0\Set cumulative total consump.
2378=SelfCsmpSet\0\Set cumulative own consump.
2379=DirCsmpSet\0\Set cumulative direct consump.
2380=BatChrgSet\0\Set battery charge
2381=BatDschSet\0\Set battery discharge
2382=SrvIsOn\0\Server switched on
2383=ManRstr\0\Manual restart
2384=GfdiSwStt\0\Gfdi relay status
2385=RstrLokStt\0\Block status
2386=OvVol\0\Overvoltage
2387=UnVol\0\Undervoltage
2388=OvHz\0\Overfrequency
2389=UnHz\0\Underfrequency
2390=PID\0\Passive islanding detection
2391=EvtComMtrDst\0\Communication fault with meter unit
2392=EvtComShmDst\0\Communication fault with Sunny Home Manager
2393=EvtBatLif\0\Battery service life expiry
2394=EvtBatConn\0\Battery connection fault
2395=EvtBatNotAuth\0\Unauthorized battery system
2396=EvtBatVolDif\0\Battery voltage deviation
2397=EvtBatSysDef\0\Battery system defect
2398=EvtBatInDef\0\Battery input defect
2399=EvtBatSwDef\0\Battery switch relay defect
2400=EvtBatConvDef\0\Battery switch defect
2401=EvtBatComFlt\0\Battery system communication fault
2402=EvtBatSigFlt\0\Battery system signal fault
2403=EvtBatCelOvVol\0\Battery cell overvoltage fault
2404=EvtBatCelUnVol\0\Battery cell undervoltage fault
2405=EvtBatUnTmp\0\Battery low temperature fault
2406=EvtBatOvTmp\0\Battery high temperature fault
2407=EvtBatBal\0\Battery imbalancing fault
2408=EvtBatHw\0\Internal battery hardware fault
2409=DscComChk\0\Check connection
2410=DscBatConnChk\0\Check battery connection
2411=DscDcDscon\0\Isolate generator, open DC switch
2412=DscLcnChk\0\Check installation location
2413=TotMem\0\Total capacity
2414=RsBatProMod\0\Reset battery protection mode
2415=AbsPvWh\0\Abs. meter count and PV gen. meter
2416=AbsBatChrg\0\Absolute battery charge
2417=AbsBatDsch\0\Absolute battery discharge
2418=EvtBatConvSwCtl\0\Battery switch actuation fault
2419=BatChaMinW\0\Min. battery charge capac.
2420=BatChaMaxW\0\Max. battery charge capac.
2421=BatDschMinW\0\Min. battery discharge capac.
2422=BatDschMaxW\0\Max. battery discharge capac.
2423=GridWSpt\0\Mains exch. capac. target value
2424=Dft\0\Presetting
2425=TmpHealth\0\Temperature
2426=NoCmpUpd\0\Do not update components
2427=WMaxPv\0\Max. PV power
2428=WMaxCha\0\Max. charge capacity
2429=WMinCha\0\Min. charge capacity
2430=WMaxDsch\0\Max. discharge capacity
2431=WMinDsch\0\Min. discharge capacity
2432=ActlCapacDet\0\Determine SOH
2433=EvtWSptValNom\0\New active power setpoint via |tn0| parameter |tn4| value |d8|%
2434=EvtUpdGriMon\0\Update mains watchdog unit
2435=EvtUpdGriMonNok\0\Mains watchdog unit update unsuccessful
2436=EvtUpdComNok\0\Update communication unsuccessful
2437=EvtWSptVal\0\New active power setpoint via |tn0| parameter |tn4| value |d8|
2438=EvtGriGrdAsg\0\Another user already assigned Grid Guard rights
2439=EvtDynWMaxDrtStop2\0\Dynamic active power limitation ends. Curtailment lasted |u0| minutes
2440=EvtStrFlt\0\EvtStrFlt
2441=EvtComFlt\0\EvtComFlt
2442=EvtSMUFlt\0\EvtSMUFlt
2443=EvtStrFlt2\0\EvtStrFlt2
2444=EvtComFlt2\0\EvtComFlt2
2445=EvtSMUFlt2\0\EvtSMUFlt2
2446=EvtBatSigDef\0\Battery system safety signal defect
2447=EvtAcCapacMin\0\Aged capacitors in AC filter
2448=AcCapacMon\0\Monitoring of AC capacitors
2449=TmpValIstl\0\Temperature
2450=TmpValMaxIstl\0\Highest measured temp.
2451=InstCodeSvc\0\GridGuard password
2452=STP267HW09\0\STP267HW09
2453=BootEnvRs\0\Reset Bootloader Environment
2454=SelfSup\0\Self-supply
2455=ActBatDsch\0\Discharge of current battery
2456=Mon\0\Monitoring
2457=EvtRplACapac\0\High AC ripple current due to defective sine-wave filter capacitors
2458=EvtRplARplV\0\High AC ripple current due to too high AC ripple voltage
2459=DscInvCapacChk\0\Check inverter electronics and sine-wave filter capacitors
2460=EvtFanIn3\0\Fan fault interior 3
2461=EvtPhFltMedV\0\Single-phase power failure on the medium voltage level (transformer switch group Ynd)
2462=EvtIsoMsValUnk\0\Megger threshold value unknown
2463=DscIsoMsChk\0\Check megger
2464=EvtOvABatHw\0\Battery overcurrent (HW)
2465=EvtBatInit\0\Initialization battery module
2466=EvtFRTDet\0\FRT case identif. and treated
2467=[V/A]\0\V/A
2468=NrwBndSprt\0\Narrow-band support
2469=BrdBndSprt\0\Broad-band support
2470=Gain\0\Amplification
2471=Dmp\0\Damping
2472=ActlCapacNomOv\0\Current capacity (Dvlp)
2473=SwPkgNom\0\Programming progress
2474=TotkWhOutOfs\0\Set offset of the supplied energy
2475=TotkWhInOfs\0\Set offset of the absorbed energy
2476=VArModRef\0\As static voltage stability
2477=DynDsconModCfg\0\Dynamic network disconnection
2478=XRefTms\0\Seconds
2479=YRefVNom\0\Voltage in percentages of Unom
2480=EvtPwrCirAbrt\0\Stack test canc. due to exc. UZK measured value dev.
2481=VrsStt\0\Numerous statuses
2482=PFExtPFStr\0\cos φ of start point
2483=PFExtPFStop\0\cos φ of end point
2484=EpsMs\0\Emergency power measurements
2485=EpsMod\0\Operating mode EPS (Emergency Power Supply)
2486=EpsActTm\0\Change-over time to EPS after network failure
2487=EpsInaTm\0\Chg-over t EPS to network op after network reconnect
2488=AbsWh\0\Total energy
2489=FanCab3\0\Fan interior 3
2490=PLD\0\Phase loss
2491=EvtUpdBlt\0\Update Bootloader
2492=EvtUpdBltNok\0\Update Bootloader failed
2493=EvtUpdWebSrv\0\Update Webserver
2494=EvtUpdWebSrvNok\0\Update Webserver failed
2495=EvtDcAmpMaxC\0\Overcurr. inp.C (SW)
2496=EvtDcVMaxC\0\Overvoltage input C (SW)
2497=SwCmp\0\Software component
2498=CmpComBlt\0\Communication Bootloader
2499=CmpWebSrv\0\Webserver
2500=CtlComCfg\0\System control and fallback behavior
2501=CtlComMssMod\0\Fallback behavior
2502=TmsOut\0\Timeout
2503=FlbVArNom\0\Fallback value of reactive power setting
2504=FlbPF\0\Fallback value of cos φ for active power output
2505=FlbPFExt\0\Fallback value of the excitation type for active power output
2506=UsStp\0\Values maintained
2507=UsFlb\0\Apply fallback values
2508=Dmd\0\Specification
2509=WCtl\0\Active power limitation P
2510=VArCtl\0\Reactive power mode
2511=PFCtl\0\cos φ
2512=PFExtCtl\0\Excitation type cos φ
2513=FlbWNom\0\Fallback active power P
2514=ImpCpn\0\Impedance compensation
2515=OhmRis\0\Ohmic resistance
2516=InducRis\0\Inductive resistance
2517=CapacRis\0\Capacitive resistance
2518=HzVAr\0\Frequency-dependent reactive power supply Q(df/dt)
2519=HaVAr\0\Harmonic-dep. reactive power supply Q(dTHD/dt)
2520=MaxVAr\0\Max. reactive power
2521=Slv1\0\Slave 1
2522=Slv2\0\Slave 2
2523=Master\0\Master
2524=BltRev\0\Bootloader version
2525=AcTyp\0\Type of AC distribution
2526=TotWhSICha\0\Solar charger total energy
2527=TotWhPv\0\Total energy photovoltaics
2528=DyWhPv\0\Daily energy photovoltaics
2529=TotWPv\0\Output of photovoltaics
2530=CltFltMod\0\Cluster behaviour when a device fails
2531=EnSavMod\0\Energy saving mode
2532=BatUsDm\0\Areas of application
2533=StatTm\0\Operating time statistics counter
2534=ChaFact\0\Charge factor
2535=EqChaCnt\0\No. of equalization charges
2536=FulChaCnt\0\No. of full charges
2537=FulDschNom\0\Relative battery discharge since last full charge
2538=EqDschNom\0\Relative battery discharge since last equalization charge
2539=ChaAMax\0\Max. occurred charge current
2540=DschAMax\0\Max. occurred discharge current
2541=OvTmpRstr\0\Switch-on limit after overtemperature shutdown
2542=DcRis\0\Output resistance DC connection
2543=FulChaCycTm\0\Cycle time full charge
2544=EqChaCycTm\0\Cycle time equalization charge
2545=TmpCpn\0\Temperature compensation
2546=EqChaAuto\0\Automatic equalization charge
2547=AbsPhsAct\0\Absorption phase active
2548=BatChaDif\0\Fault state of charge
2549=EqChaMan\0\Manual equalization charge
2550=SltMod\0\Energy saving mode
2551=TrcChaSltTm\0\Time until change-over to energy saving mode
2552=SltTrcChaTm\0\Maximum duration of energy saving mode
2553=BMSInaVol\0\Voltage setpoint with deactivated BMS
2554=StrTm\0\Start time
2555=StopTm\0\End time
2556=ChaSttLim\0\Limit of battery state of charge
2557=AuxDcTyp\0\Type of additional DC sources
2558=EnCntTm\0\Operating time energy count
2559=AutoHzCtl\0\Automatic frequency control
2560=AcChaAMax\0\Maximum AC charge current
2561=ExCT\0\external transformer
2562=ActTm\0\Operating time
2563=RptCyc\0\Repeat cycle
2564=ProLokTm\0\Cut-off time until shutdown
2565=DschProDmLim\0\Lower lmt deep disch. protect area prior shutdown
2566=DschProDmMin\0\Minimum width of deep discharge protection area
2567=BckDmMin\0\Minimum width of backup power area
2568=SelfCsmpBrd\0\Area width for conserving battery state of charge
2569=SelfCsmpBrdMin\0\Minimum width of own consumption area
2570=MaxYldMth\0\Most profitable month
2571=SanModAct\0\Season operation active
2572=OnLim\0\Switch-on limit
2573=OffLim\0\Switch-off limit
2574=IntvStrTm\0\Start time range
2575=DmdMod\0\Request
2576=TrtDevIp\0\Target address
2577=WAvTm\0\Average time
2578=MinRunTm\0\Min. operating time
2579=MinStopTm\0\Min. idle period
2580=CoolTm\0\Cooling time
2581=FltStopTm\0\Idle period after fault
2582=WrmTm\0\Warm-up time
2583=RunTm\0\Operating time
2584=GnDmdChaMod\0\Generator request via charge type
2585=ChaMod\0\Charge type
2586=GnDmdDigIn\0\Generator request via digital input
2587=DigInRea\0\Reaction to digital input
2588=RmgMinRunTm\0\Remaining min. operating time
2589=ALimMod\0\Type of current limitation
2590=GnFltDet\0\Sensitivity of generator failure detection
2591=ExtGriAMax\0\Maximum current of the ext. network interface
2592=FeedPerm\0\Feed-in permitted
2593=PwrMon\0\Power monitoring
2594=StrPvFeedTm\0\Start feed-in
2595=StopPvFeedTm\0\Stop feed-in
2596=ChaSttFeedAct\0\Upper state of charge for reactivating feed-in
2597=ChaSttFeedIna\0\Lower state of charge for locking feed-in
2598=GriDmdBatCha\0\Network request via battery state of charge
2599=GriDmdChaMod\0\Network request via charge type
2600=LodShd1\0\Load shedding 1
2601=LodShd2\0\Load shedding 2
2602=ChaStrLim\0\Limit of battery state of charge for start
2603=ChaStopLim\0\Limit of battery state of charge for stop
2604=Tmr\0\Timer
2605=TmCtlOn\0\Duration in which the relay is activated for timer
2606=TmCtlCyc\0\Repeat cycle for timer
2607=BatFanTmp\0\Temperature limit for battery compartment fan
2608=DigIn\0\Digital input
2609=MltBox6\0\Multicluster Box 6
2610=MltBox12\0\Multicluster Box 12
2611=MltBox36\0\Multicluster Box 36
2612=CtnOp\0\Further operation
2613=StopAllDev\0\Stop all devices
2614=SelfCsmpDm\0\Own consumption area
2615=ChaSttDm\0\State of charge conservation area
2616=BckDm\0\Backup power area
2617=DschProDm\0\Deep discharge protection area
2618=ExhDschDm\0\Deep discharge area
2619=AcSrcChaReg\0\AC sources and DC charge controllers
2620=OthChaReg\0\Other DC charge controllers
2621=ComChaReg\0\Communicatively coupled DC charge controller
2622=IntvOc\0\Once
2623=IntvWk\0\Weekly
2624=JunMaxYld\0\June profitable
2625=DecMaxYld\0\December profitable
2626=ValALimMod\0\Fixed limit value for current limitation
2627=HzALimMod\0\Frequency-dependent current limitation
2628=LowMod\0\Low
2629=MedMod\0\Medium
2630=NrmMod\0\Normal
2631=HiMod\0\High
2632=AutoGn\0\Automatic generator request
2633=LodShdMod\0\1-stage load shedding
2634=LodShd1Mod\0\1-stage load shedding or 1st stage with 2-stage load shedding
2635=LodShd2Mod\0\1st stage with 2-stage load shedding
2636=Tmr1\0\Timer 1
2637=Tmr2\0\Timer 2
2638=AuxLodCtl\0\Control of add. loads
2639=GnSwOn\0\Relay on if generator running
2640=ExSrcSwOn\0\Relay on if ext. source available
2641=PubGriSwOn\0\Relay on if grid is available
2642=FltSwOff\0\Relay off in case of fault
2643=WrnSwOn\0\Relay on in case of warning
2644=CltSwOn\0\Relay on if cluster running
2645=BatFanCtl\0\Battery compartment fan
2646=EltPmpCtl\0\Electrolyte pump
2647=ComSyn\0\ComSync
2648=DrtSwOn\0\Relay on with power limitation
2649=BckModDscon\0\Network disconnect in emer op
2650=BckModGnd\0\Earthing in emer op
2651=TmpValMin\0\Lowest measured temperature
2652=RmgChaTm\0\Remaining absorption time
2653=FulChaRmgTm\0\Remaining time until full charge
2654=EqChaRmgTm\0\Remaining time until equalization charge
2655=GnDmdTm\0\Time-controlled generator operation
2656=GriDmdW\0\Network request via power
2657=TmCtlStr\0\Start date
2658=[V/°C]\0\V/°C
2659=ProMod\0\Protection mode
2660=ExtGri\0\External network
2661=TmDm\0\Time range
2662=EvtDevUpdAbrt2\0\Device is no longer updated after several failures
2663=EvtRemUpdSprt\0\Remote update not supported
2664=DscRemUpdSprt\0\Execute firmware update via SD card
2665=WMin\0\Power threshold
2666=WMinTmms\0\Power threshold tripping time
2667=LokTms\0\Cut-off time
2668=SutEMS\0\Suitable for energy management
2669=NotSut\0\Unsuitable
2670=LimSut\0\Conditionally suitable
2671=OkSut\0\Well suited
2672=EvtChaDschLim\0\Max. chg-over frequency charge/disch. direct. reached
2673=SwOnRqt\0\Switch-on request
2674=EvtGriGrdNok\0\Limit value violation in GridGuard setting
2675=LodCmdLst\0\Get command list
2676=EvtBatSysDefExt\0\Battery system defect (ID |b0|: 0x|x5||x4|, 0x|x7||x6|, 0x|x9||x8|, 0x|xB||xA|)
2677=SttGnOp\0\Operation at generator (at external input)
2678=ExtGriOp\0\Feeding network op (at external input)
2679=EvtEnSavPhs\0\Energy saving mode of slaves in 1-phase parallel op
2680=EvtEnSavGri\0\Energy saving mode at network
2681=EvtFltShtdwn\0\Shutdown due to fault
2682=EvtExhCha\0\Emergency charge
2683=EvtAutoStr\0\Automatic start
2684=EvtManStr\0\Manual start (change-over from standby to op)
2685=EvtManStop\0\Manual stop (change-over from op to standby)
2686=EvtEnSavStr\0\Energy saving mode start
2687=EvtEnSavStop\0\Energy saving mode stop
2688=EvtStrComCtl\0\Ext. start via system control (chg-over from op to standby)
2689=EvtStopComCtl\0\Ext. stop via system control (chg-over from op to standby)
2690=EvtHzCtlStr\0\Automatic frequency control intervenes
2691=EvtHzCtlStop\0\Automatic frequency control ends
2692=EvtSelfCsmpStr\0\Own consumption control started
2693=EvtSelfCsmpStop\0\Own consumption control stopped
2694=EvtSelfCsmpCha\0\Only charge op. in own consumption mode
2695=EvtSelfCsmpGri\0\Full or equalization charge with active own consumption optimisation
2696=EvtSelfCsmpRet\0\Return to own consumption optimisation after completing a full or equalization charge
2697=EvtDevOff\0\The device switches off
2698=EvtComCtlAct\0\System control: Setpoint spec. activated
2699=EvtComCtlIna\0\System control: Setpoint spec. deactivated
2700=EvtRsBMSBat\0\Reset battery management due to new battery
2701=EvtTrcCha\0\Status change to battery float charge
2702=EvtBstCha\0\Status change to battery boost charge
2703=EvtFulCha\0\Status change to battery full charge
2704=EvtBMSClb\0\20 percent calibration being executed
2705=EvtAutoGnStr\0\Automatic generator start due to set criteria, e.g. battery state of charge
2706=EvtAutoGnStop\0\Automatic generator stop due to set criteria, e.g. battery state of charge
2707=EvtManGnStr\0\Manual generator start
2708=EvtManGnStop\0\Manual generator stop
2709=EvtGnFltAckn\0\Manual fault confirmation generator fault
2710=EvtGnRqt\0\Generator requested
2711=EvtCurGnStr\0\Generator started in current-controlled op
2712=EvtCurGnStop\0\Generator stopped in current-controlled op
2713=EvtBatChaGriRqt\0\Network request due to low battery state of charge
2714=EvtBatChaGriRel\0\Release of network disconnect due to sufficient battery state of charge
2715=EvtWLimGriRqt\0\Network request due to power limit exceedance
2716=EvtWLimGriRel\0\Network disconnect release as power limit not reached
2717=EvtManGriRqt\0\Manual network request
2718=EvtManGriRel\0\Manual network disconnect release
2719=EvtFncSwStt\0\Multifunction relay |d0| of device at L|d4| is |tn8|
2720=EvtTrsSwStt\0\Transfer relay |d0| of device at L|d4| is |tn8|
2721=EvtUpdClt\0\Master starts firmware update of cluster
2722=EvtRemCtlAct\0\Sunny Remote Control activated
2723=EvtDatMdulFlt\0\Data module |d0| incorr. connected or missing
2724=EvtUpdModel\0\Device model specified
2725=EvtPvChaDet1\0\Solar charger 1 is detected
2726=EvtSwItf\0\Event |tn0| of process interface
2727=EvtTmpDrt2A\0\Derating due to temp. L|d0|
2728=EvtOvVBatExt\0\Battery voltage too high and not generated by device
2729=EvtBatCapac\0\Warning actual battery capacity (SOH) <= 70%
2730=EvtClbBatCha\0\A 20% recalibration of battery state of charge executed with a leap greater than 10%
2731=EvtCurTrsSwA\0\Excess current transfer relay of device at L1
2732=EvtAcVMinPpV2A\0\Ext grid disconnect due to undervoltage at phase L1
2733=EvtAcVMaxPpV2A\0\Ext grid disconnect due to overvoltage at phase L1
2734=EvtAcHzMin2A\0\External grid disconnect due to insufficient freq. at phase L1
2735=EvtAcHzMax2A\0\External grid disconnect due to excess freq. at phase L1
2736=EvtExtOffAidA\0\Ext grid disconnect due to undesired island grid at phase L1
2737=EvtExtOffLimA\0\Ext source disconnect due to violation of any limits in device at L1 (redundant measurement)
2738=EvtAcVRPro2A\0\Voltage increase protection phase L1
2739=EvtExtOffBatVA\0\Ext grid disconnect due to insufficient battery voltage or overvoltage at phase L1
2740=EvtExtOffPhsA\0\Ext grid disconnect due to phase failure or overload at phase L1
2741=EvtExtOffSCA\0\Ext grid disconnect due to external short circuit at phase L1
2742=EvtExtPhSeq\0\Ext. network has no correct rotary field
2743=EvtExtOffCurA\0\Ext grid disconnect due to overcurrent at phase L1
2744=EvtExtOffVHzA\0\Ext. grid disconnect due to violation of voltage/freq. ratio of ext. voltage at phase L1
2745=EvtRvPwrGn\0\Reverse power prot. (generator)
2746=EvtGnLokOnCnt\0\Locking of generator due to excessive connect. processes
2747=EvtRvPwrGriA\0\Prohibited feedback to utility grid at phase L1
2748=EvtFeedCurExcA\0\Feed-in current larger than set max. value at phase L1
2749=EvtTrsSwOnFltA\0\Transfer relay does not close at phase L1
2750=EvtWdCnt2B\0\Watchdog counter Slave 1 expired (multiple cons. watchdog tripping)
2751=EvtComCanFltB\0\Faulty CAN communication with device at L2
2752=EvtTmpSnsBatSC\0\Short circuit battery temp. sensor
2753=EvtTmpSnsBatFlt\0\Cable break battery temp. sensor
2754=EvtSynReaMssB\0\No synchronisation signal from device to L2
2755=EvtTxMssB\0\No message from device at L2
2756=EvtSynGnNok\0\Synchronisation not executed
2757=EvtDtInval\0\Invalid date
2758=EvtBatProMod1\0\Battery potection mode 1
2759=EvtSCDCOut\0\Short circuit 24V DC output
2760=EvtTmOutDspB\0\Timeout of signal processor in device to L2
2761=EvtBoxPvNok\0\No PV in off-grid mode available
2762=EvtBoxGnNok\0\Generator mode not possible
2763=EvtBoxGriVNok\0\No valid network voltage for requested network op.
2764=EvtBoxSwFlt4\0\Fault 4 contactor
2765=EvtTmpGnd\0\Thermal fuse of earthing resistor has tripped (backup TT)
2766=EvtComMtrCBox1\0\Communication with PV meter faulty
2767=EvtComDevCBox\0\Communication device with SBUKomBox faulty
2768=EvtWdCBox\0\Watchdog tripping SBUKomBox
2769=EvtCBoxProt1\0\Unsupported protocol detected at eHZ 1
2770=EvtMtrCBox\0\Readout heads of eHZ swapped in KomBox input
2771=EvtDevShm\0\Communication with meter faulty
2772=EvtBatConnPvCha1\0\Rev pol. batt. connection or short circuit Solar Charger 1
2773=EvtBatOvVPvCha1\0\Battery overvoltage Solar Charger 1
2774=EvtOvVPvCha1\0\Overvoltage PV generator Solar Charger 1
2775=EvtVPvCha1\0\No PV voltage or short circuit Solar Charger 1
2776=EvtTmpSnsPvCha1\0\Sensor fault (or undertemp) for DC_charger temperature Solar Charger 1
2777=EvtOvTmpPvCha1\0\Device overtemp Solar Charger 1
2778=EvtComDcChaNok1\0\No communication to DC charger for more than 24h Solar Charger 1
2779=EvtDrpCfg\0\P(f)/Q(V) char. curve config. autom. adjusted
2780=EvtTmOutBMS\0\Timeout monitoring of battery management has triggered
2781=EvtOvTmpTrf2A\0\Overtemp. at device transformer at L1
2782=EvtOvTmpWCir3A\0\Overtemp. at power element device at L1
2783=EvtCurLimA\0\AC current limit phase L1
2784=EvtDevOvVA\0\Inverter overvoltage phase L1
2785=EvtDevOvHzA\0\Inverter overfrequency phase L1
2786=EvtDevUnHzA\0\Inverter underfrequency phase L1
2787=EvtDevUnVA\0\Inverter undervoltage phase L1
2788=EvtGriVDetA\0\Voltage at AC connection phase L1
2789=EvtOvW5A\0\Device at L1 was loaded above its 5min capacity
2790=EvtOvW30A\0\Device at L1 was loaded above its 30min capacity
2791=EvtOvW1A\0\Device at L1 was loaded above its short-time capacity
2792=EvtSlvFlt\0\A slave has a fault status, cluster is stopped
2793=EvtCurSnsNok\0\The current sensor is not connected, not available or faulty
2794=EvtDevBatOvVA\0\Meas. range violation battery voltage in device at L1
2795=EvtExtBMSDet\0\Ext. battery management detected but not set
2796=EvtDevUnVBatA\0\Meas. range violation battery voltage in device at L1
2797=EvtExtVFlt\0\Failure of ext. voltage
2798=EvtPhSeqFltA\0\Phasing of measured AC voltage at Vext and VAC2 does not correspond at phase L1
2799=EvtGriVSwOpnA\0\With open section switch, AC voltage is applied at phase L1
2800=EvtGriSwFlt\0\Section switch does not open
2801=EvtNSwFltA\0\N-cond. relay does not open at L1
2802=EvtTrsSwFltA\0\Transfer relay does not open at phase L1
2803=EvtRsDspDetA\0\Reset signal processor in device detected at L1
2804=EvtInvalClb\0\Invalid calibration in DSP
2805=EvtTmOutW\0\Timeout in communication for active power limitation
2806=EvtTmOutVAr\0\Timeout in communication for reactive power spec.
2807=EvtTmOutPF\0\Timeout in communication for cos-Phi spec.
2808=DscWaitCool\0\Wait until device cools down
2809=DscWRedSC\0\Reduce load; trip short circuit
2810=DscAcConn\0\Find cause by gradual application of AC sources
2811=DscWRed\0\Reduce load
2812=DscDevExtAcTst\0\Check device and network-forming sources for corr. AC connection
2813=DscDrtParaBatTst\0\Regulate AC sources; check DC sources settings; check battery nominal voltage
2814=DscWaitBatCool\0\Wait until battery cools down
2815=DscBatTstTyp\0\Check battery; observe correct battery size when replacing it
2816=DscLodRedBatTst\0\Reduce load; check battery nominal voltage
2817=DscVHzExtAc\0\Check voltage and frequency of network-forming AC source
2818=DscGriConnTst\0\Check network connection (wire cross-sect.)
2819=DscBatVTst\0\Check battery voltage (transmission ratio of transformer affects the voltage being set)
2820=DscExtSC\0\Trip external short circuit
2821=DscPhsExtTst\0\Check phase assigt of network-forming AC source
2822=DscAcConnTst\0\Check ext. and int. AC connections
2823=DscCtlAcSwTst\0\Check control and wiring of coupling contactor
2824=DscNSwTst\0\Check N-cond. relay.
2825=DscAcDrtTst\0\Check whether AC sources can be regulated
2826=DscGnFltAckn\0\Confirm generator management fault
2827=DscLodRedAcDrt\0\Reduce load; regulate AC sources
2828=DscSysIstlTst\0\Check system wiring; contact SMA Service
2829=DscCanRisTst\0\Check CAN connections and terminating resistors
2830=DscSnsSttTst\0\Check sensor status and function
2831=DscCfgCltTst\0\Check system config.; check cluster communication (wires / resistors)
2832=DscGnTst\0\Check generator (fuel, fuses, fault status)
2833=DscDtSet\0\Set time and date
2834=DscCfgBatCha\0\Check settings; charge battery; observe battery size when replacing it
2835=DscExtCltVTst\0\Check cabling of extension cluster to main cluster; measure AC voltage
2836=DscCltComTst\0\Check cluster communication
2837=DscSwTst\0\Check contactor
2838=DscGriPhsTst\0\Check network connection (phasing); contact Service
2839=DscGndRisCool\0\Wait until earthing resistor has cooled down; reset thermal fuse
2840=DscComMtrTst\0\Check communication to meter
2841=DscComCBox\0\Check communication to MeterBox
2842=DscShmComTst\0\Check communication to meter
2843=DscCanBMSTst\0\Check CAN connection to external battery management
2844=DscDevIstlAcV\0\Device incorrectly connected (AC voltage detected)
2845=DscSlvFlt\0\Eliminate fault in slave
2846=DscDevTrf\0\Send in defective device, repair/replace current transformer
2847=DscBatChaVTst\0\Charge battery; check battery nom. voltage; observe battery size when replacing it
2848=DscSysCfgTst\0\Check system settings.
2849=DscVHzAcTst\0\Check voltage and frequency of connected AC source
2850=DscComBoxTst\0\Check communication to Box (wires, resistors)
2851=DscCfgCltTst2\0\Check system config.; check cluster communication
2852=DscSlvCltTst\0\Eliminate fault of slave; check cluster comm. to slave
2853=DscMsBoxTst\0\Check meas. lines to Box
2854=Vol1Nom\0\Voltage at zero-crossing 1
2855=Vol2Nom\0\Voltage at zero-crossing 2
2856=HystDb\0\HystDb
2857=EvtSwItf1\0\Message from process interface: General
2858=EvtSwItf2\0\Message from process interface: Battery overvoltage
2859=EvtSwItf3\0\Message from process interface: Battery undervoltage
2860=EvtSwItf4\0\Message from process interface: Battery overtemperature
2861=EvtSwItf5\0\Message from process interface: Battery undertemperature
2862=EvtSwItf6\0\Message from process interface: Battery overtemp. charge
2863=EvtSwItf7\0\Message from process interface: Battery undertemp. charge
2864=EvtSwItf8\0\Message from process interface: Battery overcurrent
2865=EvtSwItf9\0\Message from process interface: Battery overcurrent charge
2866=EvtSwItf10\0\Message from process interface: Contactor
2867=EvtSwItf11\0\Message from process interface: Short circuit
2868=EvtSwItf12\0\Message from process interface: BMS internal
2869=EvtSwItf13\0\Message from process interface: Cell imbalance
2870=EvtSwItf14\0\Message from process interface: Reserved
2871=EvtSwItf16\0\Message from process interface: Generator
2872=EvtAutoStrCntA\0\Autostart counter expired in device at L1 (multiple cons. autostart)
2873=EvtHwLim\0\Limit value exceedance hardware
2874=EvtTmpSnsTrf2A\0\Short circuit or cable break temp. sensor of transformer L1
2875=EvtTmpSnsWCir3A\0\Short circuit or cable break temp. sensor of power elem. L1
2876=EvtSynSigMss\0\No synchronisation signal
2877=EvtCltCfg\0\Fault in cluster configuration
2878=EvtCltDevAdr\0\Fault in address assigt of cluster devices, configuration fault
2879=EvtCltRxNok\0\No message from cluster master (only slave)
2880=EvtComSPIA\0\No message from cluster master in device at L1
2881=EvtComCan2A\0\Device int. interprocessor comm. missing in device at L1
2882=EvtComBox\0\Communication with MC-BOX interrupted
2883=EvtCltVMssA\0\Device at L|d0| does not detect output voltage of master cluster
2884=EvtDspAidFlt\0\Fault in DSP AI and/or ext. voltage monitoring algorithm
2885=EvtCltNok\0\Cluster incomplete
2886=EvtAidMonFltA\0\Nonobserv. of monitoring times for island grid detect. and voltage at ext. grid in device at L1
2887=EvtSynCanMssA\0\Device int. sync imp missing in device at L1
2888=EvtDevVFltA\0\Processor voltage in device at L1 faulty
2889=EvtBoxSwFail\0\Plausibility check MC-BOX failed
2890=EvtBoxParaFail\0\Box encoding does not correspond to software settings
2891=EvtBoxVFlt15\0\Fault in 15V supply of MCBUBox
2892=EvtBoxPhsFlt\0\Box phase missing
2893=EvtBoxCurVMsA\0\Fault of voltage/current measurement at ext. measure point of box to AC sub-distribution phase L1
2894=EvtClbDatNokA\0\Unable to read calibration data or incomplete data in device at L1
2895=EvtDcVtgBstCnvA\0\Overvoltage boost conv A
2896=EvtTmpSnsCom\0\Communication to AnalogFrontEnd impaired/defect
2897=EvtDcVtgBstCnvB\0\Overvoltage boost conv B
2898=EvtDcVtgBstCnvC\0\Overvoltage boost conv C
2899=VArCtlVolHystDbAct\0\Reactive power/voltage param with activation power
2900=MccBatFanCtl\0\Battery fan in Multicluster
2901=MccLodShd\0\Load shedding in Multicluster
2902=EvtEMSGwOk\0\EM gateway found: |tn0|, Name: |s4|
2903=EvtEMSGwNok\0\EM gateway not found: |tn0|, Name: |s4|
2904=EvtEMSDevRgst\0\EM device registered: |tn0|, Name: |s4|
2905=EvtEMSDevRmv\0\EM device removed: |tn0|, Name: |s4|
2906=SEMP\0\SEMP
2907=MieleHome\0\Miele@Home
2908=EvtTmpDrt2B\0\Derating due to temp. L2
2909=EvtTmpDrt2C\0\Derating due to temp. L3
2910=EvtCurTrsSwB\0\Excess current transfer relay of device at L2
2911=EvtAcVMinPpV2B\0\Ext grid disconnect due to undervoltage at phase L2
2912=EvtAcVMaxPpV2B\0\Ext grid disconnect due to overvoltage at phase L2
2913=EvtAcHzMin2B\0\External grid disconnect due to low frequency at phase L2
2914=EvtAcHzMax2B\0\Ext grid disconnect due to high frequency at phase L2
2915=EvtExtOffAidB\0\Ext grid disconnect due to undesired island grid at phase L2
2916=EvtExtOffLimB\0\Ext source disconnect due to violation of any limits in device at L2 (redundant measurement)
2917=EvtAcVRPro2B\0\Voltage increase protection phase L2
2918=EvtExtOffBatVB\0\Ext grid disconnect due to insufficient battery voltage or overvoltage at phase L2
2919=EvtExtOffPhsB\0\Ext grid disconnect due to phase failure or overload at phase L2
2920=EvtExtOffSCB\0\Ext grid disconnect due to external short circuit at phase L2
2921=EvtCurTrsSwC\0\Excess current transfer relay of device at L3
2922=EvtAcVMinPpV2C\0\Ext grid disconnect due to undervoltage at phase L3
2923=EvtAcVMaxPpV2C\0\Ext grid disconnect due to overvoltage at phase L3
2924=EvtAcHzMin2C\0\External grid disconnect due to low frequency at phase L3
2925=EvtAcHzMax2C\0\External grid disconnect due to high frequency at phase L3
2926=EvtExtOffAidC\0\Ext grid disconnect due to undesired island grid at phase L3
2927=EvtExtOffLimC\0\Ext source disconnect due to violation of any limits in device at L3 (redundant measurement)
2928=EvtAcVRPro2C\0\Voltage increase protection phase L3
2929=EvtExtOffBatVC\0\Ext grid disconnect due to insufficient battery voltage or overvoltage at phase L3
2930=EvtExtOffPhsC\0\Ext grid disconnect due to phase failure or overload at phase L3
2931=EvtExtOffSCC\0\Ext grid disconnect due to external short circuit at phase L3
2932=EvtExtOffCurB\0\Ext grid disconnect due to overcurrent at phase L2
2933=EvtExtOffCurC\0\Ext grid disconnect due to overcurrent at phase L3
2934=EvtExtOffVHzB\0\Ext. grid disconnect due to violation of voltage/freq. ratio of ext. voltage at phase L2
2935=EvtExtOffVHzC\0\Ext. grid disconnect due to violation of voltage/freq. ratio of ext. voltage at phase L3
2936=EvtRvPwrGriB\0\Prohibited feedback to grid at phase L2
2937=EvtFeedCurExcB\0\Feed-in current larger than set max. value at phase L2
2938=EvtTrsSwOnFltB\0\Transfer relay does not close at phase L2
2939=EvtWdCnt2C\0\Watchdog counter Slave 2 expired (multiple cons. watchdog tripping)
2940=EvtComCanFltC\0\Faulty CAN communication with device at L3
2941=EvtRvPwrGriC\0\Prohibited feedback to grid at phase L3
2942=EvtFeedCurExcC\0\Feed-in current larger than set max. value at phase L3
2943=EvtTrsSwOnFltC\0\Transfer relay does not close at phase L3
2944=EvtSynReaMssC\0\No synchronisation signal from device to L3
2945=EvtTxMssC\0\No message from device at L3
2946=EvtBatProMod2\0\Battery protection mode 2
2947=EvtBatProMod3\0\Battery protection mode 3
2948=EvtTmOutDspC\0\Timeout of signal processor in device to L3
2949=EvtBoxSwFlt5\0\Fault Q5 contactor
2950=EvtBoxSwFlt7\0\Fault Q7 contactor
2951=EvtBoxSwFlt9\0\Fault Q9 contactor
2952=EvtBoxSwFlt10\0\Fault Q10 contactor
2953=EvtCBoxProt2\0\Unsupported protocol detected at eHZ 2
2954=EvtBatConnPvCha2\0\Rev pol. batt. connection or short circuit Solar Charger 2
2955=EvtBatOvVPvCha2\0\Battery overvoltage Solar Charger 2
2956=EvtOvVPvCha2\0\Overvoltage PV generator Solar Charger 2
2957=EvtVPvCha2\0\No PV voltage or short circuit Solar Charger 2
2958=EvtTmpSnsPvCha2\0\Sensor fault (or undertemp) for DC_charger temperature Solar Charger 2
2959=EvtOvTmpPvCha2\0\Device overtemp Solar Charger 2
2960=EvtComDcChaNok2\0\No communication to DC charger for more than 24h Solar Charger 2
2961=EvtBatConnPvCha3\0\Rev pol. batt. connection or short circuit Solar Charger 3
2962=EvtBatOvVPvCha3\0\Battery overvoltage Solar Charger 3
2963=EvtOvVPvCha3\0\Overvoltage PV generator Solar Charger 3
2964=EvtVPvCha3\0\No PV voltage or short circuit Solar Charger 3
2965=EvtTmpSnsPvCha3\0\Sensor fault (or undertemp) for DC_charger temperature Solar Charger 3
2966=EvtOvTmpPvCha3\0\Device overtemp Solar Charger 3
2967=EvtComDcChaNok3\0\No communication to DC charger for more than 24h Solar Charger 3
2968=EvtBatConnPvCha4\0\Rev pol. batt. connection or short circuit Solar Charger 4
2969=EvtBatOvVPvCha4\0\Battery overvoltage Solar Charger 4
2970=EvtOvVPvCha4\0\Overvoltage PV generator Solar Charger 4
2971=EvtVPvCha4\0\No PV voltage or short circuit Solar Charger 4
2972=EvtTmpSnsPvCha4\0\Sensor fault (or undertemp) for DC_charger temperature Solar Charger 4
2973=EvtOvTmpPvCha4\0\Device overtemp Solar Charger 4
2974=EvtComDcChaNok4\0\No communication to DC charger for more than 24h Solar Charger 4
2975=EvtOvTmpTrf2B\0\Overtemp. at device transformer at L2
2976=EvtOvTmpWCir3B\0\Overtemp. at device power elem at L2
2977=EvtCurLimB\0\AC current limiting phase L2
2978=EvtDevOvVB\0\Inverter overvoltage phase L2
2979=EvtDevOvHzB\0\Inverter overfrequency phase L2
2980=EvtDevUnHzB\0\Inverter underfrequency phase L2
2981=EvtDevUnVB\0\Inverter undervoltage phase L2
2982=EvtGriVDetB\0\Voltage at AC connection phase L2
2983=EvtOvW5B\0\Device at L2 was loaded above its 5min capacity
2984=EvtOvW30B\0\Device at L2 was loaded above its 30min capacity
2985=EvtOvW1B\0\Device at L2 was loaded above its short-time capacity
2986=EvtOvTmpTrf2C\0\Overtemp. at device transformer at L3
2987=EvtOvTmpWCir3C\0\Overtemp. at power element device at L3
2988=EvtCurLimC\0\AC current limiting phase L3
2989=EvtDevOvVC\0\Inverter overvoltage phase L3
2990=EvtDevOvHzC\0\Inverter overfrequency phase L3
2991=EvtDevUnHzC\0\Inverter underfrequency phase L3
2992=EvtDevUnVC\0\Inverter undervoltage phase L3
2993=EvtGriVDetC\0\Voltage at AC connection phase L3
2994=EvtOvW5C\0\Device at L3 was loaded above its 5min capacity
2995=EvtOvW30C\0\Device at L3 was loaded above its 30min capacity
2996=EvtOvW1C\0\Device at L3 was loaded above its short-time capacity
2997=EvtDevBatOvVB\0\Meas. range violation battery voltage in device at L2
2998=EvtDevBatOvVC\0\Meas. range violation battery voltage in device at L3
2999=EvtDevUnVBatB\0\Meas. range violation battery voltage in device at L2
3000=EvtDevUnVBatC\0\Meas. range violation battery voltage in device at L3
3001=EvtPhSeqFltB\0\Phasing of measured AC voltage at Vext and VAC2 does not correspond at phase L2
3002=EvtGriVSwOpnB\0\With open section switch, AC voltage is applied at phase L2
3003=EvtPhSeqFltC\0\Phasing of measured AC voltage at Vext and VAC2 does not correspond at phase L3
3004=EvtGriVSwOpnC\0\With open section switch, AC voltage is applied at phase L3
3005=EvtNSwFltB\0\N-cond. relay does not open at L2
3006=EvtTrsSwFltB\0\Transfer relay does not open at phase L2
3007=EvtRsDspDetB\0\Reset signal processor in device detected at L2
3008=EvtNSwFltC\0\N-cond. relay does not open at L3
3009=EvtTrsSwFltC\0\Transfer relay does not open at phase L3
3010=EvtRsDspDetC\0\Reset signal processor in device detected at L3
3011=EvtAutoStrCntB\0\Autostart counter expired in device at L2 (multiple cons. autostart)
3012=EvtAutoStrCntC\0\Autostart counter expired in device at L3 (multiple cons. autostart)
3013=EvtTmpSnsTrf2B\0\Short circuit or cable break temp. sensor of transformer L2
3014=EvtTmpSnsWCir3B\0\Short circuit or cable break temp. sensor of power element L2
3015=EvtTmpSnsTrf2C\0\Short circuit or cable break temp. sensor of transformer L3
3016=EvtTmpSnsWCir3C\0\Short circuit or cable break temp. sensor of power element L3
3017=EvtComSPIB\0\No message from cluster master in device at L2
3018=EvtComCan2B\0\Device int. interprocessor comm. missing in device at L2
3019=EvtComSPIC\0\No message from cluster master in device at L3
3020=EvtComCan2C\0\Device int. interprocessor comm. missing in device at L3
3021=EvtCltVMssB\0\Device at L2 does not detect output voltage of master cluster
3022=EvtCltVMssC\0\Device at L3 does not detect output voltage of master cluster
3023=EvtAidMonFltB\0\Nonobserv. of monitoring times for island grid detect. and voltage at ext. grid in device at L2
3024=EvtSynCanMssB\0\Device int. sync imp missing in device at L2
3025=EvtDevVFltB\0\Processor voltage in device at L2 faulty
3026=EvtAidMonFltC\0\Nonobserv. of monitoring times for island grid detect. and voltage at ext. grid in device at L3
3027=EvtSynCanMssC\0\Device int. sync imp missing in device at L3
3028=EvtDevVFltC\0\Processor voltage in device at L3 faulty
3029=EvtBoxVFlt24\0\Fault in 24V supply of MCBUBox
3030=EvtBoxCurVMsB\0\Fault of voltage/current measurement at ext. measure point of box to AC sub-distribution phase L2
3031=EvtClbDatNokB\0\Unable to read calibration data or incomplete data in device at L2
3032=EvtBoxCurVMsC\0\Fault of voltage/current measurement at ext. measure point of box to AC sub-distribution phase L3
3033=EvtClbDatNokC\0\Unable to read calibration data or incomplete data in device at L3
3034=MsCapac\0\Measured capacity
3035=IstlMod\0\Installation mode
3036=EvtBatChaMod\0\Battery test charge
3037=EvtBatDschMod\0\Battery test discharge
3038=EvtBatIstlNok\0\Start conditions battery test not fulfilled
3039=AddTm\0\Additional time range
3040=EvtComMtrCBox2\0\Communication with mains power meter faulty
3041=EvtBatChaModOk\0\Battery test charge successful
3042=EvtBatDschModOk\0\Battery test discharge successful
3043=EvtBatChaModNok\0\Battery test charge failed
3044=EvtBatDchModNok\0\Battery test discharge failed
3045=CardFileRead\0\Memory card is read
3046=CardUpdAkt\0\No new update on the memory card
3047=PlntWSrc\0\Source for system active power
3048=PlntVArSrc\0\Source for system reactive power
3049=PlntW\0\System active power
3050=PlntVAr\0\System reactive power
3051=PCCMs\0\Measurements at grid connection point
3052=MsSrcInv\0\Sum of inverter performance
3053=MsSrcMtr\0\SMA Energy Meter
3054=MsSrcAnIn\0\Analog input
3055=MsSrcMb\0\Modbus
3056=DctMrk\0\Direct selling
3057=DscAfciRs2\0\Please confirm
3058=EvtAfciSlfIstl\0\Self-test arc detection: Interference level too high
3059=EvtAfciSlfDev\0\Self-test arc detection: Signal level too low
3060=EvtEqCha\0\Status change to battery equalization charge
3061=ChaCtlComAval\0\Control charging via communication available
3062=WMon\0\Power monitoring
3063=SigVal1\0\Signal value 1
3064=SigVal2\0\Signal value 2
3065=AnOut\0\Analog output
3066=DigOut\0\Digital output
3067=CurMsVal\0\Current measured value
3068=GriConnFeed\0\Mains operation with feedback
3069=SelfCsmpDmLim\0\Lower discharge limit for private consumption range
3070=PvChaMs\0\Solar charger
3071=ManRstrOvVol\0\After overvoltage
3072=ManRstrUnVol\0\After undervoltage
3073=ManRstrHz\0\After frequency error
3074=EvtExtOffAid\0\Ext grid disconnect due to undesired island grid
3075=ManRstrPID\0\After passive islanding detection
3076=ManRstrAID\0\After active islanding detection
3077=DevId\0\Device ID
3078=ModelStr\0\Type designation
3079=URL\0\URL
3080=ComProt\0\Communication protocol
3081=MsValAcq\0\Type of measured value acquisition
3082=ValAcqMs\0\Measured
3083=ValAcqEst\0\Estimated
3084=NoneValAcq\0\None
3085=ExWMax\0\Setpoint for active power limitation. Reference: available nominal power of inverter
3086=ExVArCtl\0\Setpoint for reactive power limitation. Ref.: available nominal power of inverter
3087=ItrWMax\0\Resulting setpoint of active power limitation. Reference: total system power
3088=ItrVArCtl\0\Resulting setpoint of reactive power limitation. Ref.: total system power
3089=MsWPCC\0\Measured active power at grid connection point. Ref.: total system power
3090=MsVArPCC\0\Meas. reactive power at grid connection point. Ref.: total system power
3091=EvtPvChaDet2\0\Solar charger 2 is detected
3092=EvtPvChaDet3\0\Solar charger 3 is detected
3093=EvtPvChaDet4\0\Solar charger 4 is detected
3094=EvtStopMod\0\Constant operational limiting
3095=DscStopMod\0\Activate feeding operation
3096=MNConn\0\Centre/neutral conductor connection
3097=OpModeSlv1\0\Operating mode slave 1
3098=OpModeSlv2\0\Operating mode slave 2
3099=SttSlv1\0\Status slave 1
3100=SttSlv2\0\Status slave 2
3101=Abrt\0\Cancel
3102=CardFul\0\Memory card full
3103=FileSysNotDet\0\No file system detected
3104=FileSysNotSut\0\File system incompatible
3105=ParaSto\0\Save parameters
3106=ParaStoFail\0\Save parameters failed
3107=LogSto\0\Save log data
3108=CardNotExs\0\No memory card present
3109=PreDyWhFeed\0\Energy output yesterday
3110=MthWhFeed\0\Energy output this month
3111=PreMthWhFeed\0\Energy output last month
3112=PreDyWhIn\0\Energy absorbed yesterday
3113=MthWhIn\0\Energy absorbed this month
3114=PreMthWhIn\0\Energy absorbed last month
3115=CurMaxW\0\Available PV power
3116=CurWCtl\0\Internal PV power limitation
3117=TotVArIn\0\Reactive power drawn
3118=WDecMaxShrt\0\Maximum short-term decrease in power
3119=TotVArOut\0\PV reactive power currently supplied from grid
3120=TotVAOut\0\PV apparent power currently supplied from grid
3121=NotUsW\0\PV power not requested
3122=ComWdOut\0\Return monitoring value
3123=ComWdIn\0\Input monitoring value
3124=TotFuelCsmp\0\Estimated fuel consumption since last reset
3125=EstFuelCsmp\0\Estimated current fuel consumption
3126=MaxVA\0\Currently available power
3127=FscCnt\0\Fuel save meter
3128=RemSvc\0\Remote service
3129=ManMod\0\Manual mode
3130=SlvMod\0\Slave mode
3131=EvtParaUpldOk\0\Parameter upload complete
3132=NConn\0\Neutral conductor is connected
3133=SelfTst\0\Run self test
3134=[m3]\0\m3
3135=[l/h]\0\l/h
3136=EvtDcRv\0\DC connection, polarity reversed
3137=EvtDcMinBat\0\Inverter is not reaching measured VDC level in time
3138=EvtDcMinNoBat\0\Inverter is not assigned measured VDC level in time
3139=EvtVolGra\0\DC voltage gradient is exceeding the assigned limits
3140=EvtAmpGra\0\DC current gradient is exceeding the assigned limits
3141=EvtTmOutItrCom\0\Timeout between internal communication units
3142=EvtVolMinSyn\0\VDC too low for synchronisation of DC intermediate circuit
3143=EvtPwrCirCha\0\DC intermediate circuit precharging via DC side failed
3144=EvtCtlModInval\0\Invalid control mode of system control
3145=InitOk\0\Initialisation performed
3146=YesManRstr\0\Yes, with manual restart
3147=IgmpQryTx\0\Send IGMP requests
3148=EvtOffCapacTst\0\Self test of offline capacitor test failed
3149=EvtOnCapacTst\0\Self test of online capacitor test failed
3150=DscCapacParaChk\0\Check sine filter capacitor current and parameters for capacitor test
3151=EvtCapacTstStop\0\Endless loop between online and offline capacitor test
3152=EvtDcSwDrt\0\Derating due to DC switch overcurrent
3153=EvtComAFE\0\AFE not communicating
3154=EvtMsFltAFE\0\AFE measured values outside of the valid range
3155=EvtRamECC\0\Double bit ECC error
3156=EvtBitFltFPGA\0\Bit flipper in FPGA bit stream
3157=EvtSlfTstECC\0\ECC self test failed
3158=XRefWNom\0\Active power as a percentage of Pmax
3159=CrvModCfg2\0\Configuration of characteristic curve mode, 2nd characteristic curve
3160=EvtEMSGwCom\0\Malfunction in communication to EM gateway: |tn0|, Name: |s4|
3161=EvtEMSDevCom\0\Malfunction in communication to EM device: |tn0|, Name: |s4|
3162=EvtEMSGwSw\0\EM gateway incompatible: |tn0|, Name: |s4|
3163=EvtEMSDevSw\0\EM device incompatible: |tn0|, Name: |s4|
3164=EvtEMSComFlt\0\Internal error |d0| in EM communication
3165=PLL\0\PLL error
3166=PLDLoVol\0\Phase loss on low voltage side
3167=ActIsldDet\0\Active islanding detection
3168=EvtMemAFE\0\AFE memory error
3169=EvtPromAFE\0\AFE EEPROM error
3170=EvtPromDcEmc\0\DC-EMC EEPROM error
3171=EvtPromAcRly\0\AC-RLY EEPROM error
3172=HpRs\0\Reset main computer
3173=SysRs\0\Reset system
3174=OptmUpd\0\Optimized BU process
3175=WCtlHzWMax\0\Linear gradient of the maximum active power
3176=EvtUpdDevIdNok\0\Incompatible file
3177=EvtUpdFileFmt\0\Incorrect file format
3178=EvtUpdLoginNok\0\Incorrect login rights for configuration file
3179=UpdRx\0\Update is currently being received
3180=UpdExec\0\Update is currently running
3181=UpdOk\0\Update performed successful
3182=UpdNok\0\An error occurred during the update
3183=WCtlTmms\0\Tripping delay
3184=EvtBckFileTxStr\0\Transfer of a configuration file has started
3185=EvtDcInFltA\0\Monitoring has failed, input A detected
3186=EvtDcInFltB\0\Monitoring has failed, input B detected
3187=EvtDcInFltC\0\Monitoring has failed, input C detected
3188=AcCol\0\AC choke
3189=StrgCnt\0\Number of strings present
3190=StrgCntAct\0\Number of active strings
3191=HiVol\0\Average voltage on the high-voltage side
3192=HiA\0\Average current on the high-voltage side
3193=VASpt\0\Assigned apparent power
3194=OptmWebConn\0\Optimized BU process
3195=AdrEvtLog\0\Ari-Ari-Adressierung des Eventloggers
3196=NtpTm\0\NTP time reference
3197=CmpWebUsrItf\0\Version of WebUI
3198=EvtAcAFEInop\0\AFE controller not ready for operation
3199=UsSerNumEN\0\Serial numbers for usable meters
3200=CmpMainBlt\0\Main processor bootloader
3201=CmpPreBlt\0\Preloader
3202=EvtTmpSnsBstConv\0\Fault boost converter temperature sensor
3203=EvtTmpSnsCol\0\Fault AC choke temperature sensor
3204=ZnMon\0\Zone monitoring
3205=MaxAmpNomDif\0\Deviation from max. standardised string current
3206=AvAmpNomDif\0\Average deviation
3207=FltTm\0\Time since an error occurred
3208=Strg\0\String
3209=AmpMax\0\Maximum current
3210=AvgAmpDifFlt\0\Deviation at which an error is present
3211=FltTmEvt\0\Time until error is reported
3212=MinAmpAct\0\Minimum current for activation
3213=EvtSetParaStt\0\Job status |u0| of |ln48| does not match the action to be performed |uc|
3214=HzPrc\0\Supply grid frequency with greater accuracy
3215=PlntVw\0\System view
3216=DiagLog\0\Diagnostics logger
3217=SelfTstDmd\0\Prescribed self-test
3218=AvVol\0\Mean value of the external conductor voltages
3219=BatDmd\0\Default value for battery
3220=CalcWCtl\0\Calculated active power default value
3221=CalcVArCtl\0\Calculated reactive power default value
3222=BatHealthStt\0\Battery status
3223=TotAvalCha\0\Total free capacity
3224=TotAvalDsch\0\Total accessible charge
3225=DyWhCha\0\Charge energy (today)
3226=PreDyWhCha\0\Charge energy (yesterday)
3227=MthWhCha\0\Charge energy (current month)
3228=PreMthWhCha\0\Charge energy (previous month)
3229=DyWhDsch\0\Discharge energy (today)
3230=PreDyWhDsch\0\Discharge energy (yesterday)
3231=MthWhDsch\0\Discharge energy (current month)
3232=PreMthWhDsch\0\Discharge energy (previous month)
3233=IgmpQryTms\0\IGMP query interval
3234=OvLdTst\0\Overload test
3235=DoFli\0\Write flight data
3236=EvtAuthLok\0\|tn0|-Login via |tn4| locked
3237=AutoSynTm\0\Automatic time synchronisation
3238=PrdCsmp\0\Expected power consumption
3239=PrdCsmpUs\0\Use expected power consumption
3240=EvtPwrRs\0\On-board power supply reset
3241=EvtDftLod\0\Load defaults via communication
3242=EvtManAckn\0\Manual acknowledgement
3243=EvtSttChgFlt\0\Change to error operating mode
3244=EvtComFltSDE\0\Communication problem SDELimit
3245=EvtItrStoRs\0\Partition restored after CRC error or firmware update
3246=EvtItrStoRsFail\0\Unable to restore partition
3247=EvtGriGrdSet\0\Country standard set and parameters applied
3248=EvtApStiInval\0\Invalid application coding
3249=EvtApStiMss\0\Application connector not present or not readable
3250=EvtApStiDef\0\Application connector faulty
3251=EvtApStiInfDef\0\Application coding faulty
3252=EvtApStiHw\0\Invalid hardware variant on application connector
3253=EvtApStiSw\0\Invalid firmware variant on application connector
3254=DscApStiChk\0\Replace application connector
3255=EvtClbAmp\0\Unable to load calibration data for the current measurement (|tn0|)
3256=EvtClbVol\0\Unable to load calibration data for the voltage measurement (|tn0|)
3257=EvtComIpc2\0\IPC communication error (|tn0|)
3258=SetDlSvTm\0\Current time is daylight savings time
3259=EvtDifPres\0\Air filter differential pressure too high
3260=EvtFanIn4\0\Fan fault interior 4
3261=EvtLeakRisInd\0\Insulation error display |tn0| faulty
3262=DscInvIndChk\0\Check inverter electronics and display
3263=EvtRemGfdiSw2\0\Remote GFDI not responding for |tn0|
3264=DoOpn\0\Open
3265=DoCls\0\Close
3266=EvtDcShMss\0\DC shuntboard |d0| stack |d4| not connected
3267=EvtDcShConn\0\DC shuntboard |d0| stack |d4| connected incorrectly
3268=EvtComCan2\0\CAN communication error (|tn0|)
3269=EvtSnsPres\0\Sensor error, air filter differential pressure
3270=EvtUpdWl\0\Update WLAN
3271=EvtUpdWlNok\0\Update of WLAN not successful
3272=Prothttp\0\http
3273=ProtD2\0\D2+
3274=ProtMb\0\Modbus
3275=GrnLedWInd\0\Dynamic power display via green LED
3276=EvtComCmp\0\Link to |tn0| |d4| lost
3277=EvtComCmp2\0\Link from |tn0| |d4| or |tn8| lost
3278=CmpSC30DST\0\SC30DST
3279=CmpSC30ACC\0\SC30ACC
3280=CmpSC30DCC\0\SC30DCC
3281=CmpSC30RIO\0\SC30RIO
3282=CmpSC30CONT\0\SC30CONT
3283=CmpSC30CONT1\0\SC30CONT CPU1
3284=CmpSC30CONT2\0\SC30CONT CPU2
3285=EvtTmpSnsCmp\0\Fault interior temperature sensor |tn0|
3286=EvtOvTmpCmp\0\Overtemperature interior |tn0|
3287=EvtGriMonIna\0\Grid monitoring inactive
3288=IndOrange\0\Orange
3289=IndYellow\0\Yellow
3290=IndGreen\0\Green
3291=IndRed\0\Red
3292=EvtTmOutWOn\0\Timeout in comm. for power preset, device will continue to run
3293=EvtTmOutWOff\0\Timeout in comm. for power preset, device switching off
3294=EvtOvTmpColOn\0\Overtemperature sine filter choke (warning limit exceeded)
3295=EvtOvTmpColOff\0\Overtemperature sine filter choke (shut-off limit exceeded)
3296=EvtFstStopDcOvA\0\Fast Stop DC overcurrent triggered
3297=EvtFstStopGfdi\0\Fast Stop GFDI triggered
3298=EvtFstStopCab\0\Fast Stop Emergency Stop at switch cabinet triggered
3299=EvtFstStopExt\0\Fast Stop external triggered
3300=EvtFstStopAcSw\0\Fast Stop AC circuit breaker auxiliary contact TRIP triggered
3301=EvtFstStopAcDcn\0\Fast Stop feedback AC remote disconnect triggered
3302=EvtFstStopSC\0\Fast Stop feedback short-circuiter triggered
3303=EvtFstStopSw\0\Fast Stop triggered by software
3304=EvtFstStopDcDcn\0\Fast Stop DC disconnect triggered
3305=EvtWlCmpDef\0\WLAN module faulty
3306=EvtWlConnNok\0\No WLAN connection possible
3307=EvtWlConn\0\WLAN connection established
3308=EvtWlConnFail\0\WLAN connection lost
3309=EvtLeakRisPast\0\Insulation error occurred in the past
3310=EvtPwrDif\0\Deviation in AC/DC power ratio
3311=DscAcDcAVolChk\0\Check AC/DC measurement channel and the current and voltage sensors
3312=ParaSet20\0\Set parameters 2.0
3313=Wl\0\WLAN
3314=SigPwr\0\Signal strength of the selected network
3315=ExsNetw\0\Networks found
3316=ConnStt\0\Connection status
3317=AntMod\0\Antenna type
3318=SoftAcsIsOn\0\Soft-access-point is turned on
3319=Ssid\0\SSID
3320=Psk\0\Password
3321=DoWPS\0\Activate WPS
3322=CryWEP\0\WEP
3323=CryWPA\0\WPA
3324=CryWPA2\0\WPA2
3325=ConnFail\0\Error while connecting
3326=ItrAnt\0\Internal antenna
3327=ExAnt\0\External antenna
3328=CmpTmZn\0\Time zone database
3329=ParaSetAck\0\ParaSetAck
3330=EvtSlfTstIT\0\Self-test start |s0|
3331=EvtActlRpro\0\Current disconnection limit for voltage increase protection |lv048| V
3332=EvtActlVhLim\0\Current disconnection limit for voltage monitoring lower maximum threshold |lv048| V
3333=EvtActlVlLim\0\Current disconnection limit for voltage monitoring upper minimum threshold |lv048| V
3334=EvtActlVllLim\0\Current disconnection limit for voltage monitoring middle minimum threshold |lv048| V
3335=EvtActlSwMax\0\Current disconnection limit for frequency monitoring switchable maximum threshold |lv048| Hz
3336=EvtActlSwMin\0\Current disconnection limit for frequency monitoring switchable minimum threshold |lv048| Hz
3337=EvtActlFrqhLim\0\Current disconnection limit for frequency monitoring lower maximum threshold |lv048| Hz
3338=EvtActlFrqlLim\0\Current disconnection limit for frequency monitoring upper minimum threshold |lv048| Hz
3339=EvtSlfTstMsLim\0\Measured disconnection threshold for the running test point |lv048| |sc|
3340=EvtSlfTstLim2\0\Standard value for the running test point |lv048| |sc|
3341=EvtSlfTstMsTm\0\Measured disconnection time for the running test point |f0| s
3342=DoAcq\0\Perform scan
3343=MsSrcAnIn1\0\Analogue input 1
3344=MsSrcAnIn2\0\Analogue input 2
3345=MsSrcAnIn3\0\Analogue input 3
3346=WRtg\0\Nominal power
3347=AnIn\0\Analogue input
3348=MsSrc\0\Source of measurement
3349=EvtUpdTmZn\0\Update time zone database
3350=EvtUpdTmZnNok\0\Update of time zone database not successful
3351=CryWEPIdx\0\WEP key index
3352=ModOpnCtl\0\Open loop control
3353=ModClsCtl\0\Closed loop control
3354=EvtTmOutClsCtl\0\Old value for |tn0| of |tn4|
3355=DscSnsFanChk\0\Check fan sensor
3356=UsCh\0\Usable channels
3357=UsCh11\0\Channels 1 to 11
3358=UsCh13\0\Channels 1 to 13
3359=LimW\0\Limits possible active power
3360=FlbInv\0\Fallback for inverter
3361=NtpSrvUnk\0\Unknown NTP server
3362=NtpQryFail\0\NTP request failed
3363=EvtWlCmpDet\0\WLAN module detected
3364=EvtVArTst\0\QoDForceNight test mode active
3365=AcqStt\0\Status of the scan
3366=WlAcqNone\0\No scan completed
3367=WlAcqAct\0\Scan is active
3368=WlAcqNok\0\Scan failed
3369=WlAcqOk\0\Scan successful
3370=S0WndSpd\0\S0 pulses per m/s
3371=S0Wnd\0\S0 sensor for wind speed
3372=S0Pv\0\S0 sensor for PV generation counter
3373=Pt100\0\Pt100 temperature sensor
3374=Pt1000\0\Pt1000 temperature sensor
3375=[1/s]\0\1/s
3376=Cfg\0\Configuration
3377=DigInGrp\0\Digital input group D1..D4
3378=DigInCfg00\0\0000
3379=DigInCfg01\0\1000
3380=DigInCfg02\0\0100
3381=DigInCfg03\0\1100
3382=DigInCfg04\0\0010
3383=DigInCfg05\0\1010
3384=DigInCfg06\0\0110
3385=DigInCfg07\0\1110
3386=DigInCfg08\0\0001
3387=DigInCfg09\0\1001
3388=DigInCfg10\0\0101
3389=DigInCfg11\0\1101
3390=DigInCfg12\0\0011
3391=DigInCfg13\0\1011
3392=DigInCfg14\0\0111
3393=DigInCfg15\0\1111
3394=CryWPATkip\0\WPA-TKIP
3395=CryWPAAes\0\WPA-AES
3396=CryWPA2Tkip\0\WPA2-TKIP
3397=CryWPA2Aes\0\WPA2-AES
3398=CryWPA2Mix\0\WPA2-MIXED
3399=WlMacId\0\WLAN-MAC address
3400=AprMod\0\Regulating power operating mode
3401=AprModCfg\0\Regulating power configuration
3402=AprCnstCfg\0\Config. of regulating power, const. assigned value
3403=AprCtlComCfg\0\Config. of regulating power, plant control
3404=PriBnd\0\Preferred power band
3405=AprUp\0\Upper reserved value
3406=AprLo\0\Lower reserved value
3407=AprUpNom\0\Upper reserved value
3408=AprLoNom\0\Lower reserved value
3409=Apr\0\Active power reserve
3410=AprAct\0\Power reserve active
3411=PsAprStt\0\Required positive power reserve will be reserved
3412=NgAprStt\0\Required negative power reserve will be reserved
3413=AprMax\0\Maximum possible power reserve
3414=AprDmd\0\Required power limit
3415=AprCnst\0\Regulating power in W
3416=AprCnstNom\0\Regulating power as a %
3417=AprCtlCom\0\Regulating power through plant control
3418=UpBnd\0\Upper power band
3419=LoBnd\0\Lower power band
3420=XRefHz\0\Hertz
3421=XRefHzDif\0\Hertz as the difference from the nominal frequency
3422=YRefApr\0\Regulating power in W
3423=YRefAprNom\0\Regulating power as a % of maximum power
3424=AprScd\0\Secondary reserve value
3425=AprScdNom\0\Secondary reserve value
3426=WPSAct\0\WPS is active
3427=EvtSocOvVol\0\SPS AC overvoltage
3428=EvtSocPvPwr\0\PV power for SPS too low
3429=EvtSocSC\0\Short circuit in the SPS power outlet
3430=EvtSocNotAval\0\SPS mode not available
3431=EvtAcGndFlt\0\AC ground fault
3432=CmpMain1\0\Core1
3433=DscInvOvVProChk\0\Check inverter electronics and AC overvoltage protection
3434=EvtAfci2\0\Electric arc detected in 2nd string group
3435=EvtAfciStrg2\0\Ser. el. arc in string |s0| detected by AFCI mod.
3436=EvtAfciSlfTst2\0\AFCI self-test for 2nd string group failed
3437=EvtAfciSlfIstl2\0\Self-test el.arc dtct.f. 2nd string group: intf level too high
3438=EvtAfciSlfDev2\0\Self-test el.arc dtct.f. 2nd string group: signal level too low
3439=EvtDcAmpMaxD\0\Overcurrent input D (SW)
3440=EvtDcAmpMaxE\0\Overcurrent input E (SW)
3441=EvtDcAmpMaxF\0\Overcurrent input F (SW)
3442=EvtDclAMaxHwD\0\Overcurrent input D (HW)
3443=EvtDclAMaxHwE\0\Overcurrent input E (HW)
3444=EvtDclAMaxHwF\0\Overcurrent input F (HW)
3445=StringDFlt\0\Input D fault
3446=StringEFlt\0\Input E fault
3447=StringFFlt\0\Input F fault
3448=EvtDcAOfsD\0\Offset DC current sensor D
3449=EvtDcAOfsE\0\Offset DC current sensor E
3450=EvtDcAOfsF\0\Offset DC current sensor F
3451=EvtDcWCirD\0\DC actuator string D fault
3452=EvtDcWCirE\0\DC actuator string E fault
3453=EvtDcWCirF\0\DC actuator string F fault
3454=EvtDcVMaxD\0\Overvoltage input D (SW)
3455=EvtDcVMaxE\0\Overvoltage input E (SW)
3456=EvtDcVMaxF\0\Overvoltage input F (SW)
3457=EvtDcVtgBstCnvD\0\Overvoltage boost converter D
3458=EvtDcVtgBstCnvE\0\Overvoltage boost converter E
3459=EvtDcVtgBstCnvF\0\Overvoltage boost converter F
3460=EvtOvVBstConvA\0\Overvoltage boost converter A (SW)
3461=EvtOvVBstConvB\0\Overvoltage boost converter B (SW)
3462=EvtOvVBstConvC\0\Overvoltage boost converter C (SW)
3463=EvtOvVBstConvD\0\Overvoltage boost converter D (SW)
3464=EvtOvVBstConvE\0\Overvoltage boost converter E (SW)
3465=EvtOvVBstConvF\0\Overvoltage boost converter F (SW)
3466=EvtDcInFltD\0\Monitoring has failed, input D detected
3467=EvtDcInFltE\0\Monitoring has failed, input E detected
3468=EvtDcInFltF\0\Monitoring has failed, input F detected
3469=VArLimQ1\0\Maximum achievable reactive power quadrant 1
3470=VArLimQ2\0\Maximum achievable reactive power quadrant 2
3471=VArLimQ3\0\Maximum achievable reactive power quadrant 3
3472=VArLimQ4\0\Maximum achievable reactive power quadrant 4
3473=PFLimQ1\0\Minimum achievable cos(phi) quadrant 1
3474=PFLimQ2\0\Minimum achievable cos(phi) quadrant 2
3475=PFLimQ3\0\Minimum achievable cos(phi) quadrant 3
3476=PFLimQ4\0\Minimum achievable cos(phi) quadrant 4
3477=WMaxInv\0\Currently permitted device power
3478=EvtUpdWebUI\0\Update WebUI
3479=EvtUpdWebUINok\0\Update of WebUI not successful
3480=AfciRbs\0\AFCI robustness
3481=PFEEI\0\Setpoint cos(phi) as per EEI
3482=MinEff\0\Lower minimum threshold as RMS value
3483=MinEffTmms\0\Lower min.threshold as RMS value for tripping time
3484=MaxEff\0\Upper maximum threshold as RMS value
3485=MaxEffTmms\0\Upper max.threshold as RMS value for tripping time
3486=SigVal1NoUnt\0\Signal value 1
3487=SigVal2NoUnt\0\Signal value 2
3488=YVal1NoUnt\0\Y value 1
3489=YVal2NoUnt\0\Y value 2
3490=EvtDcInLoA\0\DC input has too low a current
3491=EvtDcInNoA\0\DC input without input current
3492=EvtDcInNoCfg\0\DC inputs are not configured
3493=EvtComInOut\0\No communication with I/O module
3494=AlrmEna\0\Error evaluation of the device
3495=Tol\0\Tolerance
3496=WrnTm\0\Time until warning
3497=TotPFEEI\0\EEI displacement power factor
3498=SysVCalc\0\Positive sequence voltage (calculated)
3499=TotVArOutCalc\0\Supplied reactive power (calculated)
3500=EvtWSptRsl\0\The resulting specified active power is |d0|% (specification based on "|tn4|").
3501=AvalW\0\Currently available active power
3502=InsolSns20mA\0\Irradiation sensor 0 to 20 mA
3503=InsolSns10V\0\Irradiation sensor 0 to 10 V
3504=EvtBatAmpOfs\0\Offset value of battery current outside of permitted range
3505=EvtParaSetCnt\0\Currently permitted number of parameterizations exceeded
3506=EvtReactOpOff\0\Pure reactive power operation, QonDemand stopped
3507=AntSet\0\Antenna switching
3508=NewDev\0\Device is new
3509=ActTms\0\Tripping delay
3510=EvtPlgWsOk\0\Plugwise Stretch |s0| successfully connected w. Sunny Home Manager
3511=EvtLeakRisAbrt\0\PV voltage too high, insulation meas. aborted
3512=S0ItfIn\0\S0 input
3513=Crv3\0\Characteristic curve 3
3514=EvtLimAPwrCir\0\Stack cur. is permanently in limitation
3515=EvtFloCtl\0\Float controller is reporting a error
3516=CrvModCfg3\0\Conf. of char.curve mode, 3rd char.curve
3517=YRefBatWNom\0\Battery power as a % of maximum power
3518=EvtBrgStrDet\0\Bridged strings determined
3519=EvtNoBrgStrDet\0\No bridged strings determined
3520=VDrt\0\Voltage deviation
3521=FwFltStt\0\The FW is faulty
3522=UpdStt\4270336\Update of the FW being performed
3523=SysRsStt\0\Device is performing a reset
3524=ConnAcStt\0\Connect AC
3525=ConnDcStt\0\Connect DC
3526=FeedStt\0\Supply
3527=FRTStt\0\Fault Ride Through
3528=SbyStt\0\Device not supplying, all contactors closed
3529=VArDmdStt\0\Reactive power supply
3530=WGraStt\0\Shutdown of supplied power
3531=OpnCtlStt\0\Controlled operation
3532=VLoop\0\Operation as AC source
3533=InOutTst\0\IO test active
3534=DcSrc\0\Operation as DC source
3535=OpnCtlRef\0\Controlled operation with ext. ref. (AC grid)
3536=OpnCtlRefGri\0\Controlled operation with ext. ref. (AC grid) for grid monitoring
3537=CmWoGri\0\Commissioning without grid
3538=CmMpp\0\Commissioning without grid in MPP mode
3539=AlrmFlt\0\Alarm upon errors
3540=PlntGriSwOpn\0\All grid relays are open
3541=PlntGriSwCls\0\All grid relays are closed
3542=TotInvW\0\Total of inverter powers. Ref.: available nominal power of inverter
3543=WCtlUnHzCfg\0\Config. of linear instantaneous power gradient with underfrequency
3544=WCtlUnOvHz\0\Linear instantaneous power gradient for over- and underfrequency
3545=CtlMsSrc\0\Source of ref. meas. for reactive/active power reduction
3546=PhsCtlMod\0\Phased reactive/act. power specification
3547=MsSrcDev\0\Inverter
3548=MsSrcMltBox\0\MC box
3549=GriOffOpMod\0\Functions for grid/offgrid operation
3550=OnGriMod\0\Functions for grid operation
3551=OffGriMod\0\Functions for offgrid operation
3552=AcAmpDrt\0\Derating due to AC current limitation
3553=VADrt\0\Derating due to max. apparent power
3554=VArDmdDrt\0\Reactive power priority
3555=VArRsvDrt\0\Derating due to reserve for a guaranteed reactive power
3556=DcVolMaxDrt\0\High DC voltage
3557=SwAmpDrt\0\Derating due to too high switching currents with Optiprotect
3558=EvtAcVMaxFst\0\Grid overvoltage very fast
3559=EvtAcVMinFst\0\Grid undervoltage very fast
3560=DclVolSptMin\0\Minimum setpoint for intermediate circuit voltage
3561=CurWCtlNom\0\Internal PV power limitation as %
3562=CurWCtlComNom\0\PV power limitation via communication as %
3563=CurWCtlDrkNom\0\PV power limitation via communication for direct marketing as %
3564=CurWCtlMinNom\0\Minimum PV power limitation as %
3565=YRefVArNomAval\0\VAr as percentage of available reactive power
3566=EvtLeakRisCtl\0\Device error insulation monitoring
3567=DscLeakRisCtl\0\Insulation monitoring device must be replaced
3568=EvtGfdiDrv\0\Hardware driver for GFDI defective
3569=PriA\0\Primary current
3570=ScdA\0\Secondary current
3571=MsgCyc\0\Message interval
3572=EEBus\0\EEBus
3573=PwrCirOvVolInopVolNom\0\PWM inverse voltage at overvoltage
3574=PwrCirOvVolInopTms\0\PWM inversion delay at overvoltage
3575=TotkWhSet\0\Total yield S0 energy counter
3576=TotWh\0\S0 counter status total yield:
3577=OpSelfCsmpDm\0\Normal operation (internal consumption increase)
3578=OpTrtCha\0\Special operation (charge retention)
3579=OpExtTrt\0\Special operation (external setpoint)
3580=OpHzCtrl\0\Special operation (frequency derating)
3581=ConnSpdNone\0\No connection speed set
3582=DpxModNone\0\No duplex mode set
3583=SwRevSttNone\0\No software test set
3584=UpdSttNone\0\No update status set
3585=SelfTstDmdNone\0\No self-test set
3586=ActlCapac\0\Current capacity
3587=ChaSttAbs\0\State of charge
3588=FlbWSpt\0\Fallback value of the active power setpoint specification
3589=ARtgMod\0\Nominal current control
3590=BatChaSttMax\0\Upper battery charge limit
3591=GridWChaSpt\0\Setpoint for battery charge
3592=GridWDschSpt\0\Setpoint for battery discharge
3593=EvtDcInRvA\0\Reverse currents or substring A polarity reversed
3594=EvtDcInRvB\0\Reverse currents or substring B polarity reversed
3595=EvtDcInRvC\0\Reverse currents or substring C polarity reversed
3596=EvtDcInRvD\0\Reverse currents or substring D polarity reversed
3597=EvtDcInRvE\0\Reverse currents or substring E polarity reversed
3598=EvtDcInRvF\0\Reverse currents or substring F polarity reversed
3599=AvailBatChrg\0\Available charging power
3600=AvailBatDsch\0\Available discharging power
3601=EnvTmp\0\Ambient temperature
3602=EnaStt\0\Status Enable Signal
3603=ThmPwrDmd\0\Climate management supply required
3604=DCBusVtg\0\DC-bus voltage
3605=DCBusW\0\DC-bus power
3606=LDSupVtg\0\Logic supply voltage
3607=ThmMgtSupVtg\0\Climate management supply voltage
3608=TmSynFail\0\Time synchronization failed
3609=EvtUpdBMSNokExt\0\Battery management system update unsuccessful(|d0|)
3610=RS485\0\RS485
3611=CntDevAqc\0\Number of detected devices
3612=AqcTms\0\RS485 device detect timeout
3613=DevCnt\0\Number of RS485 devices to detect
3614=StrDevAqc\0\Start device detect
3615=InitCom\0\Internal communication starting
3616=CtrlTst\0\Control test status
3617=CtrlStk\0\Stack control
3618=StkTst\0\Stack test
3619=ClrVdcLnk\0\DC connection open
3620=OpSttDSP\0\DSP operating state
3621=VArDmdVArMax\0\Current reactive power limit at overriding required reactive power
3622=ChGrp\0\Comparison group
3623=ChStrgNum\0\Group string number
3624=SnsLvl\0\Sensor sensitivity
3625=WPrc\0\Active power setpoint in percent
3626=SymMod\0\Symmetry mode
3627=SymModCfg\0\Symmetry mode configuration
3628=SymFeedIn\0\Symmetric feeding
3629=USymFeedIn\0\Asymmetric feeding
3630=AtcVolSym\0\Autonom. voltage symmetry mode
3631=Arr\0\Array
3632=PwrCir\0\Power unit
3633=VArPrc\0\Reactive power value setpoint in percent
3634=OptKpAlvTms\0\Send interval for SIP OPTIONS keepalive messages
3635=VArModPwrIn\0\Reactive power mode at power input
3636=BatVTyp\0\Nominal battery voltage
3637=AcVHzTyp\0\Nominal voltage and frequency
3638=Clt\0\Cluster
3639=CltMod\0\Cluster type in multi-cluster
3640=SysFncSel\0\Operation mode
3641=EzaTyp\0\Design of the generation plant
3642=QCG\0\QCG
3643=44V\0\44V
3644=46V\0\46V
3645=48V\0\48V
3646=120V_60Hz\0\120V_60Hz
3647=230V_50Hz\0\230V_50Hz
3648=220V_60Hz\0\220V_60Hz
3649=1Phs\0\1Phs
3650=3Phs\0\3Phs
3651=2Phs\0\2Phs
3652=SingleClt\0\SingleClt
3653=MainClt\0\MainClt
3654=ExtnClt\0\ExtnClt
3655=SelfConsOnly\0\SelfConsOnly
3656=BackupOnly\0\BackupOnly
3657=SelfConsBackup\0\SelfConsBackup
3658=Sym\0\Sym
3659=Asym\0\Asym
3660=NewSys\0\NewSys
3661=NewBat\0\NewBat
3662=Addr\0\Address
3663=MltClt\0\Multi-cluster
3664=EmgCha\0\Emergency charge mode
3665=ConnSpd1200\0\1200 bit/s
3666=ConnSpd19200\0\19200 bit/s
3667=EvtComDetStop\0\Detect completed. |d0| devices found
3668=EvtComDetDev\0\Device found: |tn0| SN: |u4|
3669=EvtComDetFltMax\0\Maximum number of RS485-bus devices exceeded
3670=EvtComDetFltSpd\0\Devices with different baud rates detected
3671=EvtComFltSpd\0\Device with wrong baud rate: |tn0| SN: |u4|
3672=EvtInvChnNam\0\D1D2 mapping error unknown channel name |tn0|
3673=EvtInvRng\0\D1D2 mapping error invalid range |tn0|
3674=EvtSysRstr\0\Restart triggered
3675=WMaxInNomPrc\0\maximum active power draw in %
3676=WMaxIn\0\Nominal active power WMaxIn
3677=FlbWMaxInNom\0\Fallback of power draw control
3678=YRefWInNom\0\Max. power draw in % based on Pmax
3679=EvtBatNotCfg\0\Battery not configured
3680=WMaxAct\0\Derating of the PV inverter to the grid connection point
3681=NoGrp\0\no group
3682=Grp1\0\Group 1
3683=Grp2\0\Group 2
3684=Grp3\0\Group 3
3685=WGraPrc\0\Active power gradient
3686=QCGStr\0\QCG Start
3687=SymPlntSet\0\Symmetric plant design
3688=AsymPlntSet\0\Asymmetric plant design
3689=EvtBatSysEvt\0\Battery reports event
3690=EvtBatSysEvtExt\0\Battery |cC| reports event: 0x|x5||x4|, 0x|x7||x6|, 0x|x9||x8|, 0x|xB||xA|
3691=EvtBMSChk\0\Check BMS
3693=EvtAuxComFlt\0\Timeout monitoring external control has tripped
3694=EvtSoCHys\0\SOC limit set too narrow to take hysteresis into account
3695=Evt485DetStr\0\RS485 detection started
3696=EvtRamDSP\0\DSP RAM defective
3697=EvtRomDSP\0\DSP code memory defective
3698=EvtCpuSlfTstDSP\0\CPU self-test DSP
3699=QCGStt\0\QCG status
3700=ASTType\0\AST type
3701=SIAST50-24\0\SIAST50-24
3702=SIAST50-48\0\SIAST50-48
3703=SIASTU-48\0\SIASTU-48
3704=SIASTBU-24\0\SIASTBU-24
3705=SIASTBU-48S\0\SIASTBU-48S
3706=SIAST50-48-12\0\SIAST50-48-12
3707=SIAST50-48S-12\0\SIAST50-48S-12
3708=EvtOvTmpAcBus\0\Overtemperature AC Busbar
3709=DscOvTmpAcBus\0\Attach AC Busbar correctly
3710=EvtBfpErr\0\Error in Backfeed power
3711=DscBfpErr\0\Check HW backfeed power
3712=EvtComInv2Inv\0\Timeout in communication between inverters
3713=DscComInv2Inv\0\Check inverter communication parameters
3714=EvtTmOutGriMgtOn\0\Timeout in comm. for grid mgmt. spec., device continues to run
3715=EvtTmOutGriMgtOff\0\Timeout in comm. for grid mgmt. spec., device switching off
3716=ClbMod\0\Calibration mode
3717=EvtBatOpTmOut\0\Timeout for battery status change
3718=DscBMSChk\0\Check Battery Management System
3719=EvtBatSysWrnExt\0\The battery management system has reported a warning
3720=LocCrdLong\0\Location longitude
3721=LocCrdLat\0\Location latitude
3722=RefTmMax\0\Time since last reference run
3723=TrkDifMin\0\Minimum deviation before tracking start
3724=TolElev\0\Minimum elevation deviation before tracking start
3725=SensBckX\0\No. of steps when leaving azimuth end position
3726=SensBckY\0\No. of steps when leaving elevation end position
3727=ElevLim\0\Maximum tilt angle
3728=TypSel\0\Select type
3729=LastOvRide\0\Last external override
3730=AziMotAMax\0\Maximum azimuth motor current
3731=ElevMotAMax\0\Maximum elevation motor current
3732=ElevAActl\0\Actual elevation motor current
3733=AziAActl\0\Actual azimuth motor current
3734=AziActl\0\Current azimuth
3735=ElevActl\0\Current elevation
3736=TrtAzi\0\Target azimuth
3737=TrtElev\0\Target elevation
3738=EndPosX\0\Azimut end position
3739=SupV\0\Voltage supply
3740=OvRideCnt\0\Number of external overrides
3741=OvDrv\0\Overdrive
3742=EvtTmpErr\0\Temperature error
3743=EvtPmtErr\0\Permanent error
3744=MotTst\0\Motor test
3745=Ref\0\Reference run
3746=WtTm\0\Wait time
3747=SafStt\0\Safe status
3748=Trk\0\Tracking
3749=RetEast\0\Back to east position
3750=NightMod\0\Night mode
3751=RemOp\0\Remote operation
3752=BltMod\0\Boot mode
3753=Rf30s\0\Refresh after 30 s
3754=StpActCmd\0\Stop current command
3755=UpEast\0\Up and east
3756=Up\0\Up
3757=Dn\0\Down
3758=East\0\East
3759=West\0\West
3760=OvDrvUp\0\Remote operation up
3761=OvDrvDn\0\Remote operation down
3762=West90\0\West 90°
3763=South\0\South
3764=East90\0\East 90°
3765=Elev35\0\Tilt 35°
3766=ForcErr\0\Initiate error
3767=AcknRem\0\Leave remote operation
3768=RefSouth\0\Reference south
3769=RefAstro\0\Reference Astro
3770=RPCBsy\0\RPC busy
3771=RPCMax\0\RPC maximum
3772=EvtFuErr\0\Error fuse failed
3773=EvtRlyErr\0\Error relay
3774=EvtInvalXDir\0\Error invalid X direction
3775=EvtInvalYDir\0\Error invalid Y direction
3776=EvtTmOut\0\Error timeout
3777=EvtPlsCntErr\0\Error pulse count
3778=EvtXRngErr\0\Error X range
3779=EvtSnsPosErr\0\Error sensor position
3780=EvtRefCntErr\0\Error reference counter
3781=EvtRPCHltErr\0\Error RPC halt
3782=EvtIMaxErr\0\Error maximum current exceeded
3783=EvtIStopErr\0\Error stop current too high
3784=EvtInvalXRef\0\Error invalid X reference
3785=EvtInvalYRef\0\Error invalid Y reference
3786=EvtXMovErr\0\Error when moving in X direction
3787=EvtYMovErr\0\Error when moving in Y direction
3788=EvtTstErr\0\Error during test
3789=EvtYRngErr\0\Error Y range
3790=EvtXDlErr\0\Error delay in X direction
3791=EvtYDlErr\0\Error delay in Y direction
3792=EvtSupV\0\Error voltage supply
3793=EvtSwBat\0\Incorrect switch position for the battery disconnection point
3794=EvtSCBatSys\0\Battery system short circuit
3795=EvtThmMgtBatSys\0\Battery system thermal management defective
3796=EvtHtBatSys\0\Battery system |cC| heating procedure unsuccessful
3797=EvtDrtBatSys\0\Battery system derating
3798=EvtBatSysOff\0\Battery system disconnected
3799=EvtBalBatSys\0\Battery system balancing procedure
3800=EvtSOCCalBatSys\0\Battery system SOC calibration procedure
3801=EvtThmMgtBatSysOn\0\Battery system themal management activated
3802=Detl\0\Details
3803=HtMod\0\Heating mode
3804=GriHtMod\0\Grid drawing during heating OK
3805=AcDschAMax\0\Max AC battery discharge current
3806=SerNumDev1\0\Serial No. device 1
3807=SerNumDev2\0\Serial No. device 2
3808=PhsDev1\0\Phase assignment device 1
3809=PhsDev2\0\Phase assignment device 2
3810=EvtVerFlt\0\Version test failed
3811=PkgUpdAval\0\Software package update version available
3812=EvtFanMVTrf\0\Fan fault MV transformer
3813=LastTmSyn\0\Last time synchronization
3814=DevNum\0\Device number
3815=DevPwd\0\Device password
3816=RefErrMax\0\Maximum number of reference run errors
3817=RemStep\0\Traverse angle for remote operation
3818=ElevOfs\0\Elevation correction angle
3819=UpdNotAval\0\No new update available
3820=SoftAcsConnStt\0\Soft Access Point status
3821=Mod300mA\0\300 mA
3822=DrpCtlStt\0\Droop control status
3823=PPO\0\Power profile
3824=EvtAcVMaxPpV2phs\0\Ext grid disconnect due to overvoltage at phase |s0|
3825=EvtAcVMinPpV2phs\0\Ext grid disconnect due to undervoltage at phase |s0|
3826=EvtAcVRPro2phs\0\Voltage increase protection phase |s0|
3827=EvtExtOffAidphs\0\Ext grid disconnect due to undesired island grid at phase |s0|
3828=EvtAcHzMin2phs\0\External grid disconnect due to low frequency at phase |s0|
3829=EvtAcHzMax2phs\0\External grid disconnect due to high frequency at phase |s0|
3830=EvtPhSeqFltphs\0\Phasing of measured AC voltage at Vext and VAC2 does not correspond at phase |s0|
3831=EvtExtOffBatVphs\0\Ext grid disconnect due to insufficient battery voltage or overvoltage at phase |s0|
3832=EvtExtOffPhsphs\0\Ext grid disconnect due to phase failure or overload at phase |s0|
3833=EvtExtOffSCphs\0\Ext grid disconnect due to external short circuit at phase |s0|
3834=EvtExtOffVHzphs\0\Ext. grid disconnect due to violation of voltage/freq. ratio of ext. voltage at phase |s0|
3835=EvtFeedCurExcphs\0\Feed-in current larger than set max. value at phase |s0|
3836=EvtDevOvVphs\0\Inverter overvoltage phase |s0|
3837=EvtDevOvHzphs\0\Inverter overfrequency phase |s0|
3838=EvtDevUnHzphs\0\Inverter underfrequency phase |s0|
3839=EvtDevUnVphs\0\Inverter undervoltage phase |s0|
3840=EvtGriVDetphs\0\Voltage at AC connection phase |s0|
3841=EvtBoxCurVMsphs\0\Fault of voltage/current measurement at ext. measure point of box to AC sub-distribution phase |s0|
3842=EvtCurLimphs\0\AC current limiting phase |s0|
3843=EvtTrsSwFltphs\0\Transfer relay does not open at phase |s0|
3844=EvtExtOffLimDev\0\Ext source disconnect due to violation of any limits in device at |s0| (redundant measurement)
3845=EvtTmOutDspDev\0\Timeout of signal processor in device to |s0|
3846=EvtRsDspDetDev\0\Reset signal processor in device detected at |s0|
3847=EvtAutoStrCntDev\0\Autostart counter expired in device at |s0| (multiple cons. autostart)
3848=EvtAidMonFltDev\0\Nonobserv. of monitoring times for island grid detect. and voltage at ext. grid in device at |s0|
3849=EvtDevVFltDev\0\Processor voltage in device at |s0| faulty
3850=EvtOvTmpWCir3Dev\0\Overtemp. at device power element at |s0|
3851=EvtOvTmpTrf2Dev\0\Overtemp. at device transformer at |s0|
3852=EvtCurTrsSwDev\0\Excess current at device transfer relay at |s0|
3853=EvtOvW5Dev\0\Device at |s0| was loaded above its 5min capacity
3854=EvtOvW30Dev\0\Device at |s0| was loaded above its 30min capacity
3855=EvtOvW1Dev\0\Device at |s0| was loaded above its short-time capacity
3856=EvtComCan2Dev\0\Device int. interprocessor comm. missing in device at |s0|
3857=EvtTxMssDev\0\No message from device at |s0|
3858=EvtComSPIDev\0\No message from cluster master in device at |s0|
3859=EvtSynCanMssDev\0\Device int. sync impulse missing in device at |s0|
3860=EvtCltVMssDev\0\Device at |s0| does not detect output voltage of master cluster
3861=EvtDevBatOvVDev\0\Meas. range violation battery voltage in device at |s0|
3862=EvtDevUnVBatDev\0\Meas. range violation battery voltage in device at |s0|
3863=BatChrgSetA\0\Process specification battery charge current
3864=BatDschSetA\0\Process specification battery discharge current
3865=ItfMbRtu\0\Modbus RTU
3866=SiChaPvPwr\0\Power of the SI charger |s0|
3867=SocFrqDstr\0\Frequency distribution of the state of charge
3868=ACtl\0\Current monitoring
3869=EvtWdCnt2Slv\0\Watchdog counter Slave |s0| expired (multiple cons. watchdog tripping)
3870=EvtOvVPvCha\0\Overvoltage PV generator Solar Charger |s0|
3871=EvtVPvCha\0\No PV voltage or short circuit Solar Charger |s0|
3872=EvtOvTmpPvCha\0\Device overtemp Solar Charger |s0|
3873=EvtTmpSnsPvCha\0\Sensor fault (or undertemp) for DC charger temperature Solar Charger |s0|
3874=EvtComDcChaNok\0\No communication to DC charger for more than 24h Solar Charger |s0|
3875=EvtPvChaDet\0\Solar charger |s0| is detected
3876=EvtBatConnPvCha\0\Rev pol. batt. connection or short circuit Solar Charger |s0|
3877=EvtBatOvVPvCha\0\Battery overvoltage Solar Charger |s0|
3878=EvtBoxSwFlt\0\Fault |s0| contactor
3879=EvtDcAmpMaxIn\0\Overcurrent input |s0| (SW)
3880=EvtBoxVFltSup\0\Fault in |s0| supply of MCBUBox
3881=EvtTmpSnsWCir3\0\Short circuit or cable break temp. sensor of power element |s0|
3882=EvtTmpSnsTrf2\0\Short circuit or cable break temp. sensor of transformer |s0|
3883=EvtComMtrCBox\0\Communication with |tn0| faulty
3884=EvtCBoxProt\0\Unsupported protocol detected at eHZ |s0|
3885=EvtNSwFlt\0\N-cond. relay does not open at |s0|
3886=EvtTmpDrt2\0\Derating due to temp. |s0|
3887=EvtBatProMod\0\Battery protection mode |s0|
3888=EvtSwItfMsg\0\Message from process interface: |tn0|
3889=Allg\0\General
3890=BatOvVol\0\Battery overvoltage
3891=BatUnVol\0\Battery undervoltage
3892=BatOvTmp\0\Battery overtemperature
3893=BatUnTmp\0\Battery undertemperature
3894=BatOvTmpChrg\0\Battery overtemp. charge
3895=BatUnTmpChrg\0\Battery undertemp. charge
3896=BatOvA\0\Battery overcurrent
3897=BatUnA\0\Battery overcurrent charge
3898=Sw\0\Contactor
3899=SC\0\Short circuit
3900=BMSIntl\0\BMS internal
3901=CellImBal\0\Cell imbalance
3902=Rsv\0\Reserved
3903=PvCnt\0\PV meter
3904=GridCnt\0\Mains power meter
3905=EvtGriVSwOpnphs\0\With open section switch, AC voltage is applied at phase |s0|
3906=SKI\0\Subject Key Identifier
3907=EvtCstMsgOutOfMem\0\Some messages need to be deleted prior to expiry of retention period to free up memory
3908=EvtStopLogInvalidTm\0\Data logging stopped due to invalid system time.
3909=EvtStrLogValidTm\0\Data logging started. The system time is valid.
3910=RdtBckModDscon\0\Redundant grid disconnection control
3911=ExARtg\0\External nominal current
3912=CmpBUC\0\Backup controller
3913=CmpBIM\0\Battery Interface Module
3914=EvtDigInStt\0\Digital input at |tn0| has changed its status to |tn4|
3915=EvtBatUsDm\0\Battery utilization range |tn0| reached
3916=EvtSysConFlt\0\The system could not be switched to |tn0| after 3 attempts
3917=EvtExAExcAMax\0\The external current at phase |s0| is greater than the max. permissible current
3918=EvtSCLod\0\Due to a short circuit on the load side, the supply voltage of |s0| has collapsed and con no longer be maintained
3919=EvtDataSetExtnCltFlt\0\Extension cluster has a country data set configured that is different to that of the main cluster
3920=EvtMainCltSwOnFlt\0\Main cluster phase |s0| too many unsuccessful attempts to switch to the grid/generator
3921=EvtBatDm\0\Battery |tn0| range reached
3922=EvtExVVAc2\0\Voltage at “VAcExt” does not correspond with voltage at “VAc2” (phasing or amplitude)
3923=AcDscon\0\Grid disconnection
3924=WaitAcDscon\0\Waiting for grid disconnection
3925=Unld\0\Unload
3926=WaitUnld\0\Waiting for unload
3927=InitECC\0\Initialize ECC controller
3928=InitBCC\0\Initialize BCC controller
3929=WaitVLoop\0\Waiting for VLoop
3930=SicAll\0\All Sunny Island chargers
3931=BatVInit\0\Battery voltage initialization
3932=EvtSwNOpn\0\Contactor |s0| not open
3933=EvtSwOpn\0\Contactor |s0| open
3934=EvtExSwNCls\0\External contactor not closing
3935=OpVEx\0\VLoop at external source
3936=RproEna\0\Enable voltage increase protection
3937=VldTm\0\Waiting time until connection
3938=HzMin\0\Lowest measured frequency
3939=HzMax\0\Highest measured frequency
3940=AcChaA\0\Charge current limitation
3941=AcDschA\0\Discharge current limitation
3942=AziOfs\0\Azimuth correction angle
3943=AziOfsOut\0\Azimuth correction angle
3944=ElevOfsOut\0\Elevation correction angle
3945=MsAvCnt\0\ADC average value formation in 0.1 s
3946=El2Lim\0\Angle of elevation limitation 2
3947=El2StrDt\0\Start of elevation limitation 2
3948=El2EndDt\0\End of elevation limitation 2
3949=Lim2Ang\0\Angle of date-dependent rotation limitation
3950=Lim2StrDt\0\Start of date-dependent rotation limitation
3951=Lim2EndDt\0\End of date-dependent rotation limitation
3952=FxEl\0\Fixed elevation angle
3953=FxAng2\0\Fixed rotation angle drive 2
3954=FxAzi\0\Fixed azimuth angle
3955=FxAng1\0\Fixed rotation angle drive 1
3956=FxClrPos\0\Activation of fixed angle
3957=HyTrackFactX\0\HyTrack azimuth sensitivity
3958=HyTrackFactY\0\HyTrack elevation sensitivity
3959=HyTrackJmpWid\0\Jump width for HyTrack adjustment
3960=HyTrack_V1\0\Voltage of HyTrack Q1
3961=HyTrack_V2\0\Voltage of HyTrack Q2
3962=HyTrack_V3\0\Voltage of HyTrack Q3
3963=HyTrack_V4\0\Voltage of HyTrack Q4
3964=HyTrack_Xincl\0\X-angle of HyTrack
3965=HyTrack_Yincl\0\Y-angle of HyTrack
3966=HyTrack_Rot\0\Rotation of HyTrack
3967=HyTrack_Temp\0\Temperature of HyTrack
3968=HyTrack\0\Set HyTrack operating mode
3969=TrkTm\0\Total adjustment time
3970=FailTm\0\Total error time
3971=NightAng\0\Angle of night position
3972=MotAActl1\0\Current motor current drive 1
3973=MotAActl2\0\Current motor current drive 2
3974=MotAMax1\0\Maximum motor current drive 1
3975=MotAMax2\0\Maximum motor current drive 2
3976=ActlAng1\0\Current angle drive 1
3977=ActlAng2\0\Current angle drive 2
3978=TgtAng1\0\Target angle drive 1
3979=TgtAng2\0\Target angle drive 2
3980=DrvEna\0\Drives activated
3981=DrvAll\0\All drives
3982=Drv1\0\Drive 1 activated
3983=Drv2\0\Drive 2 activated
3984=OcvPtCnt\0\Open-circuit voltage point counter
3985=SttMstr\0\Status of master
3986=ActChrgMod\0\Active charging process
3987=RsCntDev\0\Number of Resets
3988=TrkErr\0\Error
3990=Pro\0\Protection
3991=BatResSOC\0\Battery reserve range
3992=BatProSOC\0\Battery protection range
3993=CntWrnOvV\0\Counter warning battery voltage high
3994=CntErrOvV\0\Counter error battery overvoltage
3995=CntWrnSOCLo\0\Counter warning battery state of charge low
3996=ConnSpd9600\0\9600 bit/s
3997=ConnSpd115200\0\115200 bit/s
3998=EvtChgGriHzFlt\0\Impermissible grid frequency change or grid synchronization not possible
3999=ChaSttArr\0\State of charge
4000=ActlCapacNomArr\0\Current capacity
4001=ActlCapacArr\0\Current capacity
4002=ChaSttAbsArr\0\State of charge
4003=CapacRtgWhArr\0\Rated capacity
4004=CurBatChaArr\0\Present battery charge
4005=CurBatDschArr\0\Present battery discharge
4006=BatChrgArr\0\Battery charge
4007=BatDschArr\0\Battery discharge
4008=AbsBatChrgArr\0\Absolute battery charge
4009=AbsBatDschArr\0\Absolute battery discharge
4010=ActBatDschArr\0\Discharge of current battery
4011=BatChrgSetArr\0\Set battery charge
4012=BatDschSetArr\0\Set battery discharge
4013=ActBatChrgArr\0\Charge of current battery
4014=ActlCapacNomOvArr\0\Current capacity (Dvlp)
4015=EvtBatDetIdx\0\New battery |cC| identified
4016=EvtBatLifIdx\0\Battery |cC| service life expiry
4017=EvtBatConnIdx\0\Battery connection |cC|
4018=EvtBatNotAuthIdx\0\Unauthorized battery system |cC|
4019=EvtBatVolDifIdx\0\Battery voltage deviation |cC|
4020=EvtBatSysDefIdx\0\Battery system |cC| defect
4021=EvtBatComFltIdx\0\Battery system |cC| communication fault
4022=EvtBatCelOvVolIdx\0\Battery cell |cC| overvoltage fault
4023=EvtBatCelUnVolIdx\0\Battery cell |cC| undervoltage fault
4024=EvtBatUnTmpIdx\0\Battery |cC| low temperature fault
4025=EvtBatOvTmpIdx\0\Battery |cC| high temperature fault
4026=EvtBatBalIdx\0\Battery |cC| imbalancing fault
4027=EvtBatHwIdx\0\Internal battery hardware |cC| fault
4028=EvtBatChaModIdx\0\Battery |cC| test: charge
4029=EvtBatDschModIdx\0\Battery |cC| test: discharge
4030=EvtBatIstlNokIdx\0\Start conditions battery |cC| test not fulfilled
4031=EvtBatChaModOkIdx\0\Battery |cC| test: Charge successful
4032=EvtBatDschModOkIdx\0\Battery |cC| test: Discharge successful
4033=EvtBatChaModNokIdx\0\Battery |cC| test: charge failed
4034=EvtBatDchModNokIdx\0\Battery |cC| test: discharge failed
4035=EvtBatMinStrFailIdx\0\Battery charge|cC| too low for start procedure
4036=EvtSwBatIdx\0\Incorrect switch position for the battery |cC| disconnection point
4037=EvtSCBatSysIdx\0\Battery system|cC| short circuit
4038=EvtThmMgtBatSysIdx\0\Battery system|cC| thermal management activated
4039=EvtUpdBIM\0\Update BIM
4040=EvtUpdBIMErr\0\Update BIM failed
4041=EvtUpdBUC\0\Update BUC
4042=EvtUpdBUCErr\0\Update BUC failed
4043=ExSwV\0\Relay monitoring voltage
4044=StrComTest\0\Activation of communication test
4045=SttComTest\0\Status of communication test
4046=BatCurSnsTyp\0\Current sensor type (60mV 50mV)
4047=BatCurGain50\0\Current sensor gain
4048=BatCurGain60\0\Current sensor gain
4049=SnsTyp50mV\0\50 mV/A
4050=SnsTyp60mV\0\60 mV/A
4051=ExVHiRes\0\Current at AC2 with high resolution
4052=TotWInPk\0\Highest measured drawn power
4053=TotWOutPk\0\Highest measured feed-in power
4054=AISens\0\Anti-islanding sensitivity
4055=CurCtlMod\0\Current control mode
4056=Ac2NSel\0\Grounding type
4057=TN-Netz\0\TN grid
4058=TT-Netz\0\TT grid
4059=MsSrcSel\0\Selection of mains exchange capacity measurement method
4060=MsSrcMtrBox\0\Meter Box
4061=TotLodW\0\Total current load active power
4062=TmCtlUpd\0\Time-controlled
4063=EvtSetParaNokStop\0\Setting of parameter |ln04| failed. Device must be stopped first
4064=EvtSetParaNokQCG\0\Setting of parameter |ln04| failed. Installation assistant must be started
4065=PanLevCtl\0\PV module control
4066=PanLevCom\0\PV module gateway
4067=PanLevMdul\0\PV module electronics
4068=Lbl\0\Label
4069=MPPTrk\0\MPP tracker assignment
4070=Char_A\0\Char_A
4071=Char_B\0\Char_B
4072=Char_C\0\Char_C
4073=Char_D\0\Char_D
4074=Char_E\0\Char_E
4075=Char_F\0\Char_F
4076=Char_G\0\Char_G
4077=Char_H\0\Char_H
4078=Char_I\0\Char_I
4079=Char_J\0\Char_J
4080=Char_K\0\Char_K
4081=Char_L\0\Char_L
4082=Char_M\0\Char_M
4083=Char_N\0\Char_N
4084=Char_O\0\Char_O
4085=Char_P\0\Char_P
4086=Char_Q\0\Char_Q
4087=Char_R\0\Char_R
4088=Char_S\0\Char_S
4089=Char_T\0\Char_T
4090=Char_U\0\Char_U
4091=Char_V\0\Char_V
4092=Char_W\0\Char_W
4093=Char_X\0\Char_X
4094=Char_Y\0\Char_Y
4095=Char_Z\0\Char_Z
4096=FrqDrp\0\Frequency droop P(f)
4097=VtgDrp\0\Voltage droop Q (U)
4098=[Hz/kW]\0\[Hz/kW]
4099=[V/kVAr]\0\[V/kVAr]
4100=EvtData1Err\0\Data1 device reports error: |s0|
4101=EvtNumDevExc\0\Communication bandwidth on RS485 not sufficient to query all connected devices within 5 minutes.
4102=DscRedDevCnt\0\Reduce number of devices, check communication
4103=EvtPosUnKnwn\0\The current position is not known
4104=EvtDsconUnSym\0\Disconnection from grid/generator due to asymmetry between phases
4105=EvtSlfCsmpStop\0\Inverter switches to energy saving mode because battery range reached
4106=HwRevStrg\0\Hardware version
4107=DscSupVChk\0\Check voltage supply
4108=EvtFuHeatFan\0\Circuit breaker for heating and interior fan triggered
4109=EvtOvLdChaCir\0\Precharging overload protection triggered
4110=DscFuHeatFanChk\0\Check fuse for heating and interior fan
4111=EvtOvDrv\0\Overdrive active
4112=EvtInvalRef1\0\Invalid azimuth referencing
4113=EvtInvalRef2\0\Invalid elevation referencing
4114=EvtMovErr1\0\No azimuth movement
4115=EvtMovErr2\0\No elevation movement
4116=BothEast\0\Move both drives to the east
4117=Angl2East\0\Drive 2 to the east
4118=Angl2West\0\Drive 2 to the west
4119=Angl1East\0\Drive 1 to the east
4120=Angl1West\0\Drive 1 to the west
4121=BothWest\0\Move both drives to the west
4122=BothTable\0\Move both drives to the frame
4123=AnglTable\0\Move drive 1 to the frame
4124=Ang2Table\0\Move drive 2 to the frame
4125=RefTable\0\Start frame referencing
4126=BothDrv\0\Both drives activated
4127=FstShtdownTigo\0\TS4 shutdown
4128=FstShtdownSma\0\SunSpec shutdown
4129=HzHiRes\0\Frequency at AC2 with high resolution
4130=EvtBckOvVolHv2\0\AC overvoltage backup (fast)
4131=EvtBckOvVolHv1\0\AC overvoltage backup (slow)
4132=EvtBckInPwr\0\Input power for backup too low
4133=EvtBckSC\0\Short circuit in backup
4134=EvtBUCComFlt\0\Communication to backup module disrupted
4135=EvtBIMComFlt\0\Communication to battery interface module disrupted
4136=PanLevStrg\0\Panel level string
4137=StrSOCClb\0\Start SOC calibration procedure
4138=StopSOCClb\0\Stop SOC calibration procedure
4139=StrDrt\0\Start derating
4140=StopDrt\0\Stop derating
4141=PrevBatStop\0\Preventative battery disconnection
4142=BatCurSns\0\Battery current sensor
4143=EnMtrSerNumTxt\0\Energy counter serial number
4144=EnMtrTyp\0\Energy meter used
4145=StrSrch\0\Start search
4146=AbrtSrch\0\Cancel search
4147=RSSOpMode\0\Rapid Shutdown Mode
4148=MdulCnt\0\Number of PV modules in the string
4149=OptCnt\0\Number of PV module electronics in the string
4150=RSSFnc\0\Rapid shutdown system function
4151=CfgStt\0\Commissioning status
4152=MinTmm\0\Minimum time for the use of excess energy
4153=VtgDif\0\Voltage difference for the use of excess energy
4154=TestGw\0\Perform gateway test
4155=TIGO_CCASw\0\Tigo CCA software
4156=EvtSysFlt\0\System disturbance
4157=GwCnt\0\Number of gateways
4158=EvtBiMetSw\0\Backup module bimetal switch
4159=EvtRlyFlt\0\Backup module relay error |u4|
4160=EvtNPEMonBckMdul\0\Backup module N-PE monitoring
4161=EvtHwFltBckMdul\0\Backup module hardware error
4162=EvtTmpBckMdul\0\Backup module overtemperature
4163=EvtSwTstBckMdul\0\Backup mode relay test black start
4164=EvtCfgFltBck\0\Backup box configuration incorrect |d0|
4165=EvtStrtBatVLow\0\Black start battery voltage too low
4166=EvtHwFltBIM\0\Battery interface module hardware error
4167=EvtSupVBIM\0\Supply voltage too low
4168=EvtSupVOutBIM\0\Output supply voltage of the battery interface module too low |b4| |b5|
4169=EvtComFltBIM\0\Battery interface module output communication error |b4| |b5|
4170=EvtComMultiBIM\0\More than one node at output |b4| of the battery interface module
4171=EvtTstModBIM\0\Test mode battery interface module |b5|, success rate: |b4|
4172=EvtAInCtlLim\0\Limitation of the switching frequency of the input relay for current limitation
4173=EvtAInCtlFlt\0\Input current limitation fault |s0|
4174=EvtBckOp\0\Backup operation
4175=EvtSocInptPwr\0\Input power for SPS too low
4176=VMinBckStrt\0\Minimum voltage for start backup operation
4177=SwStt\0\Contactor switching status
4178=ComHealth\0\Backup box communication status
4179=BckBoxOpMod\0\Backup box operating mode
4180=RdtSw\0\Redundant grid contactors
4181=PhsCpl\0\Phase coupling
4182=NGnd\0\Neutral conductor grounding
4183=HiChaSttDrtInv\0\Upper limit for the charging state for derating of the PV inverters
4184=SwAcknTmms\0\Monitoring time contactor monitoring contact
4185=SwOnVMin\0\Minimum voltage for activation of the load contactors in backup
4186=SwOnVminTmms\0\Monitoring time for activation of the load contactors in backup
4187=VRmpTmms\0\Duration of the AC voltage ramp
4188=RstBatCfg\0\DC input configuration reset
4189=DCInCfg\0\DC input configuration [|s0|]
4190=CanTstMod\0\Can test mode
4191=Eps\0\Emergency power mode
4192=EvtMltCltFWDif\0\Extension cluster firmware not the same as main cluster firmware
4193=DscEqFW\0\Bring all clusters to the same firmware status
4194=EvtFstShtdown\0\Rapid shutdown has been triggered
4195=Det\0\detected
4196=NotDet\0\not detected
4197=EvtUpdTGIB\0\Update SMA Gateway Interface Module
4198=EvtUpdTGIBErr\0\Update SMA Gateway Interface Module failed
4199=EvtComPvModGw\0\Communication disturbance with gateway. Serial number: |s0|
4200=EvtComPvLevMod\0\Communication disturbance with optimizer. Serial number: |s0|
4201=EvtSDTyp\0\Update can not be performed. SD memory card type or format not supported.
4202=DscSDUpdUs\0\Copy the update file to an SD card of max. 2 GB and FAT16 format
4203=EvtUSymLast\0\Asymmetrical load of the inverter
4204=OptFnd\0\PV module electronics found
4205=GwFnd\0\Gateways found
4206=DtSel\0\Weekday selected
4207=TOU\0\Time of Use
4208=PLS\0\Peak Load Shaving
4209=TOURng\0\Width of the usage range for Time of Use
4210=PLSRng\0\Width of the usage range for Peak Load Shaving
4211=ChrgW\0\Charging power
4212=DschW\0\Discharging power
4213=EnMtrARtg\9054720\Nominal CT current [Amps]
4214=EvtAInClsNok\0\Condition for switching the input relay |s0| not satisfied
4215=[W/Wp]\0\W/Wp
4216=EvtOvCurDet\0\Overcurrent in the power element at |s0|
4217=MsSrcAnIn4\0\Analogue input 4
4218=MsSrcAnIn5\0\Analogue input 5
4219=MsSrcAnIn6\0\Analogue input 6
4220=AnOut1\0\Analog output 1
4221=AnOut2\0\Analog output 2
4222=AnOut3\0\Analog output 3
4223=AnOut4\0\Analog output 4
4224=AnOut5\0\Analog output 5
4225=AnOut6\0\Analog output 6
4226=OffSngStrgCnf\0\Off with single-string configuration
4227=[d]\0\d
4228=EvtBckVFreSw\0\Battery inverter voltage disconnect tripped
4229=VFreMonEna\0\Activate voltage disconnect monitoring
4230=RS485Mod\0\RS485 interface application
4231=MbRTU\0\Energy meter
4232=SMAData\0\SMA Data
4233=PVMdulCtl\0\Module technology
4234=AcVolSpt\0\Setpoint for grid voltage
4235=Ri\0\Internal resistance
4236=OCV\0\Open circuit voltage
4237=AcCfg\0\AC settings
4238=HzSpt\0\Setpoint for grid frequency
4239=LeakAMax\0\Disconnection limit for leakage current
4240=LeakRisAMax\0\Disconnection limit for the lagging component of the leakage current
4241=CelMdm\0\Cellular modem
4242=IMEI\0\IMEI International Mobile Equipment Identity
4243=ICCID\0\ICCID Integrated Circuit Card Identifier
4244=SimCard\0\SIM card
4245=MNP\0\Grid operator
4246=EnnexOS\0\EnnexOS
4247=EvtComCelMdmDst\0\Communication with cellular modem interrupted
4248=EvtComEnnexOSDst\0\Communication with EnnexOS portal interrupted
4249=Term\0\Termination
4250=EvtWlAct\0\Access point activated
4251=EvtWlIna\0\Access point deactivated
4252=EvtWlAcsPtConn\0\Connected to access point
4253=EvtSocOvLod\0\Overload at the SPS power outlet
4254=EvtBckOvLod\0\Overload in backup operation
4255=DscComCelMdmDst\0\Communication with cellular modem interrupted
4256=DscComEnnexOSDst\0\Communication with EnnexOS portal interrupted
4257=RSSSigTest\0\Generate power line test signal
4258=Mark\0\Mark signal
4259=Space\0\Space signal
4260=DcChaCir\0\DC precharging
4261=EvtMstSlvCfgWrn\0\Invalid master/slave configuration
4262=DscMstSlvChk\0\Check master/slave configuration
4263=EvtTmDcChaCir\0\DC precharging time exceeded
4264=EvtBatSysFltExt\0\The battery management system has reported an error
4265=ConnFllbkTmm\0\Duration until activation of secondary connection
4266=MdmFail\0\Modem error
4267=InternetFail\0\No Internet
4268=RSSTrgTest\0\Rapid Shutdown test
4269=EvtRSSFlt\0\Error in the rapid shutdown system
4270=EvtRSSOk\0\Rapid shutdown performed successfully
4271=EvtASCTstThyCls\0\A thyristor did not open after the ASC test
4272=EvtCtlClkFlt\0\Error in the controller clocking signal
4273=DscThyChg\0\Replace thyristors
4274=EvtIOTstAbrt\0\IO test interrupted, because inverter is not voltage-free (AC, DC)
4275=EvtRSIExt\0\Rapid shutdown triggered by external switch
4276=EvtNoPV\0\Generator not connected
4277=RCDOpStop\0\Limitation to 4 reconnections (24 hrs) after exceeding continuous residual current
4278=EthDiag\0\Ethernet link diagnostics via LED
4279=LabMod\0\Laboratory mode is activated
4280=CurVArCtlMinNom\0\Minimum PV reactive power limitation as %
4281=CurVArCtlNom\0\Internal PV reactive power limitation as %
4282=Cor\0\Correct limit value
4283=CorTmms\0\Correct trigger time
4284=GraCtlTmCor\0\Correct power gradient
4285=ComDiag\0\Communication diagnosis
4286=EvtRSSRdtDschNok\0\Redundant rapid shutdown discharge function not assured
4287=DscCntSvc\0\Contact SMA service
4288=SIS\0\Smart Inverter Screen
4289=RsCfgDat\0\Reset of configuration data
4290=EthWifi\0\Ethernet WLAN
4291=AvValTyp\0\Average values type
4292=5minAvVal\0\5 minute average values
4293=10minAvVal\0\10 minute average values
4294=EvtUpdPanLevMdul\0\Update PV module electronics
4295=EvtCelMdmHwErr\0\Cellular modem defect
4296=EvtCelMdmNoCar\0\No carrier
4297=EvtCelMdmConnLos\0\Cellular modem connection lost
4298=EvtRGMErr\0\RGM defect
4299=BckModLodDeAct\0\Output power limitation of PV inverter
4300=Flb\0\Fallback
4301=WCtlComCfg2\0\Config. active power mode system control 2. Setpoint input
4302=WSptMinNom\0\Minimum active power
4303=VolRef\0\Reference voltage adjustment
4304=VolRefAdjMod\0\Operating mode for dynamic voltage setpoint at Q(V)
4305=FlbVArMod\0\Fallback of reactive power control with communication fault
4306=DrpChr\0\Single Droop
4307=8PntHystChr\0\Droop with 4 supporting points and hysteresis
4308=6PntChr\0\Droop with 6 supporting points
4309=8PntChr\0\Droop with 8 supporting points
4310=10PntChr\0\Droop with 10 supporting points
4311=12PntChr\0\Droop with 12 supporting points
4312=14PntChr\0\Droop with 14 supporting points
4313=MaxVol\0\Max. value of external conductor voltages
4314=[p.u.]\0\p.u.
4315=VolAvg\0\Mean value of external conductor voltages
4316=DrpHyst\0\Single Droop with hysteresis
4317=DrpDb\0\Droop with deadband
4318=DrpHystDb\0\Droop with deadband and hysteresis
4319=YRefMod\0\Reference reactive power
4320=NumPhs\0\Phase number
4321=WSptMax\0\Maximum active power
4322=AutnAdjMod\0\Operating mode
4323=WSptMaxNom\0\Maximum active power
4324=WSptMin\0\Minimum active power
4325=PlntPhV\0\Phase voltage at grid connection point
4326=Can\0\CAN
4327=SIComCtl\0\Battery and control interface
4328=VArCpn\0\Reactive power compensation
4329=NumPvStrg\0\Number of supported strings
4330=NotSec\0\Unencrypted
4331=BasSec\0\Basic security
4332=HiSec\0\High security
4333=BatTypNotCfg\0\Battery type not specified
4334=NumPtMax\0\Max. number of support points
4335=AutnAdjTms\0\AutnAdjTms
4336=VArNomRefMod\0\Reference size for reactive power setting
4337=Intv5Mnt\0\every 5 minutes
4338=Intv10Mnt\0\every 10 minutes
4339=15minAvVal\0\10 minute average values
4340=WMaxOutRtg\0\Rated active power WMaxOutRtg
4341=WMaxInRtg\0\Rated active power WMaxInRtg
4342=WMinOutRtg\0\Rated active power WMinOutRtg
4343=WMinInRtg\0\Rated active power WMinInRtg
4344=VArMaxQ1Rtg\0\Rated reactive power VArMaxQ1Rtg
4345=VArMaxQ2Rtg\0\Rated reactive power VArMaxQ2Rtg
4346=VArMaxQ3Rtg\0\Rated reactive power VArMaxQ3Rtg
4347=VArMaxQ4Rtg\0\Rated reactive power VArMaxQ4Rtg
4348=PFMinQ1Rtg\0\Rated cos φ PFMinQ1Rtg
4349=PFMinQ2Rtg\0\Rated cos φ PFMinQ2Rtg
4350=PFMinQ3Rtg\0\Rated cos φ PFMinQ3Rtg
4351=PFMinQ4Rtg\0\Rated cos φ PFMinQ4Rtg
4352=VAMaxOutRtg\0\Rated apparent power VAMaxOutRtg
4353=VAMaxInRtg\0\Rated apparent power VAMaxInRtg
4354=WMaxOut\0\Maximum active power export
4355=WMinOut\0\Nominal active power WMinOut
4356=WMinIn\0\Nominal active power WMinIn
4357=VAMaxOut\0\Nominal apparent power VAMaxOut
4358=VAMaxIn\0\Nominal apparent power VAMaxIn
4359=VArMaxQ1\0\Nominal reactive power VArMaxQ1
4360=VArMaxQ2\0\Nominal reactive power VArMaxQ2
4361=VArMaxQ3\0\Nominal reactive power VArMaxQ3
4362=VArMaxQ4\0\Nominal reactive power VArMaxQ4
4363=VArMaxZerWQ1\0\Nominal reactive power VArMaxZerWQ1
4364=VArMaxZerWQ2\0\Nominal reactive power VArMaxZerWQ2
4365=VArMaxZerWQ3\0\Nominal reactive power VArMaxZerWQ3
4366=VArMaxZerWQ4\0\Nominal reactive power VArMaxZerWQ4
4367=PFMinQ1\0\Nominal cos φ PFMinQ1
4368=PFMinQ2\0\Nominal cos φ PFMinQ2
4369=PFMinQ3\0\Nominal cos φ PFMinQ3
4370=PFMinQ4\0\Nominal cos φ PFMinQ4
4371=EvtUpdPanLevMdulErr\0\Update of PV module electronics not successful
4372=PanLevLog\0\PV module logger
4373=PFOut\0\cos φ nominal value in case of active power output
4374=PFExtOut\0\Excitation type in case of active power output
4375=PFIn\0\cos φ nominal value in case of active power draw
4376=PFExtIn\0\Excitation type in case of active power draw
4377=FlbPFOut\0\Fallback value of cos φ in case of active power output
4378=FlbPFExtOut\0\Fallback value of excitation type in case of active power output
4379=FlbPFIn\0\Fallback value of cos φ in case of active power draw
4380=FlbPFExtIn\0\Fallback value of excitation type in case of active power draw
4381=WFilTmEna\0\Actual value filter for active power value
4382=WFilTms\0\Setting time actual value filter
4383=VArTmEna\0\Nominal value filter
4384=VArGraEna\0\Limitation of change rate
4385=PFCfg\0\Advanced settings for cos φ setpoint specifications
4386=VArOut\0\Fixed reactive power setpoint for active power generation
4387=VArIn\0\Fixed reactive power setpoint for active power draw
4388=VArZerW\0\Fixed reactive power setpoint for low active power
4389=VArCfg\0\Advanced settings for reactive power setpoint specifications
4390=[VAr/s]\0\VAr/s
4391=[m3/h]\0\m3/h
4392=[kWh/m3]\0\kWh/m3
4393=VArModAct\0\Active reactive power range
4394=HystW\0\Hysteresis active power
4395=HystTms\0\Hysteresis time
4396=VArModOut\0\Reactive power mode in case of active power output
4397=VArModIn\0\Reactive power mode in case of active power draw
4398=VArModZerW\0\Reactive power mode in case of zero power output
4399=VArModOutFlb\0\Fallback behavior in case of active power output
4400=VArModInFlb\0\Fallback behavior in case of active power draw
4401=VArModZerWFlb\0\Fallback behavior in case of zero power output
4402=GFCI\0\Residual current
4403=GFCILim\0\Residual current limiting
4404=GFCILimEna\0\Activation of residual current limiting
4405=WMaxInOut\0\Maximum active power WMax
4406=VArMaxQ\0\Maximum reactive power VArMax
4407=VArLimVolCfg\0\Voltage-dependent reactive power limitation
4408=HystVol\0\Hysteresis voltage
4409=VArGraPos\0\Increase rate
4410=VArGraNeg\0\Decrease rate
4411=Ena\0\Activation
4412=FltEnd\0\Fault end
4413=AvStTms\0\Short-term averaging time of the pre-fault voltage
4414=AvLtTms\0\Long-term averaging time of the pre-fault voltage
4415=VRefThMod\0\Averaging for threshold detection
4416=VRefMod\0\Phase reference of grid nominal voltage
4417=ZerCurOvVolPu\0\Overvoltage threshold for zero current
4418=ZerCurUnVolPu\0\Undervoltage threshold for zero current
4419=ArGraMax\0\Reactive current change rate after fault end
4420=VRefArMod\0\Averaging of reactive current static
4421=DbVMaxPu\0\Overvoltage threshold for reactive current
4422=DbVMinPu\0\Undervoltage threshold for reactive current
4423=StepVolPu\0\Voltage leap height
4424=ArGraNegSeq\0\K-factor of react. current stat. in neg. system
4425=ArMaxSwell\0\Maximum reactive current in case of overvoltage
4426=AWattPrioEna\0\Active current priority at apparent current limit
4427=AWattGraMax\0\Active current change rate after fault end
4428=ArMaxTms\0\Time for providing reactive power after voltage leap
4429=VRefAv\0\Reference voltage, averaged
4430=L2LVol\0\Outer conductor voltage
4431=L2NVol\0\Phase voltage
4432=LLVandLNV\0\Outer conductor and phase voltage
4433=ZerAtDb\0\Zero at dead band boundary
4434=ZerAtZer\0\Zero at origin
4435=[A/s]\0\A/s
4436=RefMod\0\Reference value
4437=WTms\0\Setting time for nominal value filter
4438=HzOv\0\Buckling overfrequency
4439=HzOvGra\0\Active power change per Hz in case of overfrequency
4440=HzUn\0\Buckling underfrequency
4441=HzUnGra\0\Active power change per Hz in case of underfrequency
4443=WSnpt\0\Current power
4444=WSnptMax\0\Potential power
4445=HystEnaOv\0\Hysteresis in case of overfrequency
4446=HystEnaUn\0\Hysteresis in case of underfrequency
4447=ArMaxSag\0\Maximum reactive current in case of undervoltage
4448=ArStopSwellTmms\0\Lag time in case of overvoltage
4449=ArStopSagTmms\0\Lag time in case of undervoltage
4450=VArCtlLim\0\Q limitation
4451=BlckStrStr\0\Blackstart process start
4452=BlckStrAbrt\0\Blackstart process cancel
4453=GnIsoOp\0\Operating mode: Isolated at generator
4454=BatIsoOp\0\Operating mode: Isolated at battery
4455=GriIsoOp\0\Operating mode: Mains-connected
4456=GnUnld\0\Generator relief
4457=GnShtdown\0\Generator shutdown
4458=GnStrPrp\0\Generator start preparation
4459=GnStr\0\Generator start
4460=IdleAc\0\Waiting, net-forming
4461=Idle\0\Waiting, voltage-free
4462=BlckStrPrpBat\0\Black start from battery: Battery preparation
4463=BatBlckStrConn\0\Black start from battery: Connecting
4464=BatBlckStrRmpUp\0\Black start from battery: Power-up
4465=SynPrp\0\Prepare synchronization from island grid to grid
4466=SynConn\0\Connect island grid to grid
4467=DeSynPrp\0\Prepare separation of island grid from grid
4468=DeSynRmpDwn\0\Power down grid
4469=DeSynDiscon\0\Disconnect island grid from grid
4470=WaitStop\0\Waiting state, system stopped
4471=PreSet\0\Presetting
4472=HzOvStop\0\Reset overfrequency
4473=HzUnStop\0\Reset underfrequency
4474=VArCnstCfgIn\0\Manual reactive power setting in case of active power draw
4475=Gw\0\Gateway
4476=LogLev\0\Recording level for log messages
4477=CurVArCtlComNom\0\Standardized reactive power setpoint by communication
4478=Rev2\0\Version 2
4479=Rev3\0\Version 3
4480=VArCtlVolCom\0\External reference voltage setting
4481=FlbVolRefPu\0\Fallback of reference voltage
4482=VolRefPu\0\External reference voltage setting
4483=HystVolPu\0\Hysteresis voltage
4484=LoPrioEna\0\Low priority
4485=FlbWMin\0\Fallback value of minimum active power
4486=FlbWMax\0\Fallback value of maximum active power
4487=WTmEna\0\Nominal value filter
4488=WGraPos\0\Increase rate
4489=WGraNeg\0\Decrease rate
4490=WCtlCom2\0\External active power setting 2
4491=hhLimPu\0\Median maximum threshold
4492=hLimPu\0\Lower maximum threshold
4493=lLimPu\0\Upper minimum threshold
4494=llLimPu\0\Median minimum threshold
4495=MaxPu\0\Upper maximum threshold
4496=MaxEffPu\0\Upper maximum threshold as RMS value
4497=MinPu\0\Lower minimum threshold
4498=MinEffPu\0\Lower minimum threshold as RMS value
4499=RproPu\0\Volt. increase prot.
4500=ReconMinPu\0\Min. voltage for reconnection
4501=ReconMaxPu\0\Max. voltage for reconnection
4502=DsaVolPu\0\Upper deactivation voltage
4503=EnaVolPu\0\Upper activation voltage
4504=DptTm\0\Planned departure time
4505=RchTm\0\Time of reaching target charge
4506=ChaSess\0\Charge session
4507=ConnSpd38400\0\38400 bit/s
4508=[%/s]\0\%/s
4509=AMaxOfsA\0\Tripping threshold DC current monitoring in A
4510=AMaxOfsNom\0\Tripping threshold DC current monitoring in %
4511=AMaxOfsMod\0\DC monitoring mode
4512=WCtlVolCfg\0\Voltage-dependent reactive power adjustment P(U)
4513=PFCtlVolCfg\0\cos φ(P) charac. curve
4514=VolPu\0\Voltage value
4515=CorPu\0\Correction limit value in p.u.
4516=CntryAdj\0\CntryAdj
4517=ArStrMinTmms\0\Minimum duration of providing reactive current
4518=ArStrMaxTmms\0\Maximum duration of providing reactive current
4519=WRefMod\0\Type of reference voltage
4520=PhsAvg\0\Mean value of phase voltages
4521=PhsMax\0\Maximum phase voltage
4522=Dyn\0\Dynamics
4523=Trg\0\Trigger
4524=EvtSysStr\0\System start
4525=COM1\0\Interface COM1
4526=COM2\0\Interface COM2
4527=COM3\0\Interface COM3
4528=COM4\0\Interface COM4
4529=TotVlmFlw.Gas\0\Volume flow
4530=TotVlm\0\Volume
4531=HeatVal\0\Gas calorific billing value
4532=SttNum\0\Gas correction factor
4533=ValNom\0\relative value in percent
4534=Spd\0\Speed
4535=Gas\0\Gas
4536=TotVlmFlw\0\Gas volume flow
4537=MaxPeakPu\0\Upper voltage threshold
4538=MaxPeakTmms\0\Upper voltage threshold tripping time
4539=MaxPuTmms\0\Upper maximum threshold tripping time
4540=GriTyp202VJP\0\Network type 202 split phase Japan
4541=DmdNotRx\0\Setpoint not yet received
4542=DmdRx\0\Setpoint received
4543=WMaxNomStt\0\Active power setpoint status
4544=IstlAcsCtrl\0\Japan Installation Assistant
4545=AppVol\0\Applicable voltages
4546=EKS\0\EKS
4547=NIV\0\NIV
4548=EKS/NIV\0\EKS/NIV
4549=ConnEna\0\Enable command
4550=VRefIntMod\0\Reference voltage selection
4551=ManRstrAFCI\0\After arc detection
4552=ManRstrZerW\0\Manual restart after 0% preset
4553=ManRstrRCD\0\After fault current
4554=WSptSrc2\0\Active power setpoint 2
4555=WCtlHzCrv\0\P(f) curve
4556=WCtlVolCrv\0\P(U) charact. curve
4557=WCtlExptLim\0\Infeed limit
4558=WCtlImptLim\0\Draw limit
4559=WCtlImptLim2\0\Draw limit 2
4560=WSptMaxDrt\0\External setting
4561=WSptMax2Drt\0\External setting 2
4562=PFCtlVol\0\cos φ(U) charac. curve
4563=RefModOv\0\Reference value for active power in case of overfrequency
4564=RefModUn\0\Reference value for active power in case of underfrequency
4565=PFCtlAnCfg\0\Analog cos-phi setpoint
4566=ElecRef\0\Electrical reference point
4567=WSptMaxPrioCat\0\Priority compared to local charact. curves
4568=WSptMinPrioCat\0\Priority compared to local charact. curves
4569=InvTerm\0\Inverter connection point
4570=WaitStr\0\Wait for enable operation
4571=StandbyStt\0\Standby status
4572=RunStt\0\Operating status
4573=WMaxLimSrc\0\Source of maximum active power setpoint
4574=WMinLimSrc\0\Source of maximum active power setpoint
4575=WMaxCtl\0\Source of minimum active power setpoint
4576=WMinCtl\0\Current maximum active power setpoint
4577=VolRefCtl\0\Current minimum active power setpoint
4578=PFInCtl\0\Current reference voltage setpoint for Q(V)
4579=PFExtInCtl\0\Current cos φ setpoint for active power draw
4580=ExecLev\0\Function execution level
4581=WCtlVol\0\Voltage-dependent active power adjustment P(U)
4582=WGraConnEna\0\Soft start-up P
4583=KeepMod\0\Maintain procedure
4584=RO\0\Read only
4585=WGraMppEna\0\Increase rate in case of insolation change
4586=EvtGfdiRisOvLod\0\GFDI leakage resistor overloaded
4587=EvtGfdiMsErr\0\GFDI internal measurement error
4588=EvtGfdiAuxSw\0\GFDI ancillary relay not reacting with |tn0|
4589=EvtGfdiAuxSw2\0\GFDI ancillary relay not reacting
4590=EvtGfdiFuErr\0\GFDI fuse down
4591=EvtGfdiStt\0\GFDI program sequence (status machine)
4592=EvtGfdiSupV\0\GFDI on-board network fault
4593=EvtDcDcTmOutCom\0\Timeout monitoring DC/DC converter |d0|
4594=EvtDcDcTmOutCom2\0\Timeout monitoring DC/DC converter
4595=DscDcDcComCfgChk\0\Check DC/DC converter connection/configuration
4596=EvtBatTmOutCom\0\Timeout monitoring battery management system |d0|
4597=EvtBatTmOutCom2\0\Timeout monitoring battery management system
4598=DscBatComCfgChk\0\Battery management system, check connection/configuration
4599=EvtBatSysFlt\0\Battery management system |d0| reports error
4600=EvtBatSysFlt2\0\Battery management system reports error
4601=EvtDcDcFlt\0\DC/DC converter |d0| reports event
4602=EvtDcDcFlt2\0\DC/DC converter reports event
4603=EvtBatWrn\0\Battery management system |d0| reports warning
4604=EvtBatWrn2\0\Battery management system reports warning
4605=EvtDcDcWrn\0\DC/DC converter |d0| reports warning
4606=EvtDcDcWrn2\0\DC/DC converter reports warning
4607=DscDcDcChk\0\Check DC/DC converter
4608=DscBatChk\0\Check battery management system
4609=EvtDcInRv2\0\Reverse currents or reverse-poled input
4610=EvtClbAmp2\0\Unable to load calibration data for current measurement
4611=EvtClbVol2\0\Unable to load calibration data for voltage measurement
4612=EvtDcShMss2\0\DC shuntboard not connected
4613=EvtDcShConn2\0\DC shuntboard wrongly connected
4614=EvtLeakRisInd2\0\Display for insulation fault defective
4615=EvtComCmp3\0\Link for |tn0| |d4| lost
4616=DmdWait\0\Waiting for first setting value
4617=PmtCurt\0\Permanently derated
4618=DynAutoShtdwn\0\Dynamic with automatic switch-off
4619=TigoCloud\0\Tigo Cloud
4620=EvtAcVtgMaxSw\0\Overvoltage grid (SW)
4621=PshMetric\0\Metric upload
4622=VArCtlMan\0\Reactive power, manual setting
4623=VArCtlComAI\0\Reactive power, analog input
4624=VArCtlComMb\0\Reactive power, Modbus
4625=PFCtlMan\0\Power factor cos φ, manual setpoint specification
4626=PFCtlComAI\0\Power factor cos φ, analogue input
4627=PFCtlComMb\0\Power factor cos φ, Modbus
4628=DsaUnVolPu\0\Lower deactivation voltage
4629=EnaUnVolPu\0\Lower activation voltage
4630=WCtlMod\0\System and device control
4631=VArCtlMod\0\Reactive power control mode
4632=VArGraConn\0\Soft start-up rate Q
4633=VArGraConnEna\0\Soft start-up Q
4634=ScdInEna\0\P-settings at input 2
4635=[%/min]\0\%/min
4636=VArDynEna\0\Reactive power dynamic after error end
4637=EvtVArDemDer\0\Active power derating due to apparent power limitation
4638=EvtDcSwCnt90Crit\0\Number of critical DC switching cycles almost reached
4639=EvtDcSwCnt100Crit\0\Number of critical DC switching cycles reached
4640=Chp\0\Combined heat and power plant
4641=Hydro\0\Hydroelectric power plant
4642=EvtHwTstErr\0\General hardware test error
4643=EvtDcDisCon\0\DC switch is open
4644=EvtComOrMemErr\0\General storage or communication error
4645=NTPSrvIsOn\0\NTP server for connected devices switched on
4646=ActIsldDetMod\0\Islanding detection mode
4647=ForcActMod\0\Force Normal Active Mode
4648=WMaxLimNom\0\Maximum active power setpoint specification
4649=WMinLimNom\0\Minimum active power setpoint specification
4650=VArMaxLimNom\0\Maximum reactive power setpoint specification
4651=VArMinLimNom\0\Minimum reactive power setpoint specification
4652=VArModStt\0\Active reactive power behavior
4653=ChaSta\0\Charging station
4654=Cost\0\Costs
4655=EVeh\0\E-vehicle
4656=BatCfgPrg\0\Progress of the DC input configuration
4657=GriSysPro\0\Grid and system protection
4658=ACCurCtrl\0\AC current regulation
4659=CtrlVMax\0\Maximum output voltage regulator
4660=KE\0\Amplification of the resonance regulator
4661=ACCurFFCtrl\0\Activation of the AC current controller
4662=ACActDmp\0\Active attenuation
4663=FcDampAB\0\Limit frequency of the active attenuation
4664=KpDampAB\0\Proportional amplification of the active attenuation
4665=AutoGriRlyConn\0\Automatic grid connection
4666=ACHCtrl\0\Harmonics regulators
4667=AllCtrlEna\0\Activation of all harmonics regulators
4668=Ctrl3Ena\0\Activation of harmonics regulator number 3
4669=Ctrl4Ena\0\Activation of harmonics regulator number 4
4670=FrqGain3\0\Magnitude of the resonance frequency for harmonics regulator number 3
4671=FrqGain4\0\Magnitude of the resonance frequency for harmonics regulator number 4
4672=KE3\0\Amplification of the resonance regulator for harmonics regulator number 3
4673=KE4\0\Amplification of the resonance regulator for harmonics regulator number 4
4674=KP3\0\Amplification of the proportional regulator for harmonics regulator number 3
4675=KP4\0\Amplification of the proportional regulator for harmonics regulator number 4
4676=ACVSync\0\Grid voltage feedback
4677=CtrlGain\0\Reduction factor of the fed-back grid voltage
4678=FcBndPass\0\Limit frequency of the band-pass filter
4679=DclVCtrl\0\Intermediate circuit voltage regulator
4680=DclBalCtrl\0\Intermediate circuit symmetry regulation
4681=CtrlSysSW\0\Software regulation
4682=KpWeightFact\0\Weighting factor
4683=[Mho]\0\1/Ohm
4684=Steepn\0\Steepness
4685=VendorStr\0\Manufacturer
4686=CmpEnnexOS\0\EnnexOS
4687=Frwk\0\Framework
4688=OnWhiteList\0\Activated
4689=Etherlynx\0\Etherlynx
4690=ComLynx\0\ComLynx
4691=wConvInfo\0\With conversion information
4692=woConvInfo\0\Without conversion information
4693=woConfInvVlmFlw\0\Without conversion information and volume flow
4694=SubDevConn\0\{{0}}' connected to '{{1}}'.
4695=SubDevDscon\0\{{0}}' disconnected from '{{1}}'.
4696=NotEnoughStoForFile\0\Not enough memory available: Cannot download update file '{{0}}'.
4697=Pv\0\Photovoltaics
4698=WorVAr\0\W or Var
4699=EvtDevSpecificFault\0\The device {{0}} notifies the fault {{1}}
4700=EvtDevComFault\0\A communication fault to device {{0}} has occurred
4701=PFMinEna\0\Activation of the CosPhi reactive power limits
4702=OutWNomLimAct\0\Activation threshold of the reactive power mode for feed-in
4703=OutWNomLimDeAct\0\Deactivation threshold of the reactive power mode for feed-in
4704=InWNomLimAct\0\Activation threshold of the reactive power mode for grid power
4705=InWNomLimDeAct\0\Deactivation threshold of the reactive power mode for grid power
4706=SupVtgBrk\0\The supply voltage was interrupted
4707=SupVtgReConn\0\The supply voltage has been restored
4708=SupVtgNoConn\0\No connection to buffer module available
4709=SigEna\0\Acoustic signal for event messages
4710=EvtSlfTstIdent\0\EvtSlfTstIdent
4711=EvtSlfTstGood\0\Result: Test OK
4712=EvtSlfTstBad\0\Result: Test not OK
4713=EvtSlfTstTick\0\EvtSlfTstTick
4714=VArCtlComDI\0\Reactive power, digital input
4715=Chrg\0\Chrg
4716=ChrgCtrl\0\ChrgCtrl
4717=Plan\0\Plan
4718=ChrgFast\0\Boost charging
4719=ChrgCanConsumer\0\Optimized charging
4720=ChrgMustConsumer\0\Charging with setpoint
4721=ChrgStop\0\Charge stop
4722=DurTmm\0\Duration
4723=StpWhenFl\0\Disconnection after full charge
4724=StpWhenFlTm\0\Standby for charging process to disconnection
4725=En\0\Energy
4726=MinSwTms\0\Minimum relay switching time
4727=AMinCha\0\Minimum charge current
4728=SwRevTxt\0\Software-Version
4729=ChrgTypTxt\0\Type of charge controller
4730=BatChaWh\0\Charge energy
4731=BatDschWh\0\Discharge energy
4732=FritzBox\0\FRITZ!Box
4733=EMS\0\Energy management
4734=ExtDev\0\External device
4735=Build\0\Building
4736=DscCsmp\0\Switching request value
4737=SwQry\0\Switching request active
4738=FreezerWhIn\0\Freezer unit rating
4739=CoolerWhIn\0\Refrigeration unit rating
4740=FreezerWhInSum\0\Freezer system rating
4741=CoolerWhInSum\0\Refrigeration system rating
4742=CmpsCtrlTmp\0\Hot gas temperature actual value
4743=CmpsCtrlTmpSpt\0\Hot gas temperature setpoint
4744=GasMaxLim\0\Hot gas override limit
4745=CmpsLev\0\Compressor power level
4746=CurVArUnExtAval\0\Available underexcited  reactive power
4747=CurVArOvExtAval\0\Available overexcited reactive power
4748=WAvalTheo\0\Theoretically available power output
4749=PlntAval\0\Generation plant availability
4750=WRedEx\0\External active power reduction
4751=CurWSptNom\0\Current active power setpoint
4752=CurVArSptNom\0\Current reactive power setpoint
4753=WAvalPu\0\Available active power
4754=VArAvalPu\0\Available reactive power
4755=EvtPccAcAMax\0\Overcurrent at grid connection point, quick stop triggered
4756=EvtEVIncomp\0\Vehicle not compatible
4757=EvtEVErr\0\Vehicle signals charging error
4758=EvtEVCom\0\Communication problems between charging station and vehicle
4759=AlmWrnorFlt\0\Alarm upon warning or error
4760=MdbPrflRev\0\Modbus profile version
4761=FailCode\0\Error code
4762=HybSysStt\0\Device status
4763=CtrlMod\0\Control mode
4764=Nbr\0\Number
4765=Load\0\Load
4766=VArSptNomPrc\0\Reactive power setpoint for whole system (PV and BAT)
4767=VolSptNomPrc\0\Voltage setpoint (phase-phase)
4768=PFSpt\0\Power factor setpoint
4769=WMaxSptNomPrc\0\Upper active power limitation for whole plant (PV and BAT)
4770=WMinSptNomPrc\0\Lower active power limitation for whole plant (PV and BAT)
4771=InhInvRstr\0\Deny inverter restart
4772=Wh\0\Wh
4773=Hyb\0\Hybrid controller
4774=WSptNomPrc\0\Active power setpoint
4775=EvtSvcInfRqt\0\Service info requested from Sunny Central
4776=EvtSvcInfTrs\0\Service info transferred from Sunny Central
4777=EvtSvcInfTrsNok\0\Transfer of service info failed
4778=EvtSvcInfPortal\0\Service info transferred to portal
4779=EvtSvcInfPortalNok\0\Service info upload to portal failed
4780=CurAvailVArUnExt\0\Available underexcited reactive power
4781=CurAvailVArOvExt\0\Available overexcited reactive power
4782=CurAvailPlnt\0\Generation plant availability
4783=AcSlfTstMod\0\AC self-test mode
4784=RemCfg\0\Parameter change via Sunny Portal
4785=ExpectedYield\0\Average expected yield
4786=SpecificYield\0\Specific yield
4787=EvtMbFlt\0\Modbus error
4788=[Wh/Wp]\0\Wh/Wp
4789=AutoUpdTmLoc\0\AutoUpdTmLoc
4790=StopTmLoc\0\StopTmLoc
4791=StrTmLoc\0\StrTmLoc
4792=StrPvFeedTmLoc\0\StrPvFeedTmLoc
4793=StopPvFeedTmLoc\0\StopPvFeedTmLoc
4794=UseEnergyMeter\0\Operation with meter at point of interconnection
4795=Panasonic\0\Panasonic
4796=GriConnPwrLim\0\Set active power limit for grid-supplied power at point of interconnection
4797=CurAvailPwrChr\0\Available power for charging stations
4798=CurLimSpt\0\Current power limitation of charging stations
4799=SerNumCust\0\Serial number device
4800=DirMrkt\0\Direct selling enabled
4801=EvtSlfTstAcPwrCirNotOk\0\Self-test of AC bridge failed
4802=PlntA\0\System current
4803=AvgLN\0\Mean value Line conductor L-N
4804=AvgLL\0\AvgLL
4805=PlntPF\0\Displacement power factor at point of interconnection
4806=PlntHz\0\Grid frequency at point of interconnection
4807=EvtChrgStChng\0\Charging station switches to charging mode |tn0|
4808=Dummy\0\Dummy
4809=PlntTmOfsWr\0\Difference PV system time/system time
4810=TotWMax\0\Total nominal power
4811=WMinNom\0\Nominal AC power
4812=TotDcEnCntWh\0\Energy released by string
4813=AbsDcEnCntWh\0\Total energy released by string
4814=TotDcEnCntWhSet\0\Set offset of energy released by string
4815=EvtStrgDrt\0\String |s0| is in derating mode
4816=SunSpecTx\0\SunSpec keepalive signal
4817=AdpAlg\0\Adaptive
4818=EvtAdpSweepAct\0\Adopting process enabled
4819=CurAvailVArUnExtNom\0\Available underexcited reactive power
4820=CurAvailVArOvExtNom\0\Available overexcited reactive power
4821=SunSpecSig\0\SunSpec signal
4822=Dynmc\0\Dynamic
4823=PmtCurt2\0\Curtailed permanently
4824=DynmcAutoShtdwn\0\Dynamic with automatic disconnection
4825=GetBatChaWh\0\Current charging power
4826=GetBatDschWh\0\Current discharging power
4827=EvtHyConAct\0\EvtHyConAct
4828=HzFilTmEna\0\HzFilTmEna
4829=HzFilTms\0\HzFilTms
4830=EvtConnChaSta\0\electric vehicle connected to charging station
4831=EvtDsconChaSta\0\electric vehicle disconnected from charging station
4832=EvtChrgStpByCar\0\EvtChrgStpByCar
4833=ValNomOut\0\Percent
4834=CosPhi\0\CosPhi
4835=GI1\0\GI1
4836=GO1\0\GO1
4837=ChakWhStt\0\ChakWhStt
4838=CelVolSum\0\CelVolSum
4839=CelVolMin\0\CelVolMin
4840=CelVolMax\0\CelVolMax
4841=ChaVolSptDmd\0\ChaVolSptDmd
4842=DschVolSptDmd\0\DschVolSptDmd
4843=ChaAmpSptDmd\0\ChaAmpSptDmd
4844=DschAmpSptDmd\0\DschAmpSptDmd
4845=PFValOut\0\PFValOut
4846=FstShtdownSmaSPS\0\Sunspec Shutdown & SPS
4847=DewPtTmp\0\DewPtTmp
4848=AirPresAbs\0\AirPresAbs
4849=AirPresRel\0\AirPresRel
4850=WdSpdDv\0\WdSpdDv
4851=WdDirDv\0\WdDirDv
4852=WdMsQual\0\WdMsQual
4853=PrecipRteAbs\0\PrecipRteAbs
4854=PrecipRteDif\0\PrecipRteDif
4855=PrecipInts\0\PrecipInts
4856=PrecipTyp\0\PrecipTyp
4857=WMOCode\0\WMOCode
4858=LgtEvt\0\LgtEvt
4859=LgtEvtIntv\0\LgtEvtIntv
4860=EvtWeaStaErr\0\EvtWeaStaErr
4861=ExSnsTmp\0\ExSnsTmp
4862=[mm]\0\mm
4863=IstTstEnMtr\0\IstTstEnMtr
4864=EvtRPDet\0\EvtRPDet
4865=EvtCTMss\0\EvtCTMss
4866=EvtIstEnMtrNok\0\EvtIstEnMtrNok
4867=EvtIstTstEnMtr\0\EvtIstTstEnMtr
4868=EvtIstTstEnMtrNotExe\0\EvtIstTstEnMtrNotExe
4869=RPRChk\0\RPRChk
4870=RPRWPrc\0\RPRWPrc
4871=RPRChkTms\0\RPRChkTms
4872=WNomEna\0\WNomEna
4873=WEna\0\WEna
4874=SmaSpotEna\0\SmaSpotEna
4875=MbEna\0\MbEna
4876=AnInEna\0\AnInEna
4877=DigInEna\0\DigInEna
4878=WCtlEvu\0\WCtlEvu
4879=VArCtlEvu\0\VArCtlEvu
4880=PFCtlEvu\0\PFCtlEvu
4881=WCtlDctMrk\0\WCtlDctMrk
4882=ProfileName\0\ProfileName
4883=RPRIstTstEnMtrNOK\0\RPRIstTstEnMtrNOK
4884=RPRIstTstEnMtrOK\0\RPRIstTstEnMtrOK
4885=RPRStt\0\RPRStt
4886=WdDir\0\WdDir
4887=TotInSolDv\0\Radiation standard deviation
4888=SoilDeg1\0\Soiling ratio sensor 1
4889=TxLos1\0\Transmission loss sensor 1
4890=SoilDeg2\0\Soiling ratio sensor 2
4891=TxLos2\0\Transmission loss sensor 2
4892=DatMdlRev\0\Datamodel version
4893=TiltXAx\0\Tilt X direction
4894=TiltYAx\0\Tilt Y direction
4895=ClbDt\0\calibration date
4896=Year\0\Year
4897=Mth\0\Month
4898=Day\0\Day
6109=SB 1600TL-10\0\SB 1600TL-10
7500=Enel-GUIDA\0\[IT] Enel-GUIDA
7501=RD1663/661-A\0\[ES] RD1663/661-A
7502=IEC61727/MEA\0\[TH] IEC61727/MEA
7503=IEC61727/PEA\0\[TH] IEC61727/PEA
7504=SI4777-2\0\[IL] SI4777-2[TH] IEC
7505=CGC/GF001\0\[CN] CGC/GF001
7506=VDE0126-1-1/UTE\0\[DE] VDE0126-1-1/UTE
7507=KEMCO502/2009\0\[KR] KEMCO502/2009
7508=JP50\0\[JP] JP50
7509=JP60\0\[JP] JP60
7510=VDE-AR-N4105\0\[DE] VDE-AR-N4105
7511=GB-T19939-2005\0\[CN] GB-T19939-2005
7512=G59/2\0\[GB] G59/2
7513=VDE-AR-N4105-MP\0\[DE] VDE-AR-N4105-MP
7514=VDE-AR-N4105-HP\0\[DE] VDE-AR-N4105-HP
7515=KEMCO501/2009\0\[KR] KEMCO501/2009
7516=CEI0-21\0\[IT] CEI 0-21
7517=CEI0-21Int\0\[IT] CEI 0-21 intern
7518=CEI0-21Ext\0\[IT] CEI 0-21 extern
7519=UL1741/2010/277\0\[US] UL1741/2010/277
7520=UL1741/2010/120\0\[US] UL1741/2010/120
7521=UL1741/2010/240\0\[US] UL1741/2010/240
7522=NEN-EN50438\0\[NL] NEN-EN50438
7523=C10/11/2012\0\[BE] C10/11/2012
7524=RD1699\0\[ES] RD1699
7525=G83/2\0\[GB] G83/2
7526=VFR2013\0\[FR] VFR2013
7527=VFR2014\0\[FR] VFR2014
7528=G59/3\0\[GB] G59/3
7529=SI4777_HS131_Pf\0\[IL] SI4777_HS131_Pf
7530=MEA2013\0\[TH] MEA2013
7531=PEA2013\0\[TH] PEA2013
7532=EN50438_2013\0\[EN] EN50438:2013
7533=NEN-EN50438_13\0\[NL] NEN-EN50438:2013
7534=SA220V/60Hz\0\[SA] SA220V/60Hz
7535=WorstCase\0\SMA WorstCase
7536=DftEN\0\SMA Default
7537=OthStd60Hz\0\SMA Other standard (60Hz)
7538=SI4777_HS131_13\0\[IL] SI4777_HS131_13
7539=RD1699/413\0\[ES] RD1699/413
7540=KEMCO2013\0\KEMCO2013
7541=UL1741/2010/208\0\[US] UL1741/2010/208
7542=GPPWide\0\[DE] GPPWide
7543=VDE0126-1-1_CH\0\[CH] VDE_0126-1-1-CH
7544=VDE-AR-N4105-DK\0\[DK] VDE-AR-N4105-DK
7545=VDE-AR-N4105-MC\0\[DE] VDE-AR-N4105-MC
7546=Adjusted-MC\0\SMA Adjusted-MC
7547=OENORME80014712\0\[AT] OENORME80014712
7548=HECO2015\0\[US] HECO2015
7549=AS4777.2_2015\0\[AU] AS4777.2_2015
7550=NRS97-2-1\0\[ZA] NRS97-2-1
7551=NT_Ley2057\0\[CL] NT_Ley20571
7552=HECO2015/120\0\[US] HECO2015/120
7553=HECO2015/208\0\[US] HECO2015/208
7554=HECO2015/240\0\[US] HECO2015/240
7555=IEC61727\0\IEC IEC61727
7556=MEA2016\0\[TH] MEA2016
7557=PEA2016\0\[TH] PEA2016
7558=UL1741/2016/277\0\[US] UL1741/2016/277
7559=UL1741/2016/120\0\[US] UL1741/2016/120
7560=UL1741/2016/240\0\[US] UL1741/2016/240
7561=UL1741/2016/208\0\[US] UL1741/2016/208
7562=HECO2017/120\0\[US] HECO2017/120
7563=HECO2017/208\0\[US] HECO2017/208
7564=HECO2017/240\0\[US] HECO2017/240
7565=ABNT_NBR_16149_2013\0\[BR] ABNT NBR 16149:2013
7566=IE-EN50438_2013\0\[EU] IE-EN50438:2013
7567=DEWA_2016_intern\0\[AE] DEWA 2016 intern
7568=DEWA_2016_extern\0\[AE] DEWA 2016 extern
7569=TOR_D4_2016\0\[AT] TOR D4 2016
7570=IEEE1547\0\[US] IEEE 1547
7571=CARule21\0\[US] CA Rule 21
7572=CEI0-16ext\0\[IT] CEI 0-16 external
7573=G83/2-1_2018\0\[GB] G83/2-1:2018
7574=G59/3-4_2018\0\[GB] G59/3-4:2018
7575=HECOSRD1.1/120\0\[US] HECO_OHM Rule 14H SRD 1.1 / 120 L-N-L
7576=HECOSRD1.1/208\0\[US] HECO_OHM Rule 14H SRD 1.1 / 208 L-L
7577=HECOSRD1.1/240\0\[US] HECO_OHM Rule 14H SRD 1.1 / 240 L-L
7578=NE-ISO/120\0\[US] NE-ISO / 120 L-N-L
7579=NE-ISO/208\0\[US] NE-ISO / 208 L-L
7580=NE-ISO/240\0\[US] NE-ISO / 240 L-L
7581=CARule21/120\0\[US] CA Rule 21 / 120 L-N-L
7582=CARule21/208\0\[US] CA Rule 21 / 208 L-L
7583=CARule21/240\0\[US] CA Rule 21 / 240 L-L
7584=VDEARN4105/18a\0\[DE] VDE-AR-N4105:2018 Generators > 4.6 kVA
7585=VDEARN4105/18b\0\[DE] VDE-AR-N4105:2018 Storage > 4.6 kVA
7586=VDEARN4105/18c\0\[DE] VDE-AR-N4105:2018 Generators up to 4.6 kVA
7587=VDEARN4105/18d\0\[DE] VDE-AR-N4105:2018 Storage up to 4.6 kVA
7588=VDEARN4110/18\0\[DE] VDE-AR-N4110:2018 Generator int. Decoup. Protection Device
7589=VDEARN4110/18a\0\[DE] VDE-AR-N4110:2018 Generator ext. Decoup. Protection Device
7590=EN50549-1/18\0\[EU] EN50549-1:2018 LV
7591=EN50549-2/18\0\[EU] EN50549-2:2018 MV
7592=DftSMA/19\0\SMA Default 2019 50Hz
7593=DftSMA/19a\0\SMA Default2019 60Hz
7594=ENA-G98/1/18\0\[UK] ENA-EREC-G98/1:2018
7595=ENA-G99/1/18\0\[UK] ENA-EREC-G99/1:2018
7596=C10/11-LV1/18\0\[BE] C10/11-LV1:2018 LV up to 10kVA
7597=C10/11-LV2/18\0\[BE] C10/11-LV2:2018 LV >10kVA
7598=C10/11-MV1/18\0\[BE] C10/11-MV1:2018 MV
7599=DK1-West/19\0\[DK] Dansk Energi DK1:2019 LV
7600=DK2-East/19\0\[DK] Dansk Energi DK2:2019 LV
7601=DfltIguana/19\0\SMA Default 2019 for grid management services
7602=BE-C10/11/19-09 PV_a\0\[BE] Synergrid C10/11:2019 LV Generators int. Decoup. Protection Device
7603=BE-C10/11/19-09 PV_b\0\[BE] Synergrid C10/11:2019 LV Generators ext. Decoup. Protection Device
7604=BE-C10/11/19-09 PV_c\0\[BE] Synergrid C10/11:2019 MV Generators int. Decoup. Protection Device
7605=BE-C10/11/19-09 PV_d\0\[BE] Synergrid C10/11:2019 MV Generators ext. Decoup. Protection Device
7606=BE-C10/11/19-09 St_a\0\[BE] Synergrid C10/11:2019 LV Storage int. Decoup. Protection Device
7607=BE-C10/11/19-09 St_b\0\[BE] Synergrid C10/11:2019 LV Storage ext. Decoup. Protection Device
7608=BE-C10/11/19-09 St_c\0\[BE] Synergrid C10/11:2019 MV Storage int. Decoup. Protection Device
7609=BE-C10/11/19-09 St_d\0\[BE] Synergrid C10/11:2019 MV Storage ext. Decoup. Protection Device
7610=IT-CEI0-21/19_a\0\[IT] CEI0-21:2019 System ≤11.08 kW int. Decoup. Protection Device
7611=IT-CEI0-21/19_b\0\[IT] CEI0-21:2019 System ≤11.08 kW ext. Decoup. Protection Device
7612=IT-CEI0-21/19_c\0\[IT] CEI0-21:2019 System >11.08 kW ext. Decoup. Protection Device
7613=IT-CEI0-16/19\0\[IT] CEI0-16:2019 System ≤6 MW
7614=AT-TOR-Erzeuger-A/19_a\0\[AT] TOR Erzeuger Typ A V1.0:2019 Anlage ≤3,68 kVA
7615=AT-TOR-Erzeuger-A/19_b\0\[AT] TOR Generator Type A V1.0:2019
7616=AT-TOR-Erzeuger-B/19\0\[AT] TOR Generator Type B V1.0:2019 System >250 kW
7617=VDEARN4120_18\0\[DE] VDE-AR-N 4120:2018
7618=VFR2019\0\[FR] VFR:2019
7619=P_O_12.2_2018\0\[ES] P.O.12.2:2018
7620=IEC61727_IN\0\[IN] IEC 61727
7621=PV502_2013\0\[KR] PV 502:2013
7622=CNS15382_2018\0\[TW] CNS 15382:2018
7623=VJV2018\0\[FI] VJV:2018
8000=DevClss0\0\All Devices
8001=DevClss1\0\Solar Inverters
8002=DevClss2\0\Wind Turbine Inverter
8007=DevClss7\0\Battery Inverter
8008=DevClss8\0\Charging station
8009=DevClss9\0\Hybrid Inverter
8033=DevClss33\0\Load
8064=DevClss64\0\Sensor System in General
8065=DevClss65\0\Electricity meter
8066=DevClss66\0\Gas meter
8067=DevClss67\0\Generic meter
8096=DevClss96\0\Tracker
8128=DevClss128\0\Communication products
8500=ObjRoot\0\ROOT
8501=ObjVMem\0\VMEM
8502=ObjPwt\0\PWT
8503=ObjCom\0\COM
8504=ObjFwChk\0\FWCHK
8505=ObjCond\0\COND
8506=ObjSet\0\SET
8507=ObjLogDev\0\LOGDEV
8508=ObjLogObj\0\LOGOBJ
8509=ObjTags\0\TAGS
8510=ObjPhyDev\0\PHYDEV
8511=ObjPhyObj\0\PHYOBJ
8512=ObjLexe\0\LEXE
8513=ObjLexn\0\LEXN
8514=ObjLexa\0\LEXA
8515=ObjLs\0\LS
8516=ObjVers\0\VERS
8530=ObjCnt\0\Counter object
8531=ObjAvMs\0\5-min value object
8532=ObjMs\0\Instantaneous value object
8533=ObjStt\0\Status object
8534=ObjPara\0\Parameter object
8535=ObjStrgAvMs\0\PV string group mean values
8536=ObjStrgLst\0\String list object
8537=ObjStrgPara\0\PV string group parameter
8538=ObjStrgMs\0\PV string group instantaneous values
8539=ObjAdpt\0\Adaptor information
8540=ObjLogTotWh\0\Data logger object energy
8541=ObjLogEvt\0\Data logger object event
8542=ObjLogDyWh\0\Data logger object daily energy
8543=ObjEvtCnt\0\Event counter object
8544=ObjEvt\0\Event object
8545=ObjTagLst\0\Taglist object
8546=ObjTm\0\Time setting object
8547=ObjPlntCtlPara\0\PV system control parameter
8548=ObjVolCtlAvMs\0\PV voltage level mean values
8549=ObjVolCtlMs\0\PV voltage level instantaneous values
8550=ObjVolCtlPara\0\PV voltage level parameter
8551=ObjPlntCtl\0\PV system control object
8552=ObjVolCtlStt\0\PV voltage level status
8553=ObjLogTotWhOut\0\Data logger object supplied power
8554=ObjLogTotWhIn\0\Data logger object consumed power
8555=ObjLogDyWhOut\0\Data logger object supplied daily power
8556=ObjLogDyWhIn\0\Data logger object consumed daily power
8557=ObjExPlntCtl\0\External PV system control object
8558=ObjLogVPhA\0\ObjLogVPhA
8559=ObjLogVPhB\0\ObjLogVPhB
8560=ObjLogVPhC\0\ObjLogVPhC
8561=ObjLogDcVol\0\ObjLogDcVol
8562=ObjLogHz\0\ObjLogHz
8563=ObjLogPcbTmp\0\ObjLogPcbTmp
8564=ObjLogBatVolAv\0\ObjLogBatVolAv
8565=ObjLogBatVolMax\0\ObjLogBatVolMax
8566=ObjLogBatVolMin\0\ObjLogBatVolMin
8567=ObjLogBatAmp\0\ObjLogBatAmp
8568=ObjLogBatTmpAv\0\ObjLogBatTmpAv
8569=ObjLogBatTmpMax\0\ObjLogBatTmpMax
8570=ObjLogBatTmpMin\0\ObjLogBatTmpMin
8571=ObjLogBatCapac\0\ObjLogBatCapac
8572=ObjLogPvWh\0\Datalogger obj. PV gen. meter
8573=ObjLogTotCsmp\0\Datalogger obj. total consump.
8574=ObjLogSelfCsmp\0\Datalogger obj. internal consump.
8575=ObjLogDirCsmp\0\Datalogger obj. direct consump.
8576=ObjLogBatChrg\0\Datalogger obj. battery charge
8577=ObjLogBatDsch\0\Datalogger obj. battery disch.
8578=ObjLogPvBat\0\Datalogger obj. PV/batt. power
8579=ObjLogSelfSup\0\Data logger object self-supply
8580=ObjLogGriW\0\Data logger object feed-in power
8581=MltLogPhsV\0\Data logger object - phase voltage
8582=MltLogPhsA\0\Data logger object - phase current
8583=ObjLogDcW\0\Data logger object - DC power
8584=MltLogDcVol\0\Data logger object - DC voltage
8585=MltLogDcAmp\0\Data logger object - DC current
8586=ObjLogLeakRis\0\Data logger object - insulation resistance
8587=MltLogFltA\0\Data logger object - residual current
8588=ObjLogHealth\0\Data logger object - device state
8589=ObjLogTotCsmpDy\0\Data logger object total consumption of current day
8590=ObjLogWhIn\0\Data logger object absorbed energy
8591=ObjLogDyIn\0\Data logger object daily value absorbed energy
8592=ObjLogBatCha\0\Data logger object battery state of charge
8593=GenLog1Min\0\Generic 1-minute logger
8594=GenLog5Min\0\Generic 5-minute logger
8595=GenLogDy\0\Generic daily logger
8596=ObjLogBatChrgDy\0\ObjLogBatChrgDy
8597=ObjLogBatDschDy\0\ObjLogBatDschDy
8598=ObjLogBatOpStt\0\Data logger object battery status
8599=ObjLogBatActlCapac\0\Data logger object battery capacity
8600=ObjLogBatChaStt\0\Data logger object battery state of charge
8601=ObjLogBatActChrg\0\Datalogger obj. battery charge
8602=ObjLogBatActDsch\0\Datalogger obj. battery disch.
8603=ObjLogAvailBatChrg\0\Datalogger obj. Available charging power
8604=ObjLogAvailBatDsch\0\Datalogger obj. Available discharging power
8605=Tesla\0\Tesla
8606=Sony\0\Sony
8607=Daily-Powerwall-6.4kWh\0\Daily-Powerwall-6.4kWh
8608=RESU-8.0\0\RESU-8.0
8609=RESU-9.8\0\RESU-9.8
8610=RESU-10.0\0\RESU-10H
8611=ObjLogEnvTmp\0\Datalogger obj. Ambient temperature
8612=ObjLogEnaStt\0\Datalogger obj. Status enable signal
8613=ObjLogThmPwrDmd\0\Datalogger obj. Climate management supply req.
8614=ObjLogDCBusVtg\0\Datalogger obj. - DC-bus voltage
8615=ObjLogDCBusW\0\Datalogger obj. - DC-bus power
8616=ObjLogLDSupVtg\0\Datalogger obj. Logic supply voltage
8617=ObjLogThmMgtSupVtg\0\Datalogger obj. Climate mgmt. supply voltage
8618=ObjLogCmpBMSOpMode\0\Datalogger obj. Battery management system command
8619=TypOth\0\Other type
8620=BYD\0\BYD
8621=B-BOX-HV\0\BYD Battery-Box H (4 - 8)
8622=Kirchner\0\Kirchner
8623=RESU-7.0\0\RESU-7H
8624=GenLogFlRec\0\GenLogFlRec
8625=ObjLogDcW_B\0\ObjLogDcW_B
8626=MltLogDcVol_B\0\MltLogDcVol_B
8627=MltLogDcAmp_B\0\MltLogDcAmp_B
8628=HYPN-3-6\0\Hyperion (3 - 6)
8629=ERA-PBS7_5_15HV\0\era:powerbase 7.5 - 15 HV
8630=AX_PWRPCK_3_6\0\AXIstorage Li SH 3 – 6 Powerpack
8631=BMZ\0\BMZ
8632=IBC Solar\0\IBC Solar
8633=Axitec\0\Axitec
8634=RESU-10M\0\RESU-10M
8635=SmartSolar\0\SMART SOLAR
9000=SWR 700\0\SWR 700
9001=SWR 850\0\SWR 850
9002=SWR 850E\0\SWR 850E
9003=SWR 1100\0\SWR 1100
9004=SWR 1100E\0\SWR 1100E
9005=SWR 1100LV\0\SWR 1100LV
9006=SWR 1500\0\SWR 1500
9007=SWR 1600\0\SWR 1600
9008=SWR 1700E\0\SWR 1700E
9009=SWR 1800U\0\SWR 1800U
9010=SWR 2000\0\SWR 2000
9011=SWR 2400\0\SWR 2400
9012=SWR 2500\0\SWR 2500
9013=SWR 2500U\0\SWR 2500U
9014=SWR 3000\0\SWR 3000
9015=SB 700\0\SB 700
9016=SB 700U\0\SB 700U
9017=SB 1100\0\SB 1100
9018=SB 1100U\0\SB 1100U
9019=SB 1100LV\0\SB 1100LV
9020=SB 1700\0\SB 1700
9021=SB 1900TLJ\0\SB 1900TLJ
9022=SB 2100TL\0\SB 2100TL
9023=SB 2500\0\SB 2500
9024=SB 2800\0\SB 2800
9025=SB 2800i\0\SB 2800i
9026=SB 3000\0\SB 3000
9027=SB 3000US\0\SB 3000US
9028=SB 3300\0\SB 3300
9029=SB 3300U\0\SB 3300U
9030=SB 3300TL\0\SB 3300TL
9031=SB 3300TL HC\0\SB 3300TL HC
9032=SB 3800\0\SB 3800
9033=SB 3800U\0\SB 3800U
9034=SB 4000US\0\SB 4000US
9035=SB 4200TL\0\SB 4200TL
9036=SB 4200TL HC\0\SB 4200TL HC
9037=SB 5000TL\0\SB 5000TL
9038=SB 5000TLW\0\SB 5000TLW
9039=SB 5000TL HC\0\SB 5000TL HC
9040=Convert 2700\0\Convert 2700
9041=SMC 4600A\0\SMC 4600A
9042=SMC 5000\0\SMC 5000
9043=SMC 5000A\0\SMC 5000A
9044=SB 5000US\0\SB 5000US
9045=SMC 6000\0\SMC 6000
9046=SMC 6000A\0\SMC 6000A
9047=SB 6000US\0\SB 6000US
9048=SMC 6000UL\0\SMC 6000UL
9049=SMC 6000TL\0\SMC 6000TL
9050=SMC 6500A\0\SMC 6500A
9051=SMC 7000A\0\SMC 7000A
9052=SMC 7000HV\0\SMC 7000HV
9053=SB 7000US\0\SB 7000US
9054=SMC 7000TL\0\SMC 7000TL
9055=SMC 8000TL\0\SMC 8000TL
9056=SMC 9000TL\0\SMC 9000TL-10
9057=SMC 10000TL\0\SMC 10000TL-10
9058=SMC 11000TL\0\SMC 11000TL-10
9059=SB 3000 K\0\SB 3000 K
9060=InvUnk\0\Unknown device
9061=Sensorbox\0\SensorBox
9062=SMC 11000TLRP\0\SMC 11000TLRP
9063=SMC 10000TLRP\0\SMC 10000TLRP
9064=SMC 9000TLRP\0\SMC 9000TLRP
9065=SMC 7000HVRP\0\SMC 7000HVRP
9066=SB 1200\0\SB 1200
9067=STP 10000TL-10\0\STP 10000TL-10
9068=STP 12000TL-10\0\STP 12000TL-10
9069=STP 15000TL-10\0\STP 15000TL-10
9070=STP 17000TL-10\0\STP 17000TL-10
9071=SB 2000HF-30\0\SB 2000HF-30
9072=SB 2500HF-30\0\SB 2500HF-30
9073=SB 3000HF-30\0\SB 3000HF-30
9074=SB 3000TL-21\0\SB 3000TL-21
9075=SB 4000TL-21\0\SB 4000TL-21
9076=SB 5000TL-21\0\SB 5000TL-21
9077=SB 2000HFUS-30\0\SB 2000HFUS-30
9078=SB 2500HFUS-30\0\SB 2500HFUS-30
9079=SB 3000HFUS-30\0\SB 3000HFUS-30
9080=SB 8000TLUS\0\SB 8000TLUS
9081=SB 9000TLUS\0\SB 9000TLUS
9082=SB 10000TLUS\0\SB 10000TLUS
9083=SB 8000US\0\SB 8000US
9084=WB 3600TL-20\0\WB 3600TL-20
9085=WB 5000TL-20\0\WB 5000TL-20
9086=SB 3800US-10\0\SB 3800US-10
9087=Sunny Beam BT11\0\Sunny Beam BT11
9088=SC 500CP\0\Sunny Central 500CP
9089=SC 630CP\0\Sunny Central 630CP
9090=SC 800CP\0\Sunny Central 800CP
9091=SC 250U\0\Sunny Central 250U
9092=SC 500U\0\Sunny Central 500U
9093=SC 500HEUS\0\Sunny Central 500HEUS
9094=SC 760CP\0\Sunny Central 760CP
9095=SC 720CP\0\Sunny Central 720CP
9096=SC 910CP\0\Sunny Central 910CP
9097=SMU\0\SMU8
9098=STP 5000TL-20\0\STP 5000TL-20
9099=STP 6000TL-20\0\STP 6000TL-20
9100=STP 7000TL-20\0\STP 7000TL-20
9101=STP 8000TL-10\0\STP 8000TL-10
9102=STP 9000TL-20\0\STP 9000TL-20
9103=STP 8000TL-20\0\STP 8000TL-20
9104=SB 3000TL-JP-21\0\SB 3000TL-JP-21
9105=SB 3500TL-JP-21\0\SB 3500TL-JP-21
9106=SB 4000TL-JP-21\0\SB 4000TL-JP-21
9107=SB 4500TL-JP-21\0\SB 4500TL-JP-21
9108=SCSMC\0\SCSMC
9109=SB 1600TL-10\0\SB 1600TL-10
9110=SSMUS\0\SSM US
9111=RemSoc\0\radio-controlled socket
9112=WB 2000HF-30\0\WB 2000HF-30
9113=WB 2500HF-30\0\WB 2500HF-30
9114=WB 3000HF-30\0\WB 3000HF-30
9115=WB 2000HFUS-30\0\WB 2000HFUS-30
9116=WB 2500HFUS-30\0\WB 2500HFUS-30
9117=WB 3000HFUS-30\0\WB 3000HFUS-30
9118=VIEW-10\0\VIEW-10
9119=Sunny HomeManager\0\Sunny Home Manager
9120=SMID\0\SMID
9121=SC 800HE-20\0\Sunny Central 800HE-20
9122=SC 630HE-20\0\Sunny Central 630HE-20
9123=SC 500HE-20\0\Sunny Central 500HE-20
9124=SC 720HE-20\0\Sunny Central 720HE-20
9125=SC 760HE-20\0\Sunny Central 760HE-20
9126=SMC 6000A-11\0\SMC 6000A-11
9127=SMC 5000A-11\0\SMC 5000A-11
9128=SMC 4600A-11\0\SMC 4600A-11
9129=SB 3800-11\0\SB 3800-11
9130=SB 3300-11\0\SB 3300-11
9131=STP 20000TL-10\0\STP 20000TL-10
9132=CT Meter\0\SMA CT Meter
9133=SB 2000HFUS-32\0\SB 2000HFUS-32
9134=SB 2500HFUS-32\0\SB 2500HFUS-32
9135=SB 3000HFUS-32\0\SB 3000HFUS-32
9136=WB 2000HFUS-32\0\WB 2000HFUS-32
9137=WB 2500HFUS-32\0\WB 2500HFUS-32
9138=WB 3000HFUS-32\0\WB 3000HFUS-32
9139=STP 20000TLHE-10\0\STP 20000TLHE-10
9140=STP 15000TLHE-10\0\STP 15000TLHE-10
9141=SB 3000US-12\0\SB 3000US-12
9142=SB 3800-US-12\0\SB 3800US-12
9143=SB 4000US-12\0\SB 4000US-12
9144=SB 5000US-12\0\SB 5000US-12
9145=SB 6000US-12\0\SB 6000US-12
9146=SB 7000US-12\0\SB 7000US-12
9147=SB 8000US-12\0\SB 8000US-12
9148=SB 8000TLUS-12\0\SB 8000TLUS-12
9149=SB 9000TLUS-12\0\SB 9000TLUS-12
9150=SB 10000TLUS-12\0\SB 10000TLUS-12
9151=SB 11000TLUS-12\0\SB 11000TLUS-12
9152=SB 7000TLUS-12\0\SB 7000TLUS-12
9153=SB 6000TLUS-12\0\SB 6000TLUS-12
9154=SB 1300TL-10\0\SB 1300TL-10
9155=SBU 2200\0\Sunny Backup 2200
9156=SBU 5000\0\Sunny Backup 5000
9157=SI 2012\0\Sunny Island 2012
9158=SI 2224\0\Sunny Island 2224
9159=SI 5048\0\Sunny Island 5048
9160=SB 3600TL-20\0\SB 3600TL-20
9161=SB 3000TL-JP-22\0\SB 3000TL-JP-22
9162=SB 3500TL-JP-22\0\SB 3500TL-JP-22
9163=SB 4000TL-JP-22\0\SB 4000TL-JP-22
9164=SB 4500TL-JP-22\0\SB 4500TL-JP-22
9165=SB 3600TL-21\0\SB 3600TL-21
9166=LUFFT\0\LUFFT
9167=Cluster Controller\0\Cluster Controller
9168=SC630HE-11\0\SC630HE-11
9169=SC500HE-11\0\SC500HE-11
9170=SC400HE-11\0\SC400HE-11
9171=WB 3000TL-21\0\WB 3000TL-21
9172=WB 3600TL-21\0\WB 3600TL-21
9173=WB 4000TL-21\0\WB 4000TL-21
9174=WB 5000TL-21\0\WB 5000TL-21
9175=SC 250\0\SC 250
9176=SMA Meteo Station\0\SMA Meteo Station
9177=SB 240-10\0\SB 240-10
9178=SB 240-US-10\0\SB 240-US-10
9179=Multigate-10\0\Multigate-10
9180=Multigate-US-10\0\Multigate-US-10
9181=STP 20000TLEE-10\0\STP 20000TLEE-10
9182=STP 15000TLEE-10\0\STP 15000TLEE-10
9183=SB 2000TLST-21\0\SB 2000TLST-21
9184=SB 2500TLST-21\0\SB 2500TLST-21
9185=SB 3000TLST-21\0\SB 3000TLST-21
9186=WB 2000TLST-21\0\WB 2000TLST-21
9187=WB 2500TLST-21\0\WB 2500TLST-21
9188=WB 3000TLST-21\0\WB 3000TLST-21
9189=WTP 5000TL-20\0\WTP 5000TL-20
9190=WTP 6000TL-20\0\WTP 6000TL-20
9191=WTP 7000TL-20\0\WTP 7000TL-20
9192=WTP 8000TL-20\0\WTP 8000TL-20
9193=WTP 9000TL-20\0\WTP 9000TL-20
9194=STP 12kTL-US-10\0\STP 12000TL-US-10
9195=STP 15kTL-US-10\0\STP 15000TL-US-10
9196=STP 20kTL-US-10\0\STP 20000TL-US-10
9197=STP 24kTL-US-10\0\STP 24000TL-US-10
9198=SB 3000TL-US-22\0\SB 3000TLUS-22
9199=SB 3800TL-US-22\0\SB 3800TLUS-22
9200=SB 4000TL-US-22\0\SB 4000TLUS-22
9201=SB 5000TL-US-22\0\SB 5000TLUS-22
9202=WB 3000TL-US-22\0\WB 3000TLUS-22
9203=WB 3800TL-US-22\0\WB 3800TLUS-22
9204=WB 4000TL-US-22\0\WB 4000TLUS-22
9205=WB 5000TL-US-22\0\WB 5000TLUS-22
9206=SC 500CP-JP\0\SC 500CP-JP
9207=SC 850CP\0\SC 850CP
9208=SC 900CP\0\SC 900CP
9209=SC 850 CP-US\0\SC 850 CP-US
9210=SC 900 CP-US\0\SC 900 CP-US
9211=SC 619CP\0\SC 619CP
9212=SMA Meteo Station Pro\0\SMA Meteo Station
9213=SC 800 CP-US\0\SC 800 CP-US
9214=SC 630 CP-US\0\SC 630 CP-US
9215=SC 500 CP-US\0\SC 500 CP-US
9216=SC 720 CP-US\0\SC 720 CP-US
9217=SC 750 CP-US\0\SC 750 CP-US
9218=SB 240 Dev\0\SB 240 Dev
9219=SB 240-US BTF\0\SB 240-US BTF
9220=Grid Gate-20\0\Grid Gate-20
9221=SC 500 CP-US/600V\0\SC 500 CP-US/600V
9222=STP 10kTL-JP-10\0\STP 10000TLEE-JP-10
9223=SI 6.0H\0\Sunny Island 6.0H
9224=SI 8.0H\0\Sunny Island 8.0H
9225=SB 5000SE-10\0\SB 5000SE-10
9226=SB 3600SE-10\0\SB 3600SE-10
9227=SC 800CP-JP\0\SC 800CP-JP
9228=SC 630CP-JP\0\SC 630CP-JP
9229=WebBox-30\0\WebBox-30
9230=Power Reducer Box\0\Power Reducer Box
9231=S0 Box\0\Sunny Sensor Counter
9232=SBC\0\Sunny Boy Control
9233=SBC+\0\Sunny Boy Control Plus
9234=SBCL\0\Sunny Boy Control Light
9235=SC 100 outdoor\0\Sunny Central 100 Outdoor
9236=SC 1000MV\0\Sunny Central 1000MV
9237=SC 100LV\0\Sunny Central 100 LV
9238=SC 1120MV\0\Sunny Central 1120MV
9239=SC 125LV\0\Sunny Central 125 LV
9240=SC 150\0\Sunny Central 150
9241=SC 200\0\Sunny Central 200
9242=SC 200HE\0\Sunny Central 200 HE
9243=SC 250HE\0\Sunny Central 250 HE
9244=SC 350\0\Sunny Central 350
9245=SC 350HE\0\Sunny Central 350 HE
9246=SC 400HE-11\0\Sunny Central 400 HE
9247=SC 400MV\0\Sunny Central 400MV
9248=SC 500HE\0\Sunny Central 500 HE
9249=SC 500MV\0\Sunny Central 500MV
9250=SC 560HE\0\Sunny Central 560 HE
9251=SC 630HE-11\0\Sunny Central 630 HE
9252=SC 700MV\0\Sunny Central 700MV
9253=SCBFS\0\Sunny Central Betriebsführung
9254=SI 3324\0\Sunny Island 3324
9255=SI 4.0M\0\Sunny Island 4.0M
9256=SI 4248\0\Sunny Island 4248
9257=SI 4248U\0\Sunny Island 4248U
9258=SI 4500\0\Sunny Island 4500
9259=SI 4548U\0\Sunny Island 4548U
9260=SI 5.4M\0\Sunny Island 5.4M
9261=SI 5048U\0\Sunny Island 5048U
9262=SI 6048U\0\Sunny Island 6048U
9263=SMC 7000HV-11\0\Sunny Mini Central 7000HV-11
9264=Solar Tracker\0\Sunny Solar Tracker
9265=Sunny Beam\0\Sunny Beam
9266=SWR 700/150\0\Sunny Boy SWR 700/150
9267=SWR 700/200\0\Sunny Boy SWR 700/200
9268=SWR 700/250\0\Sunny Boy SWR 700/250
9269=WebBox SC\0\Sunny WebBox for SC
9270=WebBox-10\0\Sunny WebBox
9271=STP 20kTL-JP-11\0\STP 20000TLEE-JP-11
9272=STP 10kTL-JP-11\0\STP 10000TLEE-JP-11
9273=SB 6000TL-21\0\SB 6000TL-21
9274=SB 6000TL-US-22\0\SB 6000TL-US-22
9275=SB 7000TL-US-22\0\SB 7000TL-US-22
9276=SB 7600TL-US-22\0\SB 7600TL-US-22
9277=SB 8000TL-US-22\0\SB 8000TL-US-22
9278=SI 3.0M\0\Sunny Island 3.0M
9279=SI 4.4M\0\Sunny Island 4.4M
9280=NonSMACsmp\0\Consumer external device
9281=STP 10000TL-20\0\STP 10000TL-20
9282=STP 11000TL-20\0\STP 11000TL-20
9283=STP 12000TL-20\0\STP 12000TL-20
9284=STP 20000TL-30\0\STP 20000TL-30
9285=STP 25000TL-30\0\STP 25000TL-30
9286=SCS-500\0\Sunny Central Storage 500
9287=SCS-630\0\Sunny Central Storage 630
9288=SCS-720\0\Sunny Central Storage 720
9289=SCS-760\0\Sunny Central Storage 760
9290=SCS-800\0\Sunny Central Storage 800
9291=SCS-850\0\Sunny Central Storage 850
9292=SCS-900\0\Sunny Central Storage 900
9293=SB 7700TL-US-22\0\SB 7700TL-US-22
9294=SB20.0-3SP-40\0\SB20.0-3SP-40
9295=SB30.0-3SP-40\0\SB30.0-3SP-40
9296=SC 1000 CP\0\SC 1000 CP
9297=Zeversolar 1000\0\Zeversolar 1000
9298=SC 2200-10\0\Sunny Central 2200
9299=SC 2200-US-10\0\Sunny Central 2200-US
9300=SC 2475-EV-10\0\Sunny Central 2475
9301=SB1.5-1VL-40\0\Sunny Boy 1.5
9302=SB2.5-1VL-40\0\Sunny Boy 2.5
9303=SB2.0-1VL-40\0\Sunny Boy 2.0
9304=SB5.0-1SP-US-40\0\Sunny Boy 5.0
9305=SB6.0-1SP-US-40\0\Sunny Boy 6.0
9306=SB7.7-1SP-US-40\0\Sunny Boy 7.7
9307=Energy Meter\0\Energy Meter
9308=ZoneMonitoring\0\ZoneMonitoring
9309=STP 27kTL-US-10\0\STP 27000TL-US-10
9310=STP 30kTL-US-10\0\STP 30000TL-US-10
9311=STP 25kTL-JP-30\0\STP 25000TL-JP-30
9312=SSM30\0\SMA String Monitor
9313=SB50.0-3SP-40\0\SB50.0-3SP-40
9314=PlugwiseCircle\0\PlugwiseCircle
9315=PlugwiseSting\0\Plugwise Stealth/Sting
9316=SCS-1000\0\Sunny Central Storage 1000
9317=SB 5400TL-JP-22\0\SB 5400TL-JP-22
9318=SCS-1000-KRBS\0\Sunny Central Storage 1000 KRBS
9319=SB3.0-1AV-40\0\Sunny Boy 3.0
9320=SB3.6-1AV-40\0\Sunny Boy 3.6
9321=SB4.0-1AV-40\0\Sunny Boy 4.0
9322=SB5.0-1AV-40\0\Sunny Boy 5.0
9323=MltBox12-2\0\Multicluster Box 12-2
9324=SBS1.5-1VL-10\0\Sunny Boy Storage 1.5
9325=SBS2.0-1VL-10\0\Sunny Boy Storage 2.0
9326=SBS2.5-1VL-10\0\Sunny Boy Storage 2.5
9327=SMA Energy Meter\0\SMA Energy Meter
9328=SB3.0-1SP-US-40\0\Sunny Boy 3.0
9329=SB3.8-1SP-US-40\0\Sunny Boy 3.8
9330=SB7.0-1SP-US-40\0\Sunny Boy 7.0
9331=SI 3.0M-12\0\Sunny Island 3.0M
9332=SI 4.4M-12\0\Sunny Island 4.4M
9333=SI 6.0H-12\0\Sunny Island 6.0H
9334=SI 8.0H-12\0\Sunny Island 8.0H
9335=SMA Com Gateway\0\SMA Com Gateway
9336=STP 15000TL-30\0\STP 15000TL-30
9337=STP 17000TL-30\0\STP 17000TL-30
9338=STP50-40\0\Sunny Tripower CORE1
9339=STP50-US-40\0\Sunny Tripower CORE1-US
9340=STP50-JP-40\0\Sunny Tripower CORE1-JP
9341=Edimax SP-2101W\0\Edimax Smart Plug 2101W
9342=Edimax SP-2110W\0\Edimax Smart Plug 2110W
9343=Sunny HomeManager 2.0\0\Sunny Home Manager 2.0
9344=STP4.0-3AV-40\0\Sunny Tripower 4.0
9345=STP5.0-3AV-40\0\Sunny Tripower 5.0
9346=STP6.0-3AV-40\0\Sunny Tripower 6.0
9347=STP8.0-3AV-40\0\Sunny Tripower 8.0
9348=STP10.0-3AV-40\0\Sunny Tripower 10.0
9349=STP4.0-3SP-40\0\Sunny Tripower 4.0
9350=STP5.0-3SP-40\0\Sunny Tripower 5.0
9351=STP6.0-3SP-40\0\Sunny Tripower 6.0
9352=STP8.0-3SP-40\0\Sunny Tripower 8.0
9353=STP10.0-3SP-40\0\Sunny Tripower 10.0
9354=STP 24.5kTL-JP-30\0\Sunny Tripower 24.5
9355=STP 20kTL-JP-30\0\Sunny Tripower 20.0
9356=SBS3.7-10\0\Sunny Boy Storage 3.7
9357=gelöscht\0\gelöscht
9358=SBS5.0-10\0\Sunny Boy Storage 5.0
9359=SBS6.0-10\0\Sunny Boy Storage 6.0
9360=SBS3.8-US-10\0\Sunny Boy Storage 3.8 US
9361=SBS5.0-US-10\0\Sunny Boy Storage 5.0 US
9362=SBS6.0-US-10\0\Sunny Boy Storage 6.0 US
9363=SBS4.0-JP-10\0\Sunny Boy Storage 4.0 JP
9364=SBS5.0-JP-10\0\Sunny Boy Storage 5.0 JP
9365=Edimax SP-2101W V2\0\Edimax Smart Plug 2101W V2
9366=STP3.0-3AV-40\0\Sunny Tripower 3.0
9367=STP3.0-3SP-40\0\Sunny Tripower 3.0
9368=TIGO_TS4_M\0\TS4-M
9369=TIGO_TS4_S\0\TS4-S
9370=TIGO_TS4_O\0\TS4-O
9371=TIGO_TS4_L\0\TS4-L
9372=TIGO_ES75\0\Tigo_ES75
9373=TIGO_2ES\0\Tigo_2ES
9374=TIGO_JBOX\0\Tigo_JBOX
9375=Wattnote Modbus RTU\0\Wattnode Modbus RTU
9376=SunSpec Modbus RTU\0\SunSpec Modbus RTU
9377=SMA-TGIB\0\SMA Gateway Interface Module
9378=SMA-CelMdm\0\SMA Cellular Modem Module
9379=SC 1850-US-10\0\Sunny Central 1850
9380=SC 2500-US-EV-10\0\Sunny Central 2500-US
9381=SC 2940-10\0\Sunny Central 2940
9382=SC 2940-US-10\0\Sunny Central 2940-US
9383=SCS 2200-10\0\Sunny Central Storage 2200
9384=SCS 2500-EV-10\0\Sunny Central Storage 2500-EV
9385=SCS 2500-EV-US-10\0\Sunny Central Storage 2500-US-EV
9386=SCS 2200-US-10\0\Sunny Central Storage 2200-US
9387=SC 2750-EV-10\0\Sunny Central 2750-EV
9388=SC 2750-EV-US-10\0\Sunny Central 2750-US-EV
9389=SCS 2750-EV-10\0\Sunny Central Storage 2750-EV
9390=SCS 2750-EV-US-10\0\Sunny Central Storage 2750-US-EV
9391=SCS 2475-10\0\Sunny Central Storage 2475
9392=SCS 2475-US-10\0\Sunny Central Storage 2475-US
9393=SB/STP Demo\0\SB / STP Demo
9394=TIGO_GW\0\Tigo Gateway
9395=TIGO_GW2\0\Tigo Gateway 2
9396=SMA DATA MANAGER M\0\SMA DATA MANAGER M
9397=EDMM-10\0\EDMM-10
9398=EDMM-US-10\0\EDMM-US-10
9399=EMETER-30\0\EMETER-30
9400=EDMS-US-10\0\EDMS-US-10
9401=SB3.0-1AV-41\0\Sunny Boy 3.0
9402=SB3.6-1AV-41\0\Sunny Boy 3.6
9403=SB4.0-1AV-41\0\Sunny Boy 4.0
9404=SB5.0-1AV-41\0\Sunny Boy 5.0
9405=SB6.0-1AV-41\0\Sunny Boy 6.0
9406=SHP 100k-20\0\SHP 100-20
9407=SHP 150k-20\0\SHP 150-20
9408=SHP 125k-US-20\0\SHP 125-US-20
9409=SHP 150k-US-20\0\SHP 150-US-20
9410=SHP 100k-JP-20\0\SHP 100-JP-20
9411=SHP 150k-JP-20\0\SHP 150-JP-20
9412=SC 2475-10\0\Sunny Central 2475
9413=SC 3000-EV-10\0\Sunny Central 3000-EV
9414=SCS 3000-EV-10\0\Sunny Central Storage 3000-EV
9415=SC 1760-US-10\0\Sunny Central 1760 US
9416=SC 2000-US-10\0\Sunny Central 2000 US
9417=SC 2500-EV-10\0\Sunny Central 2500-EV-10
9418=SCS 1900-10\0\Sunny Central Storage 1900
9419=SCS 1900-US-10\0\Sunny Central Storage 1900-US
9420=SCS 2900-10\0\Sunny Central Storage 2900
9421=SCS 2900-US-10\0\Sunny Central Storage 2900-US
9422=SB3.0-1AV-US_42\0\Sunny Boy 3.0-US
9423=SB3.8-1AV-US_42\0\Sunny Boy 3.8-US
9424=SB4.8-1AV-US_42\0\Sunny Boy 4.8-US
9425=SB5.8-1AV-US_42\0\Sunny Boy 5.8-US
9426=SB4.4-1AV-JP-42\0\Sunny Boy 4.4-JP
9427=SB5.5-1AV-JP-42\0\Sunny Boy 5.5-JP
9428=STP62-US-41\0\STP62-US-41
9429=STP50-US-41\0\STP50-US-41
9430=STP33-US-41\0\STP33-US-41
9431=STP50-41\0\STP50-41
9432=STP50-JP-41\0\STP50-JP-41
9433=SC2000-EV-US-10\0\Sunny Central 2000-EV-US
9434=SMA DATA MANAGER L\0\SMA DATA MANAGER L
9435=EDML-10\0\EDML-10
9436=EDML-US-10\0\EDML-US-10
9437=SMA Revenue Grade Meter\0\SMA Revenue Grade Meter
9438=SMASpot\0\SMA SPOT
9439=SB3.0-1SP-US-41\0\Sunny Boy 3.0-US
9440=SB3.8-1SP-US-41\0\Sunny Boy 3.8-US
9441=SB5.0-1SP-US-41\0\Sunny Boy 5.0-US
9442=SB6.0-1SP-US-41\0\Sunny Boy 6.0-US
9443=SB7.0-1SP-US-41\0\Sunny Boy 7.0-US
9444=SB7.7-1SP-US-41\0\Sunny Boy 7.7-US
9445=SB3.0-1TP-US-41\0\Sunny Boy 3.0-US
9446=SB3.8-1TP-US-41\0\Sunny Boy 3.8-US
9447=SB5.0-1TP-US-41\0\Sunny Boy 5.0-US
9448=SB6.0-1TP-US-41\0\Sunny Boy 6.0-US
9449=SB7.0-1TP-US-41\0\Sunny Boy 7.0-US
9450=SB7.7-1TP-US-41\0\Sunny Boy 7.7-US
9451=SLQ15.0-3AV-41\0\Solid-Q 15.0
9452=SLQ18.0-3AV-41\0\Solid-Q 18.0
9453=SLQ20.0-3AV-41\0\Solid-Q 20.0
9454=SLQ23.0-3AV-41\0\Solid-Q 23.0
9455=SB5.5-LV-JP-41\0\Sunny Boy 5.5-JP
9456=STPS60-10\0\Sunny Tripower Storage 60
9457=SC 4000-UP\0\Sunny Central 4000-UP
9458=SC 4000-UP-US\0\Sunny Central 4000-UP-US
9459=SCS 3450-UP-XT\0\Sunny Central Storage 3450-UP-XT
9460=SCS 3450-UP-XT-US\0\Sunny Central Storage 3450-UP-XT-US
9461=SC 4200-UP\0\Sunny Central 4200-UP
9462=SC 4200-UP-US\0\Sunny Central 4200-UP-US
9463=SCS 3600-UP-XT\0\Sunny Central Storage 3600-UP-XT
9464=SCS 3600-UP-XT-US\0\Sunny Central Storage 3600-UP-XT-US
9465=SC 4400-UP\0\Sunny Central 4400-UP
9466=SC 4400-UP-US\0\Sunny Central 4400-UP-US
9467=SCS 3800-UP-XT\0\Sunny Central Storage 3800-UP-XT
9468=SCS 3800-UP-XT-US\0\Sunny Central Storage 3800-UP-XT-US
9469=SC 4600-UP\0\Sunny Central 4600-UP
9470=SC 4600-UP-US\0\Sunny Central 4600-UP-US
9471=SCS 3950-UP-XT\0\Sunny Central Storage 3950-UP-XT
9472=SCS 3950-UP-XT-US\0\Sunny Central Storage 3950-UP-XT-US
9473=SMA Energy Meter 3\0\SMA Energy Meter powered by ennexOS
9474=SI4.4M-13\0\Sunny Island 4.4M
9475=SI6.0H-13\0\Sunny Island 6.0H
9476=SI8.0H-13\0\Sunny Island 8.0H
9477=SHP 143k-JP-20\0\SHP 143-JP-20
9478=FRITZ DECT 200\0\FRITZ!DECT 200
9479=FRITZ DECT 210\0\FRITZ!DECT 210
9480=STP 60-10\0\Sunny Tripower 60
9481=STP 60-JP-10\0\Sunny Tripower 60 Japan
9482=SHP 75-10\0\Sunny Highpower PEAK1
9483=EVC7.4-1AC-10 \0\EVC7.4-1AC-10 
9484=EVC22-3AC-10\0\EVC22-3AC-10
9485=Hybrid Controller\0\Hybrid Controller
9486=SI5.0H-13\0\Sunny Island 5.0H-13
9487=SBS4.0-JP\0\Sunny Boy Storage 4.0-JP
9488=STP 25-50\0\STP 25-50
9489=STP 20-50\0\STP 20-50
9490=STP 17-50\0\STP 17-50
9491=STP 15-50\0\STP 15-50
9492=STP 12-50\0\STP 12-50
9493=STP 30-US-50\0\STP 30-US-50
9494=STP 25-US-50\0\STP 25-US-50
9495=STP 24-US-50\0\STP 24-US-50
9496=STP 20-US-50\0\STP 20-US-50
9497=STP 15-US-50\0\STP 15-US-50
9498=STP 12-US-50\0\STP 12-US-50
9499=TmZnTmSvr\0\(UTC-AUTO) Automatic via SMA protocol
9500=TmZn+0430Kabul\0\(UTC+04:30) Kabul
9501=TmZn-0900Alaska\0\(UTC-09:00) Alaska
9502=TmZn+0300Kuwait\0\(UTC+03:00) Kuwait, Riyardh
9503=TmZn+0400AbuDhabi\0\(UTC+04:00) Abu Dhabi, Muskat
9504=TmZn+0300Bagdad\0\(UTC+03:00) Baghdad, Istanbul
9505=TmZn-0400Atlantik\0\(UTC-04:00) Atlantic (Canada)
9506=TmZn+0930Darwin\0\(UTC+09:30) Darwin
9507=TmZn+1000Canberra\0\(UTC+10:00) Canberra, Melbourne, Sydney
9508=TmZn+0400Baku\0\(UTC+04:00) Baku
9509=TmZn-0100Azoren\0\(UTC-01:00) Azores
9510=TmZn-0600Saskatchewan\0\(UTC-06:00) Saskatchewan
9511=TmZn-0100Kapverden\0\(UTC-01:00) Cape Verde Islands
9512=TmZn+0400Eriwan\0\(UTC+04:00) Yerevan
9513=TmZn+0930Adelaide\0\(UTC+09:30) Adelaide
9514=TmZn-0600Regina\0\(UTC-06:00) Regina
9515=TmZn+0600Astana\0\(UTC+06:00) Astana, Dhaka
9516=TmZn-0400Manaus\0\(UTC-04:00) Manaus
9517=TmZn+0100Belgrad\0\(UTC+01:00) Belgrade, Bratislava, Budapest, Ljubljana, Prague
9518=TmZn+0100Sarajevo\0\(UTC+01:00) Sarajevo, Skopje, Warsaw, Zagreb
9519=TmZn+1100Magadan\0\(UTC+11:00) Magadan, Solomon Islands, New Caledonia
9520=TmZn-0600Zentralamerika\0\(UTC-06:00) Central America
9521=TmZn-0600GuadalajaraAlt\0\(UTC-06:00) Guadalajara, Mexico City, Monterrary - Old
9522=TmZn+0800Peking\0\(UTC+08:00) Peking, Chongqing, Hongkong, Urumchi
9523=TmZn-1200Westen\0\(UTC-12:00) (Western) International Date Line
9524=TmZn+0300Nairobi\0\(UTC+03:00) Nairobi
9525=TmZn+1000Brisbane\0\(UTC+10:00) Brisbane
9526=TmZn+0200Minsk\0\(UTC+02:00) Minsk
9527=TmZn-0300Brasilia\0\(UTC-03:00) Brasilia
9528=TmZn-0500NewYork\0\(UTC-05:00) New York, Miami, Atlanta, Detroit, Toronto
9529=TmZn+0200Kairo\0\(UTC+02:00) Cairo
9530=TmZn+0500Jekaterinburg\0\(UTC+05:00) Jekaterinburg
9531=TmZn+1200Fidschi\0\(UTC+12:00) Fidschi, Marshall Islands
9532=TmZn+0200Helsinki\0\(UTC+02:00) Helsinki, Kiev, Riga, Sofia, Tallin, Wilna
9533=TmZn+0400Tiflis\0\(UTC+04:00) Tiflis
9534=TmZn+0000Dublin\0\(UTC) Dublin, Edinburgh, Lisbon, London
9535=TmZn-0300Groenland\0\(UTC-03:00) Greenland
9536=TmZn+0000Monrovia\0\(UTC) Monrovia, Reykjavík
9537=TmZn+0200Athen\0\(UTC+02:00) Athens, Bucharest, Istanbul
9538=TmZn-1000Hawaii\0\(UTC-10:00) Hawaii
9539=TmZn+0530Chennai\0\(UTC+05:30) Chennai, Kolkata, Mumbai, New Delhi
9540=TmZn+0330Teheran\0\(UTC+03:30) Teheran
9541=TmZn+0200Jerusalem\0\(UTC+02:00) Jerusalem
9542=TmZn+0200Amman\0\(UTC+02:00) Amman
9543=TmZn+0900Seoul\0\(UTC+09:00) Seoul
9544=TmZn+0800KualaLumpur\0\(UTC+08:00) Kuala Lumpur, Singapore
9545=TmZn-0200Mittelatlantik\0\(UTC-02:00) Central Atlantic
9546=TmZn+0200Beirut\0\(UTC+02:00) Beirut
9547=TmZn-0700Denver\0\(UTC-07:00) Denver, Salt Lake City, Calgary
9548=TmZn-0700ChihuahuaAlt\0\(UTC-07:00) Chihuahua, La Paz, Mazatlan - old
9549=TmZn+0630Yangon\0\(UTC+06:30) Yangon (Rangoon)
9550=TmZn+0600Nowosibirsk\0\(UTC+06:00) Novosibirsk
9551=TmZn+0200Windhuk\0\(UTC+02:00) Windhoek
9552=TmZn+0545Katmandu\0\(UTC+05:45) Katmandu
9553=TmZn+1200Auckland\0\(UTC+12:00) Auckland, Wellington
9554=TmZn-0330Neufundland\0\(UTC-03:30) Newfoundland
9555=TmZn+0800Irkutsk\0\(UTC+08:00) Irkutsk
9556=TmZn+0700Krasnojarsk\0\(UTC+07:00) Krasnoyarsk
9557=TmZn-0400Santiago\0\(UTC-04:00) Santiago
9558=TmZn-0800Pacific\0\(UTC-08:00) Pacific (USA, Canada)
9559=TmZn-0800Tijuana\0\(UTC-08:00) Tijuana, Baja California (Mexico)
9560=TmZn+0100Bruessel\0\(UTC+01:00) Brussels, Copenhagen, Madrid, Paris
9561=TmZn+0300Moskau\0\(UTC+03:00) Moskow, St. Petersburg, Volgograd
9562=TmZn-0300BuenosAires\0\(UTC-03:00) Buenos Aires, Santiago
9563=TmZn-0500Bogota\0\(UTC-05:00) Bogotá, Lima, Quito
9564=TmZn-0430Caracas\0\(UTC-04:30) Caracas
9565=TmZn-1100Midway\0\(UTC-11:00) Midway Islands, Samoa
9566=TmZn+0700Bangkok\0\(UTC+07:00) Bangkok, Hanoi, Jakarta
9567=TmZn+0200Harare\0\(UTC+02:00) Harare, Pretoria
9568=TmZn+0530SriJayawardenepura\0\(UTC+05:30) Sri Jayawardenepura
9569=TmZn+0800Taipeh\0\(UTC+08:00) Taipeh
9570=TmZn+1000Hobart\0\(UTC+10:00) Hobart
9571=TmZn+0900Osaka\0\(UTC+09:00) Osaka, Sapporo, Tokyo
9572=TmZn+1300Nukualofa\0\(UTC+13:00) Nuku'alofa
9573=TmZn-0500Indiana\0\(UTC-05:00) Indiana (East)
9574=TmZn-0700Arizona\0\(UTC-07:00) Arizona
9575=TmZn+1000Wladiwostok\0\(UTC+10:00) Vladivostok, Magadan
9576=TmZn+0800Perth\0\(UTC+08:00) Perth
9577=TmZn+0100WestZentralafrika\0\(UTC+01:00) West.Centr.Africa
9578=TmZn+0100Amsterdam\0\(UTC+01:00) Amsterdam, Berlin, Bern, Rome, Stockholm, Vienna
9579=TmZn+0500Islamabad\0\(UTC+05:00) Islamabad, Karatschi
9580=TmZn+1000Guam\0\(UTC+10:00) Guam, Port Moresby
9581=TmZn+0900Jakutsk\0\(UTC+09:00) Yakutsk
9582=TmZn+0400Kaukasus\0\(UTC+04:00) Caucasian Standard Time
9583=TmZn-0600Chicago\0\(UTC-06:00) Chicago, Dallas, Kansas City, Winnipeg
9584=TmZn-0600GuadalajaraNeu\0\(UTC-06:00) Guadalajara, Mexico City, Monterrey - new
9585=TmZn+0000Casablanca\0\(UTC) Casablanca
9586=TmZn+0400PortLouis\0\(UTC+04:00) Port Louis
9587=TmZn-0700ChihuahuaNeu\0\(UTC-07:00) Chihuahua, La Paz, Mazatlan - new
9588=TmZn-0300Montevideo\0\(UTC-03:00) Montevideo
9589=TmZn+0500Taschkent\0\(UTC+05:00) Taschkent
9590=TmZn+0100Casablanca\0\(UTC+01:00) Casablanca
9591=TmZn-0400LaPaz\0\(UTC-04:00) Georgetown, La Paz, San Juan
9592=TmZn+0800UlanBator\0\(UTC+08:00) Ulan-Bator
9593=TmZn-0300Cayenne\0\(UTC-03:00) Cayenne
9594=TmZn-0400Asuncion\0\(UTC-04:00) Asuncion
9595=TmZn+1200Petropawlowsk\0\(UTC+12:00) Petropavlovsk-Kamtschatski
9596=TmZn+0300Minsk\0\(UTC+03:00) Minsk
9597=TmZn+0700Nowosibirsk\0\(UTC+07:00) Novosibirsk
9598=TmZn-0400Caracas\0\(UTC-04:00) Caracas
10001=Metering.TotWhOut\2490624\Total yield
10002=Metering.TotW\4623872\Power
10003=Operation.Apr.MppSrchStt\4296704\MPP scan procedure completed successfully
10004=Operation.EstMaxWdc\4558848\Estimated MPP power
10005=Metering.TotWhIn\4595456\Absorbed energy
10006=Operation.EstMaxWac\4624384\Estimated AC MAX power
10007=PCC.WMaxAsym\9581568\Maximum unsymmetric load
10009=Operation.EvtCntUsr\6392832\Number of events for user
10010=Operation.GriSwCnt\6713088\Number of grid connections
10011=Metering.TotOpTms\4599296\Operating time
10012=Metering.TotFeedTms\4599552\Feed-in time
10013=Operation.EvtCntIstl\6393088\Number of events for installer
10014=Operation.EvtCntSvc\6393344\Number of events for service
10026=Operation.EvtCntDvlp\6393600\Number of events for developer
10027=Operation.Evt.EvtNoShrt\4292352\Current event number
10028=Operation.RmgTms\4285952\Waiting time until feed-in
10029=PCC.WMaxAsymMod\9581312\Load unbalance limit
10030=GridMs.TotW\2506496\Power
10031=GridMs.W.phsA\4603904\Power L1
10032=GridMs.W.phsB\4604160\Power L2
10033=GridMs.W.phsC\4604416\Power L3
10034=Itf.MsCyc\8602112\Measurement interval
10035=GridMs.PhV.phsA\4605952\Grid voltage phase L1
10036=GridMs.PhV.phsB\4606208\Grid voltage phase L2
10037=GridMs.PhV.phsC\4606464\Grid voltage phase L3
10038=GridMs.TotA\6704896\Grid current
10039=GridMs.A.phsA\4608768\Grid current phase L1
10040=GridMs.A.phsB\4609024\Grid current phase L2
10041=GridMs.A.phsC\4609280\Grid current phase L3
10042=GridMs.Hz\4609792\Grid frequency
10043=GridMs.TotVAr\6708992\Reactive power
10044=GridMs.VAr.phsA\6709248\Reactive power L1
10045=GridMs.VAr.phsB\6709504\Reactive power L2
10046=GridMs.VAr.phsC\6709760\Reactive power L3
10047=GridMs.TotVA\6711040\Apparent power
10048=GridMs.VA.phsA\6711296\Apparent power L1
10049=GridMs.VA.phsB\6711552\Apparent power L2
10050=GridMs.VA.phsC\6711808\Apparent power L3
10051=Isolation.FltANom\4557312\Operating condition residual current
10052=Isolation.LeakRisNom\4557568\Operating condition insulation resistance
10053=GridMs.VolNom\4618752\Operating condition grid voltage
10054=GridMs.PhVNom.phsA\4619008\Operating condition grid voltage L1
10055=GridMs.PhVNom.phsB\4619264\Operating condition grid voltage L2
10056=GridMs.PhVNom.phsC\4619520\Operating condition grid voltage L3
10057=GridMs.HzNom\4623104\Operating condition grid frequency
10058=GridMs.TotWNom\2520320\Operating condition power
10059=GridMs.TotWNomSet\6722560\GridMs.TotWNomSet
10060=GridMs.TotWNomLimSet\6722816\GridMs.TotWNomLimSet
10061=GridMs.TotVArNom\6720512\Operating condition reactive power
10062=GridMs.TotVArNomSet\6723072\GridMs.TotVArNomSet
10063=GridMs.TotANom\4620800\Operating condition current
10064=GridMs.ANom.phsA\4621056\Operating condition current L1
10065=GridMs.ANom.phsB\4621312\Operating condition current L2
10066=GridMs.ANom.phsC\4621568\Operating condition current L3
10067=Coolsys.TmpNom\2324224\Operating condition temperatures
10068=Env.TmpValMax\7282432\Highest measured ambient temperature
10069=Env.TmpVal\3087872\Ambient temperature
10070=Env.TotInsol\3099392\Insolation
10071=Env.DifInsol\5197056\Diffuse insolation
10072=Env.DirInsol\5196800\Direct irradiation
10073=Env.ExInsol\5197312\Insolation on external sensor
10074=Env.HorWSpd\3111424\Wind speed
10075=Env.HorWDir\0\Wind direction
10076=Env.Hmdt\5214208\Air humidity
10077=Env.Pres\5214464\Atmospheric pressure
10078=Isolation.FltA\2444800\Residual current
10079=Isolation.LeakRis\2445056\Insulation resistance
10080=Nameplate.SerNum\10624512\Serial number
10081=Operation.HealthStt.Ok\4267520\Nominal power in Ok Mode
10082=Operation.HealthStt.Wrn\4267776\Nominal power in Warning Mode
10083=Operation.HealthStt.Alm\4268032\Nominal power in Fault Mode
10084=Operation.HealthStt.Off\0\Operation.HealthStt.Off
10085=Operation.PrioStt.PrioA\0\Recommended action "contact installer"
10086=Operation.PrioStt.PrioC\0\Recommended action "contact manufacturer"
10087=Coolsys.Aux1.TmpVal\4404736\External temperature
10088=Coolsys.Aux1.TmpValMax\4404992\Highest measured external temperature
10089=Coolsys.Aux2.TmpVal\4405248\External temperature 2
10090=Coolsys.Aux2.TmpValMax\4405504\Highest measured external temperature 2
10099=Coolsys.Cab.TmpValIstl\0\Internal temperature
10100=Coolsys.Cab.TmpValMaxIstl\0\Highest measured internal temperature
10101=Mdul.TmpVal\3088384\Module temperature
10102=Mdul.TmpValMax\7282944\Highest measured module temperature
10107=Acs.InstCode\0\Last GridGuard password
10109=Operation.Evt.EvtNo\4292608\Current event number for manufacturer
10110=Operation.Health\2181120\Condition
10111=Operation.Evt.Prio\4278784\Recommended action
10112=Operation.Evt.Msg\4278528\Message
10113=Operation.Evt.Dsc\4279040\Fault correction measure
10114=Operation.GriSwStt\4285440\Grid relay/contactor
10115=Operation.DrtStt\4285696\Reason for derating
10116=Operation.CtrlType\8602624\DC voltage control type
10118=Operation.CmpBMS.Typ\9005056\BMS type
10119=Operation.Ackn\8594176\Acknowledge fault
10120=Operation.RemEna\0\Remote control
10121=Inverter.WLim\8595968\Maximum active power device
10122=Card.Stt\9182720\Memory card status
10123=Operation.OpMod\8592896\General operating mode
10124=Coolsys.FanTst\8603648\Fan test
10125=Inverter.StopTms\8598272\Deactivation delay
10126=GridGuard.Cntry\6757888\Country standard set
10127=Nameplate.Location\8527360\Device name
10128=Nameplate.MainModel\8527616\Device class
10129=Nameplate.Model\8527872\Device type
10130=Nameplate.Vendor\8530688\Manufacturer
10131=GnCtl.GnMod\0\GnCtl.GnMod
10132=GnCtl.Reg.KI\0\GnCtl.Reg.KI
10133=GnCtl.MinW\0\GnCtl.MinW
10134=Metering.TotOpTmhSet\10889728\Set total operating time at grid connection point
10135=Metering.TotFeedTmhSet\10889984\Set total feed-in time at the grid connection pt.
10136=Coolsys.FanCab1.TotTmhSet\8606464\Set fan operating time
10137=Coolsys.FanCab2.TotTmhSet\8606720\Set fan2 operating time
10138=Coolsys.FanHs.TotTmhSet\8606976\Set heat sink fan operating time
10139=Coolsys.FanTrf1.TotTmhSet\8607232\Set transfomer fan operating time
10140=Coolsys.FanTrf2.TotTmhSet\8607488\Set transformer fan 2 operating time
10141=Operation.ValRsIstl\8604928\Reset operating data
10142=Coolsys.FanCab3.TotTmhSet\8606208\Set transformer fan 3 operating time
10143=Operation.LodFnc\8614656\Load parameter
10144=Card.Func\9183232\Memory card function
10145=Coolsys.Aux1.TmpLim\8607744\Start of derating based on external temperature
10146=Coolsys.Aux2.TmpLim\8608256\Start of derating based on external temperature 2
10147=Coolsys.Cab.TmpLim\0\Start of derating based on interior temperature
10148=Coolsys.Cab.Tmp\0\Setpoint of the interior temperature
10149=Coolsys.Hs1.TmpLim\0\Start of derating based on heat sink temperature
10150=Coolsys.Hs1.Tmp\0\Setpoint of the heat sink temperature
10151=Coolsys.Hs2.TmpLim\0\Start of derating based on heat sink temperature 2
10152=Coolsys.Hs2.Tmp\0\Setpoint of the heat sink temperature 2
10153=Coolsys.Tr.TmpLim\0\Start of derating based on transformer temperature
10154=Coolsys.Tr.Tmp\0\Setpoint of transformer temperature
10157=Eth.TrtDevIp\9118720\Target address
10158=Eth.MsgCyc\9118976\Message interval
10159=Inverter.WMax\8596224\Set active power limit
10160=Inverter.WMaxA\0\Current power limit A
10161=Inverter.WMaxB\0\Power limit B
10162=Inverter.WMaxC\0\Power limit C
10163=Inverter.WMod\8595456\Power limitation
10164=Inverter.OutPhs\8789504\Phase assignment
10165=Inverter.OffGri.HzdStr\8798208\Start. point of the power control via frequency
10166=Inverter.OffGri.HzdLim\8798464\End point of the power control via frequency
10167=GridGuard.Cntry.AMaxOfs\8885248\Tripping threshold DC current monitoring
10168=GridGuard.Cntry.AMaxOfsTmms\8885504\Tripping time DC current monitoring
10169=GridGuard.Cntry.GriFltTms\8860928\Maximum duration of a short interruption
10170=GridGuard.Cntry.GriFltReConTms\8861184\Reconnection time upon short interruption
10171=GridGuard.Cntry.GriFltMonTms\8861440\Reconnection time after grid fault
10172=GridGuard.Cntry.GriStrTms\8861696\Reconnection time upon restart
10173=GridGuard.Cntry.Aid.AngFact\8885760\Escalation factor
10174=GridGuard.Cntry.FrqCtl.Max\8880128\Frequency monitoring upper maximum threshold
10175=GridGuard.Cntry.FrqCtl.MaxTmms\8880384\Frequency monitoring upper max. threshold trip. time
10176=GridGuard.Cntry.FrqCtl.hhLim\8880640\Frequency monitoring median maximum threshold
10177=GridGuard.Cntry.FrqCtl.hhLimTmms\8880896\Frq. monitoring median max. threshold trip. time
10178=GridGuard.Cntry.FrqCtl.hLim\8881152\Frequency monitoring, lower maximum threshold
10179=GridGuard.Cntry.FrqCtl.hLimTmms\8881408\Frequency monitoring, lower max. threshold trip. time
10180=GridGuard.Cntry.FrqCtl.lLim\8881664\Frequency monitoring upper minimum threshold
10181=GridGuard.Cntry.FrqCtl.lLimTmms\8881920\Frequency monitoring, upper min. threshold trip. time
10182=GridGuard.Cntry.FrqCtl.llLim\8882176\Frequency monitoring median minimum threshold
10183=GridGuard.Cntry.FrqCtl.llLimTmms\8882432\Frq. monitoring median min. threshold trip. time
10184=GridGuard.Cntry.FrqCtl.Min\8882688\Frequency monitoring, lower minimum threshold
10185=GridGuard.Cntry.FrqCtl.MinTmms\8882944\Frequency monitoring, lower min. threshold trip. time
10186=GridGuard.Cntry.VolCtl.Max\8867328\Voltage monitoring upper maximum threshold
10187=GridGuard.Cntry.VolCtl.MaxTmms\8867584\Voltage monitoring upper max. threshold trip. time
10188=GridGuard.Cntry.VolCtl.hhLim\8867840\Voltage monitoring median maximum threshold
10189=GridGuard.Cntry.VolCtl.hhLimTmms\8868096\Voltage monitoring, median max. threshold trip.time
10190=GridGuard.Cntry.VolCtl.hLim\8868352\Voltage monitoring lower maximum threshold
10191=GridGuard.Cntry.VolCtl.hLimTmms\8868608\Voltage monitoring, lower max. threshold trip. time
10192=GridGuard.Cntry.VolCtl.lLim\8868864\Voltage monitoring upper minimum threshold
10193=GridGuard.Cntry.VolCtl.lLimTmms\8869120\Voltage monitoring, lower min. threshold trip. time
10194=GridGuard.Cntry.VolCtl.llLim\8869376\Voltage monitoring of median minimum threshold
10195=GridGuard.Cntry.VolCtl.llLimTmms\8869632\Voltage monitoring, median min. threshold trip.time
10196=GridGuard.Cntry.VolCtl.Min\8869888\Voltage monitoring lower minimum threshold
10197=GridGuard.Cntry.VolCtl.MinTmms\8870144\Voltage monitoring, lower min. threshold trip. time
10198=GridGuard.Cntry.VolCtl.Rpro\8877568\Voltage increase protection
10199=PubGri.ACtl.Max\0\Maximum grid current
10200=Bt.BtPwr\9058560\Maximum Bluetooth power
10201=GridGuard.CntrySet\8855296\Set country standard
10202=GridGuard.Cntry.PEOpnMon\8858368\Ground connection monitoring
10203=GridGuard.Cntry.LeakRisMin\8858112\Minimum insulation resistance
10205=GridGuard.CntryBas\6758912\Underlying country standard
10209=DcMs.Vol\6627072\DC voltage input
10210=DcMs.VolA\0\DC voltage A input
10211=DcMs.VolB\0\DC voltage B input
10212=DcMs.VolC\0\DC voltage C input
10213=DcMs.Amp\6627584\DC current input
10214=DcMs.AmpA\0\DC current A input
10215=DcMs.AmpB\0\DC current B input
10216=DcMs.AmpC\0\DC current C input
10217=DcMs.Watt\4529664\DC power input
10218=DcMs.WattA\0\DC power A input
10219=DcMs.WattB\0\DC power B input
10220=DcMs.WattC\0\DC power C input
10221=DcMs.AmpNom\4548608\Operating condition DC current input
10222=DcMs.VolNom\4548352\Operating condition DC voltage input
10223=DcMs.WattNom\2450944\Operating condition DC power input
10225=DcMs.VolMaxA\0\Maximum DC voltage A
10226=DcMs.VolMaxB\0\Maximum DC voltage B
10227=DcMs.VolMaxC\0\Maximum DC voltage C
10228=DcMs.AmpA1\0\DC current A input
10229=DcMs.AmpA2\0\DC current A input
10230=DcMs.AmpA3\0\DC current A input
10231=DcMs.AmpA4\0\DC current A input
10232=DcMs.AmpA5\0\DC current A input
10233=DcMs.AmpB1\0\DC current B input
10241=DcCfg.StrTms\8724224\Start delay input
10242=DcCfg.StrVol\8723968\Minimum voltage input
10244=DcCfg.VolLimA\0\Maximum allowed voltage input A
10245=DcCfg.VolLimB\0\Maximum allowed voltage input B
10246=DcCfg.VolLimC\0\Maximum allowed voltage input C
10247=DcCfg.ConstVolCtl.Vset\8736000\Constant voltage setpoint
10248=DcCfg.ConstVolCtl.VsetA\0\Constant voltage setpoint A
10249=DcCfg.ConstVolCtl.VsetB\0\Constant voltage setpoint B
10250=DcCfg.ConstVolCtl.VsetC\0\Constant voltage setpoint C
10257=GridGuard.Cntry.VRtg\8867072\Grid nominal voltage
10258=Nameplate.ComRev\8532736\Communication version
10259=Metering.TotkWhOutSet\10892544\Set total yield
10260=Metering.TotkWhInSet\10892800\Set absorbed energy
10261=Env.TmpValMaxSet\9379328\Set highest measured ambient temperature
10269=Coolsys.Aux1.TmpValMaxSet\8608000\Set highest measured external temperature
10270=Coolsys.Aux2.TmpValMaxSet\8608512\Set highest measured external temperature 2
10272=Metering.DyWhOut\2499072\Day yield
10273=Operation.GriSwCntSet\8791040\Set number of grid connections
10274=Inverter.WMaxTm\8595712\Temporal control of the power limitation
10276=Mdul.TmpValMaxSet\9379584\Set highest measured module temperature
10277=Operation.ValRsUsr\8605440\Reset measured values
10278=DtTm.Tm\2321664\System time
10279=Nameplate.AvalGrpUsr\8528128\Nameplate.AvalGrpUsr
10280=Nameplate.AvalGrpIstl\8528384\Nameplate.AvalGrpIstl
10284=Acs.PwdUsr\8658432\Set user password
10285=Acs.PwdIstl\8658688\Set installer password
10290=Itf.Itf1Hw\8618240\Hardware on Interface 1
10291=Itf.Itf2Hw\8618496\Hardware on Interface 2
10292=Itf.Itf3Hw\8618752\Hardware on Interface 3
10293=Acs.PlntPwd\9053184\Plant password
10294=Nameplate.Bat.Detl.Vendor\8531456\Manufacturer
10295=Nameplate.Bat.Detl.Typ\8531712\BMS type
10297=Eth.Dhcp.DnsSrvIp\11219456\DHCP DNS Server IP
10298=Eth.Dhcp.GwIp\11219712\DHCP Gateway IP
10299=Eth.Dhcp.Ip\11219968\DHCP IP address
10300=Eth.Dhcp.Nam\9126912\DHCP server configuration owner
10301=Eth.Dhcp.SnetMsk\11220224\DHCP Subnet mask
10302=Eth.Nat.WanIp\11222272\WAN IP
10303=Mdm.IspIp\9135616\Provider IP
10304=Operation.Bat.HtMod\8989184\Heating mode
10305=Operation.Bat.GriHtMod\8989440\OK to use grid power for heating mode
10308=CntrySettings.DtFmt\8615680\Date format of the user interface
10309=CntrySettings.Lang\8615936\Language of the user interface
10310=CntrySettings.LenUnt\8616192\Units of length of the user interface
10311=CntrySettings.NumFmt\8616448\Number format of the user interface
10312=CntrySettings.TmpUnt\8616704\Unit of temperature of the user interface
10313=CntrySettings.TmFmt\8616960\Time format of the user interface
10314=DtTm.DlSvIsOn\8620800\Standard/Daylight saving time conversion on
10315=DtTm.TmSynIsOn\8613376\Automatic time synchronization
10316=DtTm.TmZn\8621312\Time zone
10317=Upd.AutoUpdIsOn\8623360\Automatic updates activated
10318=Upd.AutoUpdTm\8623616\Time of the automatic update
10319=DevUpd.IsOn\9051648\Device updates activated
10320=Eth.Dhcp.IsOn\11214336\Ethernet DHCP activated
10321=Eth.DnsSrvIp\11214592\Ethernet DNS server
10322=Eth.GwIp\11214848\Ethernet gateway
10323=Eth.Ip\11215104\Ethernet IP address
10324=Eth.SnetMsk\11215360\Ethernet subnet mask
10325=Eth.Nat.Port\11222016\Ethernet NAT port
10326=Eth.Proxy.IsOn\9117184\Ethernet proxy activated
10327=Eth.Proxy.Login\9117952\Ethernet proxy server login
10328=Eth.Proxy.Port\9117440\Ethernet proxy server port
10329=Eth.Proxy.Pwd\9118208\Ethernet proxy server password
10330=Eth.Proxy.Srv\9117696\Ethernet proxy server address
10331=WebSvc.Port\9261568\Web service Port
10332=HTTP.Port\11228928\HTTP server port
10333=Mdm.ConnTst\9134080\Test modem connection
10334=Mdm.GprsApn\11231488\GPRS-APN
10335=Mdm.IspPhone\11231744\Dial-in number for modem connection
10336=Mdm.IspPwd\11232000\Password for modem connection
10337=Mdm.Pin\11232256\Modem SIM Card PIN
10338=Mdm.SigTst\9134336\Test modem signal strength
10339=PortalFnc.DatUpld\9255680\Upload data to the portal
10340=PortalFnc.DatUpldStt\9252864\Result of the last upload
10341=PortalFnc.PortalTst\9255936\Test the connection to the portal
10342=PortalFnc.PortalTstStt\9253120\Result of the last connection test
10343=PortalFnc.Regist\9256192\Register
10344=PortalFnc.RegistStt\9253376\Result of the last registration
10345=PortalUsrSettings.Nam\9248256\Portal user name
10346=PortalUsrSettings.Email\9248512\Email address of portal user
10347=PortalUsrSettings.PlntNam\9248768\PV system name in portal
10348=PortalUsrSettings.PlntId\9249024\PV system ID in portal
10349=PortalBscSettings.PortalAct\9265152\Use Sunny Portal
10350=PortalBscSettings.UpldIntv\9265408\Frequency of data uploads to the portal
10351=DnsSvc.Stt\9314304\Status of the last SunnyDNS operation
10352=DnsSvc.IsOn\9313792\SunnyDNS active
10353=DnsSvc.Pwd\9314048\SunnyDNS Password
10354=FTPPush.IsOn\9323520\FTP Push active
10355=FTPPush.ConnTst\9323776\FTP Push: Connection test
10356=FTPPush.Login\9325056\FTP Push Login
10357=FTPPush.Port\9324032\FTP Push server Port
10358=FTPPush.Pwd\9326080\FTP Push Password
10359=FTPPush.Srv\9324288\FTP Push Server Address
10360=FTPSrv.IsOn\8607488\FTP server activated
10361=FTPSrv.DatStoEna\8607744\Write access to FTP server allowed
10362=Mdm.GprsAlwsOn\11232512\GPRS-Always-On active
10363=Nameplate.CmpMdul.SwRev\9533696\Firmware version of the module
10364=Nameplate.CmpMdul.HwRev\9533952\Hardware version of the module
10365=Nameplate.CmpMdul.Rev\9534208\Revision status of the module
10366=Nameplate.CmpMdul.SwUpdRev\9534464\Update version of the module
10367=Nameplate.CmpMdul.SerNum\11630848\Serial number of the module
10368=Nameplate.CmpMdul.SusyId\11631104\SUSyID of the module
10372=Nameplate.DevNum\10625280\Device number
10373=Nameplate.PkgRev\8532992\Software package
10374=Sys.DevSig\8619776\Find device
10375=Nameplate.CmpMain.SwRev\9511168\Firmware version of the main processor
10376=Nameplate.CmpMain.HwRev\9511424\Hardware version of the main processor
10377=Nameplate.CmpMain.Rev\9511680\Revision status of the main processor
10378=Nameplate.CmpMain.SwUpdRev\9511936\Update version of the main processor
10379=Nameplate.CmpMain.SerNum\11608320\Serial number of the main processor
10380=Nameplate.CmpMain.SusyId\11608576\SUSyID of the main processor
10381=Nameplate.CmpCom.SwRev\9513216\Firmware version of the communication assembly
10382=Nameplate.CmpCom.HwRev\9513472\Hardware version of the communication assembly
10383=Nameplate.CmpCom.Rev\9513728\Revision status of  the communication assembly
10384=Nameplate.CmpCom.SwUpdRev\9513984\Update version of the communication assembly
10385=Nameplate.CmpCom.SerNum\11610368\Serial number of the communication assembly
10386=Nameplate.CmpCom.SusyId\11610624\SUSyID of the communication assembly
10387=Nameplate.CmpFltASw.SwRev\9515264\Firmware version of the residual current mon. unit
10388=Nameplate.CmpFltASw.HwRev\9515520\Hardware version of the residual current mon. unit
10389=Nameplate.CmpFltASw.Rev\9515776\Revision status of the residual current mon. unit
10390=Nameplate.CmpFltASw.SwUpdRev\9516032\Update version of the residual current mon. unit
10391=Nameplate.CmpFltASw.SerNum\11612416\Serial number of residual current monitoring unit
10392=Nameplate.CmpFltASw.SusyId\11612672\SUSyID of the residual current monitoring unit
10393=Nameplate.CmpDisp.SwRev\9517312\Firmware version of the display
10394=Nameplate.CmpDisp.HwRev\9517568\Hardware version of the display
10395=Nameplate.CmpDisp.Rev\9517824\Revision status of the display
10396=Nameplate.CmpDisp.SwUpdRev\9518080\Update version of the display
10397=Nameplate.CmpDisp.SerNum\11614464\Serial number of the display
10398=Nameplate.CmpDisp.SusyId\11614720\SUSyID of the display
10399=Nameplate.CmpSigProc.SwRev\9519360\Firmware version of the logic component
10400=Nameplate.CmpSigProc.HwRev\9519616\Hardware version of the logic component
10401=Nameplate.CmpSigProc.Rev\9519872\Revision status of the logic component
10402=Nameplate.CmpSigProc.SwUpdRev\9520128\Update version of the logic component
10403=Nameplate.CmpSigProc.SerNum\11616512\Serial number of the logic component
10404=Nameplate.CmpSigProc.SusyId\11616768\SUSyID of the logic component
10405=Nameplate.CmpRS485.SwRev\9521408\Firmware version of the RS485 Module
10406=Nameplate.CmpRS485.HwRev\9521664\Hardware version of the RS485 module
10407=Nameplate.CmpRS485.Rev\9521920\Revision status of the RS485 module
10408=Nameplate.CmpRS485.SwUpdRev\9522176\Update version of the RS485 module
10409=Nameplate.CmpRS485.SerNum\11618560\Serial number of the RS485 module
10410=Nameplate.CmpRS485.SusyId\11618816\SUSyID of the RS485 module
10411=Nameplate.CmpZb.SwRev\9523456\Firmware version of the Zigbee components
10412=Nameplate.CmpZb.HwRev\9523712\Hardware version of the Zigbee components
10413=Nameplate.CmpZb.Rev\9523968\Revision status of the Zigbee components
10414=Nameplate.CmpZb.SwUpdRev\9524224\Update version of the Zigbee components
10415=Nameplate.CmpZb.SerNum\11620608\Serial number of the Zigbee components
10416=Nameplate.CmpZb.SusyId\11620864\SUSyID of the Zigbee components
10417=Nameplate.CmpBt.SwRev\9525504\Firmware version of the Bluetooth component
10418=Nameplate.CmpBt.HwRev\9525760\Hardware version of the Bluetooth component
10419=Nameplate.CmpBt.Rev\9526016\Revision status of the Bluetooth component
10420=Nameplate.CmpBt.SwUpdRev\9526272\Update version of the Bluetooth component
10421=Nameplate.CmpBt.SerNum\11622656\Serial number of the Bluetooth component
10422=Nameplate.CmpBt.SusyId\11622912\SUSyID of the Bluetooth component
10423=Nameplate.CmpOS.SwRev\9527552\Firmware version of the operating system
10424=Nameplate.CmpOS.HwRev\9527808\Hardware version of the operating system
10425=Nameplate.CmpOS.Rev\9528064\Revision status of the operating system
10426=Nameplate.CmpOS.SwUpdRev\9528320\Update version of the operating system
10427=Nameplate.CmpOS.SerNum\11624704\Serial number of the operating system
10428=Nameplate.CmpOS.SusyId\11624960\SUSyID of the operating system
10429=Nameplate.SubPlntNam\10634752\PV system name
10432=Metering.S0Cnt\0\Number of S0 impulses
10433=Metering.S0WhIn\0\Consumed energy
10434=Operation.RsCnt\6528256\Number of Resets
10435=GridMs.TotWIn\0\Power absorbed
10436=Operation.StrFltDet.ValRsIstl\8745728\Reset operating data for string failure detection
10437=Operation.StrFltDet.OpMod\8745984\Operating mode of string failure detection
10438=Inverter.VArModCfg.VArMod\9578752\Operating mode of static voltage stability, configuration of static voltage stability
10439=Inverter.WModCfg.WMod\9584896\Operating mode active power setting
10440=Inverter.WCtlHzModCfg.WCtlHzMod\9591040\Operating mode of active power reduction in case of overfrequency P(f)
10441=Operation.PlntCtl.Stt\4272896\Status, PV system control
10443=Inverter.VArModCfg.VArCtlVolCfg.VDif\0\Difference until next characteristic curve value
10444=Inverter.VArModCfg.VArCtlVolCfg.VDifTms\0\Difference until next charact. curve value Time
10445=Inverter.VArModCfg.VArCtlVolCfg.VOfsNom\0\Nominal voltage offset
10446=Inverter.VArModCfg.VArCtlVolCfg.VArGra\0\Gradient of reactive power characteristic curve
10447=Inverter.VArModCfg.VArModPwrIn\9582592\Reactive power mode at power input
10448=Inverter.VArModCfg.VArCnstCfg.VAr\9579008\Manual reactive power setting for active power output
10449=Inverter.VArModCfg.VArCnstCfg.VArNom\9579264\Manual reactive power setting for active power output
10451=Inverter.VArModCfg.VArCtlWCfg.VArStr\0\Reactive power value starting point
10452=Inverter.VArModCfg.VArCtlWCfg.WStr\0\Active power value starting point
10453=Inverter.VArModCfg.VArCtlWCfg.VArStop\0\Reactive power value end point
10454=Inverter.VArModCfg.VArCtlWCfg.WStop\0\Active power value end point
10455=Inverter.VArModCfg.PFCnstCfg.PF\9580800\cos φ setpoint, cos φ config., direct specif.
10456=Inverter.VArModCfg.PFCnstCfg.PFExt\9581056\cos φ excit.type, cos φ config., direct spec.
10457=Inverter.VArModCfg.PFCtlWCfg.PFExtStr\9596672\Excit. type at start point, cos φ(P) char. conf.
10458=Inverter.VArModCfg.PFCtlWCfg.PFStr\9596416\cos φ at start point, cos φ(P) char. config.
10459=Inverter.VArModCfg.PFCtlWCfg.WStr\0\Active power starting point
10460=Inverter.VArModCfg.PFCtlWCfg.PFExtStop\9597440\Excit. type at end point, cos φ(P) char. config.
10461=Inverter.VArModCfg.PFCtlWCfg.PFStop\9597184\cos φ at end point, cos φ(P) char. config.
10462=Inverter.VArModCfg.PFCtlWCfg.WStop\0\Active power end point
10463=Inverter.WModCfg.WCnstCfg.W\9585152\Active power limitation P, active power configuration
10464=Inverter.WModCfg.WCnstCfg.WNom\9585408\Active power limitation P, active power configuration
10466=Inverter.WCtlHzModCfg.WCtlHzCfg.HzStr\9591296\Difference between starting frequency and grid frequency, linear instantaneous power gradient configuration
10467=Inverter.WCtlHzModCfg.WCtlHzCfg.WGra\9591552\Active power gradient, linear instantaneous power gradient configuration
10468=Inverter.WCtlHzModCfg.WCtlHzCfg.HzStop\9591808\Difference between reset frequency and grid frequency, linear instantaneous power gradient configuration
10469=Inverter.WCtlHzModCfg.WCtlHzCfg.HystEna\9592064\Activation of stay-set indicator function, linear instantaneous power gradient configuration
10471=Inverter.VArMax\8596480\Current reactive power limit
10472=Inverter.VArLim\0\Max. reactive power
10473=Inverter.VAMax\8596992\Currently set apparent power limit
10474=Inverter.VALim\8597248\Maximum apparent power device
10475=Inverter.PFAbsMin\8597504\Current cos φ limit
10476=Inverter.PFAbsLim\0\Min. cos φ
10477=Inverter.WGraRecon\9576448\Reconnect gradient after grid fault
10478=Inverter.WGraReconEna\9576704\Soft start-up P after grid fault
10479=Inverter.WGra\9575936\Active power gradient
10481=Nameplate.CmpPvPro.SwRev\9529600\Firmware version of string protection
10482=Nameplate.CmpPvPro.HwRev\9529856\Hardware version of string protection
10483=Nameplate.CmpPvPro.SwUpdRev\9530368\Revision status of the string protection
10484=Nameplate.CmpPvPro.Rev\9530112\Update version of the string protection
10485=Nameplate.CmpPvPro.SerNum\11626752\String protection serial number
10486=Nameplate.CmpPvPro.SusyId\11627008\SUSyID of string protection
10487=Operation.InvCtl.Stt\4272640\Status, device control
10488=GridMs.TotVANom\4617728\Normalized total apparent power
10496=GridGuard.Cntry.Aid.PhAngMax\8886016\Maximum allowable phase shift
10497=GridGuard.Cntry.Aid.PhAngMaxTmms\8886272\Tripping time when exceeding max. phase shift
10498=GridGuard.Cntry.FrqCtl.ChgMax\8883200\Frequency monitoring, max. frequency change per second
10499=GridGuard.Cntry.FrqCtl.ChgMaxTmms\8883456\Frequency monitoring, maximum frequency change tripping time
10500=GridGuard.Cntry.FrqCtl.ReconMin\8883712\Minimum switching frequency
10501=GridGuard.Cntry.FrqCtl.ReconMax\8883968\Maximum switching frequency
10502=GridGuard.Cntry.HzRtg\8879872\Nominal frequency
10506=GridGuard.Cntry.Mdul.GndAmpMax\8890880\Maximum module ground current
10507=GridGuard.Cntry.Mdul.GndAmpMaxTmms\8891136\Tripping time maximum module ground current
10508=Cntry.Mdul.GndMdt\8891392\Module grounding prescribed?
10509=Cntry.Mdul.GndModReq\8891648\Prescribed module grounding type
10511=Nameplate.CmpProtConv.SwRev\9531648\Firmware version of protocol converter
10512=Nameplate.CmpProtConv.HwRev\9531904\Hardware version of protocol converter
10513=Nameplate.CmpProtConv.Rev\9532160\Revision status of the protocol converter
10514=Nameplate.CmpProtConv.SwUpdRev\9532416\Update version of the protocol converter
10515=Nameplate.CmpProtConv.SerNum\11628800\Serial number of the protocol converter
10516=Nameplate.CmpProtConv.SusyId\11629056\SUSyID of protocol converter
10517=DtTm.PlntTmSet\10690304\Set PV system time
10518=DtTm.TmSyn\8613632\Synchronize time with time server
10520=Dev.ExCT\8619008\external transformer
10521=Dev.PriA\2327808\Primary current
10522=Dev.ScdA\2328064\Secondary current
10559=AdptBt.RAA.AdptConnQual\4857344\AdptBt.RAA.AdptConnQual
10560=AdptBt.DAA.AdptConnQual\4857600\AdptBt.DAA.AdptConnQual
10561=AdptEth.RAA.AdptConnQual\4857856\AdptEth.RAA.AdptConnQual
10562=AdptEth.DAA.AdptConnQual\4858112\AdptEth.DAA.AdptConnQual
10563=AdptSer.RAA.AdptConnQual\4858368\AdptSer.RAA.AdptConnQual
10564=AdptSer.DAA.AdptConnQual\4858624\AdptSer.DAA.AdptConnQual
10565=AdptSpdwr.RAA.AdptConnQual\4858880\AdptSpdwr.RAA.AdptConnQual
10566=AdptSpdwr.DAA.AdptConnQual\4859136\AdptSpdwr.DAA.AdptConnQual
10567=AdptWebConn.RAA.AdptConnQual\4859392\AdptWebConn.RAA.AdptConnQual
10568=AdptWebConn.DAA.AdptConnQual\4859648\AdptWebConn.DAA.AdptConnQual
10571=AdptBt.RAA.AdptStt\4862464\AdptBt.RAA.AdptStt
10572=AdptBt.DAA.AdptStt\4862720\AdptBt.DAA.AdptStt
10573=AdptEth.RAA.AdptStt\4862976\AdptEth.RAA.AdptStt
10574=AdptEth.DAA.AdptStt\4863232\AdptEth.DAA.AdptStt
10575=AdptSer.RAA.AdptStt\4863488\AdptSer.RAA.AdptStt
10576=AdptSer.DAA.AdptStt\4863744\AdptSer.DAA.AdptStt
10577=AdptSpdwr.RAA.AdptStt\4864000\AdptSpdwr.RAA.AdptStt
10578=AdptSpdwr.DAA.AdptStt\4864256\AdptSpdwr.DAA.AdptStt
10579=AdptWebConn.RAA.AdptStt\4864512\AdptWebConn.RAA.AdptStt
10580=AdptWebConn.DAA.AdptStt\4864768\AdptWebConn.DAA.AdptStt
10583=Inverter.VArModCfg.VArCtlComCfg.VAr\0\Reactive power limitation by PV system control
10584=Inverter.VArModCfg.VArCtlComCfg.VArNom\9582848\Standardized reactive power setpoint by system control
10585=Inverter.WModCfg.WCtlComCfg.W\9586944\Active power limitation by PV system control
10586=Inverter.WModCfg.WCtlComCfg.WNom\9587200\Normalized active power limitation by PV system control
10587=Inverter.VArModCfg.PFCtlComCfg.PF\9581824\External cos φ setpoint specification, cos φ setpoint for active power output
10588=Inverter.VArModCfg.PFCtlComCfg.PFExt\9582080\External cos φ setpoint specification, excitation type for active power output
10589=Inverter.PlntCtl.IntvTmsMax\9602816\Timeout for communication fault indication
10590=Exp.DatExpNoTag\9192448\Measurement name in local language
10591=Exp.EvtExpNoTag\9192704\Events in local language
10592=AdptBt.RAA.AdptFlt\4867584\AdptBt.RAA.AdptFlt
10593=AdptBt.DAA.AdptFlt\4867840\AdptBt.DAA.AdptFlt
10594=AdptEth.RAA.AdptFlt\4868096\AdptEth.RAA.AdptFlt
10595=AdptEth.DAA.AdptFlt\4868352\AdptEth.DAA.AdptFlt
10596=AdptSer.RAA.AdptFlt\4868608\AdptSer.RAA.AdptFlt
10597=AdptSer.DAA.AdptFlt\4868864\AdptSer.DAA.AdptFlt
10598=AdptSpdwr.RAA.AdptFlt\4869120\AdptSpdwr.RAA.AdptFlt
10599=AdptSpdwr.DAA.AdptFlt\4869376\AdptSpdwr.DAA.AdptFlt
10600=AdptWebConn.RAA.AdptFlt\4869632\AdptWebConn.RAA.AdptFlt
10601=AdptWebConn.DAA.AdptFlt\4869888\AdptWebConn.DAA.AdptFlt
10610=DcCfg.MPPShdw.CycTms\8740096\Cycle time of SMA ShadeFix
10612=DcCfg.MPPShdw.IsOn\8739840\SMA ShadeFix
10613=AdptBt.RAA.AdptNetId\4872704\AdptBt.RAA.AdptNetId
10614=AdptBt.DAA.AdptNetId\4872960\AdptBt.DAA.AdptNetId
10615=AdptEth.RAA.AdptNetId\4873216\AdptEth.RAA.AdptNetId
10616=AdptEth.DAA.AdptNetId\4873472\AdptEth.DAA.AdptNetId
10617=AdptSer.RAA.AdptNetId\4873728\AdptSer.RAA.AdptNetId
10618=AdptSer.DAA.AdptNetId\4873984\AdptSer.DAA.AdptNetId
10619=AdptSpdwr.RAA.AdptNetId\4874240\AdptSpdwr.RAA.AdptNetId
10620=AdptSpdwr.DAA.AdptNetId\4874496\AdptSpdwr.DAA.AdptNetId
10621=AdptWebConn.RAA.AdptNetId\4874752\AdptWebConn.RAA.AdptNetId
10622=AdptWebConn.DAA.AdptNetId\4875008\AdptWebConn.DAA.AdptNetId
10642=Metering.S0kWh\8646912\S0 impulses/kWh
10643=Metering.TotS0\4399360\Number of S0 impulses
10644=Metering.TotkWhSet\8647168\S0 counter status total yield
10645=Metering.TotWh\4399616\S0 energy yield
10646=Inverter.WGraPrc\9574144\Active power gradient
10648=GridGuard.Cntry.VolCtl.ReconMin\8878080\Min. voltage for reconnection
10649=GridGuard.Cntry.VolCtl.ReconMax\8878336\Max. voltage for reconnection
10650=Inverter.VArModCfg.VArCtlVolCfg.VolRefNom\9593600\Specified voltage UQ0, reactive power/voltage characteristic curve configuration Q(V)
10651=Inverter.VArModCfg.VArCtlVolCfg.VArMaxNom\9593856\Symmetrical limit for maximum reactive power, reactive power/voltage characteristic curve configuration Q(V)
10652=Inverter.VArModCfg.VArCtlVolCfg.VolWidNom\9594112\Voltage spread, reactive power/voltage characteristic curve configuration Q(V)
10653=Inverter.VArModCfg.VArCtlVolCfg.VArGraNom\9594368\Reactive power gradient, reactive power/voltage characteristic curve configuration Q(V)
10654=Inverter.VArModCfg.VArCtlVolCfg.VArTms\9594624\Adjustment time for characteristic operating point, reactive power/voltage characteristic curve configuration Q(V)
10655=Inverter.VArModCfg.PFCtlWCfg.WNomStr\9596160\Act. power at start point, cos φ(P) char. config.
10656=Inverter.VArModCfg.PFCtlWCfg.WNomStop\9596928\Act. power at end point, cos φ(P) char. config.
10657=Nameplate.PkgUpdAval\8529920\Software package update version available
10658=Inverter.DGSModCfg.PwrCirOvVolInopVolNom\9580288\PWM inverse voltage, dynamic grid support configuration for PM overvoltage
10659=Inverter.DGSModCfg.PwrCirOvVolInopTms\9580544\PWM inversion delay, dynamic grid support configuration for PM overvoltage
10660=Inverter.PlntCtl.VRef\8806144\Grid nominal voltage
10661=Inverter.VArGra\9576960\Reactive power gradient
10662=Inverter.PlntCtl.VRefOfs\8806400\Reference correction voltage, PV system control
10663=Inverter.DGSModCfg.PwrCirInopVolNom\9598976\PWM inverse voltage, dynamic grid support configuration
10664=Inverter.DGSModCfg.PwrCirInopTms\9599232\PWM inversion delay, dynamic grid support configuration
10665=Inverter.DGSModCfg.DGSFlCfg.ArGraMod\9599488\Dynamic grid support, reactive current static
10666=Inverter.DGSModCfg.DGSFlCfg.ArGraNom\9599744\Gradient K or reactive current droop, full dynamic grid support configuration
10667=Upd.AvalChkIstl\8623872\Check for update and install it
10668=Inverter.DGSModCfg.HystVolNom\9600000\Hysteresis voltage, dynamic grid support configuration
10671=FTPPush.RemStoLcn\9324544\FTP Push server path
10673=Operation.AbsDcSwCnt\6637312\Number of DC disconnects
10674=Inverter.DGSModCfg.DGSFlCfg.DbVolNomMin\9600256\Lower limit, voltage dead band, full dynamic grid support configuration
10675=Inverter.DGSModCfg.DGSFlCfg.DbVolNomMax\9600512\Upper limit, voltage dead band, full dynamic support configuration
10676=FTPPush.ConnTstRsl\9324800\Result of the last FTP-Push connection test
10677=Inverter.DGSModCfg.DGSMod\9600768\Dynamic grid support, operating mode
10678=Nameplate.PkgTrtRev\8533504\Target version of the software package
10679=Nameplate.PkgUpdRev\8533248\Update version of the software package
10680=Cntry.Mdul.GndFltRea\8891904\Measures in the case of a grounding error
10681=FTPPush.DatExpNoTag\9325312\FTP Push: measurement name in local language
10682=FTPPush.DatExpCSVIsOn\9325568\FTP Push: data export in CSV format
10683=FTPPush.DatExpXMLIsOn\9325824\FTP Push: data export in XML format
10684=Exp.DatExpCSVIsOn\9192960\Data export in CSV format
10685=Exp.DatExpXMLIsOn\9193216\Data export in XML format
10686=GridMs.TotPF\6707200\Displacement power factor
10687=Inverter.VArModCfg.VArCtlVolCfg.VArGraMod\9594880\Reactive power droop mode, reactive power/voltage characteristic curve configuration Q(V)
10688=GridGuard.Cntry.Aid.HzMon.Stt\8886528\Islanding detection, status of frequency monitor
10689=GridGuard.Cntry.Aid.HzMon.HzMonTmms\8886784\Islanding detection, tripping time of the frequency monitor
10690=GridGuard.Cntry.Aid.AsymDet.Stt\8887040\Islanding detection, status of the unbalance detection
10691=GridGuard.Cntry.Aid.AsymDet.AsymMax\8887296\Islanding detection, permissible grid unbalance
10692=GridGuard.Cntry.Aid.AsymDet.AsymMaxTmms\8887552\Islanding detection, tripping time of the unbalance detection
10693=MltFncSw.OpMode\8628736\Operating mode of multifunction relay
10694=MltFncSw.SelfCsmp.MinOnTmm\8628992\Minimum On time for MFR self-consumption
10695=MltFncSw.SelfCsmp.MinOnPwr\8629248\Minimum On power for MFR self-consumption
10696=MltFncSw.SelfCsmp.MinOnPwrTmm\8629504\Minimum power On time, MFR self-consumption
10697=Sys.DevRstr\8620032\Initiate device restart
10698=MltFncSw.ComCtl.Stt\8629760\Status of MFR with control via communication
10699=Inverter.DcCtlTurCfg.PC1\8632576\Constant deviation from power calculation
10700=Inverter.DcCtlTurCfg.PC2\8632832\Pre-expon. factor of power consumption acc. to Udc
10701=Inverter.DcCtlTurCfg.PC3\8633088\Pre-expon. factor of power cons. acc. to Udc^2
10702=Inverter.DcCtlTurCfg.PC4\8633344\Pre-expon. factor of power cons. Acc. to Udc^3
10703=Inverter.DcCtlTurCfg.KP\8633600\Proportionate factor of power control
10704=Inverter.DcCtlTurCfg.KI\8633856\Integral factor of power control
10705=Inverter.DcCtlTurCfg.KD\8634112\Differential factor of power control
10706=DcCfg.StopVol\8724480\Critical voltage to end feed-in
10707=MltFncSw.BatCha.MinOnPwr\8630016\Minimum On power for MFR battery bank
10708=MltFncSw.BatCha.MinReconTmm\8630272\Minimum time before reconnection of MFR battery bank
10709=GridGuard.Cntry.LoginMdt\8855552\Login required for GridGuard parameter
10710=GridMs.TotPFPrc\6707456\Displacement power factor
10711=GridMs.TotPFExt\4610560\Excitation type of cos φ
10712=Metering.TotWhMod\8792576\Energy counter type
10713=Metering.PvMs.TotWhOut\4596480\PV generation counter reading
10714=Metering.GridMs.TotWhOut\4596736\Grid feed-in counter reading
10715=Metering.GridMs.TotWhIn\4596992\Counter reading of power drawn counter
10716=Metering.PvMs.TotWOut\4601088\PV power generated
10717=Metering.GridMs.TotWOut\4601344\Power grid feed-in
10718=Metering.GridMs.TotWIn\4601600\Power drawn
10719=GridGuard.Cntry.Aid.HzMon.HzLim\8888576\Perm. grid-frequency deviation of islanding detection
10720=GridGuard.Cntry.Aid.ImpMon.AmpAmpl\8889088\Current pulse height of islanding detection
10721=GridGuard.Cntry.Aid.ImpMon.MaxImpGra\8888832\Max. impedance gradient of islanding detection
10722=GridGuard.Cntry.Aid.ImpMon.Stt\8889344\Status of impedance of islanding detection
10723=GridGuard.Cntry.Aid.PerAid.Ampl\8887808\Amplitude of islanding detection
10724=GridGuard.Cntry.Aid.PerAid.Hz\8888064\Frequency of islanding detection
10725=GridGuard.Cntry.Aid.PasAid.Stt\8888320\Status of passive islanding detection
10726=GridGuard.Cntry.VolCtl.hLimNom\8870400\Voltage monitoring normalized lower maximum threshold
10727=GridGuard.Cntry.VolCtl.lLimNom\8870656\Voltage monitoring normalized upper minimum threshold
10728=GridGuard.Cntry.VolCtl.ReconMaxNom\8878592\Norm. max. voltage for reconnecting
10729=GridGuard.Cntry.VolCtl.ReconMinNom\8878848\Norm. min. voltage for reconnecting
10730=GridGuard.Cntry.VRefOfs\8858624\Correction voltage, voltage increase protection
10731=GridMs.CO2Red\4616192\CO2-saving
10732=GridMs.CO2RedSpc\8811264\Factor for CO2-saving
10733=GridMs.GriTyp\4616704\Grid type
10734=GridMs.Imp\6713600\Grid impedance
10735=Inverter.DcCtlTurCfg.PMid\8634368\Central point of P-coordinates turbine mode
10736=Inverter.DcCtlTurCfg.PwrCirInopVol\8635648\Lower voltage limit feed-in, turbine mode
10737=Inverter.DcCtlTurCfg.VMid\8634624\Central point of U-coordinates turbine mode
10738=Inverter.DcCtlTurCfg.VMax\8635136\End point of U-coordinates turbine mode
10739=Inverter.DcCtlTurCfg.VStr\8634880\Start point of U-coordinates turbine mode
10740=Inverter.DcCtlTurCfg.WGra\8635392\Power gradient for start-up, turbine mode
10741=Inverter.RplDet.Ampl\8626944\Ripple control signal detection threshold
10742=Inverter.RplDet.Hz\8626688\Ripple control signal detection frequency
10743=Inverter.RplDet.OpMod\8627200\Ripple control signal detection operating mode
10744=Mdul.GndVol\4545280\Ground voltage
10745=Nameplate.BstConv.HwRev\8535808\DC converter HW version
10746=Nameplate.BstConv.SwRev\8535552\DC converter SW version
10747=Operation.BckOpMod\8602880\Backup mode operating mode
10748=Operation.BckStt\4417536\Backup mode status
10749=Operation.PwrBal.OpMod\8600320\PowerBalancer operating mode
10750=Operation.PwrBal.PwrGrd.MaxW\8600576\Max. load unbalance for PowerBalancer
10751=Metering.PvMs.TotS0Out\6724864\S0-pulses PV feed-in counter
10752=Metering.GridMs.TotS0Out\6725120\S0-pulses PV feed-in counter
10753=Metering.GridMs.TotS0In\6725376\S0-pulses power drawn counter
10754=GridGuard.Cntry.GridGuardRev\8855808\GridGuard version
10755=Metering.SelfCsmp.TotWIn\4601856\Metering.SelfCsmp.TotWIn
10756=Metering.Csmp.TotWIn\4602112\Load power
10757=Metering.SelfCsmp.AbsSelfCsmpInc\4631808\Total increased self-consumption
10758=Metering.SelfCsmp.DySelfCsmpInc\4632064\Today's increased self-consumption
10759=Operation.PvGriConn\4630016\Plant mains connection
10760=Operation.CsmpGriConnStt\4630272\Power supply status
10761=Bat.Diag.CapacThrpCnt\4791808\Number of battery charge throughputs
10762=SelfCsmp.OpMod\8599040\SelfCsmp.OpMod
10763=SelfCsmp.BatChaSttMin\8599296\Lower discharge limit for int. consumption increase
10764=Operation.ComFltSSMId\6983424\SSM Id for the comm. fault has occurred
10765=Operation.StrFltDet.SMUWrnId\6662144\SMU warning code for string fault
10766=Diag.SigIn1Stt\6661632\Status of signal contact 1
10767=Diag.SigIn2Stt\6661888\Status of signal contact 2
10768=DevUpd.OpMode\9051904\Operating mode of the device  update
10769=DevUpd.UpdSrc\9052160\Update source of the device update
10770=DevUpd.Stt\2760960\Status of the device update
10771=Upd.TxAttCnt\6523392\Transmission attempts of a device update
10772=Upd.TxAttTm\6523136\Time of last transm. attempt of a device update
10773=Metering.PvMs.S0kWhOut\8795392\S0 pulses per kWh   for  PV   generation counter
10774=Metering.GridMs.S0kWhOut\8795648\S0 pulses per kWh for feed counter
10775=Metering.GridMs.S0kWhIn\8795904\S0 pulses per kWh for power drawn counter
10776=Upd.OpMode\8624128\Update operating mode
10777=GriSw.AutoComFailStt\8638976\Status after loss of communication in autom. mode
10778=GriSw.InitAutoStt\8639232\Status after switching on automatic
10779=GriSw.Stt\8467200\Status of the grid switch
10780=GriSw.AutoSttSet\8467456\GriSw.AutoSttSet
10781=GriSw.Auto\8467712\Automatic mode of the grid switch
10782=Operation.ComTmOut\9055488\Timeout after loss of communication
10783=GriSw.StrDet\8639488\Starting current detection
10784=Inverter.DGSModCfg.DGSFlCfg.ArGraNomPrc\9601024\Gradient K of the reactive current droop, full dynamic grid support configuration
10785=Operation.AutoEna\9055232\Automatic mode can be activated
10786=Metering.Csmp.TotWhIn\4597248\Meter reading consumption meter
10787=Upd.TxAttRev\8624384\Upd.TxAttRev
10788=GridMs.PhV.phsA2B\4606720\Grid voltage phase L1 against L2
10790=Metering.GridMs.TotkWhOutSet\10893056\Set supplied energy
10791=Metering.GridMs.TotkWhInSet\10893312\Set absorbed energy
10792=Metering.ADir.phsA\8817920\Logical flow direction phase L1
10793=Metering.ADir.phsB\8818176\Logical flow direction phase L2
10794=Operation.ActFnc\9337600\Operation.ActFnc
10795=Inverter.WModCfg.GriSwOpnZerW\9584640\Grid disconnection for 0% active power setting
10796=Inverter.WCtlVolModCfg.CrvNum\9588992\Characteristic curve number of the PV system control procedure P(U)
10797=Inverter.UtilCrvCfg.Crv.CrvTms\9604096\Adjustment time of characteristic operating point, conf. of grid integr. char. 1
10798=Inverter.UtilCrvCfg.Crv.RmpDec\9604352\Decrease ramp, conf. of grid integr. char. 1
10799=Inverter.UtilCrvCfg.Crv.RmpInc\9604608\Increase ramp, conf. of grid integr. char. 1
10800=Inverter.UtilCrvCfg.Crv.NumPt\9604864\Number of points to be used, conf. of grid integr. char. 1
10801=Inverter.UtilCrvCfg.Crv.XVal1\9605120\X value 1, conf. of grid integr. char. 1
10802=Inverter.UtilCrvCfg.Crv.YVal1\9605376\Y value 1, conf. of grid integr. char. 1
10803=Inverter.UtilCrvCfg.Crv.XVal2\9605632\X value 2, conf. of grid integr. char. 1
10804=Inverter.UtilCrvCfg.Crv.YVal2\9605888\Y value 2, conf. of grid integr. char. 1
10805=Inverter.UtilCrvCfg.Crv.XVal3\9606144\X value 3, conf. of grid integr. char. 1
10806=Inverter.UtilCrvCfg.Crv.YVal3\9606400\Y value 3, conf. of grid integr. char. 1
10807=Inverter.UtilCrvCfg.Crv.XVal4\9606656\X value 4, conf. of grid integr. char. 1
10808=Inverter.UtilCrvCfg.Crv.YVal4\9606912\Y value 4, conf. of grid integr. char. 1
10809=Inverter.UtilCrvCfg.Crv.XVal5\9607168\X value 5, conf. of grid integr. char. 1
10810=Inverter.UtilCrvCfg.Crv.YVal5\9607424\Y value 5, conf. of grid integr. char. 1
10811=Inverter.UtilCrvCfg.Crv.XVal6\9607680\X value 6, conf. of grid integr. char. 1
10812=Inverter.UtilCrvCfg.Crv.YVal6\9607936\Y value 6, conf. of grid integr. char. 1
10813=Inverter.WCtlHzModCfg.WCtlHzCfg.HzStopWGra\9592320\P(f), active power change rate after fault end
10814=Inverter.WGraConn\9577216\Soft start-up rate P
10815=Inverter.WGraMpp\9577472\Increase rate in case of insolation change
10816=AdptBt.RtNd.SerNum\11176960\AdptBt.RtNd.SerNum
10817=AdptBt.RtNd.SusyId\11177216\AdptBt.RtNd.SusyId
10818=Alrm.Email.IsOn\9330688\E-mail alert function on
10819=Alrm.Email.RptInf\9330944\Alrm.Email.RptInf
10820=Alrm.Email.Recp\9331200\E-mail address(es) for alert
10821=Alrm.Email.TstEmailTx\9331456\Test e-mail for e-mail alert
10822=Alrm.FTPPush.IsOn\9331712\Alrm.FTPPush.IsOn
10823=FTPPush.UpldCyc\9326336\Cycle of FTP push upload
10824=Mb.TcpSrv.IsOn\9138176\Modbus TCP server on
10825=Mb.TcpSrv.Port\9138432\Modbus TCP server port
10826=Mb.UdpSrv.IsOn\9138688\Modbus UDP server on
10827=Mb.UdpSrv.Port\9138944\Modbus UDP server port
10828=Spdwr.DhcpSrv.IsOn\9072640\DHCP server switched on
10829=Spdwr.DhcpSrv.MinIp\9072896\Speedwire DHCP server start IP address
10830=Spdwr.DhcpSrv.MaxIp\9073152\Speedwire DHCP server end IP address
10831=Spdwr.DhcpSrv.SnetMsk\9073408\Speedwire DHCP server subnet mask
10832=Spdwr.DhcpSrv.Ip\9073664\Speedwire DHCP server IP address
10833=DtTm.TmSynSrc\8621568\Time synchronisation source
10834=DtTm.NtpSrv\8621824\NTP server
10835=InOut.DigInGrp1\4433152\Digital input group 1
10836=InOut.DigInGrp2\4433408\Digital input group 2
10837=InOut.AnInA1\4433664\Analogue current input 1 (AI1)
10838=InOut.AnInA2\4433920\Analogue current input 2 (AI2)
10839=InOut.AnInA3\4434176\Analogue current input 3 (AI3)
10840=InOut.AnInVol1\4434432\Analogue voltage input 1 (AI1)
10841=Card.FreMem\4988416\Card.FreMem
10842=Inverter.AfciIsOn\8598016\AFCI switched on
10843=Metering.Csmp.TotkWhInSet\10893568\Set energy taken up by loads
10844=Metering.MsItf1.ConnLcn\8819712\Conn. point of counter on measuring interface 1
10845=Metering.MsItf2.ConnLcn\8819968\Conn. point of counter on measuring interface 2
10846=Metering.MsItf3.ConnLcn\8820224\Conn. point of counter on measuring interface 3
10847=Metering.MsItf1.MsType\8820480\Type of counter on measuring interface 1
10848=Metering.MsItf2.MsType\8820736\Type of counter on measuring interface 2
10849=Metering.MsItf3.MsType\8820992\Type of counter on measuring interface 3
10850=Metering.ADir.phsC\8818432\Logical flow direction phase L3
10851=Inverter.OffGri.OffGriAct\9613056\Activate island mode
10852=Env.InsolSns.Crv0.InsolMin\9384192\Char. of insolation sensor - min. insolation
10853=Env.InsolSns.Crv0.InsolMax\9384448\Char. of insolation sensor - max. insolation
10854=Env.InsolSns.Crv0.MsValMin\9384704\Char. of insolation sensor - min. measurement
10855=Env.InsolSns.Crv0.MsValMax\9384960\Char. of insolation sensor - max. measurement
10856=USB.FreMem\4988672\Free memory on USB medium
10857=USB2.FreMem\4988928\Free memory on USB medium 2
10858=Inverter.FstStop\9613312\Fast shut-down
10859=Metering.GridMs.DyWhOut\4597504\Energy fed into grid (today)
10860=Metering.GridMs.DyWhIn\4597760\Energy drawn today
10861=Nameplate.CmpMain.Typ\9512192\Main processor type
10862=Nameplate.CmpCom.Typ\9514240\Type of communication assembly
10863=Nameplate.CmpFltASw.Typ\9516288\Type of residual current monitoring
10864=Nameplate.CmpDisp.Typ\9518336\Type of display
10865=Nameplate.CmpSigProc.Typ\9520384\Type of logic component
10866=Nameplate.CmpRS485.Typ\9522432\Type of RS485 module
10867=Nameplate.CmpZb.Typ\9524480\Type of Zigbee components
10868=Nameplate.CmpBt.Typ\9526528\Type of Bluetooth component
10869=Nameplate.CmpOS.Typ\9528576\Type of operating system
10870=Nameplate.CmpPvPro.Typ\9530624\Type of string protection
10871=Nameplate.CmpProtConv.Typ\9532672\Type of protocol converter
10872=Nameplate.CmpMdul.Typ\9534720\Type of module in module slot
10873=Operation.KeySwStt\4299008\Key switch
10874=DtTm.LcnTm\4429568\Local time
10875=Operation.DcSw.Stt\6637568\DC switch
10876=Operation.DcSw.Evt.Msg\6637824\Error message DC switch
10877=DcMs.StrgStt\6646016\String status
10878=Spdwr.ComSocA.Stt\4888064\Speedwire connection status of SMACOM A
10879=Spdwr.ComSocA.ConnSpd\4888320\Connection speed of SMACOM A
10880=Spdwr.ComSocB.Stt\4888576\Speedwire connection status of SMACOM B
10881=Spdwr.ComSocB.ConnSpd\4888832\Connection speed of SMACOM B
10882=Spdwr.ActlIp\4889088\Current speedwire IP address
10883=Spdwr.ActlSnetMsk\4889344\Current speedwire subnet mask
10884=Spdwr.ActlGwIp\4889600\Current speedwire gateway address
10885=Spdwr.ActlDnsSrvIp\4889856\Current speedwire DNS server address
10886=WebConn.Stt\4922880\Status of the Webconnect functionality
10887=WebConn.IsOn\9130496\Webconnect functionality switched on
10888=Nameplate.MacId\10628864\MAC address
10889=Spdwr.AutoCfgIsOn\9079296\Automatic speedwire configuration switched on
10890=Spdwr.Ip\11165952\Speedwire IP address
10891=Spdwr.SnetMsk\11166208\Speedwire subnet mask
10892=Spdwr.GwIp\11166464\Speedwire gateway address
10893=Spdwr.DnsSrvIp\11166720\Speedwire DNS server address
10894=Metering.PvMs.TotWOutCalc\4600832\Power PV generation (caluclated)
10895=Metering.PvMs.TotWhOutCalc\4598016\Counter status PV generation counter (calculated)
10896=Spdwr.ComSocA.DpxMode\4890112\Duplex mode of SMACOM A
10897=Spdwr.ComSocB.DpxMode\4890368\Duplex mode of SMACOM B
10898=Bat.Diag.TotAhIn\4793856\Amp hours counter for battery charge
10899=Bat.Diag.TotAhOut\4794112\Amp hours counter for battery discharge
10900=Cha.ActChaMod\6894080\Active battery charging mode
10901=Metering.GnMs.TotWOut\4598784\Current generator power
10902=Maint.FulEqCha\6899200\Battery maint. state of charge
10903=Bat.ChaStt\2710016\Current battery state of charge
10904=Bat.TmpVal\4807424\Battery temperature
10905=Bat.Vol\4807680\Battery voltage
10906=Metering.WhIn\4602368\Absorbed energy
10907=Metering.WhOut\4602624\Released energy
10908=Gn.AutoStr\8920576\Automatic generator start
10909=Operation.GnDmdReas\6823424\Reason for generator request
10910=Metering.GnMs.TotWhOutCalc\6695680\Generator output energy
10911=Gn.ManCtl\8920832\Manual generator control
10912=Metering.GnMs.TotOpTms\6696960\Generator operating hours
10913=GnDmdBatCha.Tm1OffLim\8927488\Limit battery state of charge gen. shutdown in time range
10914=GnDmdBatCha.Tm1OnLim\8927744\Limit battery state of charge generator start in time range
10915=Gn.Diag.StrCnt\6828544\Number of generator starts
10916=Operation.GriCreaSrc\8791296\External sources
10917=MltFncSw.Stt\6514944\Multifunction relay status
10918=Metering.SelfCsmp.SelfCsmpWh\4631040\Energy consumed internally
10919=Metering.SelfCsmp.SelfCsmpInc\4631552\Actual increased self-consumption
10920=Metering.SelfCsmp.ActlSelfCsmp\4631296\Current self-consumption
10921=Bat.Diag.ActlCapacNom\6909440\Current battery capacity
10922=Bat.Amp\4807936\Battery current
10923=Cha.BstChaTmm\8986112\Battery boost charge time
10924=Cha.EqChaTmh\8986368\Battery equalization charge time
10925=Cha.FulChaTmh\8986624\Battery full charge time
10926=Operation.FltRstrMaxCnt\8637184\Max. start attempts after error
10927=Cha.MaxChaAmp\8986880\Max. battery charging current
10928=Cha.ActlChaVolSpt\6894336\Current battery charging set voltage
10929=Bat.CapacRtg\8993024\Battery nominal capacity
10930=Bat.TmpMax\8993280\Max. battery temperature
10931=Bat.Typ\8993536\Battery type
10932=Bat.VRtg\8993792\Nominal battery voltage
10933=Gn.Operation.Ackn\8965120\Acknowledge generator errors
10934=Gn.ARtg\8921088\Rated generator current
10935=GnDmdW.IsOn\8923648\Generator request via power on
10936=GnDmdW.WOff\8923904\Generator shutdown load limit
10937=GnDmdW.WOn\8924160\Generator startup load limit
10938=Gn.OpStt\4745728\Generator status
10939=SelfCsmp.SelfCsmpIncIsOn\8599552\Increased self-consumption switched on
10940=Metering.GridMs.DyWhFeed\4598272\Grid feed-in today
10941=Metering.GriFailTms\4600064\Power outage
10942=DcMs.AmpMsCnt\6646272\Number of DC current measurement units
10943=USB1.FreMem\4989184\Free memory on USB medium 1
10944=Maint.ExIsoMs\8601856\External measurement of the insulation resistance
10945=Smtp.Srv\9124096\IP address of the SMTP server
10946=Smtp.Port\9124352\SMTP server port
10947=Smtp.Login\9124608\User name for registration on the SMTP server
10948=Smtp.Pwd\9124864\Password for registration on SMTP server
10949=Smtp.Cry\9125120\Type of password encryption
10950=DtTm.DoTmSynSrc\8622080\Synchronise with time synchronization source
10954=InOut.AnInA4\4434688\Analogue current input 4
10955=InOut.AnInVol2\4434944\Analogue voltage input 2
10956=InOut.AnInVol3\4435200\Analogue voltage input 3
10957=InOut.AnInVol4\4435456\Analogue voltage input 4
10959=PortalBscSettings.SigCyc\9266176\Portal communication monitoring signal
10960=PortalBscSettings.UpldTm\9266432\Last successful portal upload
10963=Dev.RmvDev\10696192\Remove device
10964=Dev.RmvAllDev\8641024\Remove all devices
10966=Env.WndDir\5214720\Wind direction
10968=Alrm.FilCfg.AlrmWCtl\9331968\Alarm at active power limit
10969=Alrm.FilCfg.AlrmVArCtl\9332224\Alarm at reactive power specification
10970=Alrm.Email.TstEmailRsl\9332480\Result of the last e-mail dispatch
10971=Inverter.UtilCrvCfg.Crv.XVal7\9608192\X value 7, conf. of grid integr. char. 1
10972=Inverter.UtilCrvCfg.Crv.YVal7\9608448\Y value 7, conf. of grid integr. char. 1
10973=Inverter.UtilCrvCfg.Crv.XVal8\9608704\X value 8, conf. of grid integr. char. 1
10974=Inverter.UtilCrvCfg.Crv.YVal8\9608960\Y value 8, conf. of grid integr. char. 1
10975=Inverter.VArModCfg.VArCtlVolCrvCfg.CrvNum\9611264\Characteristic number, conf. of reactive power/voltage char. Q(V)
10976=Inverter.VArModCfg.VArCtlVolCrvCfg.EnaW\9611520\Activating active power, conf. of reactive power/voltage char. Q(V)
10977=Inverter.VArModCfg.VArCtlVolCrvCfg.DsaW\9611776\Deactivating active power, conf. of reactive power/voltage char. Q(V)
10978=Inverter.WCtlHzModCfg.WCtlHzCfg.HzStopWGraTms\9592576\P(f), lag time
10979=Inverter.VArModCfg.PFCtlWCfg.EnaVol\9597696\Activating voltage, cos φ(P) char. conf.
10980=Inverter.VArModCfg.PFCtlWCfg.DsaVol\9597952\Deactivating voltage, cos φ(P) char. conf.
10981=Inverter.UtilCrvCfg.Crv.XRef\9603584\X-axes reference, conf. of grid integration char. 1
10982=Inverter.UtilCrvCfg.Crv.YRef\9603840\Y-axes reference, conf. of grid integration char. 1
10983=Inverter.UtilCrvCfg.Crv2.CrvTms\9614336\Adjustment time of char. operating point, conf. of grid integration char. 2
10984=Inverter.UtilCrvCfg.Crv2.RmpDec\9614592\Decrease ramp, conf. of grid integration char. 2
10985=Inverter.UtilCrvCfg.Crv2.RmpInc\9614848\Increase ramp, conf. of grid integration char. 2
10986=Inverter.UtilCrvCfg.Crv2.NumPt\9615104\Number of points to be used, conf. of grid integr. char. 2
10987=Inverter.UtilCrvCfg.Crv2.XRef\9615360\Input unit, conf. of grid integration char. 2
10988=Inverter.UtilCrvCfg.Crv2.YRef\9615616\Output frequency, conf. of grid integration char. 2
10989=Inverter.UtilCrvCfg.Crv2.XVal1\9615872\X value 1, conf. of grid integr. char. 2
10990=Inverter.UtilCrvCfg.Crv2.XVal2\9616384\X value 2, conf. of grid integr. char. 2
10991=Inverter.UtilCrvCfg.Crv2.XVal3\9616896\X value 3, conf. of grid integr. char. 2
10992=Inverter.UtilCrvCfg.Crv2.XVal4\9617408\X value 4, conf. of grid integr. char. 2
10993=Inverter.UtilCrvCfg.Crv2.XVal5\9617920\X value 5, conf. of grid integr. char. 2
10994=Inverter.UtilCrvCfg.Crv2.XVal6\9618432\X value 6, conf. of grid integr. char. 2
10995=Inverter.UtilCrvCfg.Crv2.XVal7\9618944\X value 7, conf. of grid integr. char. 2
10996=Inverter.UtilCrvCfg.Crv2.XVal8\9619456\X value 8, conf. of grid integr. char. 2
10997=Inverter.UtilCrvCfg.Crv2.YVal1\9616128\Y value 1, conf. of grid integr. char. 2
10998=Inverter.UtilCrvCfg.Crv2.YVal2\9616640\Y value 2, conf. of grid integr. char. 2
10999=Inverter.UtilCrvCfg.Crv2.YVal3\9617152\Y value 3, conf. of grid integr. char. 2
11000=Inverter.UtilCrvCfg.Crv2.YVal4\9617664\Y value 4, conf. of grid integr. char. 2
11001=Inverter.UtilCrvCfg.Crv2.YVal5\9618176\Y value 5, conf. of grid integr. char. 2
11002=Inverter.UtilCrvCfg.Crv2.YVal6\9618688\Y value 6, conf. of grid integr. char. 2
11003=Inverter.UtilCrvCfg.Crv2.YVal7\9619200\Y value 7, conf. of grid integr. char. 2
11004=Inverter.UtilCrvCfg.Crv2.YVal8\9619712\Y value 8, conf. of grid integr. char. 2
11005=Spdwr.ComSocC.Stt\4887040\Speedwire connection status of SMACOM C
11006=Spdwr.ComSocC.ConnSpd\4887296\Connection speed of SMACOM C
11007=Spdwr.ComSocD.Stt\4887552\Speedwire connection status of SMACOM D
11008=Spdwr.ComSocD.ConnSpd\4887808\Connection speed of SMACOM D
11009=Spdwr.ComSocC.DpxMode\4890624\Duplex mode of SMACOM C
11010=Spdwr.ComSocD.DpxMode\4890880\Duplex mode of SMACOM D
11011=PwrCtlMdul.OpMode\9612800\Operating mode of power control module
11012=PwrCtlMdul.DigInStt\5381632\Status of digital inputs of power control module
11013=Inverter.WCtlHzModCfg.WCtlHzCfg.HzStopMin\9592832\Lower frequency limit prior to end of active power reduction, linear instant. power gradient conf.
11014=Inverter.WCtlHzModCfg.WCtlHzCfg.HzStopMax\9593088\Upper frequency limit prior to end of active power reduction, linear instant. power gradient conf.
11015=IecCfg.GoCfg.GoAppId\9144832\Goose application ID
11016=GridGuard.Cntry.FrqCtl.SwMax\8884224\Frequency monitoring switchable max. threshold
11017=GridGuard.Cntry.FrqCtl.SwMaxTmms\8884480\Frequency monit. switchable max. threshold tripping time
11018=GridGuard.Cntry.FrqCtl.SwMin\8884736\Frequency monitoring switchable min. threshold
11019=GridGuard.Cntry.FrqCtl.SwMinTmms\8884992\Frequency monit. switchable min. threshold tripping time
11020=GridGuard.Cntry.FrqCtl.SrcHzLimRedCom\8879616\Operating mode of frequency restriction
11021=Operation.PlntCtl.SrcFstStop\8894464\Source of quick shut-down
11022=Inverter.HzLimRed\9613568\Frequency monitoring switchable max. threshold
11023=Alrm.FilCfg.AlrmWrn\9332736\Alarm upon warnings
11024=Alrm.Email.Lang\9332992\Alarm e-mail languages
11025=Smtp.OptTxAdr\9125376\Alternative e-mail sender address (optional)
11026=Inverter.VArModCfg.VArAct\9578496\Inverter.VArModCfg.VArAct
11027=Inverter.WModCfg.WCtlComCfg.WNomPrc\9587456\Normalized active power limitation by PV system control
11028=Inverter.VArModCfg.VArCtlComCfg.VArNomPrc\9583104\Extern. reactive power mode
11029=InOut.DigInSttGrp1\4432640\Digital input group 1 (DI1 .. DI4)
11030=InOut.DigInSttGrp2\4432896\Digital input group 2 (DI5 .. DI8)
11031=GridMs.PhV.phsB2C\4606976\Grid voltage phase L2 against L3
11032=GridMs.PhV.phsC2A\4607232\Grid voltage phase L3 against L1
11033=Inverter.PwrCirCom\4416512\Power unit supplies data
11034=GridGuard.Cntry.VolCtl.RproTmms\8877312\Voltage increase protection trigger time
11035=IecCfg.GoCfg.GoMacId\9145088\Goose-Mac address
11036=PCC.ARtg\8825344\Grid connection point rated current
11037=Inverter.WModCfg.WCtlComCfg.ASpt\9624064\Active power specif. by PV system control
11038=Inverter.VArModCfg.VArCtlComCfg.ArSpt\9624320\Reactive power specif. by PV system control
11039=Inverter.WModCfg.GnCtlComCfg.AMax\9624576\Active power limitation by PV system control
11040=Operation.OpStt\4270080\General operating status
11041=Inverter.FltAMod\8595200\RCD adjustment
11043=Plnt.DcWRtg\8727040\Nominal PV system power
11044=PCC.WMaxMod\9623040\Operating mode of act. power limit. at grid connection pt
11045=PCC.DynWMax\9623808\Dynamic act. power limitat. at grid connection pt
11046=PCC.WMax\9623296\Set active power limit at grid connection point
11047=PCC.WMaxNom\9623552\Set active power limit at grid connection point
11048=PlntCtl.IsOn\9622784\PV system control ON
11049=AdptZb.DAA.AdptConnQual\4860160\AdptZb.DAA.AdptConnQual
11050=ExSw.ExSwCnt\8828928\Number of section switches
11051=ExSw.OpnTmms\8829184\Time to open the section switches
11052=ExSw.ClsTmms\8829440\Time to close section switches
11053=GnMs.TotOpTms\6833664\Generator operating hours
11054=GnMs.TotWhOutCalc\6833920\Generator output energy
11055=GnMs.TotWOut\4737024\Current generator performance
11056=Cha.DschStopVol\8987136\Battery discharge cut-off voltage
11057=Cha.ChaAmpMax\8987392\Maximum battery charging current
11058=Cha.DschAmpMax\8987648\Maximum battery discharge current
11059=PubGri.Stt\4595456\Status of utility grid
11060=Cha.BstChaVolSpt\8987904\Cell charge nominal voltage for boost charge
11061=Cha.FulChaVolSpt\8988160\Cell charge nominal voltage for full charging
11062=Cha.EqChaVolSpt\8988416\Cell charge nominal voltage for equalization charge
11063=Cha.TrcChaVolSpt\8988672\Cell charge nominal voltage for float charge
11064=GridGuard.Cntry.VolCtl.ReconMinDif\8870912\Voltage monitoring hysteresis minimum threshold
11065=GridGuard.Cntry.VolCtl.ReconMaxDif\8871168\Voltage monitoring hysteresis maximum threshold
11066=GridGuard.Cntry.FrqCtl.ReconMinDif\8871424\Frequency monitoring hysteresis minimum threshold
11067=GridGuard.Cntry.FrqCtl.ReconMaxDif\8871680\Frequency monitoring hysteresis maximum threshold
11068=Gn.VolCtl.Min\8932608\Voltage monit. gener. lower minimum threshold
11069=Gn.VolCtl.Max\8932864\Voltage monit. gener. upper maximum threshold
11070=Gn.VolCtl.ReconMinDif\8933120\Voltage monit. gener. hysteresis min. threshold
11071=Gn.VolCtl.ReconMaxDif\8933376\Voltage monit. hysteresis generator max. threshold
11072=Gn.FrqCtl.Min\8933632\Frequency monit. generator lower minimum threshold
11073=Gn.FrqCtl.Max\8933888\Frequency monit. generator without max. threshold
11074=Gn.FrqCtl.ReconMinDif\8934144\Frequency monit. gener. hysteresis min. threshold
11075=Gn.FrqCtl.ReconMaxDif\8934400\Freq. Monit. generator hysteresis max. threshold
11076=Gn.WMon.RvPwrMax\8934656\Generator maximum reverse power
11077=Gn.WMon.RvPwrMaxTms\8934912\Generator maximum reverse power tripping time
11078=ExtGridMs.TotW\4632576\Output external power connection
11079=ExtGridMs.W.phsA\4632832\Output external power connection phase A
11080=ExtGridMs.W.phsB\4633088\Output external power connection phase B
11081=ExtGridMs.W.phsC\4633344\Output external power connection phase C
11082=ExtGridMs.TotVAr\6730752\Reactive power external power connection
11083=ExtGridMs.VAr.phsA\6731008\Reactive power external power connection phase A
11084=ExtGridMs.VAr.phsB\6731264\Reactive power external power connection phase B
11085=ExtGridMs.VAr.phsC\6731520\Reactive power external power connection phase C
11086=ExtGridMs.Hz\4634624\Grid frequency of external power connection
11087=ExtGridMs.PhV.phsA\4634880\Voltage external power connection phase A
11088=ExtGridMs.PhV.phsB\4635136\Voltage external power connection phase B
11089=ExtGridMs.PhV.phsC\4635392\Voltage external power connection phase C
11090=ExtGridMs.A.phsA\4635648\Electricity external power connection phase A
11091=ExtGridMs.A.phsB\4635904\Electricity external power connection phase B
11092=ExtGridMs.A.phsC\4636160\Electricity external power connection phase C
11093=GridMs.PhVNom.phsA2B\4619776\Operating state grid voltage L1 against L2
11094=GridMs.PhVNom.phsB2C\4620032\Operating state grid voltage L2 against L3
11095=GridMs.PhVNom.phsC2A\4620288\Operating state grid voltage L3 against L1
11102=Plnt.VARtg\9641472\Rated apparent power of all inverters
11103=Plnt.LoVolLin.RisLen\9641728\Ohmic resistive coating of the low-voltage line
11104=Plnt.LoVolLin.InducReactLen\9641984\Induc. reactive coating of the low-volt.power line
11105=Plnt.LoVolLin.LoVolLen\9642240\Length of the low-voltage cabling
11106=Plnt.MedVolLin.RisLen\9642496\Ohmic resistive coating of the medium-voltage line
11107=Plnt.MedVolLin.CapacReactLen\9642752\Capac.  resistive coating of the medium-volt. line
11108=Plnt.MedVolLin.MedVolLen\9643008\Length of the medium-voltage cabling
11109=Plnt.Trf.VARtg\9643264\Nominal apparent power of the transformer
11110=Plnt.Trf.SCVol\9643520\Short-circuit voltage of the transformer
11111=PCC.HiVolRtg\9643776\Nominal voltage of the high-voltage side
11112=Metering.MsItf1.SerNumEN\8821248\Serial number of the counter on meas. interface 1
11113=Metering.MsItf2.SerNumEN\8821504\Serial number of the counter on meas. interface 2
11114=Metering.MsItf3.SerNumEN\8821760\Serial number of the counter on meas. interface 3
11116=Nameplate.CmpMdul2.SwRev\9535744\Firmware version of the module
11117=Nameplate.CmpMdul2.HwRev\9536000\Hardware version of the module
11118=Nameplate.CmpMdul2.Rev\9536256\Revision status of the module
11119=Nameplate.CmpMdul2.SwUpdRev\9536512\Update version of the module
11120=Nameplate.CmpMdul2.SerNum\11632896\Serial number of the module
11121=Nameplate.CmpMdul2.SusyId\11633152\SUSyID of module
11122=Nameplate.CmpMdul2.Typ\9536768\Type of module in module slot
11123=PwrCtlMdul.WCnstCls.DigInD00\8641280\Power control module D1: 0 | D2:0 | D3: 0 | D4: 0
11124=PwrCtlMdul.WCnstCls.DigInD01\8641536\Power control module D1: 1 | D2:0 | D3: 0 | D4: 0
11125=PwrCtlMdul.WCnstCls.DigInD02\8641792\Power control module D1: 0 | D2:1 | D3: 0 | D4: 0
11126=PwrCtlMdul.WCnstCls.DigInD03\8642048\Power control module D1: 1 | D2:1 | D3: 0 | D4: 0
11127=PwrCtlMdul.WCnstCls.DigInD04\8642304\Power control module D1: 0 | D2:0 | D3: 1 | D4: 0
11128=PwrCtlMdul.WCnstCls.DigInD05\8642560\Power control module D1: 1 | D2:0 | D3: 1 | D4: 0
11129=PwrCtlMdul.WCnstCls.DigInD06\8642816\Power control module D1: 0 | D2:1 | D3: 1 | D4: 0
11130=PwrCtlMdul.WCnstCls.DigInD07\8643072\Power control module D1: 1 | D2:1 | D3: 1 | D4: 0
11131=PwrCtlMdul.WCnstCls.DigInD08\8643328\Power control module D1: 0 | D2:0 | D3: 0 | D4: 1
11132=PwrCtlMdul.WCnstCls.DigInD09\8643584\Power control module D1: 1 | D2:0 | D3: 0 | D4: 1
11133=PwrCtlMdul.WCnstCls.DigInD10\8643840\Power control module D1: 0 | D2:1 | D3: 0 | D4: 1
11134=PwrCtlMdul.WCnstCls.DigInD11\8644096\Power control module D1: 1 | D2:1 | D3: 0 | D4: 1
11135=PwrCtlMdul.WCnstCls.DigInD12\8644352\Power control module D1: 0 | D2:0 | D3: 1 | D4: 1
11136=PwrCtlMdul.WCnstCls.DigInD13\8644608\Power control module D1: 1 | D2:0 | D3: 1 | D4: 1
11137=PwrCtlMdul.WCnstCls.DigInD14\8644864\Power control module D1: 0 | D2:1 | D3: 1 | D4: 1
11138=PwrCtlMdul.WCnstCls.DigInD15\8645120\Power control module D1: 1 | D2:1 | D3: 1 | D4: 1
11139=PwrCtlMdul.FlbTmh\8645376\Power control module release time
11140=PwrCtlMdul.FlbVal\8645632\Power control module release value
11141=PwrCtlMdul.FltClrTms\8645888\Power control module fault tolerance time
11142=Inverter.VArModCfg.VArModDmd\9579520\Oper.mode vol.maint.at Q on Dem., st.vol.maint.conf.
11143=Inverter.VArModCfg.VArCnstCfgDmd.VAr\9579776\Manual reactive power setpoint for zero power output
11144=Inverter.VArModCfg.VArCnstCfgDmd.VArNom\9580032\Manual reactive power setpoint for zero power output
11145=Inverter.DGSModCfg.DGSFlCfg.ArGraSag\9601280\Dynamic grid support, k-factor of react. current stat. for undervolt.
11146=Inverter.DGSModCfg.DGSFlCfg.ArGraSwell\9601536\Dynamic grid support, k-factor of react. current stat. for overvolt.
11147=Inverter.UtilCrvCfg.CrvModCfg.CrvNum\9620224\Characteristic curve number, configuration of characteristic curve mode
11148=Inverter.UtilCrvCfg.CrvModCfg.CrvEna\9620480\Activation of the characteristic curve, configuration of characteristic curve mode
11149=Inverter.UtilCrvCfg.CrvModCfg.EnaTrg\9620736\Activation threshold, configuration of characteristic curve mode
11150=Inverter.UtilCrvCfg.CrvModCfg.DsaTrg\9620992\Deactivation threshold, configuration of characteristic curve mode
11151=Inverter.UtilCrvCfg.CrvModCfg.TrgRef\9621248\Threshold reference, configuration of characteristic curve mode
11152=Inverter.UtilCrvCfg.CrvPt1.XVal\9609216\X values charact. curve 1
11153=Inverter.UtilCrvCfg.CrvPt1.YVal\9609472\Y values charact. curve 1
11154=Inverter.UtilCrvCfg.CrvPt2.XVal\9609728\X values charact. curve 2
11155=Inverter.UtilCrvCfg.CrvPt2.YVal\9609984\Y values charact. curve 2
11156=Inverter.UtilCrvCfg.CrvPt3.XVal\9610240\X values charact. curve 3
11157=Inverter.UtilCrvCfg.CrvPt3.YVal\9610496\Y values charact. curve 3
11163=Bat.OpStt\4808192\Battery oper. status
11166=Nameplate.CmpBMS.SwRev\9537792\BMS firmware version
11167=Nameplate.CmpBMS.HwRev\9538048\BMS hardware version
11168=Nameplate.CmpBMS.Rev\9538304\BMS conversion status
11169=Nameplate.CmpBMS.SwUpdRev\9538560\BMS update version
11170=Nameplate.CmpBMS.SerNum\11634944\BMS serial number
11171=Nameplate.CmpBMS.SusyId\11635200\BMS SUSyID
11172=Nameplate.CmpBMS.Typ\9538816\BMS type
11173=Metering.MsSpdwr.SerNumEN\9085440\Speedwire meter serial no.
11174=Metering.MsSpdwr.Health\4893184\Speedwire meter status
11175=Bat.CelVol\4806912\Battery cell voltage
11176=Operation.Inverter.Health\4279296\Inverter status
11177=Operation.Bat.Health\4279552\Battery status
11178=Inverter.UtilCrvCfg.Crv0.CrvTms\9625088\Adj. time for charac. act. pt.
11179=Inverter.UtilCrvCfg.Crv0.RmpDec\9625344\Down ramp f. charac. act. pt.
11180=Inverter.UtilCrvCfg.Crv0.RmpInc\9625600\Up ramp f. charac. act. pt.
11181=Inverter.UtilCrvCfg.Crv0.RsRmpInc\9626624\Charac. ramp up after ret. norm. op.
11182=Inverter.UtilCrvCfg.Crv0.NumPt\9625856\No. of charac. pt.s to be used
11183=Inverter.UtilCrvCfg.Crv0.XRef\9626112\X-axis ref. characteristic
11184=Inverter.UtilCrvCfg.Crv0.YRef\9626368\Y-axis ref. characteristic
11185=PCC.WMaxAv\9622528\Avg. eff. power lim. grid conn. pt.
11186=Qtl.QtlPvHi\7609856\Qtl.QtlPvHi
11187=Qtl.QtlPvLo\7610112\Qtl.QtlPvLo
11188=Qtl.QtlBatHi\7610368\Qtl.QtlBatHi
11189=Qtl.QtlBatLo\7610624\Qtl.QtlBatLo
11190=Qtl.QtlInvHi\7610880\Qtl.QtlInvHi
11191=Qtl.QtlInvLo\7611136\Qtl.QtlInvLo
11192=Qtl.PaQtlPvHi\9707008\Qtl.PaQtlPvHi
11193=Qtl.PaQtlPvLo\9707264\Qtl.PaQtlPvLo
11194=Qtl.PaQtlBatHi\9707520\Qtl.PaQtlBatHi
11195=Qtl.PaQtlBatLo\9707776\Qtl.PaQtlBatLo
11196=Qtl.PaQtlInvHi\9708032\Qtl.PaQtlInvHi
11197=Qtl.PaQtlInvLo\9708288\Qtl.PaQtlInvLo
11199=Nameplate.Bat.Vendor\8530944\Battery manufacturer
11200=Nameplate.Bat.ProdTm\8531200\Date of battery manufacture
11202=Operation.BatConv.ChaSwCnt\4809728\Batt. man. activ. proc.s charge mode
11203=Operation.BatConv.DschaSwCnt\4809984\Batt. man. activ. proc.s disch. mode
11206=Bat.OpTms\4810240\Tot. battery runtime
11207=Bat.EpsChaSttMin\8992768\Batt. charge res. for emerg. curr. op.
11208=Bat.CapacRtgWh\8992512\Battery nominal capacity
11210=Operation.StoOpMode\9717248\Storage management operating mode
11211=Inverter.WModCfg.WCtlComCfg.WSpt\9585664\Active power setpoint
11212=Inverter.WModCfg.WCtlComCfg.WCtlComAct\9585920\Eff./reac. pow. contr. via comm.
11213=Inverter.VArModCfg.VArCtlComCfg.VArSpt\9624832\Reactive power setpoint
11214=PvGen.PvWh\4637440\Meter count and PV gen. meter
11215=TotVal.TotCsmp\5519872\Total cumulative consump.
11216=TotVal.SelfCsmp\5520128\Cumulative internal consump.
11217=TotVal.DirCsmp\5520384\Cumulative direct consump.
11218=BatChrg.BatChrg\4810496\Battery charge
11219=BatDsch.BatDsch\4810752\Battery discharge
11220=PvGen.PvW\4637184\PV generation power
11221=CurVal.TotCsmp\5517568\Present total consump.
11222=CurVal.SelfCsmp\5517824\Present own consump.
11223=CurVal.DirCsmp\5518080\Present direct consump.
11224=BatChrg.CurBatCha\4811008\Present battery charge
11225=BatDsch.CurBatDsch\4811264\Present battery discharge
11226=CurVal.SelfCsmpNom\5518336\Present internal consump. ratio
11227=TotVal.SelfCsmpNom\5518592\Cumulative internal consump. ratio
11228=StoNom.CurStoNom\4811520\Present electrical storage ratio
11229=StoNom.StoNom\4811776\Electrical storage ratio
11230=CurVal.AtcNom\5518848\Present autonomy ratio
11231=TotVal.AtcNom\5519104\Autonomy ratio
11232=CurVal.DirCsmpNom\5519360\Present direct consump. ratio
11233=TotVal.DirCsmpNom\5519616\Direct consumption ratio
11234=PvGen.PvWhSet\8823552\Set PV generation meter
11235=TotVal.TotCsmpSet\9717504\Set cumulative total consump.
11236=TotVal.SelfCsmpSet\9717760\Set cumulative internal consump.
11237=TotVal.DirCsmpSet\9718016\Set cumulative direct consump.
11238=BatChrg.BatChrgSet\8998144\Set battery charge
11239=BatDsch.BatDschSet\8998400\Set battery discharge
11241=Operation.GfdiSwStt\4286464\Gfdi relay status
11242=Operation.RstrLokStt\4286720\Block status
11243=Nameplate.CmpGriMon.SwRev\9539840\Mains watchdog firmware vers.
11244=Nameplate.CmpGriMon.HwRev\9540096\Mains watchdog hardware vers.
11245=Nameplate.CmpGriMon.Rev\9540352\Mains watchdog conversion status
11246=Nameplate.CmpGriMon.SwUpdRev\9540608\Mains watchdog update vers.
11247=Nameplate.CmpGriMon.SerNum\11636992\Mains watchdog serial no.
11248=Nameplate.CmpGriMon.SusyId\11637248\Mains watchdog SUSyID
11249=Nameplate.CmpGriMon.Typ\9540864\Mains watchdog unit type
11250=USB1.TotMem\4989440\Total memory on USB medium 1
11251=USB2.TotMem\4989696\Total memory on USB medium 2
11255=CmpBMS.OpMod\9003008\BMS operating mode
11256=CmpBMS.BatChaMinW\9003264\Min. battery charge capac.
11257=CmpBMS.BatChaMaxW\9003520\Max. battery charge capac.
11258=CmpBMS.BatDschMinW\9003776\Min. battery discharge capac.
11259=CmpBMS.BatDschMaxW\9004032\Max. battery discharge capac.
11260=CmpBMS.GridWSpt\9004288\Mains exch. capac. target value
11261=Operation.Bat.TmpHealth\4279808\Battery temp.
11263=BatConv.WMaxCha\9007104\Batt. manuf's max. charge capac.
11264=BatConv.WMinCha\9007360\Batt. manuf's min. charge capac.
11265=BatConv.WMaxDsch\9007616\Batt. manuf's max. disch. capac.
11266=BatConv.WMinDsch\9007872\Batt. manuf's min. disch. capac.
11267=CmpBMS.ActlCapacDet\9004544\Determine SOH
11269=TotVal.SelfSup\5520640\Cumulative self-supply
11270=CurVal.SelfSup\5520896\Current self-supply
11271=BatDsch.ActBatDsch\4812032\Battery discharge of current battery
11273=Inverter.RplDet.NrwBndSprt.Gain\8627456\Ripple control signal detection, amplification of narrow-band support
11274=Inverter.RplDet.NrwBndSprt.Dmp\8627712\Ripple control signal detection, damping of narrow-band support
11275=Inverter.RplDet.NrwBndSprt.Hz\8627968\Ripple control signal detection, frequency of narrow-band support
11276=Inverter.RplDet.BrdBndSprt.Gain\8628224\Ripple control signal detection, amplification of broad-band support
11277=Inverter.RplDet.BrdBndSprt.Hz\8628480\Ripple control signal detection, frequency of broad-band support
11280=Metering.GridMs.TotkWhOutOfs\10893824\Set offset of the supplied energy
11281=Metering.GridMs.TotkWhInOfs\10894080\Set offset of the absorbed energy
11282=GridGuard.Cntry.Aid.Stt\8889600\Island network detect. status
11283=Inverter.DynDsconModCfg.CrvNum\9589248\Char. curve no. for dyn. network disconnect
11284=Nameplate.ARtg\8529152\Nominal current of all phases
11285=Inverter.VArModCfg.PFCtlWCfg.PFExtPFStr\9598208\cos φ of start pt, cos φ(P) char. curve config
11286=Inverter.VArModCfg.PFCtlWCfg.PFExtPFStop\9598464\cos φ of end pt, cos φ(P) char. curve config
11287=EpsMs.Vol\4638208\AC voltage EPS (Emergency Power Supply)
11288=EpsMs.Amp\4638464\Current EPS (Emergency Power Supply)
11289=EpsMs.Watt\4638720\Power EPS (Emergency Power Supply)
11290=EpsMs.WhOut\4638976\Energy EPS (Emergency Power Supply)
11292=Operation.EpsMod\8830976\Operating mode EPS (Emergency Power Supply)
11293=Operation.EpsActTm\8831232\Change-over time to EPS after network failure
11294=Operation.EpsInaTm\8831488\Chg-over t EPS to network op after network reconnect
11295=SwCmp.CmpComBlt.SwRev\8625152\Version of communication Bootloader
11296=SwCmp.CmpWebSrv.SwRev\8625408\Version of Webserver
11297=Inverter.CtlComCfg.WCtlCom.CtlComMssMod\9627136\External active power setting, fallback behavior
11298=Inverter.CtlComCfg.WCtlCom.TmsOut\9627392\External active power setting, timeout
11299=Inverter.CtlComCfg.WCtlCom.FlbWNom\9627648\Fallback active power limit P in % of WMax for absent active power limit
11300=Inverter.CtlComCfg.VArCtlCom.CtlComMssMod\9627904\External reactive power setting, fallback behavior
11301=Inverter.CtlComCfg.VArCtlCom.TmsOut\9628160\External reactive power setting, timeout
11302=Inverter.CtlComCfg.VArCtlCom.FlbVArNom\9628416\External reactive power setting, fallback value
11303=Inverter.CtlComCfg.PFCtlCom.CtlComMssMod\9628672\External cos φ setting, fallback behavior
11304=Inverter.CtlComCfg.PFCtlCom.TmsOut\9628928\External cos φ setting, timeout
11305=Inverter.CtlComCfg.PFCtlCom.FlbPF\9629184\External cos φ setpoint specification, fallback value of cos φ for active power output
11306=Inverter.CtlComCfg.PFCtlCom.FlbPFExt\9629440\External cos φ setpoint specification, fallback value of the excitation type for active power output
11307=Operation.Dmd.WCtl\5383936\Current spec. active power limitation P
11308=Operation.Dmd.VArCtl\5384192\Current spec. reactive power Q
11309=Operation.Dmd.PFCtl\5384448\Current spec. cos φ
11310=Operation.Dmd.PFExtCtl\5384704\Current spec. stimulation type cos φ
11311=Inverter.VArModCfg.ImpCpn.IsOn\9595136\Impedance compensation switched on
11312=Inverter.VArModCfg.ImpCpn.OhmRis\9595392\Ohmic resistance for impedance compensation
11313=Inverter.VArModCfg.ImpCpn.InducRis\9595648\Inductive resistance for impedance compensation
11314=Inverter.VArModCfg.ImpCpn.CapacRis\9595904\Capacitive resistance for impedance compensation
11315=GridGuard.Cntry.Aid.HzVAr.MaxVAr\8889856\Max. react. p of freq-dep. react. p sup Q(df/dt)
11316=GridGuard.Cntry.Aid.HaVAr.VAr\8890112\React p of harmonic-dep. react p sup Q(dTHD/dt)
11317=Nameplate.SerNum.Slv1\10624768\Serial no. Slave1 (Phase L2)
11318=Nameplate.SerNum.Slv2\10625024\Serial no. Slave2 (Phase L3)
11319=Operation.Health.Master\4280064\Operating status Master (Phase L1)
11320=Operation.Health.Slv1\4280320\Operating status Slave1 (Phase L2)
11321=Operation.Health.Slv2\4280576\Operating status Slave2 (Phase L3)
11324=Sys.AcTyp\8808960\Type of AC subdistribution
11325=Metering.PvChaMs.TotWhSICha\4541696\Photovoltaic energy in solar charger
11326=Metering.PvChaMs.TotWhPv\4541184\Total energy of photovoltaics
11327=Metering.PvChaMs.DyWhPv\4541440\Total energy of photovoltaics current day
11328=Metering.PvChaMs.TotWPv\4530688\Output of photovoltaics
11329=Metering.PvChaMs.Amp\4540928\Total output current of solar charger
11330=Operation.CltFltMod\8594688\Cluster behaviour when a device fails
11331=Operation.EnSavMod\9621760\Energy saving mode
11332=BatUsDm.Stt\4814336\Status battery application area
11333=Bat.Diag.StatTm\4794368\Operating time of battery statistics counter
11334=Bat.Diag.ChaFact\4794624\Charge factor: ratio of battery charge/discharge
11335=Bat.Diag.TmpValMin\4794880\Lowest measured battery temperature
11336=Bat.Diag.TmpValMax\4795136\Highest measured battery temperature
11337=Cha.EqChaCnt\4814848\Number of battery equalization charges
11338=Cha.FulChaCnt\4815104\Number of battery full charges
11339=Cha.FulDschNom\4815360\Relative battery discharge since last full charge
11340=Cha.EqDschNom\4815616\Relative battery discharge since last equalization charge
11341=Bat.Diag.VolMax\4795392\Max. occurred battery voltage
11342=Bat.Diag.ChaAMax\4795648\Maximum battery current in charge direction
11343=Bat.Diag.DschAMax\4795904\Maximum battery current in discharge direction
11344=Bat.OvTmpRstr\8995328\Battery switch-on limit after overtemp. shutdown
11345=Bat.DcRis\8995584\Output resistance of battery connection
11346=Cha.FulChaCycTm\8995840\Cycle time full charge
11347=Cha.EqChaCycTm\8996096\Cycle time equalization charge
11348=Cha.TmpCpn\8996352\Battery temperature compensation
11349=Cha.EqChaAuto\8996608\Automatic equalization charge
11350=Bat.RmgChaTm\4813312\Remaining absorption time
11351=Bat.FulChaRmgTm\4813568\Remaining time until full charge
11352=Bat.EqChaRmgTm\4813824\Remaining time until equalization charge
11353=Bat.AbsPhsAct\4814592\Absorption phase active
11354=Bat.BatChaDif\4814080\Fault battery state of charge
11355=Bat.Operation.EqChaMan\9010432\Manual equalization charge
11356=SltMod.TrcChaSltTm\8809216\Time until change-over to energy saving mode
11357=SltMod.SltTrcChaTm\8809472\Maximum duration of energy saving mode
11358=Cha.BMSInaVol\9010688\Voltage setpoint with deactivated battery mgmt
11359=ProMod.StrTm\9010944\Start time of battery protection mode level
11360=ProMod.StopTm\9011200\End time of battery protection mode level
11361=ProMod.ChaSttLim\9011456\Battery state of charge for protection mode
11362=Sys.AuxDcTyp\8727296\Type of additional DC sources
11363=Metering.EnCntTm\4600320\Operating time energy count
11364=Operation.AutoHzCtl\8791552\Automatic frequency control
11365=Inverter.VRtg\8598528\Inverter nominal voltage
11366=Inverter.HzRtg\8598784\Inverter nominal frequency
11367=Inverter.AcChaAMax\8594944\Maximum AC battery charge current
11368=Operation.TmCtl.IsOn\8593152\Time-controlled inverter operation
11369=Operation.TmCtl.StrTm\8593408\Start date for time-controlled inverter operation
11370=Operation.TmCtl.ActTm\8593664\Operating time for time-controlled inverter op.
11371=Operation.TmCtl.RptCyc\8593920\Repeat cycle for time-controlled inverter op.
11372=ExtGridMs.TotA\4636416\Total current external network connection
11373=ExtGridMs.ProLokTm\8804608\Cut-off time until connection to external network
11374=BatUsDm.DschProDmLim\8998656\Lower lmt deep disch. protect area prior shutdown
11375=BatUsDm.DschProDmMin\8998912\Minimum width of deep discharge protection area
11376=BatUsDm.BckDmMin\8999168\Minimum width of backup power area
11377=BatUsDm.SelfCsmpBrd\8999424\Area width for conserving battery state of charge
11378=BatUsDm.SelfCsmpBrdMin\8999680\Minimum width of own consumption area
11379=BatUsDm.MaxYldMth\8999936\Most productive month for battery usage range
11380=BatUsDm.SanModAct\9000192\Season operation active
11381=GnDmdBatCha.OnLim\8936704\Limit battery state of charge generator start in time range
11382=GnDmdBatCha.OffLim\8936960\Limit battery state of charge gen. shutdown in time range
11383=GnDmdBatCha.AddTm.StopTm\8937216\End time range for generator request
11384=Operation.HzRtg\8937472\Generator nominal frequency
11385=Gn.DmdMod\8937728\Generator request
11386=GnDmdW.WAvTm\8937984\Average time for generator request via power
11387=Operation.MinRunTm\8938240\Average operating time of generator
11388=Operation.MinStopTm\8938496\Average idle period of generator
11389=Operation.CoolTm\8938752\Cooling down time of generator
11390=Operation.FltStopTm\8939008\Idle period after generator fault
11391=Operation.WrmTm\8939264\Warm-up time of generator
11392=GnDmdTm.IsOn\8939520\Time-controlled generator operation
11393=GnDmdTm.StrTm\8939776\Start time for time-controlled generator op.
11394=GnDmdTm.RunTm\8940032\Operating time for time-controlled generator op.
11395=GnDmdTm.RptCyc\8940288\Repeat cycle of time-controlled generator op.
11396=GnDmdChaMod.ChaMod\8940544\Generator request with set charge type
11397=GnDmdDigIn.DigInRea\8940800\Reaction to digital input of generator request
11398=Operation.RmgMinRunTm\4737280\Remaining min. operating time of generator
11399=Operation.ALimMod\8941056\Limitation type of generator current
11400=Operation.GnFltDet\8941312\Sensitivity of generator failure detection
11401=PubGri.ExtGriAMax\8792832\Maximum current from public grid
11402=PubGri.FeedPerm\8793088\Power feedback to public grid allowed
11403=SltMod.IsOn\8793344\Energy saving mode switched on
11404=PubGri.PwrMon.RvPwrMax\8793600\Maximum network reverse power
11405=PubGri.PwrMon.RvPwrMaxTms\8793856\Maximum network reverse power tripping time
11406=ExtGri.StrPvFeedTm\8794112\Start feed-in PV
11407=ExtGri.StopPvFeedTm\8794368\Stop feed-in PV
11408=BatUsDm.ChaSttFeedAct\9622016\Upper state of charge for reactivating feed-in
11409=BatUsDm.ChaSttFeedIna\9622272\Lower state of charge for locking feed-in
11410=PubGri.GriDmdBatCha.IsOn\8804864\Network request via battery state of charge switched on
11411=PubGri.GriDmdBatCha.OnLim\8805120\Lmt battery state of charge for connection to grid
11412=PubGri.GriDmdBatCha.OffLim\8805376\Lmt battery state of charge for disconnection from grid
11413=PubGri.GriDmdBatCha.AddTm.StopTm\8805632\Start interval for network request
11414=PubGri.GriDmdW.IsOn\8803328\Network request via power switched on
11415=PubGri.GriDmdW.WOn\8803584\Network request switch-on power limit
11416=PubGri.GriDmdW.WOff\8803840\Network request switch-off power limit
11417=PubGri.ManCtl\8804096\Manual control of network connection
11418=PubGri.GriDmdChaMod.ChaMod\8804352\Network request via charge type
11419=LodShd1.ChaStrLim\8612864\Lmt value battery state of charge for start load shedding 1
11420=LodShd1.ChaStopLim\8613120\Lmt value battery state of charge for stop load shedding 1
11421=LodShd1.AddTm.StopTm\8613376\Time load shedding 1
11422=LodShd2.ChaStrLim\8613632\Lmt value battery state of charge for start load shedding 2
11423=LodShd2.ChaStopLim\8613888\Lmt value battery state of charge for stop load shedding 2
11424=LodShd2.AddTm.StopTm\8614144\Time load shedding 2
11425=MltFncSw.Tmr.TmCtlStr\8630528\Start date of relay control for timer
11426=MltFncSw.Tmr.TmCtlOn\8630784\Duration for which multifunction relay is activated for timer
11427=MltFncSw.Tmr.TmCtlCyc\8631040\Repeat cycle time of relay control for timer
11428=MltFncSw.OpModeSlv1\8631552\Slave 1: Operating mode of multifunction relay
11429=MltFncSw.OpModeSlv2\8631808\Slave 2: Operating mode of multifunction relay
11430=MltFncSw.BatFanTmp\8635904\Temp lmt for multifunct. relay with batt comp fan
11431=MltFncSw.SttSlv1\4418048\Slave 1: Multifunction relay status
11432=MltFncSw.SttSlv2\4418304\Slave 2: Multifunction relay status
11433=DigIn.OpMod\4410368\Status digital input
11434=GriSw.StrDet.WMin\8639744\Power threshold for start-up detection
11435=GriSw.StrDet.WMinTmms\8640000\Tripping time for start-up detection
11436=GriSw.StrDet.LokTms\8640256\Locking time for start-up detection
11437=Metering.MsItf1.SutEMS\4602880\Counter suitability at interface 1 for energy mgmt
11438=Metering.MsItf2.SutEMS\4603136\Counter suitability at interface 2 for energy mgmt
11439=Metering.MsItf3.SutEMS\4603392\Counter suitability at interface 3 for energy mgmt
11440=Operation.SwOnRqt\5521152\Switch-on request
11441=PortalFnc.LodCmdLst\9256448\Get command list
11442=Inverter.VArModCfg.VArCtlVolCfg.Vol1Nom\9590528\V at zero crossing 1 of reactive power char. curve
11443=Inverter.VArModCfg.VArCtlVolCfg.Vol2Nom\9590784\V at zero crossing 2 of reactive power char. curve
11444=Bat.Diag.MsCapac\4796160\Measured battery capacity
11445=Bat.IstlMod\8992256\Battery installation mode
11446=GnDmdBatCha.AddTm.OnLim\8935936\Limit battery state of charge generator start in add time range
11447=GnDmdBatCha.AddTm.OffLim\8936192\Limit battery state of charge generator stop in add time range
11448=GnDmdBatCha.AddTm.StrTm\8936448\Start time additional time range generator request
11449=LodShd1.AddTm.ChaStopLim\8615168\Limit battery state of charge for stop load shedding 1 in add time range
11450=LodShd2.AddTm.ChaStopLim\8617472\Limit battery state of charge for stop load shedding 2 in add time range
11451=LodShd1.AddTm.ChaStrLim\8614912\Limit battery state of charge for start load shedding 1 in add time range
11452=LodShd2.AddTm.ChaStrLim\8617216\Limit battery state of charge for start load shedding 2 in add time range
11453=LodShd1.AddTm.StrTm\8612608\Start time additional time range load shedding 1
11454=LodShd2.AddTm.StrTm\8614400\Start time additional time range load shedding 2
11455=PubGri.GriDmdBatCha.AddTm.StrTm\8805888\Start time additional time range grid request
11456=PubGri.GriDmdBatCha.AddTm.OffLim\8803072\Limit battery state of charge for disconnect from grid in add time range
11457=PubGri.GriDmdBatCha.AddTm.OnLim\8802816\Limit battery state of charge for connect to grid in add time range
11458=Metering.PCCMs.PlntWSrc\9644032\Source for system active power
11459=Metering.PCCMs.PlntVArSrc\9644288\Source for system reactive power
11460=Metering.PCCMs.PlntW\5447168\System active power at grid connection point
11461=Metering.PCCMs.PlntVAr\5447424\System reactive power at grid connection point
11462=Inverter.DctMrk.VArModCfg.VArCtlComCfg.VArNomPrc\9629952\Normalized reactive power limitation by system control via direct marketer
11463=Inverter.DctMrk.WModCfg.WCtlComCfg.WNomPrc\9630208\Normalized active power limitation by system control via direct marketer
11464=Inverter.DctMrk.VArModCfg.PFCtlComCfg.PF\9630464\Inverter.DctMrk.VArModCfg.PFCtlComCfg.PF
11465=Inverter.DctMrk.VArModCfg.PFCtlComCfg.PFExt\9630720\Inverter.DctMrk.VArModCfg.PFCtlComCfg.PFExt
11466=Bat.ChaCtlComAval\4806144\Control of battery charging via communication available
11467=InOut.AnOut.Func\8637440\Function of analog current output
11468=InOut.AnOut.XVal1\8637696\X-value 1 of characteristic curve of digital current output
11469=InOut.AnOut.SigVal1\8637952\Y-value 1 of characteristic curve of digital current output
11470=InOut.AnOut.XVal2\8638208\X-value 2 of characteristic curve of digital current output
11471=InOut.AnOut.SigVal2\8638464\Y-value 2 of characteristic curve of digital current output
11472=InOut.AnOut.CurMsVal\4435712\Actual measurement value of digital current output
11473=InOut.DigOut.Func\8638720\Function of digital output
11474=InOut.DigOut.Stt\4435968\Actual status of digital output
11475=BatUsDm.SelfCsmpDmLim\4815872\Lower discharge limit for private consumption range
11476=Operation.ManRstr.IsOn\8833536\Manual restart activated
11477=Operation.ManRstr.ManRstrOvVol\8833792\Manual restart after overvoltage
11478=Operation.ManRstr.ManRstrUnVol\8834048\Manual restart after undervoltage
11479=Operation.ManRstr.ManRstrHz\8834304\Manual restart after frequency error
11480=Nameplate.CmpBMS.SerNumTxt\11635456\BMS serial number
11481=Operation.ManRstr.ManRstrPID\8834816\Manual restart after passive islanding detection
11482=Operation.ManRstr.ManRstrAID\8835072\Manual restart after active islanding detection
11483=Nameplate.DevId\8537344\Device ID
11484=Nameplate.ModelStr\8537600\Type designation
11485=Nameplate.URL\8537856\URL
11486=Nameplate.ComProt\8538112\Communication protocol
11487=Nameplate.MsValAcq\8538368\Type of measured value acquisition
11488=Operation.MNConn\8791808\Centre/neutral conductor connection
11489=Operation.CurMaxW\4629760\Available PV power
11490=Inverter.CurWCtl\5381888\Internal PV power limitation
11491=Metering.Csmp.TotVArIn\4621824\Reactive power of loads
11492=Operation.WDecMaxShrt\4622080\Maximum short-term decrease in power
11493=Metering.PvMs.TotVArOut\4622336\PV reactive power currently supplied from grid
11494=Metering.PvMs.TotVAOut\4622592\PV apparent power currently supplied from grid
11495=Operation.NotUsW\4622848\PV power not requested
11496=Sys.ComWdOut\4886528\Return monitoring value
11497=Sys.ComWdIn\9612544\Input monitoring value
11498=Metering.PvMs.DyWhFeed\4639488\PV energy produced (today)
11499=Metering.PvMs.PreDyWhFeed\4639744\PV energy produced (yesterday)
11500=Metering.PvMs.MthWhFeed\4640000\PV energy produced (current month)
11501=Metering.PvMs.PreMthWhFeed\4640256\PV energy produced (last month)
11502=Metering.GnMs.DyWhFeed\4640512\Generator energy produced (today)
11503=Metering.GnMs.PreDyWhFeed\4640768\Generator energy produced (yesterday)
11504=Metering.GnMs.MthWhFeed\4641024\Generator energy produced (current month)
11505=Metering.GnMs.PreMthWhFeed\4641280\Generator energy produced (last month)
11506=Metering.GridMs.PreDyWhFeed\4641536\Energy output to grid (yesterday)
11507=Metering.GridMs.MthWhFeed\4641792\Energy output to grid (current month)
11508=Metering.GridMs.PreMthWhFeed\4642048\Energy output to grid (last month)
11509=Metering.GridMs.PreDyWhIn\4642304\Energy drawn from grid (yesterday)
11510=Metering.GridMs.MthWhIn\4642560\Energy drawn from grid (current month)
11511=Metering.GridMs.PreMthWhIn\4642816\Energy drawn from grid (last month)
11512=Metering.Csmp.DyWhIn\4643072\Energy consumed (today)
11513=Metering.Csmp.PreDyWhIn\4643328\Energy consumed (yesterday)
11514=Metering.Csmp.MthWhIn\4643584\Energy consumed (current month)
11515=Metering.Csmp.PreMthWhIn\4643840\Energy consumed (last month)
11516=Gn.TotFuelCsmp\9613824\Estimated fuel consumption since last reset
11517=Gn.EstFuelCsmp\9614080\Estimated current fuel consumption
11518=Gn.TotW\9601792\Current generator power
11519=Gn.MaxVA\9602048\Currently available generator apparent power
11520=Gn.TotVAr\9602304\Current generator reactive power
11521=Gn.MinW\9602560\Minimum generator power to be provided
11522=PCC.TotW\9603072\Current grid export active power
11523=PCC.TotVAr\9603328\Current grid export reactive power
11524=Operation.NConn\8792064\Neutral conductor is connected
11525=Sys.SelfTst\8600064\Run self test
11526=Sys.InitOk\8462080\System initialisation performed
11528=Inverter.UtilCrvCfg.CrvModCfg2.CrvNum\9587712\2nd characteristic curve number, configuration of characteristic curve mode
11529=Inverter.UtilCrvCfg.CrvModCfg2.CrvEna\9587968\2nd activation of the characteristic curve, configuration of characteristic curve mode
11530=Inverter.UtilCrvCfg.CrvModCfg2.EnaTrg\9588224\2nd activation threshold, configuration of characteristic curve mode
11531=Inverter.UtilCrvCfg.CrvModCfg2.DsaTrg\9588480\2nd deactivation threshold, configuration of characteristic curve mode
11532=Inverter.UtilCrvCfg.CrvModCfg2.TrgRef\9588736\2nd threshold reference, configuration of characteristic curve mode
11533=Upd.Stt\4270336\Status of the firmware update
11534=Inverter.WCtlHzModCfg.WCtlHzCfg.WCtlTmms\9593344\P(f), tripping delay
11538=Bat.StrgCnt\4805632\Number of battery strings present
11539=Bat.StrgCntAct\4805888\Number of active battery strings
11540=Trf.HiVol\4636672\Average voltage on the high-voltage side
11541=Trf.HiA\4636928\Average current on the high-voltage side
11542=Operation.Dmd.WSpt\5383680\Current assigned active power
11543=SwCmp.CmpWebUsrItf.SwRev\8625664\Version of WebUI
11544=Operation.Dmd.VASpt\5383424\Current assigned apparent power
11545=Inverter.TotW\4616960\Power of inverter
11546=Inverter.TotVAr\4617216\Apparent power of inverter
11547=Bat.LeakRis\4542464\Insulation resistance of battery
11548=Inverter.LeakRis\4542720\Insulation resistance of inverter
11549=Inverter.RmgTms\4287488\Waiting time until feed-in
11552=Metering.MsSpdwr.UsSerNumEN\9085696\Usable meters on Speedwire
11553=SwCmp.CmpMainBlt.SwRev\8624896\Main processor bootloader version
11554=SwCmp.CmpPreBlt.SwRev\8624640\Preloader version
11555=Diag.ZnMon.Strg.MaxAmpNomDif\4533760\Deviation from max. standardised string current
11556=Diag.ZnMon.Strg.AvAmpNomDif\4534016\Average deviation from max. standardised string current
11557=Diag.ZnMon.Strg.FltTm\4534272\Time since an error occurred
11558=DcCfg.Strg.AmpMax\8741888\Maximum possible string current
11559=Diag.ZnMon.AvgAmpDifFlt\8748800\Average deviation at which an error is present
11560=Diag.ZnMon.FltTmEvt\8749056\Time after an error is reported
11561=Diag.ZnMon.CycTms\8749312\Cycle time for measuring the currents
11562=Diag.ZnMon.MinAmpAct\8749568\Minimum current to activate zone monitoring
11563=Inverter.DatLog\9060352\Data logger function
11564=Inverter.PlntVw\9060608\Provide system view
11565=Inverter.DiagLog\9060864\Diagnostic logger function
11566=Sys.SelfTstDmd\8599808\Prescribed self-test
11567=GridMs.AvVol\4623616\Mean value of the external conductor voltages
11568=Metering.BatMs.TotWOut\4628480\Supplied battery power in all phases
11569=Metering.BatMs.TotWIn\4628736\Consumed battery power in all phases
11570=Metering.BatMs.TotVArOut\4628992\Supplied reactive battery power in all phases
11571=Operation.BatDmd.CalcWCtl\5382144\Calculated active power default value for battery inverter
11572=Operation.BatDmd.CalcVArCtl\5382400\Calculated reactive power default value for battery inverter
11573=Operation.BatHealthStt.Ok\4268288\Power of all battery inverters in OK status
11574=Bat.TotAvalCha\4805120\Free capacity of all batteries
11575=Bat.TotAvalDsch\4805376\Accessible charge of all batteries
11576=Metering.BatMs.DyWhCha\4644096\Charge energy (today)
11577=Metering.BatMs.PreDyWhCha\4644352\Charge energy (yesterday)
11578=Metering.BatMs.MthWhCha\4644608\Charge energy (current month)
11579=Metering.BatMs.PreMthWhCha\4644864\Charge energy (previous month)
11580=Metering.BatMs.DyWhDsch\4645120\Discharge energy (today)
11581=Metering.BatMs.PreDyWhDsch\4645376\Discharge energy (yesterday)
11582=Metering.BatMs.MthWhDsch\4645632\Discharge energy (current month)
11583=Metering.BatMs.PreMthWhDsch\4645888\Discharge energy (previous month)
11584=Metering.BatMs.TotWhIn\4629248\Charge energy (total)
11585=Metering.BatMs.TotWhOut\4629504\Discharge energy (total)
11586=Metering.GnMs.TotWhOut\4599040\Counter state of generator generating meter
11590=Operation.PrdCsmp\8836864\Expected power consumption
11591=Operation.PrdCsmpUs\8837120\Use expected power consumption
11592=DtTm.SetDlSvTm\8621056\Current time is daylight savings time
11593=Nameplate.CmpWl.SwRev\9541888\Firmware version of WLAN component
11594=Nameplate.CmpWl.HwRev\9542144\Hardware version of WLAN component
11595=Nameplate.CmpWl.Rev\9542400\Revision status of WLAN component
11596=Nameplate.CmpWl.SwUpdRev\9542656\Update version of WLAN component
11597=Nameplate.CmpWl.SerNum\11639040\Serial number of WLAN component
11598=Nameplate.CmpWl.SusyId\11639296\SUSyID of WLAN component
11599=Nameplate.CmpWl.Typ\9542912\WLAN component type
11600=Operation.GrnLedWInd\8602368\Dynamic power display via green LED
11601=Wl.SigPwr\4896256\Signal strength of the selected network
11602=Wl.ActlIp\4896512\Currently used IP address for WLAN
11603=Wl.ActlSnetMsk\4896768\Currently used IP subnet mask for WLAN
11604=Wl.ActlGwIp\4897024\Currently used IP gateway address for WLAN
11605=Wl.ActlDnsSrvIp\4897280\Currently used IP DNS server address for WLAN
11606=Wl.ExsNetw\9085952\WLANs found
11607=Wl.ConnStt\4897792\WLAN connection status
11608=Wl.AntMod\4898048\WLAN antenna type
11609=Wl.IsOn\9063424\WLAN is turned on
11610=Wl.SoftAcsIsOn\9063680\Soft-access-point is turned on
11611=Wl.Ssid\9063936\SSID of WLAN
11612=Wl.Psk\9064192\WLAN password
11613=Wl.Cry\9064448\Encryption for WLAN
11614=Wl.DoWPS\9064704\Activate WPS
11615=Wl.AutoCfgIsOn\9064960\Automatic configuration of WLAN is turned on
11616=Wl.Ip\9065216\IP address of WLAN
11617=Wl.SnetMsk\9065472\Subnet mask of WLAN
11618=Wl.GwIp\9065728\IP address of WLAN gateway
11619=Wl.DnsSrvIp\9065984\IP address of WLAN DNS server
11620=SwCmp.CmpTmZn.SwRev\8625920\Version of time zone database
11621=Wl.DoAcq\9086208\Perform WLAN scan
11622=Plnt.WRtg\9644544\Total system power
11623=InOut.AnIn.SigVal1\8636160\Signal value 1 of characteristic curve of digital current input
11624=InOut.AnIn.YVal1\8636416\Y-value 1 of characteristic curve of digital current input
11625=InOut.AnIn.SigVal2\8636672\Signal value 2 of characteristic curve of digital current input
11626=InOut.AnIn.YVal2\8636928\Y-value 2 of characteristic curve of digital current input
11627=Env.InsolSns.Crv0.MsSrc\9383936\Source of irradiation sensor measurement
11628=Metering.GridMs.TotVArOut\4600576\Reactive power supplied to the grid in all phases
11629=Operation.PlntCtl.OpMode\8894720\Operating mode of grid system service
11630=Wl.CryWEPIdx\9066240\WEP key index
11631=Wl.UsCh\9086464\Usable WLAN channels
11632=Operation.WCtl.Stt\5385984\Status of active power limitation
11633=Operation.VArCtl.Stt\5386240\Status of reactive power limitation
11634=PCC.FlbInv.WMax\9577728\Fallback active power limitation, reg. to grid connection point
11635=PCC.FlbInv.WMaxNom\9577984\Fallback active power limitation as %, reg. to grid connection point
11636=Wl.AcqStt\4897536\Status of WLAN scan
11637=Env.S0WndSpd\9385216\S0 pulses per m/s
11638=PwrCtlMdul.DigInGrp.Cfg\8646144\Configuration of PCM digital inputs
11639=PwrCtlMdul.DigInGrp.WCnstCls\8646400\Active power limitation via PCM digital inputs
11640=PwrCtlMdul.DigInGrp.VArTrt\8646656\Reactive power limit. assigned via PCM dig. inputs
11641=Nameplate.WlMacId\10629120\WLAN-MAC address
11642=Inverter.AprModCfg.AprMod\9630976\Regulating power operating mode
11643=Inverter.AprModCfg.AprCnstCfg.PriBnd\9631232\Preferred power band of the regulating reserve
11644=Inverter.AprModCfg.AprCnstCfg.AprUp\9631488\Upper reserve value of the regulating reserve
11645=Inverter.AprModCfg.AprCnstCfg.AprLo\9631744\Lower reserve value of the regulating reserve
11646=Inverter.AprModCfg.AprCnstCfg.AprUpNom\9632000\Upper reserve value of the regulating reserve
11647=Inverter.AprModCfg.AprCnstCfg.AprLoNom\9632256\Lower reserve value of the regulating reserve
11648=Inverter.AprModCfg.AprCtlComCfg.PriBnd\9632512\Preferred power band of the regulating reserve
11649=Inverter.AprModCfg.AprCtlComCfg.AprUp\9632768\Upper reserve value of the regulating reserve
11650=Inverter.AprModCfg.AprCtlComCfg.AprLo\9633024\Lower reserve value of the regulating reserve
11651=Inverter.AprModCfg.AprCtlComCfg.AprUpNom\9633280\Upper reserve value of the regulating reserve
11652=Inverter.AprModCfg.AprCtlComCfg.AprLoNom\9633536\Lower reserve value of the regulating reserve
11653=Operation.Apr.AprAct\5387520\Power reserve active
11654=Operation.Apr.PsAprStt\5387776\Required positive power reserve will be reserved
11655=Operation.Apr.NgAprStt\5388032\Required negative power reserve will be reserved
11656=Operation.Apr.AprMax\5388288\Maximum possible power reserve
11657=Operation.Apr.AprDmd\5388544\Required power limit
11658=Inverter.AprModCfg.AprCnstCfg.AprScd\9612032\Secondary reserve value of the regulating reserve
11659=Inverter.AprModCfg.AprCnstCfg.AprScdNom\9612288\Secondary reserve value of the regulating reserve
11660=Inverter.AprModCfg.AprCtlComCfg.AprScd\9610752\Secondary reserve value of the regulating reserve
11661=Inverter.AprModCfg.AprCtlComCfg.AprScdNom\9611008\Secondary reserve value of the regulating reserve
11662=SwCmp.CmpMain1.SwRev\8626176\Version of the software on Core1
11663=Inverter.VArLimQ1\8647424\Maximum achievable reactive power quadrant 1
11664=Inverter.VArLimQ2\8647680\Maximum achievable reactive power quadrant 2
11665=Inverter.VArLimQ3\8647936\Maximum achievable reactive power quadrant 3
11666=Inverter.VArLimQ4\8648192\Maximum achievable reactive power quadrant 4
11667=Inverter.PFLimQ1\8648448\Minimum achievable cos(phi) quadrant 1
11668=Inverter.PFLimQ2\8648704\Minimum achievable cos(phi) quadrant 2
11669=Inverter.PFLimQ3\8648960\Minimum achievable cos(phi) quadrant 3
11670=Inverter.PFLimQ4\8649216\Minimum achievable cos(phi) quadrant 4
11671=Operation.WMaxInv\4430848\Currently permitted device power
11672=Inverter.AfciRbs\8600832\AFCI robustness
11673=Inverter.VArModCfg.PFCtlComCfg.PFEEI\9582336\Setpoint cos(phi) as per EEI convention
11674=GridGuard.Cntry.VolCtl.MaxEff\8871936\Voltage monitoring of upper maximum threshold as RMS value
11675=GridGuard.Cntry.VolCtl.MaxEffTmms\8872192\Voltage monitoring of upper max. thresh. as RMS value for tripping time
11676=GridGuard.Cntry.VolCtl.MinEff\8872448\Voltage monitoring of lower minimum threshold as RMS value
11677=GridGuard.Cntry.VolCtl.MinEffTmms\8872704\Voltage monitoring of lower min.threshold as RMS value for tripping time
11678=Metering.PvMs.TotkWhOutSet\10894336\Set supplied PV energy
11679=InOut.AnIn.SigVal1NoUnt\8622336\Sig. val. 1 of char. curve of analogue input
11680=InOut.AnIn.YVal1NoUnt\8622592\Y value 1 of characteristic curve of analogue input
11681=InOut.AnIn.SigVal2NoUnt\8622848\Sig. val. 2 of char. curve of analogue input
11682=InOut.AnIn.YVal2NoUnt\8623104\Y value 2 of characteristic curve of analogue input
11683=InOut.AnIn.Func\8640512\Function of analogue input
11684=Diag.AlrmEna\8605952\Error evaluation of the device
11685=Operation.StrFltDet.Tol\8746240\Tolerance of string failure detection
11686=Operation.StrFltDet.WrnTm\8746496\Time until warning for string failure detection
11687=GridMs.TotPFEEI\6707968\EEI displacement power factor
11688=Metering.PCCMs.SysVCalc\5447680\Positive sequence voltage (calculated) on the PCC
11689=Metering.PCCMs.TotWOutCalc\5447936\Supplied power (calculated) on the PCC
11690=Metering.PCCMs.TotVArOutCalc\5448192\Supplied reactive power (calculated) on the PCC
11691=Metering.GnMs.TotVArOut\4604672\Current generator reactive power
11692=GnMs.TotVArOut\4737536\Current generator reactive power
11693=BatMs.TotWOut\4604928\Supplied battery power in all phases
11694=BatMs.TotWIn\4605184\Consumed battery power in all phases
11695=BatMs.TotVArOut\4605440\Supplied reactive battery power in all phases
11696=Gn.AvalW\9578240\Currently available generator active power
11697=Wl.AntSet\9066496\Antenna switching
11699=Inverter.UtilCrvCfg.Crv2.ActTms\9589504\Tripping time for activation of char. curve 2
11700=InOut.S0ItfIn.Func\8640768\Function of S0 input
11701=Inverter.UtilCrvCfg.Crv3.CrvTms\9568512\Adjustment time of char. operating point, conf. of grid integration char. curve 3
11702=Inverter.UtilCrvCfg.Crv3.RmpDec\9568768\Decrease ramp, conf. of grid integration char. curve 3
11703=Inverter.UtilCrvCfg.Crv3.RmpInc\9569024\Increase ramp, conf. of grid integration char. curve 3
11704=Inverter.UtilCrvCfg.Crv3.NumPt\9569280\Number of points to be used, conf. of grid integr. char. curve 3
11705=Inverter.UtilCrvCfg.Crv3.XRef\9569536\Input unit, conf. of grid integration char. curve 3
11706=Inverter.UtilCrvCfg.Crv3.YRef\9569792\Output reference, conf. of grid integration char. curve 3
11707=Inverter.UtilCrvCfg.Crv3.XVal1\9570048\X value 1, conf. of grid integr. char. curve 3
11708=Inverter.UtilCrvCfg.Crv3.XVal2\9570560\X value 2, conf. of grid integr. char. curve 3
11709=Inverter.UtilCrvCfg.Crv3.XVal3\9571072\X value 3, conf. of grid integr. char. curve 3
11710=Inverter.UtilCrvCfg.Crv3.XVal4\9571584\X value 4, conf. of grid integr. char. curve 3
11711=Inverter.UtilCrvCfg.Crv3.XVal5\9572096\X value 5, conf. of grid integr. char. curve 3
11712=Inverter.UtilCrvCfg.Crv3.XVal6\9572608\X value 6, conf. of grid integr. char. curve 3
11713=Inverter.UtilCrvCfg.Crv3.XVal7\9573120\X value 7, conf. of grid integr. char. curve 3
11714=Inverter.UtilCrvCfg.Crv3.XVal8\9573632\X value 8, conf. of grid integr. char. curve 3
11715=Inverter.UtilCrvCfg.Crv3.YVal1\9570304\Y value 1, conf. of grid integr. char. curve 3
11716=Inverter.UtilCrvCfg.Crv3.YVal2\9570816\Y value 2, conf. of grid integr. char. curve 3
11717=Inverter.UtilCrvCfg.Crv3.YVal3\9571328\Y value 3, conf. of grid integr. char. curve 3
11718=Inverter.UtilCrvCfg.Crv3.YVal4\9571840\Y value 4, conf. of grid integr. char. curve 3
11719=Inverter.UtilCrvCfg.Crv3.YVal5\9572352\Y value 5, conf. of grid integr. char. curve 3
11720=Inverter.UtilCrvCfg.Crv3.YVal6\9572864\Y value 6, conf. of grid integr. char. curve 3
11721=Inverter.UtilCrvCfg.Crv3.YVal7\9573376\Y value 7, conf. of grid integr. char. curve 3
11722=Inverter.UtilCrvCfg.Crv3.YVal8\9573888\Y value 8, conf. of grid integr. char. curve 3
11723=Inverter.UtilCrvCfg.CrvModCfg3.CrvNum\9589760\3rd char. curve number, conf. of char. curve mode
11724=Inverter.WCtlHzModCfg.WCtlUnHzCfg.HzStr\9590016\Difference between starting frequency and grid frequency, linear instantaneous power gradient conf. with underfrequency
11725=Inverter.WCtlHzModCfg.WCtlUnHzCfg.WGra\9590272\Active power gradient, linear instantaneous power gradient configuration with underfrequency
11726=Inverter.WModCfg.WCtlComCfg.W.phsA\9586176\Inverter.WModCfg.WCtlComCfg.W.phsA
11727=Inverter.WModCfg.WCtlComCfg.W.phsB\9586432\Inverter.WModCfg.WCtlComCfg.W.phsB
11728=Inverter.WModCfg.WCtlComCfg.W.phsC\9586688\Inverter.WModCfg.WCtlComCfg.W.phsC
11729=Inverter.VArModCfg.VArCtlComCfg.VArSpt.phsA\9583616\Inverter.VArModCfg.VArCtlComCfg.VArSpt.phsA
11730=Inverter.VArModCfg.VArCtlComCfg.VArSpt.phsB\9583872\Inverter.VArModCfg.VArCtlComCfg.VArSpt.phsB
11731=Inverter.VArModCfg.VArCtlComCfg.VArSpt.phsC\9584128\Inverter.VArModCfg.VArCtlComCfg.VArSpt.phsC
11732=Inverter.CtlComCfg.CtlMsSrc\9626880\Source of ref. meas. for reactive/active power reduction
11733=Inverter.CtlComCfg.PhsCtlMod\9629696\Phased reactive/act. power specification
11734=Inverter.GriOffOpMod\8601344\Functions for grid/offgrid operation
11736=Plnt.WMaxNom\9621504\Manually set active power limitation for the entire system
11737=InOut.DigIn.CurWCtlNom\5391104\Setpoint for active power limitation via digital input
11738=InOut.AnIn.CurWCtlNom\5391360\Setpoint for active power limitation via analog input
11739=Inverter.CurWCtlComNom\5391616\PV power limitation via communication
11740=Inverter.CurWCtlDrkNom\5391872\PV power limitation via communication for direct marketing
11741=Inverter.CurWCtlMinNom\5392128\Minimum PV power limitation
11742=Inverter.CurWCtlNom\5392384\Internal PV power limitation
11743=Operation.Nameplate.MainModel\2302464\Operation.Nameplate.MainModel
11744=Operation.Alm\2313472\Operation.Alm
11745=Operation.FuncExe\2302720\Operation.FuncExe
11746=Operation.FabMod\2302976\Operation.FabMod
11747=Operation.Clb.TotWRng\2303232\Operation.Clb.TotWRng
11748=Operation.Clb.TotWLim\2303488\Operation.Clb.TotWLim
11749=Operation.Clb.TotW\2303744\Operation.Clb.TotW
11750=Operation.Clb.PhVRng\2304000\Operation.Clb.PhVRng
11751=Operation.Clb.PhV\2304256\Operation.Clb.PhV
11752=Operation.Clb.DclVolRng\2304512\Operation.Clb.DclVolRng
11753=Operation.Clb.DclVol\2304768\Operation.Clb.DclVol
11754=Operation.Clb.DcVolRng\2305024\Operation.Clb.DcVolRng
11755=Operation.Clb.DcVol\2305280\Operation.Clb.DcVol
11756=Operation.FuncEna\2305536\Operation.FuncEna
11757=Operation.PvMod\2305792\Operation.PvMod
11758=Operation.Nameplate.Vendor\2306048\Operation.Nameplate.Vendor
11759=Operation.Nameplate.SerNum\2306304\Operation.Nameplate.SerNum
11760=Operation.Nameplate.Model\2306560\Operation.Nameplate.Model
11761=Operation.Wrn\2313728\Operation.Wrn
11763=Mb.UntId\9139200\Modbus Unit ID
11764=Nameplate.CmpOS.HwVer\9528832\Hardware version of the operating system
11765=Nameplate.CmpPvPro.HwVer\9530880\Hardware version of string protection
11766=Nameplate.CmpProtConv.HwVer\9532928\Hardware version of protocol converter
11767=Nameplate.CmpMdul.HwVer\9534976\Hardware version of the module
11768=Nameplate.CmpMdul2.HwVer\9537024\Hardware version of the module
11769=Nameplate.CmpBMS.HwVer\9539072\BMS hardware version
11770=Nameplate.CmpGriMon.HwVer\9541120\Mains watchdog hardware vers.
11771=Nameplate.CmpWl.HwVer\9543168\Hardware version of WLAN component
11772=Inverter.UtilCrvCfg.Crv0.ActTms\9598720\Tripping time for activation of char. curve
11773=Wl.Sec.Ssid\9066752\SSID of WLAN
11774=Wl.Sec.Psk\9067008\WLAN password
11775=Wl.Sec.Cry\9067264\Encryption for WLAN
11776=Nsd.IsOn\9052672\NSS function is active
11777=Nsd.ExsDev\9052928\Devices found
11778=Env.TmpVal.Func\9379840\Activate ambient temperature measurement
11779=Mdul.TmpVal.Func\9380096\Activate module temperature measurement
11780=Nameplate.CmpMain.HwVer\9512448\Hardware version of the main processor
11781=Nameplate.CmpCom.HwVer\9514496\Hardware version of the communication assembly
11782=Nameplate.CmpFltASw.HwVer\9516544\Hardware version of the residual current mon. unit
11783=Nameplate.CmpDisp.HwVer\9518592\Hardware version of the display
11784=Nameplate.CmpSigProc.HwVer\9520640\Hardware version of the logic component
11785=Nameplate.CmpRS485.HwVer\9522688\Hardware version of the RS485 module
11786=Nameplate.CmpZb.HwVer\9524736\Hardware version of the Zigbee components
11787=Nameplate.CmpBt.HwVer\9526784\Hardware version of the Bluetooth component
11788=Metering.GridMs.PhV.phsA\4646144\Grid voltage phase L1
11789=Metering.GridMs.PhV.phsB\4646400\Grid voltage phase L2
11790=Metering.GridMs.PhV.phsC\4646656\Grid voltage phase L3
11791=Metering.GridMs.W.phsA\4646912\Power grid feeding L1
11792=Metering.GridMs.W.phsB\4647168\Power grid feeding L2
11793=Metering.GridMs.W.phsC\4647424\Power grid feeding L3
11794=Metering.GridMs.WIn.phsA\4647680\Power drawn from grid phase L1
11795=Metering.GridMs.WIn.phsB\4647936\Power drawn from grid phase L2
11796=Metering.GridMs.WIn.phsC\4648192\Power drawn from grid phase L3
11797=Metering.GridMs.VAr.phsA\4648448\Reactive power grid feeding phase L1
11798=Metering.GridMs.VAr.phsB\4648704\Reactive power grid feeding phase L2
11799=Metering.GridMs.VAr.phsC\4648960\Reactive power grid feeding phase L3
11800=Metering.GridMs.TotVAr\4649216\Reactive power grid feeding
11801=Nameplate.CmpBMS.HwRevStr\9539328\BMS hardware version
11802=Nameplate.CmpBMS.PrtNum\9539584\Manufacturer number
11803=Operation.CmpBMS.OpStt\4816640\Operating status
11804=BatChrg.ActBatChrg\4816384\Charge of current battery
11805=Bat.ChaCtlComStt\4816896\Specified battery setpoints
11806=Bat.Diag.ActlCapac\4816128\Current capacity
11807=Inverter.WModCfg.WCtlComCfg.FlbWSpt\9575680\External active power setpoint specification, fallback value for active power setpoint specification
11808=Inverter.WModCfg.WCtlComCfg.TmsOut\9575424\Timeout for absent assigned active power
11809=Bat.ChaSttAbs\4804864\State of charge
11810=PCC.ARtgMod\8825600\Nominal current control at grid connection point
11811=BatUsDm.WCtlComCfg.BatChaSttMin\9000448\Lower discharge limit for assigned active power
11812=BatUsDm.WCtlComCfg.BatChaSttMax\9000704\Upper discharge limit for assigned active power
11813=PCC.SelfCsmp.GridWChaSpt\9574912\Setpoint at grid connection point for batt. Charge
11814=PCC.SelfCsmp.GridWDschSpt\9575168\Setpoint at grid conn. point for batt. discharge
11815=Bat.AvailBatChrg\4817152\Available charging power
11816=Bat.AvailBatDsch\4817408\Available discharging power
11817=Bat.EnvTmp\4817664\Ambient temperature
11818=Bat.EnaStt\4817920\Status Enable Signal
11819=Bat.ThmPwrDmd\4818176\Climate management supply voltage
11820=Bat.DCBusVtg\4818432\DC-bus voltage
11821=Bat.DCBusW\4818688\DC-bus power
11822=Bat.LDSupVtg\4818944\Logic supply voltage
11823=Bat.ThmMgtSupVtg\4819200\Climate management supply voltage
11824=Operation.CmpBMS.OpMode\4819456\Command sent to the battery management system
11825=RS485.ConnSpd\4860672\RS485 communication speed
11826=RS485.AqcTms\9053696\RS485 device detect timeout
11827=RS485.DevCnt\9053952\Number of RS485 devices to detect
11828=Operation.SysRs\8617728\Trigger device restart
11829=Operation.StrDevAqc\8617984\Start device detect
11830=Operation.CntDevAqc\4860416\Number of detected devices
11831=WebConn.OptKpAlvTms\9130752\Send interval for SIP OPTIONS keepalive messages
11832=Inverter.OpSttDSP\4411136\operations state DSP
11833=Inverter.VArDmdVArMax\8603136\Current reactive power limit at overriding required reactive power
11834=Operation.StrFltDet.ChGrp\8744960\String comparison group for string failure detect
11835=Operation.StrFltDet.ChStrgNum\8745216\Number of connected sub-strings per string
11836=Operation.StrFltDet.SnsLvl\8745472\String failure detection sensitivity
11837=Inverter.WModCfg.WCtlComCfg.WPrc.phsA\9575936\Active power setpoint on phase A (in %) for WCtlCom op. mode
11838=Inverter.WModCfg.WCtlComCfg.WPrc.phsB\9576192\Active power setpoint on phase B (in %) for WCtlCom op. mode
11839=Inverter.WModCfg.WCtlComCfg.WPrc.phsC\9576448\Active power setpoint on phase C (in %) for WCtlCom op. mode
11840=Inverter.VArModCfg.VArCtlComCfg.VArPrc.phsA\9576704\Reactive power setpoint on phase A (in %) for VArCtlCom op. mode
11841=Inverter.VArModCfg.VArCtlComCfg.VArPrc.phsB\9576960\Reactive power setpoint on phase B (in %) for VArCtlCom op. mode
11842=Inverter.VArModCfg.VArCtlComCfg.VArPrc.phsC\9577216\Reactive power setpoint on phase C (in %) for VArCtlCom op. mode
11843=Inverter.SymModCfg.SymMod\9584384\Voltage symmetry operating mode
11846=Operation.QCGStt\4268544\QCG status
11847=Inverter.ASTType\10695424\AST type
11850=Bat.BatVTyp\8988928\Nominal battery voltage
11851=Inverter.AcVHzTyp\8620288\Nominal voltage and frequency
11852=Inverter.Clt.Typ\8649472\Cluster configuration
11853=Inverter.Clt.Sys\8649728\Cluster system
11854=Inverter.Clt.CltMod\8649984\Cluster in the multi-cluster
11855=Inverter.Clt.Addr\8650240\Extension cluster address
11856=Inverter.SysFncSel\8620544\System performance
11857=GridGuard.EzaTyp\9574656\Design of the generation plant
11858=Operation.Cfg.QCG\8603392\QCG Start
11859=Inverter.WModCfg.WCtlComCfg.WMaxInNomPrc\9772544\Limitation of the active power consumption in %
11860=Inverter.WModCfg.WCtlComCfg.WMaxIn\9772800\Limitation of the active power consumption in W
11861=Inverter.CtlComCfg.WCtlCom.FlbWMaxInNom\9574400\Fallback active power P
11862=PCC.WMaxAct\9773056\Derating of the PV inverter to the grid connection point
11863=Operation.Clb.ClbMod\2307072\Operation.Clb.ClbMod
11864=Operation.Clb.VAr\2307328\Operation.Clb.VAr
11865=Operation.LocCrdLong\9338880\Location longitude
11866=Operation.LocCrdLat\9339136\Location latitude
11867=Operation.RefTmMax\9339392\Maximum time without reference run
11868=Operation.TrkDifMin\9339648\Minimum deviation before tracking start
11869=Operation.TolElev\9339904\Minimum elevation deviation before tracking start
11870=Operation.SensBckX\9340160\Number of motor steps when leaving azimuth end position
11871=Operation.SensBckY\9340416\Number of motor steps when leaving elevation end position
11872=Operation.ElevLim\9340928\Maximum tilt angle
11873=Operation.TypSel\9341184\Select type
11874=Operation.LastOvRide\5144576\Last external override
11875=Operation.AziMotAMax\5144832\Maximum azimuth motor current
11876=Operation.ElevMotAMax\5145088\Maximum elevation motor current
11877=Operation.ElevAActl\5145344\Actual elevation motor current
11878=Operation.AziAActl\5145600\Actual azimuth motor current
11879=Operation.AziActl\5145856\Current azimuth
11880=Operation.ElevActl\5146112\Current elevation
11881=Operation.TrtAzi\5146368\Target azimuth
11882=Operation.TrtElev\5146624\Target elevation
11883=Operation.EndPosX\5146880\Azimut end position
11884=Operation.SupV\5147136\Voltage supply
11885=Operation.OvRideCnt\5147392\Number of external overrides
11886=Operation.RemOp\5147904\Remote operation
11888=Inverter.Clt.SerNumDev1\10696448\Serial number device 1
11889=Inverter.Clt.SerNumDev2\10696704\Serial number device 2
11890=Inverter.Clt.PhsDev1\10886656\Phase assignment device 1
11891=Inverter.Clt.PhsDev2\10886912\Phase assignment device 2
11892=Operation.LastTmSyn\5147648\Last time synchronization
11893=Operation.DevPwd\9341440\Device password
11894=Operation.RefErrMax\9341696\Maximum number of reference run errors
11895=Operation.StrTms\9341952\Start delay
11896=Operation.RemStep\9342208\Traverse angle for remote operation
11897=Operation.ElevOfs\9342464\Elevation correction angle
11898=Wl.SoftAcsConnStt\0\Soft Access Point status
11899=Operation.DrpCtlStt\0\Droop control status
11900=Inverter.AcDschAMax\8790016\Max AC battery discharge current
11901=SelfCsmp.A.BatChrg\0\Charge current specification self-consumption
11902=SelfCsmp.A.BatDsch\0\Discharge current specification self-consumption
11903=Inverter.FrqCtl.Max\0\Maximum inverter frequency
11904=Inverter.FrqCtl.Min\0\Minimum inverter frequency
11905=Inverter.VolCtl.Max\0\Maximum inverter voltage
11906=Inverter.VolCtl.Min\0\Minimum inverter voltage
11907=BatChrg.BatChrgSetA\0\Process specification battery charge current
11908=BatDsch.BatDschSetA\0\Process specification battery discharge current
11909=Metering.PvChaMs.SiChaPvPwr\0\Power of the SI charger |s0|
11910=MltClt.TotWIn\0\Total current multi-cluster charging power
11911=MltClt.TotWOut\0\Total current multi-cluster discharging power
11912=Bat.Diag.SocFrqDstr\0\Frequency distribution of the state of charge, |s0| % > SOC >= |s1|%
11913=Gn.ACtl.Max\0\Maximum generator current
11914=EEBus.SKI\0\EEBUS SKI device identification
11915=Operation.ExARtg\0\External nominal current
11916=Nameplate.CmpBUC.SwRev\0\Backup controller SW version
11917=Nameplate.CmpBUC.HwVer\0\Backup controller HW version
11918=Nameplate.CmpBUC.Rev\0\Backup controller revision status
11919=Nameplate.CmpBUC.SerNum\0\Backup controller serial number
11920=Nameplate.CmpBUC.SusyId\0\Backup controller SUSyID
11921=Nameplate.CmpBIM.SwRev\0\Backup interface module SW version
11922=Nameplate.CmpBIM.HwVer\0\Backup interface module HW version
11923=Nameplate.CmpBIM.Rev\0\Backup interface module revision status
11924=Nameplate.CmpBIM.SerNum\0\Backup interface module serial number
11925=Nameplate.CmpBIM.SusyId\0\Backup interface module SUSyID
11926=DevUpd.AutoUpdTm\0\Time of the update
11927=GridGuard.Cntry.VolCtl.RproEna\0\Voltage increase protection enabled
11928=GridGuard.Cntry.VldTm\0\Grid monitoring time
11929=ExtGridMs.HzMin\0\Lowest measured frequency
11930=ExtGridMs.HzMax\0\Highest measured frequency
11931=Inverter.AcChaA\0\Charge current limitation
11932=Inverter.AcDschA\0\Discharge current limitation
11933=Inverter.Addr\0\Device address
11934=Operation.AziOfs\0\Azimuth correction angle
11937=Operation.MsAvCnt\0\ADC average value formation in 0.1 s
11938=Operation.El2Lim\0\Angle of elevation limitation 2
11939=Operation.El2StrDt\0\Start of elevation limitation 2
11940=Operation.El2EndDt\0\End of elevation limitation 2
11941=Operation.Lim2Ang\0\Angle of date-dependent rotation limitation
11942=Operation.Lim2StrDt\0\Start of date-dependent rotation limitation
11943=Operation.Lim2EndDt\0\End of date-dependent rotation limitation
11944=Operation.FxEl\0\Fixed elevation angle
11945=Operation.FxAng2\0\Fixed rotation angle drive 2
11946=Operation.FxAzi\0\Fixed azimuth angle
11947=Operation.FxAng1\0\Fixed rotation angle drive 1
11948=Operation.FxClrPos\0\Activation of fixed angle
11949=Operation.HyTrackFactX\0\HyTrack azimuth sensitivity
11950=Operation.HyTrackFactY\0\HyTrack elevation sensitivity
11951=Operation.HyTrackJmpWid\0\Jump width for HyTrack adjustment
11952=Operation.HyTrack_V1\0\Rotation of HyTrack
11953=Operation.HyTrack_V2\0\Temperature of HyTrack
11954=Operation.HyTrack_V3\0\Voltage of HyTrack Q1
11955=Operation.HyTrack_V4\0\Voltage of HyTrack Q2
11956=Operation.HyTrack_Xincl\0\Voltage of HyTrack Q3
11957=Operation.HyTrack_Yincl\0\Voltage of HyTrack Q4
11958=Operation.HyTrack_Rot\0\X-angle of HyTrack
11959=Operation.HyTrack_Temp\0\Y-angle of HyTrack
11960=Operation.HyTrack\0\HyTrack
11961=Operation.TrkTm\0\Total adjustment time
11962=Operation.FailTm\0\Total error time
11963=Operation.NightAng\0\Angle of night position
11964=Operation.MotAActl1\0\Current motor current drive 1
11965=Operation.MotAActl2\0\Current motor current drive 2
11966=Operation.MotAMax1\0\Maximum motor current drive 1
11967=Operation.MotAMax2\0\Maximum motor current drive 2
11968=Operation.ActlAng1\0\Current angle drive 1
11969=Operation.ActlAng2\0\Current angle drive 2
11970=Operation.TgtAng1\0\Target angle drive 1
11971=Operation.TgtAng2\0\Target angle drive 2
11972=Operation.DrvEna\0\Drives activated
11973=Bat.Diag.OcvPtCnt\0\Open-circuit voltage point counter
11974=MltFncSw.SttMstr\0\Multifunction relay status
11975=Cha.ActChrgMod\0\Active battery charging mode
11976=Operation.RsCntDev\0\Number of Resets
11977=Operation.OpMode\0\Operating mode
11978=Operation.TrkErr\0\Error
11979=Bat.Diag.CntWrnOvV\0\Counter warning battery voltage high
11980=Bat.Diag.CntErrOvV\0\Counter error battery overvoltage
11981=Bat.Diag.CntWrnSOCLo\0\Counter warning battery state of charge low
11982=Operation.Addr\0\Device address
11983=Bat.ChaSttArr\0\Current battery state of charge
11984=Bat.Diag.ActlCapacNomArr\0\Current battery capacity
11985=Bat.Diag.ActlCapacArr\0\Current capacity
11986=Bat.ChaSttAbsArr\0\State of charge
11987=Bat.CapacRtgWhArr\0\Battery nominal capacity
11988=BatChrg.CurBatChaArr\0\Present battery charge
11989=BatDsch.CurBatDschArr\0\Present battery discharge
11990=BatChrg.BatChrgArr\0\Battery charge
11991=BatDsch.BatDschArr\0\Battery discharge
11992=BatChrg.AbsBatChrgArr\0\Absolute battery charge
11993=BatDsch.AbsBatDschArr\0\Absolute battery discharge
11994=BatDsch.ActBatDschArr\0\Battery discharge of current battery
11995=BatChrg.BatChrgSetArr\0\Set battery charge
11996=BatDsch.BatDschSetArr\0\Set battery discharge
11997=Bat.Diag.ActlCapacNomOvArr\0\Current capacity (Dvlp)
11998=BatChrg.ActBatChrgArr\0\Charge of current battery
11999=ExtGridMs.ExSwV\0\Relay monitoring voltage
12000=MltClt.StrComTest\0\Activation of communication test between clusters
12001=MltClt.SttComTest\0\Status of communication test
12002=Bat.BatCurSnsTyp\0\Current sensor type (60mV 50mV)
12003=Bat.BatCurGain50\0\Current sensor gain
12004=Bat.BatCurGain60\0\Current sensor gain
12005=ExtGridMs.ExVHiRes\0\Current at AC2 with high resolution
12006=Metering.GridMs.TotWInPk\0\Highest measured drawn power
12007=Metering.GridMs.TotWOutPk\0\Highest measured feed-in power
12008=GridGuard.Cntry.AISens\0\Anti-islanding sensitivity
12009=Gn.CurCtlMod\0\Current control mode
12010=Operation.Ac2NSel\0\Grounding type
12011=Metering.GridMs.MsSrcSel\0\Selection of mains exchange capacity measurement method
12012=MltClt.TotLodW\0\Total current load active power
12013=DcCfg.PanLevCtl.SerNum\0\Serial number
12014=DcCfg.PanLevCtl.PlntId\0\System ID
12015=DcCfg.PanLevCtl.SwRev\0\Software version
12016=DcCfg.PanLevCom.SerNum\0\Serial number
12017=DcCfg.PanLevMdul.Lbl\0\Position number
12018=DcCfg.PanLevMdul.SerNum\0\Serial number
12019=DcCfg.PanLevStrg.Lbl\0\Designation
12020=DcCfg.PanLevMdul.Model\0\Type
12021=DcMs.PanLevMdul.Vol\0\Voltage
12022=DcMs.PanLevMdul.Amp\0\Current
12023=DcMs.PanLevMdul.Watt\0\Power
12024=DcMs.PanLevMdul.Tmp\0\PV module electronics temperature
12025=DcMs.PanLevMdul.SigPwr\0\Received signal strength
12026=Operation.PanLevMdul.Health\0\Condition
12027=Operation.PanLevCtl.Health\0\Condition
12028=Operation.PanLevCom.Health\0\Condition
12029=Metering.PanLevMdul.WhOut\0\Energy counter
12030=Inverter.FrqDrp\0\Frequency droop P(f)
12031=Inverter.VtgDrp\0\Voltage droop Q (U)
12032=ExtGridMs.HzHiRes\0\Frequency at AC2 with high resolution
12033=Operation.CmpBUC.Health\0\Backup unit controller status
12034=Operation.CmpBIM.Health\0\Batter interface module status
12035=Nameplate.CmpMain.HwRevStrg\0\Hardware version of the main processor
12036=Metering.Mb.EnMtrSerNumTxt\0\Energy counter serial number
12037=Metering.EnMtrTyp\9054464\Energy meter used
12038=Bat.Clb.BatCurSns\0\Auto-calibration of the external battery current sensor
12039=Metering.Mb.EnMtrTyp\0\Energy meters used
12040=Operation.RSSOpMode\0\Rapid Shutdown Mode
12041=DcCfg.PanLevStrg.MPPTrk\0\MPP tracker assignment
12042=DcCfg.PanLevStrg.MdulCnt\0\Number of PC modules in the string
12043=DcCfg.PanLevStrg.OptCnt\0\Number of PC module electronics in the string
12044=DcCfg.PanLevCtl.RSSFnc\0\Rapid shutdown system function
12045=DcMs.PanLevCtl.CfgStt\0\Commissioning status
12046=DcCfg.PanLevCtl.Model\0\Type
12047=DcCfg.PanLevCom.Model\0\Type
12048=DcCfg.PanLevCom.SwRev\0\Software version
12049=DcCfg.PanLevMdul.SwRev\0\Software version
12050=MltFncSw.AuxLodCtl.MinTmm\0\Minimum time for the use of excess energy
12051=MltFncSw.AuxLodCtl.VtgDif\0\Voltage difference for the use of excess energy
12052=Metering.Mb.Health\0\Status of the counter on the Modbus
12053=DcCfg.PanLevCom.GwCnt\0\Number of gateways
12054=Eps.Vset\0\SPS voltage
12055=Bck.Vset\0\Backup voltage
12056=Bck.VolCtl.hhLim\0\Voltage monitoring upper maximum threshold
12057=Bck.VolCtl.hhLimTmms\0\Voltage monitoring upper max. threshold trip. time
12058=Bck.VolCtl.hLim\0\Voltage monitoring lower maximum threshold
12059=Bck.VolCtl.hLimTmms\0\Voltage monitoring lower max. threshold trip. time
12060=Bck.VMinBckStrt\0\Minimum voltage for start backup operation
12061=Bck.SwStt\0\Contactor switching status
12062=Bck.ComHealth\0\Backup box communication status
12063=Bck.BckBoxOpMod\0\Backup box operating mode
12064=Bck.RdtSw\0\Redundant grid contactors
12065=Bck.PhsCpl\0\Phase coupling
12066=Bck.NGnd\0\Neutral conductor grounding
12067=Bck.HiChaSttDrtInv\0\Upper limit for the charging state for derating of the PV inverters
12068=Bck.SwAcknTmms\0\Monitoring time contactor monitoring contact
12069=Bck.SwOnVMin\0\Minimum voltage for activation of the load contactors in backup
12070=Bck.SwOnVminTmms\0\Monitoring time for activation of the load contactors in backup
12071=Bck.VRmpTmms\0\Duration of the AC voltage ramp
12072=Operation.RstBatCfg\0\DC input configuration reset
12073=Operation.DCInCfg\0\DC input configuration [|s0|]
12074=Operation.CanTstMod\0\Can test mode
12075=DcCfg.PanLevMdul.HwRev\0\PV module electronics hardware version
12076=DcCfg.PanLevCom.HwRev\0\PV module gateway hardware version
12077=Bck.TmpLim\0\Backup module temperature monitoring trigger threshold
12078=DcMs.PanLevCtl.OptFnd\0\PV module electronics found
12079=DcMs.PanLevCtl.GwFnd\0\Gateways found
12080=PCC.PPO.FuncEna\0\Activate power profile function
12081=PCC.PPO.ChrgW\0\Charging power of the selected function
12082=PCC.PPO.DschW\0\Discharging power of the selected function
12083=PCC.PPO.StrTm\0\Start time of the selected function
12084=PCC.PPO.StopTm\0\Stop time of the selected function
12085=PCC.PPO.DtSel\0\Weekday selection
12086=PCC.PPO.OpMod\0\Operating mode of the power control plan
12087=PCC.PPO.Nam\0\Name of the power profile
12088=BatUsDm.PPO.TOURng\0\Width of the usage range for Time of Use
12089=BatUsDm.PPO.PLSRng\0\Width of the usage range for Peak Load Shaving
12090=Metering.EnMtrARtg\0\Nominal CT current [Amps]
12091=Metering.GridMs.TotPF\0\Displacement power factor
12092=Metering.GridMs.A.phsA\0\Grid current phase L1
12093=Metering.GridMs.A.phsB\0\Grid current phase L2
12094=Metering.GridMs.A.phsC\0\Grid current phase L3
12095=Metering.GridMs.VA.phsA\0\Apparent power L1
12096=Metering.GridMs.VA.phsB\0\Apparent power L2
12097=Metering.GridMs.VA.phsC\0\Apparent power L3
12098=Metering.GridMs.Hz\0\Grid frequency
12099=Metering.GridMs.PhV.phsC2A\0\Grid voltage phase L3 against L1
12100=Metering.GridMs.PhV.phsA2B\0\Grid voltage phase L1 against L2
12101=Metering.GridMs.PhV.phsB2C\0\Grid voltage phase L2 against L3
12102=Metering.GridMs.TotVA\0\Apparent power
12103=PCC.SelfCsmp.GridWSpt\0\Setpoint at the grid connection point in self-consumption
12104=Bck.VFreMonEna\0\Activate voltage disconnect monitoring
12105=CmpMdul.RS485Mod\0\RS485 interface protocol
12106=CmpMdul2.RS485Mod\0\RS485 interface protocol
12107=RS485.RS485Mod\0\RS485 interface protocol
12108=AcCfg.HzSpt\0\Setpoint for grid frequency
12109=AcCfg.AcVolSpt\0\Setpoint for grid voltage
12110=DcCfg.DcSrc.Ri\0\Internal resistance
12111=DcCfg.DcSrc.OCV\0\Open circuit voltage
12112=GridGuard.Cntry.LeakAMax\0\Disconnection limit for leakage current
12113=GridGuard.Cntry.LeakRisAMax\0\Disconnection limit for the lagging component of the leakage current
12114=CelMdm.IsOn\0\Cellular modem is switched on
12115=CelMdm.Do\0\Execute function
12116=CelMdm.IMEI\0\IMEI
12117=CelMdm.SimCard.ICCID\0\Serial number (ICCID)
12118=Operation.CelMdm.Health\0\Condition
12119=Operation.CelMdm.SigPwr\0\Received signal strength
12120=Operation.CelMdm.MNP\0\Grid operator
12121=Portal.EnnexOS.IsOn\0\EnnexOS is switched on
12122=Portal.EnnexOS.Do\0\Execute function
12123=Operation.EnnexOS.Health\0\Condition
12124=RS485.Term\0\RS485 interface terminal resistance
12125=Metering.Mb.SwRev\0\Energy meter software version
12126=CelMdm.ConnFllbkTmm\0\Duration until activation of secondary connection
12127=Operation.CelMdm.ConnStt\0\Cellular connection status
12128=Portal.EnnexOS.ConnStt\0\EnnexOS portal connection status
12129=Operation.RSSSigTest\0\SunSpec signal test
12130=Operation.RSSTrgTest\0\Trigger test for rapid shutdown
12131=CelMdm.SwRev\0\Cellular modem software version
12132=WebConn.SwRev\0\Webconnect version
12133=GridGuard.Cntry.RCDOpStop\0\Limitation to 4 reconnections (24 hrs) after exceeding continuous residual current
12134=Sys.EthDiag\0\Ethernet Link Diagnosis via LED
12135=Inverter.CurVArCtlNom\0\Internal PV reactive power limitation
12136=Operation.LabMod.IsOn\0\Laboratory mode is activated
12137=Inverter.CurVArCtlMinNom\0\Minimum PV reactive power limitation
12138=GridGuard.Cntry.VolCtl.Cor\0\Correction value for voltage monitoring limit
12139=GridGuard.Cntry.VolCtl.CorTmms\0\Correction value for voltage monitoring trigger time
12140=GridGuard.Cntry.FrqCtl.Cor\0\Correction value for frequency monitoring limit
12141=GridGuard.Cntry.FrqCtl.CorTmms\0\Correction value for frequency monitoring trigger time
12142=GridGuard.Cntry.AMaxOfs.Cor\0\Correction value for shutdown threshold for DC fraction monitoring in AC current
12143=GridGuard.Cntry.AMaxOfs.CorTmms\0\Correction value for trigger time for DC fraction monitoring in AC current
12144=Inverter.GraCtlTmCor\0\Correction value for power gradient, e.g. WGraRecon, WGraConn, WCtlHzModCfg.WCtlHzCfg.HzStopWGra
12145=Sys.ComDiag\0\Communication Diagnosis via LED
12146=Operation.SIS.IsOn\9057024\Smart Inverter Screen switched on
12147=Portal.EnnexOS.EthWifi.UpldCyc\0\Upload interval
12148=Portal.EnnexOS.CelMdm.UpldCyc\0\Upload interval
12149=Portal.EnnexOS.AvValTyp\0\Average values type
12150=Bck.BckModLodDeAct\0\Output power limitation of PV inverter
12151=Inverter.VArModCfg.VArCtlVolCfg.Crv.NumPt\0\Q(V), number of support points to be used
12152=Inverter.WModCfg.WCtlComCfg.WSptMax\0\Maximum active power
12153=Inverter.VArModCfg.VArNomRefMod\0\Reactive power mode, reference size for reactive power setting
12154=Inverter.NumPvStrg\0\Number of supported strings
12155=Inverter.NumPhs\0\Phase number
12156=Inverter.WModCfg.WCtlComCfg.WSptMin\0\Minimum active power
12157=Inverter.VArModCfg.VArCtlVolCfg.Crv.XVal\0\Q(V), voltage value
12158=Inverter.VArModCfg.VArCtlVolCfg.Crv.YVal\0\Q(V), reactive power value
12159=Inverter.WModCfg.WCtlComCfg.WSptMaxNom\0\Maximum active power
12160=Inverter.WModCfg.WCtlComCfg.WSptMinNom\0\Minimum active power
12161=Inverter.WModCfg.WCtlComCfg2.LoPrioEna\0\External active power setpoint 2, low priority
12162=Inverter.VArModCfg.VArCtlVolCfg.VolRef.VolRefPu\0\Q(V), external reference voltage setting
12163=Inverter.VArModCfg.VArCtlVolCfg.VolRef.AutnAdjMod\0\Q(V), operating mode for reference voltage adaption
12164=Inverter.VArModCfg.FlbVArMod\0\Fallback of reactive power control in event of outage of measuring point
12165=Inverter.CtlComCfg.VArCtlVolCom.FlbVolRefPu\0\Q(V), fallback of reference voltage
12166=Inverter.CtlComCfg.WCtlCom.FlbWMin\0\External active power setting, fallback value of minimum active power
12167=Inverter.CtlComCfg.WCtlCom.FlbWMax\0\External active power setting, fallback value of maximum active power
12168=Inverter.CtlComCfg.WCtlCom2.CtlComMssMod\0\External active power setting 2, fallback behavior
12169=Inverter.WModCfg.WCtlComCfg.Dyn.WTmEna\0\External active power setting, nominal value filter
12170=Metering.PCCMs.PlntPhV.phsA\0\PV system voltage phase L1
12171=Metering.PCCMs.PlntPhV.phsB\0\PV system voltage phase L2
12172=Metering.PCCMs.PlntPhV.phsC\0\PV system voltage phase L3
12173=Operation.CurCtlMod\0\Current control mode
12174=Can.SIComCtl\0\Battery and control interface
12175=Operation.VArCpn\0\Reactive power compensation
12176=Spdwr.Cry\0\Encryption
12177=Inverter.VArModCfg.VArCtlVolCfg.Crv.NumPtMax\0\Q(V), max. number of support points
12178=Inverter.VArModCfg.VArCtlVolCfg.VolRef.AutnAdjTms\0\Q(V), setting time of automatic reference voltage adaption
12179=Isolation.FuncEna\0\Insulation monitoring
12180=Inverter.WMaxOutRtg\0\Rated active power WMaxOutRtg
12181=Inverter.WMaxInRtg\8538880\Rated active power WMaxInRtg
12182=Inverter.WMinOutRtg\0\Rated active power WMinOutRtg
12183=Inverter.WMinInRtg\0\Rated active power WMinInRtg
12184=Inverter.VArMaxQ1Rtg\8539648\Rated reactive power VArMaxQ1Rtg
12185=Inverter.VArMaxQ2Rtg\8539904\Rated reactive power VArMaxQ2Rtg
12186=Inverter.VArMaxQ3Rtg\8540160\Rated reactive power VArMaxQ3Rtg
12187=Inverter.VArMaxQ4Rtg\8540416\Rated reactive power VArMaxQ4Rtg
12188=Inverter.PFMinQ1Rtg\8540672\Rated cos φ PFMinQ1Rtg
12189=Inverter.PFMinQ2Rtg\8540928\Rated cos φ PFMinQ2Rtg
12190=Inverter.PFMinQ3Rtg\8541184\Rated cos φ PFMinQ3Rtg
12191=Inverter.PFMinQ4Rtg\8541440\Rated cos φ PFMinQ4Rtg
12192=Inverter.VAMaxOutRtg\8541696\Rated apparent power VAMaxOutRtg
12193=Inverter.VAMaxInRtg\8541952\Rated apparent power VAMaxInRtg
12194=Inverter.WMaxOut\0\Nominal active power WMaxOut
12195=Inverter.WMaxIn\0\Nominal active power WMaxIn
12196=Inverter.WMinOut\0\Nominal active power WMinOut
12197=Inverter.WMinIn\0\Nominal active power WMinIn
12198=Inverter.VAMaxOut\0\Nominal apparent power VAMaxOut
12199=Inverter.VAMaxIn\0\Nominal apparent power VAMaxIn
12200=Inverter.VArMaxQ1\0\Nominal reactive power VArMaxQ1
12201=Inverter.VArMaxQ2\0\Nominal reactive power VArMaxQ2
12202=Inverter.VArMaxQ3\0\Nominal reactive power VArMaxQ3
12203=Inverter.VArMaxQ4\0\Nominal reactive power VArMaxQ4
12204=Inverter.VArMaxZerWQ1\0\Nominal reactive power VArMaxZerWQ1
12205=Inverter.VArMaxZerWQ2\0\Nominal reactive power VArMaxZerWQ2
12206=Inverter.VArMaxZerWQ3\0\Nominal reactive power VArMaxZerWQ3
12207=Inverter.VArMaxZerWQ4\0\Nominal reactive power VArMaxZerWQ4
12208=Inverter.PFMinQ1\0\Nominal cos φ PFMinQ1
12209=Inverter.PFMinQ2\0\Nominal cos φ PFMinQ2
12210=Inverter.PFMinQ3\0\Nominal cos φ PFMinQ3
12211=Inverter.PFMinQ4\0\Nominal cos φ PFMinQ4
12212=Card.PanLevLog\0\Data logging of PV module outputs
12213=Metering.GridMs.AbsWhOut\0\Absolute meter reading for grid infeed
12214=Metering.GridMs.AbsWhIn\0\Absolute meter reading of grid consumption
12215=Inverter.VArModCfg.PFCtlComCfg.PFOut\0\External cos φ setting, cos φ nominal value in case of active power output
12216=Inverter.VArModCfg.PFCtlComCfg.PFExtOut\0\External cos φ setting, excitation type in case of active power output
12217=Inverter.VArModCfg.PFCtlComCfg.PFIn\0\External cos φ setting, cos φ nominal value in case of active power draw
12218=Inverter.VArModCfg.PFCtlComCfg.PFExtIn\0\External cos φ setting, excitation type in case of active power draw
12219=Inverter.CtlComCfg.PFCtlCom.FlbPFOut\0\External cos φ setting, fallback value of cos φ in case of active power output
12220=Inverter.CtlComCfg.PFCtlCom.FlbPFExtOut\0\External cos φ setting, fallback value of excitation type in case of active power output
12221=Inverter.CtlComCfg.PFCtlCom.FlbPFIn\0\External cos φ setting, fallback value of cos φ in case of active power draw
12222=Inverter.CtlComCfg.PFCtlCom.FlbPFExtIn\0\External cos φ setting, fallback value of excitation type in case of active power draw
12223=Inverter.VArModCfg.PFCnstCfg.PFOut\0\Manual cos φ setting, cos φ nominal value in case of active power generation
12224=Inverter.VArModCfg.PFCnstCfg.PFExtOut\0\Manual cos φ setting, excitation type in case of active power generation
12225=Inverter.VArModCfg.PFCnstCfg.PFIn\0\Manual cos φ setting, cos φ nominal value in case of active power draw
12226=Inverter.VArModCfg.PFCnstCfg.PFExtIn\0\Manual cos φ setting, excitation type in case of active power draw
12227=Inverter.VArModCfg.PFCfg.Dyn.WFilTmEna\0\cos φ setting, actual value filter for active power value
12228=Inverter.VArModCfg.PFCfg.Dyn.WFilTms\0\cos φ setting, actual value filter for active power value
12229=Inverter.VArModCfg.PFCfg.Dyn.VArTmEna\0\cos φ setting, nominal value filter
12230=Inverter.VArModCfg.PFCfg.Dyn.VArTms\0\cos φ setting, setting time, nominal value filter
12231=Inverter.VArModCfg.PFCfg.Dyn.VArGraEna\0\cos φ setting, limitation of change rate
12232=Inverter.VArModCfg.PFCfg.Dyn.VArGraPos\0\cos φ setting, increase rate
12233=Inverter.VArModCfg.VArCfg.Crv.CrvEna\0\Reactive power setting with voltage limitation
12234=Inverter.VArModCfg.VArCfg.Crv.XVal\0\Reactive power setting with voltage limitation, voltage value
12235=Inverter.VArModCfg.VArCfg.Crv.YVal\0\Reactive power setting with voltage limitation, reactive power value
12236=Inverter.WModCfg.WCtlComCfg.Dyn.WTms\0\External active power setting, setting time, nominal value filter
12237=Inverter.VArModCfg.VArCnstCfgIn.VAr\0\Manual reactive power setting in case of active power draw
12239=Inverter.VArModCfg.VArCfg.Dyn.VArTmEna\0\Reactive power setting, nominal value filter
12240=Inverter.VArModCfg.VArCfg.Dyn.VArTms\0\Reactive power setting, setting time, nominal value filter
12241=Inverter.VArModCfg.VArCfg.Dyn.VArGraEna\0\Reactive power setting, limitation of change rate
12242=Inverter.VArModCfg.VArCfg.Dyn.VArGraPos\0\Reactive power setting, increase rate
12243=Inverter.VArModCfg.HystW\0\Reactive power mode, hysteresis active power
12244=Inverter.VArModCfg.HystTms\0\Reactive power mode, hysteresis time
12245=Inverter.VArModCfg.VArModOut\0\Reactive power mode in case of active power output
12246=Inverter.VArModCfg.VArModIn\0\Reactive power mode in case of active power draw
12247=Inverter.VArModCfg.VArModZerW\0\Reactive power for zero active power
12248=Inverter.VArModCfg.VArModOutFlb\0\Reactive power fallback process in case of active power output
12249=Inverter.VArModCfg.VArModInFlb\0\Reactive power fallback process in case of active power draw
12250=Inverter.VArModCfg.VArModZerWFlb\0\Reactive power fallback process in case of zero active power
12251=GridGuard.Cntry.GFCI.GFCILim.GFCILim\0\Residual current limiting
12252=GridGuard.Cntry.GFCI.GFCILim.GFCILimEna\0\Activation of residual current limiting
12253=Operation.VArCtl.VArModAct\0\Active reactive power range
12254=Inverter.VArLimVolCfg.Ena\0\Voltage-dependent reactive power limitation
12255=Inverter.VArLimVolCfg.Vol\0\Voltage-dependent reactive power limitation, distance to cut-off thresholds of voltage monitoring
12256=Inverter.VArLimVolCfg.HystVol\0\Voltage-dependent reactive power limitation, hysteresis voltage
12257=Inverter.VArModCfg.VArCfg.Dyn.VArGraNeg\0\Reactive power setting, decrease rate
12258=Inverter.VArModCfg.PFCfg.Dyn.VArGraNeg\0\cos φ setting, decrease rate
12259=Inverter.DGSModCfg.AvStTms\0\Dynamic grid support, short-term averaging time of the pre-fault voltage
12260=Inverter.DGSModCfg.AvLtTms\0\Dynamic grid support, long-term averaging time of the pre-fault voltage
12261=Inverter.DGSModCfg.VRefThMod\0\Dynamic grid support, averaging of threshold value detection
12262=Inverter.PlntCtl.AppVol\0\Applicable voltages
12263=Inverter.DGSModCfg.ZerCurOvVolPu\0\Dynamic grid support, overvoltage threshold for zero current
12264=Inverter.DGSModCfg.ZerCurUnVolPu\0\Dynamic grid support, undervoltage threshold for zero current
12265=Inverter.DGSModCfg.DGSFlCfg.ArGraMax\0\dI_B/dt Gradient limitation for the reactive current in transition from fault operation to normal operation
12266=Inverter.DGSModCfg.DGSFlCfg.VRefArMod\0\Dynamic grid support, averaging for reactive current static
12267=Inverter.DGSModCfg.DGSFlCfg.DbVMaxPu\0\Dynamic grid support, overvoltage threshold for reactive current
12268=Inverter.DGSModCfg.DGSFlCfg.DbVMinPu\0\Dynamic grid support, undervoltage threshold for reactive current
12269=Inverter.DGSModCfg.DGSFlCfg.StepVolPu\0\Dynamic grid support, voltage leap height
12270=Inverter.DGSModCfg.DGSFlCfg.ArGraNegSeq\0\Dynamic grid support, k-factor of react. current stat. in neg. system
12271=Inverter.DGSModCfg.DGSFlCfg.ArMaxSwell\0\Dynamic grid support, maximum reactive current in case of overvoltage
12272=Inverter.DGSModCfg.DGSFlCfg.AWattPrioEna\0\Dynamic grid support, active current priority at apparent current limit
12273=Inverter.DGSModCfg.DGSFlCfg.AWattGraMax\0\dI_W/dt Gradient limitation for active current in transition from fault operation to normal operation
12274=Inverter.DGSModCfg.DGSFlCfg.ArMaxTms\0\Maximum time for which the inverter supplies dynamic reactive current
12275=Inverter.DGSModCfg.DGSFlCfg.FltEnd.ArGraMax\0\Dynamic grid support, reactive current change rate after fault end
12276=Inverter.DGSModCfg.DGSFlCfg.FltEnd.AWattGraMax\0\Dynamic grid support, active current change rate after fault end
12277=Inverter.DGSModCfg.DGSFlCfg.FltEnd.ArMaxTms\0\Dynamic grid support, time for providing reactive power after voltage leap
12278=Inverter.WCtlHzModCfg.Ena\0\P(f) characteristic curve
12279=Inverter.WCtlHzModCfg.RefModOv\0\P(f) reference value for active power in case of overfrequency
12280=Inverter.WCtlHzModCfg.WTms\0\P(f), setting time
12281=Inverter.WCtlHzModCfg.WCtlHzCfg.HzOv\0\P(f), buckling overfrequency
12282=Inverter.WCtlHzModCfg.WCtlHzCfg.HzOvGra\0\P(f), active power change per Hz in case of overfrequency
12283=Inverter.WCtlHzModCfg.WCtlHzCfg.HzUn\0\P(f), buckling underfrequency
12284=Inverter.WCtlHzModCfg.WCtlHzCfg.HzUnGra\0\P(f), active power change per Hz in case of underfrequency
12285=Inverter.WCtlHzModCfg.WCtlHzCfg.HystEnaOv\0\P(f), hysteresis in case of overfrequency
12286=Inverter.WCtlHzModCfg.WCtlHzCfg.HystEnaUn\0\P(f), hysteresis in case of underfrequency
12287=Inverter.DGSModCfg.DGSFlCfg.ArMaxSag\0\Dynamic grid support, maximum reactive current in case of undervoltage
12288=Inverter.DGSModCfg.DGSFlCfg.FltEnd.ArStopSwellTmms\0\Dynamic grid support, lag time in case of overvoltage
12289=Inverter.DGSModCfg.DGSFlCfg.FltEnd.ArStopSagTmms\0\Dynamic grid support, lag time in case of undervoltage
12290=Inverter.VArModCfg.VArCtlVolCfg.Crv.PreSet\0\Presetting of Q(V) curve
12291=Inverter.WCtlHzModCfg.WCtlHzCfg.HzOvStop\0\P(f), reset underfrequency
12292=SelfCsmp.EnSavMod\0\Energy saving mode in own consumption switched on
12293=Inverter.WCtlHzModCfg.WCtlHzCfg.HzUnStop\0\P(f), reset underfrequency
12294=Inverter.VArModCfg.VArCnstCfgIn.VArNom\0\Manual reactive power setpoint for active power draw
12295=EEBus.Gw.LogLev\0\Log level of EEBus gateway
12296=Inverter.CurVArCtlComNom\0\Standardized reactive power setpoint by communication
12297=Inverter.CtlComCfg.VArCtlVolCom.CtlComMssMod\0\Q(V), fallback behavior for absent reference voltage setting
12298=Inverter.DGSModCfg.HystVolPu\0\Dynamic grid support, hysteresis voltage
12299=Inverter.WModCfg.WCtlComCfg.Dyn.WGraEna\0\External active power setting, limitation of change rate
12300=Inverter.WModCfg.WCtlComCfg.Dyn.WGraPos\0\External active power setting, increase rate
12301=Inverter.WModCfg.WCtlComCfg.Dyn.WGraNeg\0\External active power setting, decrease rate
12303=Inverter.CtlComCfg.WCtlCom2.FlbWMin\0\External active power setting 2, fallback value of minimum active power
12304=Inverter.CtlComCfg.WCtlCom2.FlbWMax\0\External active power setting 2, fallback value of maximum active power
12305=Inverter.CtlComCfg.WCtlCom2.TmsOut\0\External active power setting 2, timeout
12306=Inverter.WModCfg.WCtlComCfg2.Dyn.WTmEna\0\External active power setting 2, nominal value filter
12307=Inverter.WModCfg.WCtlComCfg2.Dyn.WTms\0\External active power setting 2, setting time, nominal value filter
12308=Inverter.WModCfg.WCtlComCfg2.Dyn.WGraEna\0\External active power setting 2, limitation of change rate
12309=Inverter.WModCfg.WCtlComCfg2.Dyn.WGraPos\0\External active power setting 2, increase rate
12310=Inverter.WModCfg.WCtlComCfg2.Dyn.WGraNeg\0\External active power setting 2, decrease rate
12311=GridGuard.Cntry.VolCtl.hhLimPu\0\Voltage monitoring, median maximum threshold
12312=GridGuard.Cntry.VolCtl.hLimPu\0\Voltage monitoring, lower maximum threshold
12313=GridGuard.Cntry.VolCtl.lLimPu\0\Voltage monitoring, upper minimum threshold
12314=GridGuard.Cntry.VolCtl.llLimPu\0\Voltage monitoring, median minimum threshold
12315=GridGuard.Cntry.VolCtl.MaxPu\0\Voltage monitoring, upper maximum threshold
12316=GridGuard.Cntry.VolCtl.MaxPeakPu\0\Voltage monitoring, peak voltage threshold
12317=GridGuard.Cntry.VolCtl.MinPu\0\Voltage monitoring, lower minimum threshold
12319=GridGuard.Cntry.VolCtl.RproPu\0\Volt. increase prot.
12320=GridGuard.Cntry.VolCtl.ReconMinPu\0\Min. voltage for reconnection
12321=GridGuard.Cntry.VolCtl.ReconMaxPu\0\Max. voltage for reconnection
12322=Inverter.VArModCfg.VArCtlVolCfg.Dyn.VArTmEna\0\Q(V), nominal value filter
12323=Inverter.VArModCfg.VArCtlVolCfg.Dyn.VArGraEna\0\Q(V), limitation of change rate
12324=Inverter.VArModCfg.VArCtlVolCfg.Dyn.VArGraPos\0\Q(V), increase rate
12325=Inverter.VArModCfg.VArCtlVolCfg.Dyn.VArGraNeg\0\Q(V), decrease rate
12326=Inverter.VArModCfg.VArCtlWCfg.Crv.NumPtMax\0\Q(P), max. number of support points
12327=Inverter.VArModCfg.VArCtlWCfg.Crv.NumPt\0\Q(P), number of support points to be used
12328=Inverter.VArModCfg.VArCtlWCfg.Crv.XVal\0\Q(P), active power value
12329=Inverter.VArModCfg.VArCtlWCfg.Crv.YVal\0\Q(P), reactive power value
12330=Inverter.VArModCfg.VArCtlWCfg.Dyn.VArTmEna\0\Q(P), nominal value filter
12331=Inverter.VArModCfg.VArCtlWCfg.Dyn.VArTms\0\Q(P), setting time, nominal value filter
12332=Inverter.VArModCfg.VArCtlWCfg.Dyn.VArGraEna\0\Q(P), limitation of change rate
12333=Inverter.VArModCfg.VArCtlWCfg.Dyn.VArGraPos\0\Q(P), increase rate
12334=Inverter.VArModCfg.VArCtlWCfg.Dyn.VArGraNeg\0\Q(P), decrease rate
12335=Inverter.VArModCfg.PFCtlWCfg.Trg.DsaVolPu\0\cos φ(P), upper deactivation voltage
12336=Inverter.VArModCfg.PFCtlWCfg.Trg.EnaVolPu\0\cos φ(P), upper activation voltage
12337=Inverter.VArModCfg.PFCtlWCfg.Crv.NumPtMax\0\cos φ(P), max. number of support points
12338=Inverter.VArModCfg.PFCtlWCfg.Crv.NumPt\0\cos φ(P), number of support points to be used
12339=Inverter.VArModCfg.PFCtlWCfg.Crv.PFExt\0\cos φ(P), excitation type
12340=Inverter.VArModCfg.PFCtlWCfg.Crv.PF\0\cos φ(P), cos φ nominal value
12341=Inverter.VArModCfg.PFCtlWCfg.Crv.WNom\0\cos φ(P), active power
12342=Operation.DptTm\0\Departure time of connected vehicle (E-mobility)
12343=ChaSess.RchTm\0\Time of reaching target charge
12344=Metering.ExtGridMs.TotWhOut\0\External generator feed-in counter
12345=Metering.ExtGridMs.TotWOut\0\Feed-in power of external generator
12346=Inverter.VArModCfg.PFCtlWCfg.Dyn.WFilTmEna\0\cos φ(P), actual value filter for active power measured value
12347=Inverter.VArModCfg.PFCtlWCfg.Dyn.WFilTms\0\cos φ(P), setting time, actual value filter
12348=Inverter.VArModCfg.PFCtlWCfg.Dyn.VArTmEna\0\cos φ(P), nominal value filter
12349=Inverter.VArModCfg.PFCtlWCfg.Dyn.VArTms\0\cos φ(P), setting time, nominal value filter
12350=Inverter.VArModCfg.PFCtlWCfg.Dyn.VArGraEna\0\cos φ(P), limitation of change rate
12351=Inverter.VArModCfg.PFCtlWCfg.Dyn.VArGraPos\0\cos φ(P), increase rate
12352=Inverter.VArModCfg.PFCtlWCfg.Dyn.VArGraNeg\0\cos φ(P), decrease rate
12353=GridGuard.Cntry.AMaxOfsNom\0\Tripping threshold DC current monitoring
12354=GridGuard.Cntry.AMaxOfsMod\0\DC monitoring mode
12355=Inverter.WModCfg.WCtlVolCfg.Ena\0\P(U), activation
12356=Inverter.WModCfg.WCtlVolCfg.WTmEna\0\P(U), nominal value filter
12357=Inverter.WModCfg.WCtlVolCfg.WTms\0\P(U), setting time, nominal value filter
12358=Inverter.WModCfg.WCtlVolCfg.WGraEna\0\P(U), limitation of change rate
12359=Inverter.WModCfg.WCtlVolCfg.WGraPos\0\P(U), increase rate
12360=Inverter.WModCfg.WCtlVolCfg.WGraNeg\0\P(U), decrease rate
12361=Inverter.WModCfg.WCtlVolCfg.ActTms\0\P(U), tripping delay
12362=Inverter.WModCfg.WCtlVolCfg.Crv.NumPtMax\0\P(U), max. number of support points
12363=Inverter.WModCfg.WCtlVolCfg.Crv.NumPt\0\P(U), number of points used
12364=Inverter.WModCfg.WCtlVolCfg.Crv.XVal\0\P(U), voltage value
12365=Inverter.WModCfg.WCtlVolCfg.Crv.YVal\0\P(U), active power value
12366=Inverter.VArModCfg.PFCtlVolCfg.Crv.NumPtMax\0\cos φ(U), max. number of support points
12367=Inverter.VArModCfg.PFCtlVolCfg.Crv.NumPt\0\cos φ(U), number of support points used
12368=Inverter.VArModCfg.PFCtlVolCfg.Crv.VolPu\0\cos φ(U), voltage value
12369=Inverter.VArModCfg.PFCtlVolCfg.Crv.PFExt\0\cos φ(U), excitation type
12370=Inverter.VArModCfg.PFCtlVolCfg.Crv.PF\0\cos φ(U), cos φ nominal value
12371=Inverter.VArModCfg.PFCtlVolCfg.Dyn.WFilTmEna\0\cos φ(U), actual value filter for active power measured value
12372=Inverter.VArModCfg.PFCtlVolCfg.Dyn.WFilTms\0\cos φ(U), setting time, actual value filter
12373=Inverter.VArModCfg.PFCtlVolCfg.Dyn.VArTmEna\0\cos φ(U), nominal value filter
12374=Inverter.VArModCfg.PFCtlVolCfg.Dyn.VArTms\0\cos φ(P), setting time, nominal value filter
12375=Inverter.VArModCfg.PFCtlVolCfg.Dyn.VArGraEna\0\cos φ(P), limitation of change rate
12376=Inverter.VArModCfg.PFCtlVolCfg.Dyn.VArGraPos\0\cos φ(U), increase rate
12377=Inverter.VArModCfg.PFCtlVolCfg.Dyn.VArGraNeg\0\cos φ(U), decrease rate
12378=Inverter.VArModCfg.PFCtlVolCfg.Dyn.ActTms\0\cos φ(U), tripping delay
12379=Inverter.VArModCfg.PFCtlVolCfg.Stt\0\cos φ(U), status
12380=Operation.LabMod.JetOffTst\0\JET test mode
12381=GridGuard.Cntry.VolCtl.CorPu\0\Correction value for limit value of voltage monitoring in p.u.
12382=GridGuard.Cntry.AMaxOfsNom.Cor\0\Correction value for switch-off threshold of monitoring of DC component in AC current in % of ???
12383=GridGuard.CntryAdj\0\Behavior of the displayed standard
12384=Inverter.DGSModCfg.DGSFlCfg.ArStrMinTmms\0\Dynamic grid support, minimum duration of providing reactive current
12385=Inverter.DGSModCfg.DGSFlCfg.ArStrMaxTmms\0\Dynamic grid support, maximum duration of providing reactive current
12386=Inverter.WModCfg.WCtlVolCfg.VRefMod\0\P(U), type of reference voltage
12387=Inverter.WModCfg.WCtlVolCfg.WRefMod\0\P(U), type of reference active power
12388=RS485.Itf\0\RS485 interface
12389=Inverter.CtlComCfg.VArCtlVolCom.TmsOut\0\Q(V), timeout for absent reference voltage setting
12390=Inverter.VArModCfg.VArCtlVolCfg.Dyn.ActTms\0\Q(V), tripping delay
12391=Inverter.VArModCfg.VArCtlWCfg.Trg.DsaVolPu\0\Q(P), upper deactivation voltage
12392=Inverter.VArModCfg.VArCtlWCfg.Trg.EnaVolPu\0\Q(P), upper activation voltage
12393=Inverter.VArModCfg.VArCtlWCfg.Dyn.ActTms\0\Q(P), tripping delay
12394=Inverter.VArModCfg.PFCtlWCfg.Dyn.ActTms\0\cos φ(P), tripping delay
12395=Inverter.VArModCfg.VArCtlVolCfg.Dyn.VArTms\0\Q(V), setting time, nominal value filter
12396=GridGuard.Cntry.VolCtl.MaxPeakTmms\0\Voltage monitoring, peak voltage threshold tripping time
12397=GridGuard.Cntry.VolCtl.MaxPuTmms\0\Voltage monitoring, upper max. threshold trip. time
12398=Inverter.PlntCtl.VRefMod\0\Phase reference of grid nominal voltage
12399=Operation.WMaxNomStt\0\Status of active power limitation setting
12400=Acs.IstlAcsCtrl\0\Japan Installation Assistant
12401=Inverter.ConnEna\0\Enable command that overwrites enable conditions
12402=Inverter.VRefIntMod\0\Reference voltage selection
12403=Operation.ManRstr.ManRstrAFCI\0\Manual restart after arc detection
12404=Operation.ManRstr.ManRstrZerW\0\Manual restart after 0% preset
12405=Operation.ManRstr.ManRstrRCD\0\Manual restart after fault current
12406=Inverter.WCtlHzModCfg.RefModUn\0\P(f), reference value for active power for underfrequency
12407=Inverter.VArModCfg.PFCtlAnCfg.PFOut\0\Displacement factor cos φ setpoint input via analog input
12408=Inverter.VArModCfg.PFCtlAnCfg.PFExtOut\0\Displacement factor cos φ excitation type via analog input
12409=Operation.PlntCtl.ElecRef\0\Electrical reference point for grid requirements
12410=Inverter.WGraMppEna\0\Increase rate in case of insolation change
12411=Inverter.WModCfg.WCtlComCfg.WSptMaxPrioCat\0\Priority compared to local charact. curves
12412=Inverter.WModCfg.WCtlComCfg.WSptMinPrioCat\0\Priority compared to local charact. curves
12413=Operation.PlntCtl.ExecLev.WCtlHz\0\Function execution level P(f)
12414=Operation.PlntCtl.ExecLev.WCtlVol\0\Function execution level P(U)
12415=Operation.PlntCtl.ExecLev.VArCtl\0\Function execution level reactive power mode
12416=Inverter.WGraConnEna\0\Soft start-up P
12417=Operation.StandbyStt\0\Standby status
12418=Operation.RunStt\0\Operating status
12419=Operation.WMaxLimSrc\0\Source of maximum active power setpoint
12420=Operation.WMinLimSrc\0\Source of minimum active power setpoint
12421=Operation.Dmd.WMaxCtl\0\Current maximum active power setpoint
12422=Operation.Dmd.WMinCtl\0\Current minimum active power setpoint
12423=Operation.Dmd.VolRefCtl\0\Current reference voltage setpoint for Q(V)
12424=Operation.Dmd.PFInCtl\0\Current cos φ setpoint for active power draw
12425=Operation.Dmd.PFExtInCtl\0\Current cos φ excitation type setpoint for active power draw
12426=Bat.WCtlCom.WSptMax\0\Max. setpoint value for active power of storage (pos. = discharge power, neg. = charge power)
12427=Bat.WCtlCom.WSptMin\0\Min. setpoint value for active power of storage (pos. = discharge power, neg. = charge power)
12428=Acs.Portal\0\Communication to SMA Portal permitted
12429=Acs.TigoCloud\0\Communication to Tigo Cloud permitted
12430=Portal.EnnexOS.PshMetric\0\Metric upload to ennexO portal
12431=Inverter.VArModCfg.VArCtlWCfg.Trg.DsaUnVolPu\0\Q(P), lower deactivation voltage
12432=Inverter.VArModCfg.VArCtlWCfg.Trg.EnaUnVolPu\0\Q(P), lower activation voltage
12433=Inverter.VArModCfg.PFCtlWCfg.Trg.DsaUnVolPu\0\cos φ(P), lower deactivation voltage
12434=Inverter.VArModCfg.PFCtlWCfg.Trg.EnaUnVolPu\0\cos φ(P), lower activation voltage
12435=Operation.PlntCtl.WCtlMod\0\Active power control mode
12436=Operation.PlntCtl.VArCtlMod\0\Reactive power control mode
12437=Inverter.VArGraConn\0\Soft start-up rate Q
12438=Inverter.VArGraConnEna\0\Soft start-up Q
12439=Mb.ScdInEna\0\Modbus P-settings at input 2
12440=Inverter.DGSModCfg.VArDynEna\0\Dynamic grid support, reactive power dynamic after error end
12441=Inverter.VArModCfg.VRefMod\0\Reactive power behavior, type of reference voltage
12442=DtTm.NTPSrvIsOn\0\NTP server for connected devices switched on
12443=Operation.LabMod.ActIsldDetMod\0\Islanding detection mode
12444=Operation.WMaxLimNom\0\Maximum active power setpoint specification
12445=Operation.WMinLimNom\0\Minimum active power setpoint specification
12446=Operation.VArMaxLimNom\0\Maximum reactive power setpoint specification
12447=Operation.VArMinLimNom\0\Minimum reactive power setpoint specification
12448=Operation.VArCtl.VArModStt\0\Active reactive power behavior
12449=Operation.BatCfgPrg\0\Progress of the DC input configuration
12450=Metering.GridMs.TotPFEEI\0\EEI displacement power factor
12451=Metering.GridMs.TotPFExt\0\Excitation type of cos φ
12452=PwrCtlMdul.GriSysPro\0\Grid and system protection
12453=CtrlSysSW.ACCurCtrl.CtrlVMax\0\Maximum output voltage of the AC current regulator
12454=CtrlSysSW.ACCurCtrl.KE\0\Amplification of the resonance regulator for the fundamental harmonics current
12455=CtrlSysSW.ACCurCtrl.KI\0\Amplification of the integral regulator for the DC share in the AC current
12456=CtrlSysSW.ACCurCtrl.KP\0\Amplification of the proportion regulator for the fundamental harmonics current
12457=CtrlSysSW.ACCurFFCtrl.Ena\0\Activation of the AC current controller
12458=CtrlSysSW.ACActDmp.Ena\0\Activation of the active attenuation
12459=CtrlSysSW.ACActDmp.FcDampAB\0\Limit frequency of the active attenuation
12460=CtrlSysSW.ACActDmp.KpDampAB\0\Proportional amplification of the active attenuation
12461=CtrlSysSW.AutoGriRlyConn\0\Activation of automatic grid connection
12462=CtrlSysSW.ACHCtrl.AllCtrlEna\0\Activation of all harmonics regulators
12463=CtrlSysSW.ACHCtrl.Ctrl3Ena\0\Activation of harmonics regulator number 3
12464=CtrlSysSW.ACHCtrl.Ctrl4Ena\0\Activation of harmonics regulator number 4
12465=CtrlSysSW.ACHCtrl.FrqGain3\0\Magnitude of the resonance frequency for harmonics regulator number 3
12466=CtrlSysSW.ACHCtrl.FrqGain4\0\Magnitude of the resonance frequency for harmonics regulator number 4
12467=CtrlSysSW.ACHCtrl.KE3\0\Amplification of the resonance regulator for harmonics regulator number 3
12468=CtrlSysSW.ACHCtrl.KE4\0\Amplification of the resonance regulator for harmonics regulator number 4
12469=CtrlSysSW.ACHCtrl.KP3\0\Amplification of the proportional regulator for harmonics regulator number 3
12470=CtrlSysSW.ACHCtrl.KP4\0\Amplification of the proportional regulator for harmonics regulator number 4
12471=CtrlSysSW.ACHCtrl.CtrlVMax\0\Maximum output voltage of the harmonics regulators
12472=CtrlSysSW.ACVSync.CtrlGain\0\Reduction factor of the fed-back grid voltage
12473=CtrlSysSW.ACVSync.FcBndPass\0\Limit frequency of the band-pass filter for the grid voltage feedback
12474=CtrlSysSW.DclVCtrl.KI\0\Integral amplification of the intermediate circuit voltage regulator
12475=CtrlSysSW.DclVCtrl.KP\0\Proportional amplification of the intermediate circuit voltage regulator
12476=CtrlSysSW.DclBalCtrl.KP\0\Proportional amplification of the intermediate circuit symmetry regulation
12477=CtrlSysSW.DclBalCtrl.KpWeightFact\0\Weighting of AC offset to DC offset for the intermediate circuit symmetry regulation
12478=GridGuard.Cntry.Aid.Steepn\0\AID rate of rise
12479=InOut.AnIn.CurVArCtlNom\0\Reactive power setpoint specification via analog input
12480=Bat.WCtlCom.WSptMaxNom\0\Battery maximum active power
12481=Bat.WCtlCom.WSptMinNom\0\Battery minimum active power
12482=Operation.PlntCtl.SMASpot\0\SMA SPOT direct marketing active
12483=Nameplate.VendorStr\0\Manufacturer
12484=PLS.ChrgW\0\Peak Load Shaving - charging limit
12485=PLS.DschW\0\Peak Load Shaving - discharging limit
12486=SwCmp.CmpEnnexOS.Frwk.SwRev\0\ennexOS framework version
12487=Diag.CmpEnnexOS.Cfg\0\ennexOS diagnostics configuration
12488=Portal.EnnexOS.OnWhiteList\0\Activated
12489=Eth.AutoCfgIsOn\0\Automatic Ethernet configuration enabled
12490=Eth.ActlIp\0\Currently used IP address
12491=Eth.ActlSnetMsk\0\Currently used IP subnet mask
12492=Eth.ActlGwIp\0\Currently used IP gateway address
12493=Eth.ActlDnsSrvIp\0\Currently used IP DNS server address
12494=Metering.GridMs.TotWIn.Pv\0\Power drawn by PV
12495=Metering.TotWhOut.Pv\0\Energy PV
12496=Metering.TotWhIn.Pv\0\Absorbed energy PV
12497=Metering.GridMs.TotW.Bat\0\Battery power
12498=GridMs.TotVAr.Pv\0\GridMs.TotVAr.Pv
12499=Bat.ChaAmpMax\0\Maximum battery charging current
12500=Bat.DschAmpMax\0\Maximum battery discharge current
12501=Inverter.VArModCfg.PFMinEna\0\Nom-cos φ PFMinQ1-Q4
12502=Inverter.VArModCfg.OutWNomLimAct\0\Activation threshold for active power output
12503=Inverter.VArModCfg.OutWNomLimDeAct\0\Deactivation threshold for active power output
12504=Inverter.VArModCfg.InWNomLimAct\0\Activation threshold for active power draw
12505=Inverter.VArModCfg.InWNomLimDeAct\0\Deactivation threshold for active power draw
12506=Operation.SigEna\0\Acoustic signal for event messages
12507=InOut.DigIn.CurVArCtlNom\0\Reactive power setpoint via digital input
12508=Chrg.MinSwTms\0\Minimum relay switching time
12509=Chrg.AMinCha\0\Minimum charge current
12510=Chrg.ActChaMod\0\Operating mode of charge session
12511=Chrg.Plan.DurTmm\0\Duration of the charge session
12512=Chrg.Plan.En\0\Energy quantity of the charge session
12513=Chrg.StpWhenFl\0\Disconnection after full charge
12514=Chrg.StpWhenFlTm\0\Standby for charging process to disconnection
12515=Nameplate.ChrgCtrl.SerNumTxt\0\Serial number of the charge controller
12516=Nameplate.ChrgCtrl.SusyId\0\SUSyID of the charge controller
12517=Nameplate.ChrgCtrl.SwRevTxt\0\Software version of the charge controller
12518=Nameplate.ChrgCtrl.ChrgTypTxt\0\Type of charge controller
12519=CmpBMS.BatChaWh\0\Charge energy
12520=CmpBMS.BatDschWh\0\Discharge energy
12521=EMS.DscCsmp\0\Switching request value
12522=EMS.SwQry\0\Switching request active
12523=Coolsys.FreezerWhIn\0\Freezer unit rating
12524=Coolsys.CoolerWhIn\0\Refrigeration unit rating
12525=Coolsys.FreezerWhInSum\0\Freezer system rating
12526=Coolsys.CoolerWhInSum\0\Refrigeration system rating
12527=Build.TmpVal\0\Internal temperature
12529=ExtDev.SigCyc\0\Heartbeat
12530=ExtDev.CmpsCtrlTmp\0\Hot gas temperature actual value
12531=ExtDev.CmpsCtrlTmpSpt\0\Hot gas temperature setpoint
12532=ExtDev.GasMaxLim\0\Hot gas override limit
12533=ExtDev.CmpsLev\0\Compressor power level
12534=Operation.CurVArUnExtAval\0\Available underexcited  reactive power
12535=Operation.CurVArOvExtAval\0\Available overexcited reactive power
12536=Operation.WAvalTheo\0\Theoretically available power output
12537=Operation.PlntAval\0\Generation plant availability
12538=Operation.WRedEx\0\External active power reduction
12539=Inverter.CurWSptNom\0\Current active power setpoint
12540=Inverter.CurVArSptNom\0\Current reactive power setpoint
12541=Inverter.WAvalPu\0\Available active power
12542=Inverter.VArAvalPu\0\Available reactive power
12543=Nameplate.MdbPrflRev\0\Modbus profile version
12544=Operation.FailCode\0\Error code
12545=Operation.HybSysStt\0\Device status
12546=Operation.CtrlMod\0\Control mode
12547=Metering.GridMs.TotW\0\Power
12548=Metering.GridMs.W.Load\0\Load power
12549=Metering.GridMs.VAr.Load\0\Load reactive power
12550=Metering.GridMs.Wh.Load\0\Load power consumption
12551=Metering.GridMs.Nbr.Gn\0\Number of active strings
12552=Metering.GridMs.Nbr.Pv\0\Number of active strings
12553=Metering.GridMs.Nbr.Bat\0\Number of active battery systems
12554=PCCMs.TotWhIn\0\Power consumption at point of common coupling
12555=PCCMs.TotWhOut\0\Feed in power at point of common coupling
12556=Gn.WCtlCom.Apr.W\0\Setpoint reserved power for genset systems
12557=Gn.WCtlCom.Str\0\Start request command for genset systems
12558=Pv.WCtlCom.WLim\0\Total PV active power limitation
12559=Pv.VArCtlCom.VArSpt\0\Total PV reactive power setpoint
12560=Bat.WCtlCom.WSpt\0\Total battery active power setpoint
12561=Bat.VArCtlCom.VArSpt\0\Total battery reactive power setpoint
12562=Bat.WCtlCom.WSptNomPrc\0\Active power setpoint for battery system
12563=PCC.VArSptNomPrc\0\Reactive power setpoint for whole system (PV and BAT)
12564=PCC.VolSptNomPrc\0\Voltage setpoint (phase-phase)
12565=PCC.PFSpt\0\Power factor setpoint
12566=PCC.WMaxSptNomPrc\0\Upper active power limitation for whole plant (PV and BAT)
12567=PCC.WMinSptNomPrc\0\Lower active power limitation for whole plant (PV and BAT)
12568=Hyb.InhInvRstr\0\Deny inverter restart by Hybrid Controller
12569=Metering.GridMs.TotWOut.Gn\0\Current generator performance
12570=Metering.GridMs.TotVArOut.Gn\0\Current generator reactive power
12571=Metering.GridMs.TotWhOut.Gn\0\Counter state of generator generating meter
12572=Metering.GridMs.TotVArOut.Pv\0\PV reactive power currently supplied from grid
12573=Metering.GridMs.TotVArOut.Bat\0\Supplied reactive battery power in all phases
12574=Operation.CurAvailVArUnExt\0\Available underexcited reactive power
12575=Operation.CurAvailVArOvExt\0\Available overexcited reactive power
12576=Operation.CurAvailPlnt\0\Generation plant availability
12577=Operation.AcSlfTstMod\0\AC self-test mode
12578=Portal.EnnexOS.RemCfg\0\Parameter change via Sunny Portal
12579=ExtGridMs.TotWhOut\0\Total energy fed into the grid
12580=ExtGridMs.TotWhIn\0\Total energy drawn from the grid
12581=GnMs.TotWhOut\0\Total energy released
12582=PCCMs.TotW\0\Current grid export active power
12583=PCCMs.TotVAr\0\Current grid export reactive power
12584=Upd.AutoUpdTmLoc\0\Local time of the automatic update
12585=GnDmdBatCha.AddTm.StrTmLoc\0\Local start time additional time period, generator request
12586=GnDmdBatCha.AddTm.StopTmLoc\0\Local end time additional time period, generator request
12587=DevUpd.AutoUpdTmLoc\0\Local time of the update
12588=PCC.PPO.StrTmLoc\0\Local start time of selected function
12589=PCC.PPO.StopTmLoc\0\Local end time of selected function
12590=ProMod.StrTmLoc\0\Local start time battery protection mode level
12591=ProMod.StopTmLoc\0\Local end time battery protection mode level
12592=ExtGri.StrPvFeedTmLoc\0\Local start time for PV grid feed-in
12593=ExtGri.StopPvFeedTmLoc\0\Local end time for PV grid feed-in
12594=PubGri.GriDmdBatCha.AddTm.StopTmLoc\0\Local end time additional time period for grid request
12595=PubGri.GriDmdBatCha.AddTm.StrTmLoc\0\Local start time additional time period for grid request
12596=LodShd1.AddTm.StopTmLoc\0\Local time load shedding 1
12597=LodShd1.AddTm.StrTmLoc\0\Local tart time additional time period load shedding 1
12598=LodShd2.AddTm.StopTmLoc\0\Local time load shedding 2
12599=LodShd2.AddTm.StrTmLoc\0\Local start time additional time period load shedding 2
12600=Chrg.UseEnergyMeter\0\Operation with meter at point of interconnection
12601=PCC.GriConnPwrLim\0\Set active power limit for grid-supplied power at point of interconnection
12602=ChaSta.CurAvailPwrChr\0\Available power for charging stations
12603=ChaSta.CurLimSpt\0\Current power limitation of charging stations
12604=Nameplate.SerNumCust\0\Device serial number
12605=InOut.DigOut.DirMrkt\0\Direct selling enabled
12606=Metering.PCCMs.PlntA.phsA\0\Output current Grid feed-in Line conductor L1 at point of interconnection
12607=Metering.PCCMs.PlntA.phsB\0\Output current Grid feed-in Line conductor L2 at point of interconnection
12608=Metering.PCCMs.PlntA.phsC\0\Output current Grid feed-in Line conductor L3 at point of interconnection
12609=Metering.PCCMs.PlntPhV.phsA2B\0\Grid voltage Line conductor L1 against L2 at point of interconnection
12610=Metering.PCCMs.PlntPhV.phsB2C\0\Grid voltage Line conductor L2 against L3 at point of interconnection
12611=Metering.PCCMs.PlntPhV.phsC2A\0\Grid voltage Line conductor L2 against L1 at point of interconnection
12612=Metering.GridMs.PhV.AvgLN\0\Mean value Grid voltage Line conductor L-N
12613=Metering.GridMs.PhV.AvgLL\0\Mean value Grid voltage Line conductor L-L
12614=Metering.PCCMs.PlntW.phsA\0\Power Grid feed-in Line conductor L1 at point of interconnection
12615=Metering.PCCMs.PlntW.phsB\0\Power Grid feed-in Line conductor L2 at point of interconnection
12616=Metering.PCCMs.PlntW.phsC\0\Power Grid feed-in Line conductor L3 at point of interconnection
12617=Metering.PCCMs.PlntVAr.phsA\0\Reactive power Grid feed-in Line conductor L1 at point of interconnection
12618=Metering.PCCMs.PlntVAr.phsB\0\Reactive power Grid feed-in Line conductor L2 at point of interconnection
12619=Metering.PCCMs.PlntVAr.phsC\0\Reactive power Grid feed-in Line conductor L3 at point of interconnection
12620=Metering.PCCMs.PlntPhV.AvgLN\0\Mean value Grid voltage L-N at point of interconnection
12621=Metering.PCCMs.PlntPhV.AvgLL\0\Mean value Grid voltage L-L at point of interconnection
12622=Metering.PCCMs.PlntPF\0\Displacement power factor at point of interconnection
12623=Metering.PCCMs.PlntHz\0\Grid frequency at point of interconnection
12624=Chrg.Plan.StopTm\0\End of charging process
12625=Dummy.ObjLogTotCsmp\0\Dummy.ObjLogTotCsmp
12626=Dummy.ObjLogSelfCsmp\0\Dummy.ObjLogSelfCsmp
12627=Dummy.ObjLogDirCsmp\0\Dummy.ObjLogDirCsmp
12628=PCC.PFOut\0\External cos φ setting, cos φ nominal value in case of active power output
12629=PCC.PFExtOut\0\External cos φ setting, excitation type in case of active power output
12630=PCC.PFIn\0\External cos φ setting, cos φ nominal value in case of active power draw
12631=PCC.PFExtIn\0\External cos φ setting, excitation type in case of active power draw
12632=DtTm.PlntTmOfsWr\0\Difference PV system time/system time
12633=Metering.GridMs.TotWMax.Gn\0\Nominal power of connected diesel generators
12634=Operation.StrFltDet.WMinNom\0\Activation threshold for string-failure detection
12635=DcMs.TotDcEnCntWh\0\Energy released by string |s0|
12636=DcMs.AbsDcEnCntWh\0\Total energy released by string |s0|
12637=DcMs.TotDcEnCntWhSet\0\Set offset of energy released by string |s0|
12638=SunSpecSig.SunSpecTx\0\SunSpec life sign
12639=Operation.CurAvailVArUnExtNom\0\Available underexcited reactive power
12640=Operation.CurAvailVArOvExtNom\0\Available overexcited reactive power
12641=CmpBMS.GetBatChaWh\0\Current charging power
12642=CmpBMS.GetBatDschWh\0\Current discharging power
12643=InOut.DigIn\0\InOut.DigIn
12644=DcCfg.VolMax\0\DcCfg.VolMax
12645=Inverter.WCtlHzModCfg.HzFilTmEna\0\Inverter.WCtlHzModCfg.HzFilTmEna
12646=Inverter.WCtlHzModCfg.HzFilTms\0\Inverter.WCtlHzModCfg.HzFilTms
12647=Bat.TmpValMax\0\Bat.TmpValMax
12648=Bat.TmpValMin\0\Bat.TmpValMin
12649=Bat.ChaVolSptDmd\0\Bat.ChaVolSptDmd
12650=Bat.DschVolSptDmd\0\Bat.DschVolSptDmd
12651=Bat.ChaAmpSptDmd\0\Bat.ChaAmpSptDmd
12652=Bat.DschAmpSptDmd\0\Bat.DschAmpSptDmd
12653=Bat.ChakWhStt\0\Bat.ChakWhStt
12654=Bat.CelVolSum\0\Bat.CelVolSum
12655=Bat.CelVolMin\0\Bat.CelVolMin
12656=Bat.CelVolMax\0\Bat.CelVolMax
12657=InOut.PFValOut\0\InOut.PFValOut
12658=Env.DewPtTmp\0\Env.DewPtTmp
12659=Env.AirPresAbs\0\Env.AirPresAbs
12660=Env.AirPresRel\0\Env.AirPresRel
12661=Env.WdSpdDv\0\Env.WdSpdDv
12662=Env.WdDirDv\0\Env.WdDirDv
12663=Env.WdMsQual\0\Env.WdMsQual
12664=Env.PrecipRteAbs\0\Env.PrecipRteAbs
12665=Env.PrecipRteDif\0\Env.PrecipRteDif
12666=Env.PrecipInts\0\Env.PrecipInts
12667=Env.PrecipTyp\0\Env.PrecipTyp
12668=Env.WMOCode\0\Env.WMOCode
12669=Env.LgtEvt\0\Env.LgtEvt
12670=Env.LgtEvtIntv\0\Env.LgtEvtIntv
12671=Env.ExSnsTmp\0\Env.ExSnsTmp
12672=Operation.Vol\0\Operation.Vol
12673=PCC.RPRChk\0\PCC.RPRChk
12674=PCC.RPRWPrc\0\PCC.RPRWPrc
12675=PCC.RPRChkTms\0\PCC.RPRChkTms
12676=Inverter.WModCfg.WCnstCfg.WNomEna\0\Inverter.WModCfg.WCnstCfg.WNomEna
12677=Inverter.WModCfg.WCnstCfg.WEna\0\Inverter.WModCfg.WCnstCfg.WEna
12678=Inverter.WModCfg.WCtlComCfg.Ena\0\Inverter.WModCfg.WCtlComCfg.Ena
12679=Inverter.WModCfg.WCtlComCfg2.Ena\0\Inverter.WModCfg.WCtlComCfg2.Ena
12680=Inverter.CtlComCfg.WCtlDctMrk.SmaSpotEna\0\Inverter.CtlComCfg.WCtlDctMrk.SmaSpotEna
12681=Inverter.CtlComCfg.WCtlDctMrk.MbEna\0\Inverter.CtlComCfg.WCtlDctMrk.MbEna
12682=Inverter.CtlComCfg.WCtlEvu.AnInEna\0\Inverter.CtlComCfg.WCtlEvu.AnInEna
12683=Inverter.CtlComCfg.WCtlEvu.DigInEna\0\Inverter.CtlComCfg.WCtlEvu.DigInEna
12684=Inverter.CtlComCfg.WCtlEvu.MbEna\0\Inverter.CtlComCfg.WCtlEvu.MbEna
12685=Inverter.CtlComCfg.VArCtlEvu.DigInEna\0\Inverter.CtlComCfg.VArCtlEvu.DigInEna
12686=Inverter.CtlComCfg.VArCtlEvu.AnInEna\0\Inverter.CtlComCfg.VArCtlEvu.AnInEna
12687=Inverter.CtlComCfg.VArCtlEvu.MbEna\0\Inverter.CtlComCfg.VArCtlEvu.MbEna
12688=Inverter.CtlComCfg.PFCtlEvu.MbEna\0\Inverter.CtlComCfg.PFCtlEvu.MbEna
12689=Inverter.CtlComCfg.PFCtlEvu.AnInEna\0\Inverter.CtlComCfg.PFCtlEvu.AnInEna
12690=Mb.TcpSrv\0\Mobus TCP server address
12691=Mb.ProfileName\0\Modbus profile
12692=PCC.RPRStt\0\PCC.RPRStt
12693=Env.WdDir\0\Env.WdDir
12694=Coolsys.Dev.TmpVal\0\Device temperature
12695=Env.TotInSolDv\0\Radiation standard deviation
12696=Env.SoilDeg1\0\Soiling ratio sensor 1
12697=Env.TxLos1\0\Transmission loss sensor 1
12698=Env.SoilDeg2\0\Soiling ratio sensor 2
12699=Env.TxLos2\0\Transmission loss sensor 2
12700=Nameplate.DatMdlRev\0\Datamodel version
12701=Nameplate.SwRev\0\Software version
12702=Nameplate.HwRev\0\Hardware version
12703=Operation.TiltXAx\0\Tilt X direction
12704=Operation.TiltYAx\0\Tilt Y direction
12705=Nameplate.ClbDt.Year\0\Factory calibration year
12706=Nameplate.ClbDt.Mth\0\Factory calibration month
12707=Nameplate.ClbDt.Day\0\Factory calibration day
19000=STP 24.8-JP-50\0\STP 24.8-JP-50
19001=STP 20.0-JP-50\0\STP 20.0-JP-50
19002=STP 12.4-JP-50\0\STP 12.4-JP-50
19003=STP 9.9-JP-50\0\STP 9.9-JP-50
19004=EDMM-10.A\0\EDMM-10.A
19005=SCS 3450-UP\0\Sunny Central Storage 3450-UP
19006=SCS 3450-UP-US\0\Sunny Central Storage 3450-UP-US
19007=SCS 3600-UP\0\Sunny Central Storage 3600-UP
19008=SCS 3600-UP-US\0\Sunny Central Storage 3600-UP-US
19009=SCS 3800-UP\0\Sunny Central Storage 3800-UP
19010=SCS 3800-UP-US\0\Sunny Central Storage 3800-UP-US
19011=SCS 3950-UP\0\Sunny Central Storage 3950-UP
19012=SCS 3950-UP-US\0\Sunny Central Storage 3950-UP-US
19013=SCS 2750-UP\0\Sunny Central Storage 2750-UP
19014=SCS 2750-UP-US\0\Sunny Central Storage 2750-UP-US
19015=SMA EV CHARGER 7.4\0\SMA EV CHARGER 7.4
19016=SMA EV CHARGER 22\0\SMA EV CHARGER 22
19017=SI50-10\0\Sunny Island 50
19018=SI30-10\0\Sunny Island 30
19019=SI60US-10\0\Sunny Island 60 US480
19020=SI40US-10\0\Sunny Island 40 US480
19021=SI27US-10\0\Sunny Island 27 US208
19022=SHPS 150-10\0\Sunny Highpower Storage 150
19023=SHPS 100-10\0\Sunny Highpower Storage 100
19024=SHPS 150-US-10\0\Sunny Highpower Storage 150-US
19025=SHPS 125-US-10\0\Sunny Highpower Storage 125-US
19026=SHPS 143-JP-10\0\Sunny Highpower Storage 143-JP
19027=SHPS 100-JP-10\0\Sunny Highpower Storage 100-JP
19028=SMA DATA MANAGER M Lite\0\SMA DATA MANAGER M Lite
19029=VBPC455GW3LH\0\VBPC455GW3LH
19033=SBG4_12A\0\SBG4-2A
19034=SBT3_12A\0\SBT3-12A
19035=STPS50-10\0\Sunny Tripower Storage 50
19036=STPS30-10\0\Sunny Tripower Storage 30
19037=STPS60US-10\0\Sunny Tripower Storage 60 US480
19038=STPS40US-10\0\Sunny Tripower Storage 40 US480
19039=STPS27US-10\0\Sunny Tripower Storage 27 US208
19040=STPS50JP-10\0\Sunny Tripower Storage 50 JP
19041=FRITZ DECT 301\0\FRITZ!DECT 301
19042=SCS 2900-US-10-1100V\0\Sunny Central Storage 2900-US 1100V
19043=SmartSolarEnMtrRTU\0\SmartSolar Energy meter RTU
19044=TS-HV-70\0\Tesvolt_TS-HV-70
19045=BatBoxPremHVM\0\Battery-Box Premium HVM
19046=BatBoxPremHVS\0\Battery-Box Premium HVS
19047=STP 110-60\0\STP 110-60
19048=STP5.0-3SE-40\0\SUNNY TRIPOWER 5.0 SE
19049=STP6.0-3SE-40\0\SUNNY TRIPOWER 6.0 SE
19050=STP8.0-3SE-40\0\SUNNY TRIPOWER 8.0 SE
19051=STP10.0-3SE-40\0\SUNNY TRIPOWER 10.0 SE
19052=Modbus-PV-WR\0\Modbus-PV-WR
19053=Modbus-IO-Mdul\0\Modbus-IO-Mdul
19054=SC 2660-UP\0\Sunny Central 2660-UP
19055=SC 2660-UP-US\0\Sunny Central 2660-UP-US
19056=SC 2800-UP\0\Sunny Central 2800-UP
19057=SC 2800-UP-US\0\Sunny Central 2800-UP-US
19058=SC 2930-UP\0\Sunny Central 2930-UP
19059=SC 2930-UP-US\0\Sunny Central 2930-UP-US
19060=SC 3060-UP\0\Sunny Central 3060-UP
19061=SC 3060-UP-US\0\Sunny Central 3060-UP-US
19062=SC 2750-UP-US\0\Sunny Central 2750-UP-US
19063=SCS 2300-UP-XT\0\Sunny Central Storage 2300-UP-XT
19064=SCS 2300-UP-XT-US\0\Sunny Central Storage 2300-UP-XT-US
19065=SCS 2400-UP-XT\0\Sunny Central Storage 2400-UP-XT
19066=SCS 2400-UP-XT-US\0\Sunny Central Storage 2400-UP-XT-US
19067=SCS 2530-UP-XT\0\Sunny Central Storage 2530-UP-XT
19068=SCS 2530-UP-XT-US\0\Sunny Central Storage 2530-UP-XT-US
19069=SCS 2630-UP-XT\0\Sunny Central Storage 2630-UP-XT
19070=SCS 2630-UP-XT-US\0\Sunny Central Storage 2630-UP-XT-US
20000=StrD1\0\StrD1
29999=StopD1\0\StopD1
30000=StrFeatTags\0\StrFeatTags
30001=Ft.GriSvc.A3\0\Enable conditions in normal mode
30002=Ft.GriSvc.A4\0\Enable behavior
30003=Ft.GriSvc.A5\0\Operating status control
30004=Ft.GriSvc.A7\0\Function prioritization
30005=Ft.GriSvc.P2\0\Active power gradient, normal mode
30006=Ft.GriSvc.P3\0\Grid security management
30007=Ft.GriSvc.P6\0\Active Power Export Limitation
30008=Ft.GriSvc.P4\0\Voltage-dependent active power adjustment P(U)
30009=Ft.GriSvc.P9\0\Primary regulating power
30010=Ft.GriSvc.Q2\0\Selection of reactive power mode
30011=Ft.GriSvc.Q6\0\Reactive power setting
30012=Ft.GriSvc.Q7\0\cos φ specification
30013=Ft.GriSvc.Q8\0\Reactive power/active power char. curve Q(P)
30014=Ft.GriSvc.Q9\0\React. power/volt. char. Q(V)
30015=Ft.GriSvc.Q10\0\cos φ / reactive power char. curve cos φ(P)
30016=Ft.GriSvc.Q5\0\cos φ / voltage curve cos φ(U)
30017=Ft.GriSvc.M9\0\Unbalances
30018=Ft.GriSvc.V1\0\Voltage protection
30019=Ft.GriSvc.V2\0\Dynamic grid support
30020=Ft.GriSvc.F1\0\Frequency protection
30021=Ft.GriSvc.F3\0\P(f)
30022=Ft.GriSvc.S1\0\Islanding detection
30023=Ft.Der.G3\0\Country datasets and factory setting
30024=Ft.Der.I1\0\Nameplate Information
30025=Ft.Der.I2\0\Configuration Information
30026=Ft.PV.Riso\0\PV Insulation Monitoring Riso
30027=Ft.PV.AFCI\0\Arc Fault Current Interruption
30028=Ft.Ctl.IF3\0\Inverter Control Interface
30029=Ft.Der.T5\0\Ft.Der.T5
39999=StopFeatTags\0\StopFeatTags
130001=EvtMon\0\Grid management services alarm
130002=AlmGriMgt\0\The alarm informs you of grid management service events.
130003=WaitTmAftFrstOcc\0\Wait time after first occurance: {{0}} minutes
130004=SetPtMon\0\Active power limitation alarm
130005=SetPtMonDesc\0\The alarm informs you of active power limitations in your system.
130006=SetPtMonUpLim\0\Only issues an alert when setpoint specification is for longer than: {{0}} minutes
130007=SetPtMonLowLim\0\Only issues an alert when the setpoint specification is below: {{0}} %
130008=PerfRatMon\0\Performance ratio alarm
130009=PerfRatMonDesc\0\The alarm informs you when the performance ratio is not within tolerance.
130010=PerfRatMonLowLim\0\Only issues an altert if the performance ratio falls below: {{0}} %
130011=BasCustMsgRept\0\Event report
130012=BasCustMsgReptDesc\0\The event report informs you of all events occurring in your system.
130013=BasCustMsgReptLev\0\Please select the types of event that should be included into the report: {{0}}
130014=BasCustMsgReptCat\0\Event categories that should be included: {{0}}
200002=GriCsmp\0\Purchased electricity
200003=GriFeedIn\0\Grid feed-in
200004=EvtCompAlm\0\The specific yield of the device is {{0}} kWh/kWp, this deviating from the mean value {{2}} kWh/kWp by {{1}} %. The configured threshold is {{3}} %.
200005=EvtPerfRatAlm\0\The performance ratio of the system {{0}} on {{1}} was {{4}}, outside of the tolerance range of {{2}} to {{3}}.
200006=CompAlmMail\0\Inverter comparison alarm
200007=CompAlmMailInf\0\The alarm informs you of inverter comparison yield warnings.
200008=InvCompStt\0\State of inverter comparison
200009=AnCurIn\0\Current input
200010=Deb\0\Debug
200011=DeviceState\0\Device state
200012=TmpIn\0\Temperature input
200013=OnlNotEmtRept\0\Only reports with events
200014=ProdGrpIOSys\0\IO system
200015=ProdGrpMonCtl\0\Monitoring and control
200016=ProdGrpSnsTec\0\Sensor technology
200017=ProdGrpMdulInv\0\Module inverters
200018=ProdGrpCtrInv\0\Central inverters
200019=ProdGrpDCTec\0\DC technology
200020=ProdGrpDCOpt\0\Smart module technology
200021=EvtUsrCreaBy\0\New user '{{0}}' created by {{1}}.
200022=EvtUsrDltBy\0\User '{{0}}' was deleted by {{1}}.
200023=EvtUsrEdtBy\0\User '{{0}}' was edited by {{1}}.
200024=EvtParaChgInit\0\Parameter change for parameter {{0}} initiated by user {{1}} via {{2}} from value {{3}} to {{4}}.
200025=Data Manager M\0\DataManager M
200026=PrtlNam\0\Portal
200027=SpcAcPwr\0\Specific AC power
200028=EvtSptChgVal\0\Change of '{{0}}' initiated by '{{1}}' from '{{2}}' to '{{3}}' .
200029=PwrFeedIn\0\Power feed-in
200030=PwrCsmp\0\Power consumption
200031=ConfMsgInvalVal\0\Configuration of notification in the event of an invalid specification
200032=BasInfRept\0\Info report
200033=InfReptDesc\0\The info report provides you with regular information on the yields of your system.
200040=NamMr\0\Mr.
200041=NamMrs\0\Ms.
200042=UsrRole\0\User role
200043=Admin\0\Administrator
200044=UsrRole.Admin\0\Administrator
200045=InOut.DigIn.VArSpt\0\Reactive power setpoint via digital input
200046=Inverter.VArSpt\0\Internal reactive power setpoint
200047=EvtFllBkDurInvSpt\0\Fallback in the event of invalid setpoint
200048=EvtConSpt\0\Constant setpoint
200049=EvtCfgMsgInvVal\0\Message in the event of invalid values
200050=EvtZerYldAlm\0\Yield {{0}} kWh in ComparisonGroup {{1}} at {{2}} (Specific Yield {{3}} kWh/kWp).
200051=ComMonFlt\0\Communication fault
200052=TxRept\0\Send reports: {{0}}
200053=SatelliteSns\0\Satellite Sensor
200054=EvtAdmAcoRs\0\The administrator account has been reset
200056=ComMonAlm\0\Alarm communication monitoring
200057=DescComMon\0\The alarm notifies you about communication faults of your communication devices
200058=ComMonMsg\0\Contact to device '{{0}}' with serial number {{1}} is overdue, last contact: {{2}}
200059=ComMonMsgClr\0\Contact to device '{{0}}' with serial number {{1}} is restored, Faulted from: {{2}} until {{3}}
200060=EvtDevDltByUsr\0\Device {{0}} was deleted by {{1}}
200061=EvtNewDevRgst\0\New device {{0}}/{{1}} registered
200062=ComMonMsgRmd\0\Reminder: Contact to device '{{0}}' with serial number {{1}} is still present, last contact: {{2}}
200063=AnCurOut\0\Current output
200064=UniDirEnMtrFeed\0\Unidirectional energy meter for feed in
200065=BiDirEnMtrSepChn\0\Bidirectional energy meter with two power channels
200066=AnVolOut\0\AnVolOut
200067=ActReaPwrTxt\0\Active and reactive power
200068=ActVDepReaPwrTxt\0\Active power and voltage-dependent reactive power
200070=UniDirEnMtrCsmp\0\Unidirectional energy meter for consumption
200071=BiDirEnMtr\0\Bidirectional energy meter with one channel
200072=EvtComFltDev\0\A communication fault to device {{0}} has occurred
200073=EvtDevFlt\0\The device {{0}} notifies the fault {{1}}
200074=InOut.AnCurIn\0\Current input
200075=InOut.AnCurOut\0\Current output
200076=InOut.AnVolOut\0\Voltage output
200077=Measurement.InOut.AnCurIn\0\Current input
200078=Parameter.InOut.AnCurOut\0\Current output
200079=Parameter.InOut.AnVolOut\0\Voltage output
200080=ProdGrpChaSta\0\Charging Station
200081=Measurement.InOut.ValNom\0\Percent
200083=Measurement.InOut.TotInsol\0\Insolation
200084=Measurement.InOut.Spd\0\Speed
200085=Measurement.InOut.TmpIn\0\Temperature Input
200086=Metering.GridMs.TotWIn.Gas\0\Gas power
200087=Metering.GridMs.TotWhIn.Gas\0\Gas energy
200088=Metering.GridMs.TotVlmFlw.Gas\0\Gas volume flow
200089=Metering.GridMs.TotVlm.Gas\0\Gas volume
200090=Metering.GridMs.HeatVal.Gas\0\Gas calorific billing value
200091=Metering.GridMs.SttNum.Gas\0\Gas correction factor
200092=Metering.TotWOut.Chp\0\Chp power
200093=Metering.TotWhOut.Chp\0\Chp energy
200094=Metering.TotWOut.Hydro\0\Hydro power plant power
200095=Metering.TotWhOut.Hydro\0\Hydro power plant energy
200096=Metering.GridMs.TotWIn.ChaSta\0\Charging station power
200097=Metering.GridMs.TotWhIn.ChaSta\0\Charging station meter reading
200098=Operation.EVeh.Health\0\Status of connected vehicle
200099=Operation.EVeh.ChaStt\0\Charging session status
200100=ChaSess.Cost\0\Charging session costs
200101=ChaSess.WhIn\0\Charging session energy
200106=ChaSttWrn\0\Warning
200111=ChaSttNotConn\0\not connected
200112=ChaSttWait\0\in sleep mode
200113=ChaSttInProg\0\Charging session active
200114=ChaSttEnd\0\Charging target reached
200115=ChaSttErr\0\Error
200116=ProdGrpPowGen\0\Power Generator
200118=ProdGrpHydroPower\0\Hydroelectric power plant
200119=ProdGrpElectricMeter\0\Electricity meter
200120=ProdGrpGasMeter\0\Gas meter
200121=ProdGrpCHP\0\Combined heat and power
200122=Measurement.ExpectedYield.PV\0\Average yield expectations
200123=ExtInfRept\0\Detailed report
200124=ExtInfReptDesc\0\The detailed report informates you with detailed device information of your system.
200125=InfReptSort\0\Sort by: {{0}}
200126=PlantOperator\0\Operator
200127=AlarmSmartConnected\0\Alarm SMA Smart Connected
200128=AlarmSmartConnectedDesc\0\SMA Smart Connected provides free automatic monitoring and analysis of your inverter.
200129=Knots\0\kn
200130=Measurement.SpecificYield.PV\0\Specific yield
200131=ExpectedYield.Pv\0\Average yield expectations
200132=SpecificYield.Pv\0\Specific yield
200133=InOut.ValNomOut\0\Percent
200134=InOut.TotWOut\0\Power
200135=InOut.GO1\0\Digital group output
200136=InOut.CosPhi.PFOut\0\Displacement factor cos φ setpoint input via analog input
200137=InOut.CosPhi.PFExtOut\0\Displacement factor cos φ excitation type via analog input
200138=InOut.GI1\0\Digital group input
210000=Metering.PCCMs.PlntWh\0\Feed-in energy at the grid connection point
210001=Metering.PCCMs.PlntCsmpWh\0\Energy drawn at the grid connection point
210002=Metering.PCCMs.PlntCsmpW\0\System active power (drawn) at grid connection point
210004=InOut.DigoutGrp1\0\Digital output group 1
210005=InOut.TmpIn\0\Temperature input |d0|
210006=Measurement.Metering.PCCMs.PlntPhV.phsA\0\Grid voltage on line conductor L1 at grid connection point
210007=Measurement.Metering.PCCMs.PlntPhV.phsB\0\Grid voltage on line conductor L2 at grid connection point
210008=Measurement.Metering.PCCMs.PlntPhV.phsC\0\Grid voltage line conductor L3 at grid connection point
210009=Measurement.Metering.PCCMs.PlntPF\0\Displacement power factor at grid connection point
210010=Metering.GridMs.TotWhOut.Pv\0\Counter reading of PV feed-in counter
210011=Metering.GridMs.TotWhOut.Bat\0\Counter reading of battery feed-in counter
210012=Metering.GridMs.TotWOut.Pv\0\PV feed-in power
210013=Metering.GridMs.TotWOut.Bat\0\Battery feed-in power
210014=Metering.GridMs.TotWhIn.Bat\0\Counter reading of power drawn by battery counter
210015=Metering.GridMs.TotWIn.Bat\0\Power drawn by battery
210016=GridMs.TotW.Pv\0\PV power
210017=Measurement.Inverter.CurWCtlMinNom\0\Active power limitation setpoint
210018=Measurement.Inverter.CurWCtlNom\0\Active power limitation set value
210019=Measurement.Metering.PCCMs.PlntCsmpW\0\Power drawn from grid
210020=Measurement.Metering.PCCMs.PlntW\0\Power fed into grid
210021=Measurement.Inverter.CurVArCtlNom\0\Reactive power limitation set value
210022=Measurement.Inverter.CurVArCtlMinNom\0\Reactive power limitation setpoint
210023=InOut.ValNom\0\Percent
210024=InOut.TotInsol\0\Insolation
210025=InOut.Spd\0\Speed
210026=InOut.DigOut\0\Digital output
210027=Parameter.InOut.DigOut\0\Digital output
210028=InOut.Tmp\0\Temperature
210029=Measurement.InOut.Tmp\0\Temperature
210035=Measurement.Env.PlntExSnsInsol\0\System insolation on external sensor
210036=Measurement.Env.PlntHorWndSpd\0\System wind speed
210037=Measurement.Env.PlntEnvTmpVal\0\System ambient temperature
210038=Measurement.Env.PlntMdulTmpVal\0\System module temperature
210039=Measurement.Metering.GridMs.TotWOut.Fuel\0\fuel power
210040=Measurement.Metering.ExtGridMs.TotWhOut\0\External generator feed-in counter
210041=Measurement.Metering.ExtGridMs.TotWOut\0\Feed-in power of external generator
210042=Measurement.Metering.GridMs.TotWOut.Chp\0\Chp power
210043=Measurement.Metering.GridMs.TotWhOut.Chp\0\Chp energy
210044=Measurement.Metering.GridMs.TotWOut.Hydro\0\Hydro power plant power
210045=Measurement.Metering.GridMs.TotWhOut.Hydro\0\Hydro power plant energy
210046=Measurement.Metering.GridMs.TotWIn.Gas\0\Gas power
210047=Measurement.Metering.GridMs.TotWhIn.Gas\0\Gas energy
210048=Measurement.Metering.GridMs.TotVlmFlw.Gas\0\Gas volume flow
210049=Measurement.Metering.GridMs.TotVlm.Gas\0\Gas volume
210050=Measurement.Metering.GridMs.HeatVal.Gas\0\Gas calorific billing value
210051=Measurement.Metering.GridMs.SttNum.Gas\0\Gas correction factor
210052=Measurement.Spdwr.ActlIp\0\Current speedwire IP address
210053=Measurement.Spdwr.ActlSnetMsk\0\Current speedwire subnet mask
210054=Measurement.Spdwr.ActlGwIp\0\Current speedwire gateway address
210055=Measurement.Spdwr.ActlDnsSrvIp\0\Current speedwire DNS server address
210056=Measurement.Wl.ActlIp\0\Currently used IP address for WLAN
210057=Measurement.Wl.ActlSnetMsk\0\Currently used IP subnet mask for WLAN
210058=Measurement.Wl.ActlGwIp\0\Currently used IP gateway address for WLAN
210059=Measurement.Metering.GridMs.TotWhOut.Fuel\0\Diesel energy
16777213=NaNStt\0\Information not available
16777214=EndOfTagLst\0\EndOfTagLst
