EASYGEN 3500-5 / P1 GENSET CONTROL

EASYGEN 3500-5 / P1 GENSET CONTROL

- Model : EASYGEN 3500-5 / P1
- Brand : WOODWARD
- Negara Asal : JERMAN
- Keterangan : EASYGEN 3500-5 / P1 GENSET CONTROL BRAND : WOODWARD PART NUMBER : 8440 - 1934 Woodward’ s easYgen-3000™ Series is an exceptionally versatile set of genset controllers and protection packages with all the flexibility and features needed to fit a wide range of generating set applications. It allows you to standardize on a single, affordable, genset controller for many uses, from stand-alone emergency generators to isochronous parallel operation of up to 32 gensets. Common applications include: AMF ( automatic mains failure) Cogeneration Marine ship/ shore power Island prime power Utility paralleling with peak shaving and import/ export control The easYgen-3000™ Series is available in two versions: The back panel mounted easYgen-3100/ 3400™ has a rugged aluminum chassis for use in harsh environments or confined spaces. The front panel mounted easYgen-3200/ 3500™ has sealed soft keys and a large, easy-to-read backlit LCD multilingual graphical display. Features include: True RMS voltage and current sensing for generator, bus, and mains Complete engine/ generator protection, metering and mains monitoring LogicsManager™ to combine measured values, internal conditions, and I/ O states with boolean operators and programmable timers, allowing for complex controls Load share and synchronize up to 32 gensets in island mode or  paralleled to the utility Different load or process dependent start/ stop sequencing with kW/ kvar load sharing Communication with engine ECU’ s, SCADA, external I/ O, and RP-3000 Remote Panel Support of CAN Open, J1939, Modbus RTU and modem support Easy-to-read graphical display 14 selectable display languages ( easYgen-3200/ 3500) The LS-5 circuit breaker control, when used with the easYgen™ -3400/ 3500, enables complex control of distribution systems having multiple mains and bus tie breakers. The integrated LogicsManager™ links internal states and input signals with logical operators and time elements to implement complex control tasks.