DMC1000Digital Master Control System Products Provide the interface between paralleled generator sets and a facility Major Functions Load Add/Shed Load Demand Operator Panel Power Transfer Control 2 DMC1000 - Configurations 3 DMC1000 .Configurations 4 . DMC1000 .Configurations 5 . DMC1000 .Configurations 6 . A. kW. PF. kVARh. kVAR. kVA. -kWh. +kVARh.AC Metering 3 Phase metering of genset bus and utility bus simultaneously Phase and Total/avg metering of V. kVAh for each source 7 . Hz Phase and total metering of +kWh. Master Sync Voltage Match both phase synchronization and voltage matching 12 genset limit for synchronizer controls frequency and voltage via PCC kW and kVAR load share lines selectable phase synchronization (default) or slip frequency synchronization adjustable slip frequency adjustable control loop gains sync enable input for manual control mode synchronizer output limit diagnostic option to lock out synchronizer if fail to sync occurs. re-enabled upon fault reset 8 . and window time for permissive check sync check output fail to synchronize diagnostic 9 .Permissive Sync Check sync check function is independent of synchronizer adjustable frequency window. voltage window. phase window. max parallel. gensets stop delay) source availability determination for both utility and genset source connected determination for both utility and genset 10 . ov. freq. retransfer. gen bus capacity. and breaker failure) adjustable time delays (pgm transition. loss of phase. hard closed transition (<100msec). soft load closed transition sensors (uv.Power Transfer Control open transition w/pgm transition delay. transfer. gensets start delay. phase rot. Power Transfer Control gensets start/stop logic with single relay output transfer and retransfer inhibit inputs override input to override timers and transfer/retransfer inhibits for immediate transfer. retransfer or genset start auto/manual mode input test start input adjustable test with or without load option to do open transition retransfer if fail to sync occurs 11 . Extended Paralleling MANY options available for controlling kW and kVAR in extended paralleling mode kW and kVAR can be independently controlled in any combination of base load (control the power @ gen bus) or peak shave (control the power @ utility bus) load control operates independently of the number of gensets that are online setpoints can be set from InPower. HMI. or via analog hardware 0-5V inputs extended parallel start input starts/stops the mode 12 . Modbus. not available in peak shave) adjustable pickup and dropout levels as well as time delays 4 load demand driver outputs to connect to PCC genset control's load demand inputs 13 .Load Demand load demand for up to 4 gensets fixed sequence OR run-hours based works only for non-utility paralleled operation (e.g. Load Add / Load Shed load add / load shed capability using PCCNet I/O Modules for feeder breaker control control up to 6 feeder breakers or ATS 14 . HARDWARE (AUX101/2) AUX101/2 IO Module 15 . Load Add / Load Shed 16 . FEATURES HMI 211 17 . HMI simple low cost operator panel connect via PCCNet HOME screen gives pertinent system status information access to AC data. controller state... etc. faults pop up 18 . Frequency. Power Factor. L23. L12.L2.L3 % Current. L31 % Voltage Use One for each source (2 maximum) Utility Bus Genset Bus 19 .FEATURES Bargraph (HMI 112) Supports the PCCNet bargraph (HMI112) for display of AC data in bargraph form 9 Bars: L1. % Total kW. Real Time Clock on-board RTC used by Scheduler function clock keeps track of year. month. and second user must set the clock on first power-up clock automatically accounts for leap year clock setting will remain valid for at least 24 hours without B+ to the board diagnostic fault occurs if clock needs to be set (scheduler won’t run) 20 . minute. date. day. hour. and run mode run modes can be no load. or extended parallel provides up to 6 different schedule exceptions uses on-board Real Time Clock configurable automatic Daylight Savings Time clock correction 21 . start time. duration.System Scheduler 12 program run schedules run schedules configurable for start day. repeat interval. with load. Modbus RTU intended for PLC interface published register map read/write access operational data. control. and setup variables MCM3320 is Modbus slave RS232 or RS485 connection settable address (allowing multiple MCM3320 slaves on RS485) communications setup and diagnostics 22 . Diagnostics 38 diagnostics (warnings and events) each event or warning is mappable to 8 customer low side driver outputs active warning codes can be read out on 7segment LED on board some warnings alter control operation warnings are latched until user fault reset 23 . Diagnostics 24 . Diagnostics 25 . FEATURES 26 . Painéis Baixa Tensão 27 . Switchgear – Power Section Power Section is available by RFQ. 28 . Prisma P and IEC 60439-1: International Panorama Prisma P is according to IEC 60439-1 standard and another international standards UL IEC IEC IEC IEC IEC 29 . Prisma P Form of Separation Form 1: • No Separation Form 2: • Separation between bus bar and components 30 . that are made to protect operator and instalation Form 1: No Separation Form 1 31 .FORM OF SEPARATION IEC 60439-1 standard define types of separation. Cables connection not separated of the bus bar.Cables connection separated from the bus bar Form 2a 32 Form 2b . b.FORM OF SEPARATION Form 2: Separation of bus bar from the breakers and other components a. MV Switchgear MV Products 33 . 81. 32. etc 34 .Protection Relays Functions 50/51. 67. 27.