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Diesel Engine Components

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Optimal control technology for steam turbines

Actuator drive
output
Analog input Analog output Digital input Digital output Voltage
sensing
Current
sensing
Inductive or
Hall pick-up
RS-232
RS-485
CAN bus
1x H-drive
4 ... 20 mA
0 ... 200 mA
0 ... 5 Volt +/-10 Volt
PWM
4x 4 ... 20 mA 3x 4 ... 20 mA 16x binary
LED status

8x relay
LED status
2x Solid State relays

3-phase Gen/Bus
Voltage AC RMS
3-phase Gen
Voltage AC RMS
2x MPU or
2x Hall
1x Ethernet (TCP-IP)
1x RS-232 (DB9)1x RS-485Modbus1x RS-485 Si-TEC LAN (for inter module coms only)
1x CAN proprietary
loading...

Overview

Si-TEC³ CGC-D

Si-TEC³ CGC-G

Si-TEC³ CGC GENSET Controls – For Diesel and Gas Engines

Diesel Engine Generator Control

The new Si-TEC³ CGC Genset controller is the latest generation Si-TEC controller to be produced by Heinzmann Australia and can be used in a wide range of diesel and gas genset applications in either islanded or co-generation.

The Si-TEC³ CGC Genset controller includes some great new features like ethernet, and dual dynamic logging coupled with improved processing power and optimised hardware design the Si-TEC³ CGC takes an already market leading product to the next level in genset power generation control.

The Si-TEC³ CGC digital governor function is fully integrated with generator control functions (i.e. synchronising, kW load control, kVAr/PF control, etc.).

Si-TEC³ CGC-D GENSET Controls – Diesel Engines

The Si-TEC³ CGC-D is used in diesel fuelled reciprocating engines for generator set applications where utility paralleling functions are required. Digital governor functions are fully integrated with generator control functions (i.e. synchronising, kW load control, kVAr/PF control, etc.).

  • Precise speed governing typically within 0.1 % of operating speed at steady state
  • Dual MPU (or prox.) speed sensors for redundancy
  • Cranking, start fuel limiting, speed ramping
  • Automatic synchronising with phase and voltage matching
  • Fuel limiting to boost pressure
  • Grid-parallel and islanded operation
  • Isochronous/references/base load
  • Load share and kW control
  • Volt-kVAr share control
  • Wide range of control valve actuator drivers available
  • Si-TEC³ GSM Master compatible – Single/multiple GSM control
  • Load share with all Si-TEC³ CGC including turbines/extraction turbines and diesel generators
  • Dedicated communications port for customer PLC/DCS interface
  • SD card with dual dynamic logging feature
  • 24 Si-TEC unit capacity with standard system logging feature
  • Extensive user selected control functionality
  • Extensive alarm functions
  • TCP-IP ethernet port
  • On-board diagnostic

Applications

Mining
Oil & Gas
Standby Power Systems
Hospitals
Utility Generation

Si-TEC³ CGC-G GENSET Controls – Gas Engines

The Si-TEC³ CGC-G is used in gas fuelled reciprocating engines for generator set applications where utility paralleling functions are required. Digital governor functions are fully integrated with generator control functions (i.e. synchronising, kW load control, kVAr/PF control, etc.)

  • Precise speed governing typically within 0.1 % of operating speed at steady state
  • Dual MPU (or prox.) speed sensors for redundancy
  • Cranking, start fuel limiting, speed ramping
  • Automatic synchronising with phase and voltage matching
  • Fuel limiting to boost pressure
  • Grid-parallel and islanded operation
  • Isochronous/references/base load
  • Load share and kW control
  • Volt- kVAr share control
  • Wide range of control valve actuator drivers available
  • Si-TEC³ GSM Master compatible – Single/multiple GSM control
  • Load share with all Si-TEC³ CGC including turbines/extraction turbines and diesel generators
  • Dedicated communications port for customer PLC/DCS interface
  • SD card with dual dynamic logging feature
  • 24 Si-TEC unit capacity with standard system logging feature
  • Extensive user selected control functionality
  • Extensive alarm functions
  • TCP-IP ethernet port
  • On-board diagnostic

Applications

Mining
Oil & Gas
Standby Power Systems
Hospitals
Utility Generation

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