Name: Sices GC400 Mains - [Italy] Generator synchronized controller
Brand: Sices
SKU: 54373236
Price: 100000 VND
Availability: InStock
Rating: 4.5 (275 reviews)

Sices GC400 Main provides the ability to control multiple sources in parallel with the function of reversing the generator for two sources running in parallel. The GC 400 is particularly suitable for use with MPM and MSB standby generators.

Cổng GC400

SICES_CONTROLLER	INFORMATION
Origin of SICES GC 400	Italy
SICES GC 400 Manual pdf	Download
APPLICATION OF SICES GC 400	Comprehensive synchronization to manage different types of synchronous/parallel applications, especially for MPM and MSB standby generators.
CONNECTION PORT OF SICES GC 400	USB, RS232, RS485, Ethernet, GPRS (Link version), GPS (Link version), 5G (Link version)

Synchronous controller GC400

Description of Sices GC400 synchronous controller

TTTT Global is currently a genuine Sices automatic generator controller representative.
Sices GC400 is a comprehensive controller particularly suggested for managing different types of synchro/parallel applications, especially for MPM (Multiple Prime Mover) and MSB (Multiple Stand-by) power plants, where the synchronization of several gensets is required.
GC400 design allows an easy and fast installation, thanks to the internal load sharing and synchronizer.
GC400Mains version, is the perfect controller for those plants where the reverse synchronization is required to avoid any drop voltage on load.
In both cases, all the necessary protections and features are included.
No extra dongles are required.
All the Sices GC400 TTTT (Sices GC400 Mains 5G) versions have a direct interface via CAN J1939 with a wide range of electronic engines (Volvo Penta, Scania, Perkins, MTU, Deutz, Cummins, John Deere, Caterpillar and others) and they can be also used with traditional engines by the embedded analogue sensors.
This controller can be combined with all Sices controllers, as GC600, DST4602Evolution.
All the parameters can be set directly by the controller’s keyboard or, alternatively using the free software tool (BoardPRG3), available from SICES’ website.
The graphic display is a user-friendly interface, useful for a quick visualization of measures and alarms coming from the genset.
Events and DTC logs can be accessed from the front panel and read on the display.
GC400 supports several communication interfaces for the local or remote control.
A version with built in GPRS/GPS tracking (GC400 Mains 5G) is particularly suited for mobile or rental applications, where asset tracking and monitoring is required.
On the TTTT Global site, there are not only Sices GC 400 pdf but also Sices GC 400 manual.

GC400 Synchronous Controller – TTTT Global

Main features

True RMS readings on generator voltages and currents. Neutral measure included.
Additional current measurement for neutral or ground fault protection.
Active, reactive and apparent power measurements.
Engine speed measurement by pick-up, frequency or W.
Graphic display with self or manual adjustable contrast based on the temperature.
Insulated and auto-supplied J1939 and MTU MDEC CAN interface.
Interface with traditional MPU engines.
USB, RS232 and insulated RS485 serial port with MODBUS RTU protocol, ethernet interface with MODBUS TCP protocol.
Real time clock with battery.
Events and data recording.
SIMONE and SicesSupervisor monitoring system for remote control (App iOS and Android available).

Load management

In case of several gensets connected on the same bus, it is possible to set different automatic starting/stopping logics for the gensets based on the load request. In details:
Manual setting of the master genset by means of a selector switch on the control panel.
Automatic rotation of the Master genset at a fixed time of the day.
Automatic rotation of the Master genset after an elapsed time.
Manual priority assignment to each single genset.
Automatic running hours equalization.
Automatic selection of the best combination of gensets (depending on rated powers), for supplying the load. (function available for up to 5 gensets).

Load sharing

The Load sharing is performed by means of CAN interface.
GC400 controls speed and voltage, in order to have the same power percentages among the gensets.

Power modulation

GC400 operates on the speed governor to control the active power.
For electronic engines a CAN interface is available for speed regulation, for traditional engines is however available a dedicated analogue interface.

Reactive power regulation

GC400 operates on the AVR directly in order to manage the reactive power.

Reference: Sices MC200

Reference: Sices MC400

SICES GC400 AND GC400 MAINS SYNCHRONIZING CONTROLLER SPECIFICATION

Connection port of GC 400/ GC 400 Mains

8 digital inputs.
8 digital outputs.
3 analog inputs.
2 analog outputs.
AND/OR logic control gate.
N.1 USB port.
N.1 Modbus RTU serial RS232 port (supports external modem).
N.1 Modbus RTU insulated serial RS485 port.
N.1 RJ45 port as Ethernet TCP/IP interface.
N.1 Interface CANBUS J1939 and MTU MDEC insulation.
Additional N.1 CANBUS (PMCBUS) for load sharing.

Other options

REWIND –GPRS/GSM/GPS device (SMS in case of alarm/warning).
PSTN modem (data calling in case of alarms and alarms).

Functions that can be installed

Engine diagnostic code.
Checking daily.
Real-time clock and rechargeable Lithium battery inside.
Fuel pump management.
126 Event log.
Pre-heating and cooling management.
Remote start and stop.
Override function.
Timer for maintenance schedule.
Daily counter with programmable schedule for maintenance.
Programmable siren.
Measure motor speed by selecting frequency or W.
Programmable by PC or using the controller keyboard.
Remote firmware update.
Contact SMS.
DHCP, DNS, NTP and SNMP support available.
N.1 Threshold when reducing load.
Regulation of internal operations and responses.
Internal load sharing.
Internal Synchronizer.
Powerful load management suitable for plants composed of generators of different powers.
CAN interface for ECU connection (J1939 and MTU MDEC).
Insulated CAN interface for PMCBUS application (load-share and parallel management).
Up to 16 generators can be combined.
Up to 4 alternative configurations.
Fishing factory shapes easily.
N.3 Energy reserve level for expected load changes.
Unloading ramps.

In the case of multiple transmitters in parallel with the power supply that requires reverse synchronization, one GC 400 should be used for each transmitter + one MC 400 for MCB management.

Methods of protection

Status

Active and disabled.
Direct generator.
GCB status.
MCB status (GC 400 Mains only).
Direct bus connection.
Engine running.
Engine cooling.

Generator protection

Low frequency (81U).
Excess frequency (81O).
Low voltage (27).
Overvoltage (59).
Reverse power (32P).
Loss of arousal (reverse 40).
Overload (51).
Overload voltage limiting (51V).
Short circuit (50).
Short circuit voltage limiting (50V).
Generator overload (due to external contact of the breaker).
Maximum load current.
Synchronization check (25).
Phase sequence (47).
Current and voltage imbalance (46/ 47).
Differential protection (64).
Earth fault protection (50N).
Negative sequence (46-I2).

Engine protection

Fuel reserve.
Minimum and maximum fuel level.
Battery error (minimum and maximum battery voltage).
Minimum and maximum oil pressure.
Minimum and maximum oil coolant temperature.
Failure to close the power contactor or generator set contactor.
Motor on crank.
Break the belt.
Operating conditions failed.
Emergency stop.
Maximum capacity.

Main protective measures

Frequency change ratio (81R ROCOF).
Vector transformation.
Low voltage (27).
Overvoltage (59).
Low frequency (81U).
Excess frequency (81O).

Device information

Supply voltage: 7 to 32 VDC.
Power Consumption: Typically less than 2W (auto mode, standby mode, LCD lamp saving operation).
Operating frequency 50Hz or 60Hz.
LCD with backlight.
Operating temperature: -25^oC to 60^oC.
Degree of protection: IP65 (including gasket).
Weight: 750 gr.
Overall dimensions: Length 244 x Width 178 x Height 40 mm.
Panel cut: Length 218 x Width 159 mm.
Graphics display size: 70x38mm – 128×64 pixels.
The specific function has the French market EJP/EJP-T.
EMC: conforms to EN61326-1.
Safety: Built in compliance with EN61010-1.