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DEIF DEIF AGC-4 Mk II PMS lite Power Values Modbus RTU template

DEIF AGC-4 Mk II PMS lite Power Values

Nominal power, active power, reactive power and load percentage of each genset in a DEIF AGC-4 Mk II PMS lite network.

The DEIF AGC-4 Mk II is a genset and CHP controller that can share the load with other gensets through its PMS lite power management. This Modbus RTU template reads the nominal power, active power, reactive power and load percentage that the controller holds for each genset in the PMS lite network into ModbusCloud.

Protocol
Modbus RTU
Connection
RS485, 9600 baud
Registers
1000, read only
Brand
DEIF
Key readings
Nominal power per genset · Active power per genset · Reactive power per genset · Load percentage per genset
Compatible models
AGC-4 Mk II (genset controller)
Last updated

Registers (1000)

1000 read, 0 write

NameUnitAccessAddress (Hidden until you enter your email)Function (hidden)Type (hidden)
Nominal P GEN1Read
Nominal P GEN2Read
Nominal P GEN3Read
Nominal P GEN4Read
Nominal P GEN5Read
Nominal P GEN6Read
Nominal P GEN7Read
Nominal P GEN8Read
Nominal P GEN9Read
Nominal P GEN10Read
Nominal P GEN11Read
Nominal P GEN12Read
Nominal P GEN13Read
Nominal P GEN14Read
Nominal P GEN15Read
Nominal P GEN16Read
Nominal P GEN17Read
Nominal P GEN18Read
Nominal P GEN19Read
Nominal P GEN20Read
Nominal P GEN21Read
Nominal P GEN22Read
Nominal P GEN23Read
Nominal P GEN24Read
Nominal P GEN25Read
Nominal P GEN26Read
Nominal P GEN27Read
Nominal P GEN28Read
Nominal P GEN29Read
Nominal P GEN30Read
Nominal P GEN31Read
Nominal P GEN32Read
Nominal P GEN33Read
Nominal P GEN34Read
Nominal P GEN35Read
Nominal P GEN36Read
Nominal P GEN37Read
Nominal P GEN38Read
Nominal P GEN39Read
Nominal P GEN40Read
Nominal P GEN41Read
Nominal P GEN42Read
Nominal P GEN43Read
Nominal P GEN44Read
Nominal P GEN45Read
Nominal P GEN46Read
Nominal P GEN47Read
Nominal P GEN48Read
Nominal P GEN49Read
Nominal P GEN50Read
Nominal P GEN51Read
Nominal P GEN52Read
Nominal P GEN53Read
Nominal P GEN54Read
Nominal P GEN55Read
Nominal P GEN56Read
Nominal P GEN57Read
Nominal P GEN58Read
Nominal P GEN59Read
Nominal P GEN60Read
Nominal P GEN61Read
Nominal P GEN62Read
Nominal P GEN63Read
Nominal P GEN64Read
Nominal P GEN65Read
Nominal P GEN66Read
Nominal P GEN67Read
Nominal P GEN68Read
Nominal P GEN69Read
Nominal P GEN70Read
Nominal P GEN71Read
Nominal P GEN72Read
Nominal P GEN73Read
Nominal P GEN74Read
Nominal P GEN75Read
Nominal P GEN76Read
Nominal P GEN77Read
Nominal P GEN78Read
Nominal P GEN79Read
Nominal P GEN80Read
Nominal P GEN81Read
Nominal P GEN82Read
Nominal P GEN83Read
Nominal P GEN84Read
Nominal P GEN85Read
Nominal P GEN86Read
Nominal P GEN87Read
Nominal P GEN88Read
Nominal P GEN89Read
Nominal P GEN90Read
Nominal P GEN91Read
Nominal P GEN92Read
Nominal P GEN93Read
Nominal P GEN94Read
Nominal P GEN95Read
Nominal P GEN96Read
Nominal P GEN97Read
Nominal P GEN98Read
Nominal P GEN99Read
Nominal P GEN100Read
Nominal P GEN101Read
Nominal P GEN102Read
Nominal P GEN103Read
Nominal P GEN104Read
Nominal P GEN105Read
Nominal P GEN106Read
Nominal P GEN107Read
Nominal P GEN108Read
Nominal P GEN109Read
Nominal P GEN110Read
Nominal P GEN111Read
Nominal P GEN112Read
Nominal P GEN113Read
Nominal P GEN114Read
Nominal P GEN115Read
Nominal P GEN116Read
Nominal P GEN117Read
Nominal P GEN118Read
Nominal P GEN119Read
Nominal P GEN120Read
Nominal P GEN121Read
Nominal P GEN122Read
Nominal P GEN123Read
Nominal P GEN124Read
Nominal P GEN125Read
Nominal P GEN126Read
Nominal P GEN127Read
Nominal P GEN128Read
Nominal P GEN129Read
Nominal P GEN130Read
Nominal P GEN131Read
Nominal P GEN132Read
Nominal P GEN133Read
Nominal P GEN134Read
Nominal P GEN135Read
Nominal P GEN136Read
Nominal P GEN137Read
Nominal P GEN138Read
Nominal P GEN139Read
Nominal P GEN140Read
Nominal P GEN141Read
Nominal P GEN142Read
Nominal P GEN143Read
Nominal P GEN144Read
Nominal P GEN145Read
Nominal P GEN146Read
Nominal P GEN147Read
Nominal P GEN148Read
Nominal P GEN149Read
Nominal P GEN150Read
Nominal P GEN151Read
Nominal P GEN152Read
Nominal P GEN153Read
Nominal P GEN154Read
Nominal P GEN155Read
Nominal P GEN156Read
Nominal P GEN157Read
Nominal P GEN158Read
Nominal P GEN159Read
Nominal P GEN160Read
Nominal P GEN161Read
Nominal P GEN162Read
Nominal P GEN163Read
Nominal P GEN164Read
Nominal P GEN165Read
Nominal P GEN166Read
Nominal P GEN167Read
Nominal P GEN168Read
Nominal P GEN169Read
Nominal P GEN170Read
Nominal P GEN171Read
Nominal P GEN172Read
Nominal P GEN173Read
Nominal P GEN174Read
Nominal P GEN175Read
Nominal P GEN176Read
Nominal P GEN177Read
Nominal P GEN178Read
Nominal P GEN179Read
Nominal P GEN180Read
Nominal P GEN181Read
Nominal P GEN182Read
Nominal P GEN183Read
Nominal P GEN184Read
Nominal P GEN185Read
Nominal P GEN186Read
Nominal P GEN187Read
Nominal P GEN188Read
Nominal P GEN189Read
Nominal P GEN190Read
Nominal P GEN191Read
Nominal P GEN192Read
Nominal P GEN193Read
Nominal P GEN194Read
Nominal P GEN195Read
Nominal P GEN196Read
Nominal P GEN197Read
Nominal P GEN198Read
Nominal P GEN199Read
Nominal P GEN200Read
Nominal P GEN201Read
Nominal P GEN202Read
Nominal P GEN203Read
Nominal P GEN204Read
Nominal P GEN205Read
Nominal P GEN206Read
Nominal P GEN207Read
Nominal P GEN208Read
Nominal P GEN209Read
Nominal P GEN210Read
Nominal P GEN211Read
Nominal P GEN212Read
Nominal P GEN213Read
Nominal P GEN214Read
Nominal P GEN215Read
Nominal P GEN216Read
Nominal P GEN217Read
Nominal P GEN218Read
Nominal P GEN219Read
Nominal P GEN220Read
Nominal P GEN221Read
Nominal P GEN222Read
Nominal P GEN223Read
Nominal P GEN224Read
Nominal P GEN225Read
Nominal P GEN226Read
Nominal P GEN227Read
Nominal P GEN228Read
Nominal P GEN229Read
Nominal P GEN230Read
Nominal P GEN231Read
Nominal P GEN232Read
Nominal P GEN233Read
Nominal P GEN234Read
Nominal P GEN235Read
Nominal P GEN236Read
Nominal P GEN237Read
Nominal P GEN238Read
Nominal P GEN239Read
Nominal P GEN240Read
Nominal P GEN241Read
Nominal P GEN242Read
Nominal P GEN243Read
Nominal P GEN244Read
Nominal P GEN245Read
Nominal P GEN246Read
Nominal P GEN247Read
Nominal P GEN248Read
Nominal P GEN249Read
Nominal P GEN250Read
Nominal P GEN251Read
Nominal P GEN252Read
Nominal P GEN253Read
Nominal P GEN254Read
Active P GEN1Read
Active P GEN2Read
Active P GEN3Read
Active P GEN4Read
Active P GEN5Read
Active P GEN6Read
Active P GEN7Read
Active P GEN8Read
Active P GEN9Read
Active P GEN10Read
Active P GEN11Read
Active P GEN12Read
Active P GEN13Read
Active P GEN14Read
Active P GEN15Read
Active P GEN16Read
Active P GEN17Read
Active P GEN18Read
Active P GEN19Read
Active P GEN20Read
Active P GEN21Read
Active P GEN22Read
Active P GEN23Read
Active P GEN24Read
Active P GEN25Read
Active P GEN26Read
Active P GEN27Read
Active P GEN28Read
Active P GEN29Read
Active P GEN30Read
Active P GEN31Read
Active P GEN32Read
Active P GEN33Read
Active P GEN34Read
Active P GEN35Read
Active P GEN36Read
Active P GEN37Read
Active P GEN38Read
Active P GEN39Read
Active P GEN40Read
Active P GEN41Read
Active P GEN42Read
Active P GEN43Read
Active P GEN44Read
Active P GEN45Read
Active P GEN46Read
Active P GEN47Read
Active P GEN48Read
Active P GEN49Read
Active P GEN50Read
Active P GEN51Read
Active P GEN52Read
Active P GEN53Read
Active P GEN54Read
Active P GEN55Read
Active P GEN56Read
Active P GEN57Read
Active P GEN58Read
Active P GEN59Read
Active P GEN60Read
Active P GEN61Read
Active P GEN62Read
Active P GEN63Read
Active P GEN64Read
Active P GEN65Read
Active P GEN66Read
Active P GEN67Read
Active P GEN68Read
Active P GEN69Read
Active P GEN70Read
Active P GEN71Read
Active P GEN72Read
Active P GEN73Read
Active P GEN74Read
Active P GEN75Read
Active P GEN76Read
Active P GEN77Read
Active P GEN78Read
Active P GEN79Read
Active P GEN80Read
Active P GEN81Read
Active P GEN82Read
Active P GEN83Read
Active P GEN84Read
Active P GEN85Read
Active P GEN86Read
Active P GEN87Read
Active P GEN88Read
Active P GEN89Read
Active P GEN90Read
Active P GEN91Read
Active P GEN92Read
Active P GEN93Read
Active P GEN94Read
Active P GEN95Read
Active P GEN96Read
Active P GEN97Read
Active P GEN98Read
Active P GEN99Read
Active P GEN100Read
Active P GEN101Read
Active P GEN102Read
Active P GEN103Read
Active P GEN104Read
Active P GEN105Read
Active P GEN106Read
Active P GEN107Read
Active P GEN108Read
Active P GEN109Read
Active P GEN110Read
Active P GEN111Read
Active P GEN112Read
Active P GEN113Read
Active P GEN114Read
Active P GEN115Read
Active P GEN116Read
Active P GEN117Read
Active P GEN118Read
Active P GEN119Read
Active P GEN120Read
Active P GEN121Read
Active P GEN122Read
Active P GEN123Read
Active P GEN124Read
Active P GEN125Read
Active P GEN126Read
Active P GEN127Read
Active P GEN128Read
Active P GEN129Read
Active P GEN130Read
Active P GEN131Read
Active P GEN132Read
Active P GEN133Read
Active P GEN134Read
Active P GEN135Read
Active P GEN136Read
Active P GEN137Read
Active P GEN138Read
Active P GEN139Read
Active P GEN140Read
Active P GEN141Read
Active P GEN142Read
Active P GEN143Read
Active P GEN144Read
Active P GEN145Read
Active P GEN146Read
Active P GEN147Read
Active P GEN148Read
Active P GEN149Read
Active P GEN150Read
Active P GEN151Read
Active P GEN152Read
Active P GEN153Read
Active P GEN154Read
Active P GEN155Read
Active P GEN156Read
Active P GEN157Read
Active P GEN158Read
Active P GEN159Read
Active P GEN160Read
Active P GEN161Read
Active P GEN162Read
Active P GEN163Read
Active P GEN164Read
Active P GEN165Read
Active P GEN166Read
Active P GEN167Read
Active P GEN168Read
Active P GEN169Read
Active P GEN170Read
Active P GEN171Read
Active P GEN172Read
Active P GEN173Read
Active P GEN174Read
Active P GEN175Read
Active P GEN176Read
Active P GEN177Read
Active P GEN178Read
Active P GEN179Read
Active P GEN180Read
Active P GEN181Read
Active P GEN182Read
Active P GEN183Read
Active P GEN184Read
Active P GEN185Read
Active P GEN186Read
Active P GEN187Read
Active P GEN188Read
Active P GEN189Read
Active P GEN190Read
Active P GEN191Read
Active P GEN192Read
Active P GEN193Read
Active P GEN194Read
Active P GEN195Read
Active P GEN196Read
Active P GEN197Read
Active P GEN198Read
Active P GEN199Read
Active P GEN200Read
Active P GEN201Read
Active P GEN202Read
Active P GEN203Read
Active P GEN204Read
Active P GEN205Read
Active P GEN206Read
Active P GEN207Read
Active P GEN208Read
Active P GEN209Read
Active P GEN210Read
Active P GEN211Read
Active P GEN212Read
Active P GEN213Read
Active P GEN214Read
Active P GEN215Read
Active P GEN216Read
Active P GEN217Read
Active P GEN218Read
Active P GEN219Read
Active P GEN220Read
Active P GEN221Read
Active P GEN222Read
Active P GEN223Read
Active P GEN224Read
Active P GEN225Read
Active P GEN226Read
Active P GEN227Read
Active P GEN228Read
Active P GEN229Read
Active P GEN230Read
Active P GEN231Read
Active P GEN232Read
Active P GEN233Read
Active P GEN234Read
Active P GEN235Read
Active P GEN236Read
Active P GEN237Read
Active P GEN238Read
Active P GEN239Read
Active P GEN240Read
Active P GEN241Read
Active P GEN242Read
Active P GEN243Read
Active P GEN244Read
Active P GEN245Read
Active P GEN246Read
Active P GEN247Read
Active P GEN248Read
Active P GEN249Read
Active P GEN250Read
Active P GEN251Read
Active P GEN252Read
Active P GEN253Read
Active P GEN254Read
Active Q GEN1Read
Active Q GEN2Read
Active Q GEN3Read
Active Q GEN4Read
Active Q GEN5Read
Active Q GEN6Read
Active Q GEN7Read
Active Q GEN8Read
Active Q GEN9Read
Active Q GEN10Read
Active Q GEN11Read
Active Q GEN12Read
Active Q GEN13Read
Active Q GEN14Read
Active Q GEN15Read
Active Q GEN16Read
Active Q GEN17Read
Active Q GEN18Read
Active Q GEN19Read
Active Q GEN20Read
Active Q GEN21Read
Active Q GEN22Read
Active Q GEN23Read
Active Q GEN24Read
Active Q GEN25Read
Active Q GEN26Read
Active Q GEN27Read
Active Q GEN28Read
Active Q GEN29Read
Active Q GEN30Read
Active Q GEN31Read
Active Q GEN32Read
Active Q GEN33Read
Active Q GEN34Read
Active Q GEN35Read
Active Q GEN36Read
Active Q GEN37Read
Active Q GEN38Read
Active Q GEN39Read
Active Q GEN40Read
Active Q GEN41Read
Active Q GEN42Read
Active Q GEN43Read
Active Q GEN44Read
Active Q GEN45Read
Active Q GEN46Read
Active Q GEN47Read
Active Q GEN48Read
Active Q GEN49Read
Active Q GEN50Read
Active Q GEN51Read
Active Q GEN52Read
Active Q GEN53Read
Active Q GEN54Read
Active Q GEN55Read
Active Q GEN56Read
Active Q GEN57Read
Active Q GEN58Read
Active Q GEN59Read
Active Q GEN60Read
Active Q GEN61Read
Active Q GEN62Read
Active Q GEN63Read
Active Q GEN64Read
Active Q GEN65Read
Active Q GEN66Read
Active Q GEN67Read
Active Q GEN68Read
Active Q GEN69Read
Active Q GEN70Read
Active Q GEN71Read
Active Q GEN72Read
Active Q GEN73Read
Active Q GEN74Read
Active Q GEN75Read
Active Q GEN76Read
Active Q GEN77Read
Active Q GEN78Read
Active Q GEN79Read
Active Q GEN80Read
Active Q GEN81Read
Active Q GEN82Read
Active Q GEN83Read
Active Q GEN84Read
Active Q GEN85Read
Active Q GEN86Read
Active Q GEN87Read
Active Q GEN88Read
Active Q GEN89Read
Active Q GEN90Read
Active Q GEN91Read
Active Q GEN92Read
Active Q GEN93Read
Active Q GEN94Read
Active Q GEN95Read
Active Q GEN96Read
Active Q GEN97Read
Active Q GEN98Read
Active Q GEN99Read
Active Q GEN100Read
Active Q GEN101Read
Active Q GEN102Read
Active Q GEN103Read
Active Q GEN104Read
Active Q GEN105Read
Active Q GEN106Read
Active Q GEN107Read
Active Q GEN108Read
Active Q GEN109Read
Active Q GEN110Read
Active Q GEN111Read
Active Q GEN112Read
Active Q GEN113Read
Active Q GEN114Read
Active Q GEN115Read
Active Q GEN116Read
Active Q GEN117Read
Active Q GEN118Read
Active Q GEN119Read
Active Q GEN120Read
Active Q GEN121Read
Active Q GEN122Read
Active Q GEN123Read
Active Q GEN124Read
Active Q GEN125Read
Active Q GEN126Read
Active Q GEN127Read
Active Q GEN128Read
Active Q GEN129Read
Active Q GEN130Read
Active Q GEN131Read
Active Q GEN132Read
Active Q GEN133Read
Active Q GEN134Read
Active Q GEN135Read
Active Q GEN136Read
Active Q GEN137Read
Active Q GEN138Read
Active Q GEN139Read
Active Q GEN140Read
Active Q GEN141Read
Active Q GEN142Read
Active Q GEN143Read
Active Q GEN144Read
Active Q GEN145Read
Active Q GEN146Read
Active Q GEN147Read
Active Q GEN148Read
Active Q GEN149Read
Active Q GEN150Read
Active Q GEN151Read
Active Q GEN152Read
Active Q GEN153Read
Active Q GEN154Read
Active Q GEN155Read
Active Q GEN156Read
Active Q GEN157Read
Active Q GEN158Read
Active Q GEN159Read
Active Q GEN160Read
Active Q GEN161Read
Active Q GEN162Read
Active Q GEN163Read
Active Q GEN164Read
Active Q GEN165Read
Active Q GEN166Read
Active Q GEN167Read
Active Q GEN168Read
Active Q GEN169Read
Active Q GEN170Read
Active Q GEN171Read
Active Q GEN172Read
Active Q GEN173Read
Active Q GEN174Read
Active Q GEN175Read
Active Q GEN176Read
Active Q GEN177Read
Active Q GEN178Read
Active Q GEN179Read
Active Q GEN180Read
Active Q GEN181Read
Active Q GEN182Read
Active Q GEN183Read
Active Q GEN184Read
Active Q GEN185Read
Active Q GEN186Read
Active Q GEN187Read
Active Q GEN188Read
Active Q GEN189Read
Active Q GEN190Read
Active Q GEN191Read
Active Q GEN192Read
Active Q GEN193Read
Active Q GEN194Read
Active Q GEN195Read
Active Q GEN196Read
Active Q GEN197Read
Active Q GEN198Read
Active Q GEN199Read
Active Q GEN200Read
Active Q GEN201Read
Active Q GEN202Read
Active Q GEN203Read
Active Q GEN204Read
Active Q GEN205Read
Active Q GEN206Read
Active Q GEN207Read
Active Q GEN208Read
Active Q GEN209Read
Active Q GEN210Read
Active Q GEN211Read
Active Q GEN212Read
Active Q GEN213Read
Active Q GEN214Read
Active Q GEN215Read
Active Q GEN216Read
Active Q GEN217Read
Active Q GEN218Read
Active Q GEN219Read
Active Q GEN220Read
Active Q GEN221Read
Active Q GEN222Read
Active Q GEN223Read
Active Q GEN224Read
Active Q GEN225Read
Active Q GEN226Read
Active Q GEN227Read
Active Q GEN228Read
Active Q GEN229Read
Active Q GEN230Read
Active Q GEN231Read
Active Q GEN232Read
Active Q GEN233Read
Active Q GEN234Read
Active Q GEN235Read
Active Q GEN236Read
Active Q GEN237Read
Active Q GEN238Read
Active Q GEN239Read
Active Q GEN240Read
Active Q GEN241Read
Active Q GEN242Read
Active Q GEN243Read
Active Q GEN244Read
Active Q GEN245Read
Active Q GEN246Read
Active Q GEN247Read
Active Q GEN248Read
Active Q GEN249Read
Active Q GEN250Read
Active Q GEN251Read
Active Q GEN252Read
Active Q GEN253Read
Active Q GEN254Read
Active P (%) GEN1%Read
Active P (%) GEN2%Read
Active P (%) GEN3%Read
Active P (%) GEN4%Read
Active P (%) GEN5%Read
Active P (%) GEN6%Read
Active P (%) GEN7%Read
Active P (%) GEN8%Read
Active P (%) GEN9%Read
Active P (%) GEN10%Read
Active P (%) GEN11%Read
Active P (%) GEN12%Read
Active P (%) GEN13%Read
Active P (%) GEN14%Read
Active P (%) GEN15%Read
Active P (%) GEN16%Read
Active P (%) GEN17%Read
Active P (%) GEN18%Read
Active P (%) GEN19%Read
Active P (%) GEN20%Read
Active P (%) GEN21%Read
Active P (%) GEN22%Read
Active P (%) GEN23%Read
Active P (%) GEN24%Read
Active P (%) GEN25%Read
Active P (%) GEN26%Read
Active P (%) GEN27%Read
Active P (%) GEN28%Read
Active P (%) GEN29%Read
Active P (%) GEN30%Read
Active P (%) GEN31%Read
Active P (%) GEN32%Read
Active P (%) GEN33%Read
Active P (%) GEN34%Read
Active P (%) GEN35%Read
Active P (%) GEN36%Read
Active P (%) GEN37%Read
Active P (%) GEN38%Read
Active P (%) GEN39%Read
Active P (%) GEN40%Read
Active P (%) GEN41%Read
Active P (%) GEN42%Read
Active P (%) GEN43%Read
Active P (%) GEN44%Read
Active P (%) GEN45%Read
Active P (%) GEN46%Read
Active P (%) GEN47%Read
Active P (%) GEN48%Read
Active P (%) GEN49%Read
Active P (%) GEN50%Read
Active P (%) GEN51%Read
Active P (%) GEN52%Read
Active P (%) GEN53%Read
Active P (%) GEN54%Read
Active P (%) GEN55%Read
Active P (%) GEN56%Read
Active P (%) GEN57%Read
Active P (%) GEN58%Read
Active P (%) GEN59%Read
Active P (%) GEN60%Read
Active P (%) GEN61%Read
Active P (%) GEN62%Read
Active P (%) GEN63%Read
Active P (%) GEN64%Read
Active P (%) GEN65%Read
Active P (%) GEN66%Read
Active P (%) GEN67%Read
Active P (%) GEN68%Read
Active P (%) GEN69%Read
Active P (%) GEN70%Read
Active P (%) GEN71%Read
Active P (%) GEN72%Read
Active P (%) GEN73%Read
Active P (%) GEN74%Read
Active P (%) GEN75%Read
Active P (%) GEN76%Read
Active P (%) GEN77%Read
Active P (%) GEN78%Read
Active P (%) GEN79%Read
Active P (%) GEN80%Read
Active P (%) GEN81%Read
Active P (%) GEN82%Read
Active P (%) GEN83%Read
Active P (%) GEN84%Read
Active P (%) GEN85%Read
Active P (%) GEN86%Read
Active P (%) GEN87%Read
Active P (%) GEN88%Read
Active P (%) GEN89%Read
Active P (%) GEN90%Read
Active P (%) GEN91%Read
Active P (%) GEN92%Read
Active P (%) GEN93%Read
Active P (%) GEN94%Read
Active P (%) GEN95%Read
Active P (%) GEN96%Read
Active P (%) GEN97%Read
Active P (%) GEN98%Read
Active P (%) GEN99%Read
Active P (%) GEN100%Read
Active P (%) GEN101%Read
Active P (%) GEN102%Read
Active P (%) GEN103%Read
Active P (%) GEN104%Read
Active P (%) GEN105%Read
Active P (%) GEN106%Read
Active P (%) GEN107%Read
Active P (%) GEN108%Read
Active P (%) GEN109%Read
Active P (%) GEN110%Read
Active P (%) GEN111%Read
Active P (%) GEN112%Read
Active P (%) GEN113%Read
Active P (%) GEN114%Read
Active P (%) GEN115%Read
Active P (%) GEN116%Read
Active P (%) GEN117%Read
Active P (%) GEN118%Read
Active P (%) GEN119%Read
Active P (%) GEN120%Read
Active P (%) GEN121%Read
Active P (%) GEN122%Read
Active P (%) GEN123%Read
Active P (%) GEN124%Read
Active P (%) GEN125%Read
Active P (%) GEN126%Read
Active P (%) GEN127%Read
Active P (%) GEN128%Read
Active P (%) GEN129%Read
Active P (%) GEN130%Read
Active P (%) GEN131%Read
Active P (%) GEN132%Read
Active P (%) GEN133%Read
Active P (%) GEN134%Read
Active P (%) GEN135%Read
Active P (%) GEN136%Read
Active P (%) GEN137%Read
Active P (%) GEN138%Read
Active P (%) GEN139%Read
Active P (%) GEN140%Read
Active P (%) GEN141%Read
Active P (%) GEN142%Read
Active P (%) GEN143%Read
Active P (%) GEN144%Read
Active P (%) GEN145%Read
Active P (%) GEN146%Read
Active P (%) GEN147%Read
Active P (%) GEN148%Read
Active P (%) GEN149%Read
Active P (%) GEN150%Read
Active P (%) GEN151%Read
Active P (%) GEN152%Read
Active P (%) GEN153%Read
Active P (%) GEN154%Read
Active P (%) GEN155%Read
Active P (%) GEN156%Read
Active P (%) GEN157%Read
Active P (%) GEN158%Read
Active P (%) GEN159%Read
Active P (%) GEN160%Read
Active P (%) GEN161%Read
Active P (%) GEN162%Read
Active P (%) GEN163%Read
Active P (%) GEN164%Read
Active P (%) GEN165%Read
Active P (%) GEN166%Read
Active P (%) GEN167%Read
Active P (%) GEN168%Read
Active P (%) GEN169%Read
Active P (%) GEN170%Read
Active P (%) GEN171%Read
Active P (%) GEN172%Read
Active P (%) GEN173%Read
Active P (%) GEN174%Read
Active P (%) GEN175%Read
Active P (%) GEN176%Read
Active P (%) GEN177%Read
Active P (%) GEN178%Read
Active P (%) GEN179%Read
Active P (%) GEN180%Read
Active P (%) GEN181%Read
Active P (%) GEN182%Read
Active P (%) GEN183%Read
Active P (%) GEN184%Read
Active P (%) GEN185%Read
Active P (%) GEN186%Read
Active P (%) GEN187%Read
Active P (%) GEN188%Read
Active P (%) GEN189%Read
Active P (%) GEN190%Read
Active P (%) GEN191%Read
Active P (%) GEN192%Read
Active P (%) GEN193%Read
Active P (%) GEN194%Read
Active P (%) GEN195%Read
Active P (%) GEN196%Read
Active P (%) GEN197%Read
Active P (%) GEN198%Read
Active P (%) GEN199%Read
Active P (%) GEN200%Read
Active P (%) GEN201%Read
Active P (%) GEN202%Read
Active P (%) GEN203%Read
Active P (%) GEN204%Read
Active P (%) GEN205%Read
Active P (%) GEN206%Read
Active P (%) GEN207%Read
Active P (%) GEN208%Read
Active P (%) GEN209%Read
Active P (%) GEN210%Read
Active P (%) GEN211%Read
Active P (%) GEN212%Read
Active P (%) GEN213%Read
Active P (%) GEN214%Read
Active P (%) GEN215%Read
Active P (%) GEN216%Read
Active P (%) GEN217%Read
Active P (%) GEN218%Read
Active P (%) GEN219%Read
Active P (%) GEN220%Read
Active P (%) GEN221%Read
Active P (%) GEN222%Read
Active P (%) GEN223%Read
Active P (%) GEN224%Read
Active P (%) GEN225%Read
Active P (%) GEN226%Read
Active P (%) GEN227%Read
Active P (%) GEN228%Read
Active P (%) GEN229%Read
Active P (%) GEN230%Read
Active P (%) GEN231%Read
Active P (%) GEN232%Read
Active P (%) GEN233%Read
Active P (%) GEN234%Read
Active P (%) GEN235%Read
Active P (%) GEN236%Read
Active P (%) GEN237%Read
Active P (%) GEN238%Read

Loading registers…

Send your device list

If a device is not in the library yet, we build the template for free as soon as we have the register data.

Number of installations (optional)

Use cases

  • Show the active power of every CHP unit of a greenhouse site on one dashboard through a single controller.
  • Compare the load percentage of the gensets to check that the load is shared evenly.
  • Keep the power per genset in the 365-day history to compare running patterns between units.
  • Get an email when the load of a genset stays far above or below the others.

Installation

  1. Connect one AGC-4 Mk II with option H2 to the RS485 port of the ModbusCloud Gateway: terminal 29 to A and 31 to B, with termination at both ends.

  2. Check menus 7511 to 7513 on that controller: ID 1, 9600 baud and RTU by default, 8 data bits, no parity, 1 stop bit.

  3. In ModbusCloud, add a Modbus device (RTU) with the same address and import this template.

  4. Check that the values of your own genset IDs come in and compare them with the power shown on each controller.

Things to watch for

Why are most of the values zero?

The table has a place for genset ID 1 to 254. Only the IDs that exist in your PMS lite network carry values, the rest stay at zero. Put only your own IDs on dashboards and in alarm rules.

Which unit do the power values have?

The table gives no unit for these values. Compare them with the power on the controller display, or with Generator Power in the DEIF AGC-4 Mk II Genset template, to see how your controller scales them.

The controller does not answer. What should I check?

The RS485 port is option H2. Check menus 7511 to 7513 (default ID 1, 9600 baud, RTU) and use 8 data bits, no parity and 1 stop bit. Swap A and B if nothing comes back and terminate both ends of the bus.

More DEIF templates

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