Technical Details of Remote Monitoring

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Technical Details of Remote monitoring of 12 no. of Gensets Features of InteliLite NT AMF Controller Compact gen-set controller for single genset operating in standby mode Meets all requirements for Auto Mains Failure (AMF) applications Full gen-set monitoring and protection Possibility to connect up to 8 gauges to display engine values True voltage and current RMS measurement Outstanding EFI engine support with diagnostic messages in plain text 3 phase power measurement 3 configurable analog inputs Magnetic pickup input D+ preexcitation terminal 7 binary inputs 7 binary outputs Automatic and manual GCB and MCB control

description

Genset Sync.

Transcript of Technical Details of Remote Monitoring

Page 1: Technical Details of Remote Monitoring

Technical Details of Remote monitoring of 12 no. of Gensets

Features of InteliLiteNT AMF Controller

Compact gen-set controller for single genset operating in standby mode Meets all requirements for Auto Mains Failure (AMF) applications Full gen-set monitoring and protection Possibility to connect up to 8 gauges to display engine values True voltage and current RMS measurement Outstanding EFI engine support with diagnostic messages in plain text 3 phase power measurement 3 configurable analog inputs Magnetic pickup input D+ preexcitation terminal 7 binary inputs 7 binary outputs Automatic and manual GCB and MCB control CAN with J1939 support Plug-in and CAN bus extension modules capability RTC event and performance log Automatic SMS on alarm On-line control and monitoring over web pages (embedded web server) Optional GSM/GPRS modem/wireless

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Feature of the SNMP Gateway:

Connected to the controllers via RS485 Up to 32 controllers served by one device Provides access to basic operational and statistic values (not configurable) using GET

transaction Generates a TRAP event if any protection occurs in the controller Mode change and basic genset control is also available via SET transaction

An MIB File will be provided with the system. The MIB table contains following data objects:

Read only:Register(s) Com.Obj. Name Dim Type* Decimals

40003 8253 Binary inputs Binary1640012 8239 Binary outputs Binary1640013 8213 Ubat V Integer16 140016 9155 Analog inp. 1 CU Integer16 140017 9156 Analog inp. 2 CU Integer16 040018 9157 Analog inp. 3 CU Integer16 040168 9574 ControllerMode Unsigned16 -40249 8192 Gen V L1-N V Unsigned16 040250 8193 Gen V L2-N V Unsigned16 040251 8194 Gen V L3-N V Unsigned16 040256 8210 Gen freq Hz Unsigned16 140261 8204 Pwr factor Integer16 240262 8395 Load char Char40264 8202 Act power kW Integer16 040288 8195 Mains V L1-N V Unsigned16 040289 8196 Mains V L2-N V Unsigned16 040290 8197 Mains V L3-N V Unsigned16 040296 8211 Mains freq Hz Unsigned16 143589 8207 Num starts Unsigned16 043587 8206 Run hours h Integer 32 046354 Num items alarmlist Unsigned1646669 Item 1 alarmlist String46694 Item 2 alarmlist String46719 Item 3 alarmlist String46744 Item 4 alarmlist String46769 Item 5 alarmlist String46794 Item 6 alarmlist String46819 Item 7 alarmlist String

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46844 Item 8 alarmlist String46869 Item 9 alarmlist String46894 Item 10 alarmlist String46919 Item 11 alarmlist String46944 Item 12 alarmlist String46969 Item 13 alarmlist String46994 Item 14 alarmlist String47019 Item 15 alarmlist String47044 Item 16 alarmlist String

* SNMI data types are INTEGER32 for all numerical values except “Run hours”, which is GAUGE32. The column “Type” means how the data shall be interpreted.