Digital Governors for Industrial Applications

REGULATEURS EUROPA

Technologies empowering efficiency

HEINZMANN speed governors are designed to satisfy all requirements in the industrial sector in an outstanding way. They are highly valued on account of their flexibility, which means they can meet all customer requirements and prerequisites. Our governor systems are known for their durability and tried-and-tested reliability. They can be used for diesel, gas and dual-fuel engines and turbines of any size, type and make.

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Si-TEC³ CGC-D

Si-TEC³ CGC-G

Si-TEC GSM Grid

Si-TEC GSM BTB

XIOS^UC

Multi-functional and modular engine governor with advanced I/O system. Follow-up product for PRIAMOS DC 1-03 / DC 1-04.

Technical data

Processor: 32 Bit 264 MHz
Communication interfaces: Ethernet, CAN, RS-232, RS-485
Display: 4.3" (optional)
Degree of protection: IP20
Power supply: 9...32 VDC

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XIOS with PLC Capacity

Basic Information (password protected)

Certificates

Engine Types & Applications

Diesel Engines

Gas Engines

Dual-Fuel Engines

Turbines

Industrial Vehicles

Ships

Gensets

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.).

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I/O Overview

Technical Drawing

System Overview

System Overview Dual System

Data Sheet

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

Engine Types & 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.)

More information

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

Engine Types & Applications

Mining

Oil & Gas

Standby Power Systems

Hospitals

Utility Generation

Si-TEC GSM Grid

Grid Synchronising and Import/Export kW & kVAr Control

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Synchronising, paralleling, loading and unloading of 3-phase power generation system with the supply grid
Multiple functions including synchronising, paralleling, loading and unloading of a 3-phase power generation system with the “Supply Authority Mains or Grid”
Up to 24 modules (combination of GSM and CGC) may communicate in a single network
Standby power stations where “Bump less” (delayed soft) transfer back to the supply grid is required, with no exporting of power to the grid
Standby power stations used for “Peak Shaving” (peak lopping) applications where generators parallel with the supply grid during “Peak Demand” periods, setting a maximum limit for the imported grid supply
Prime power stations that are parallel and “Base Loaded” (constant supply) to the supply grid, with provision to “Export kW” to suit the supply grid
Prime power stations that supply power for plant load requirements, and export excess power to the supply grid (e.g. sugar mills, other industries, etc.)
Prime power stations that supply power for plant load requirements, and require “Standby or Back Up” power from the supply grid
Power stations that are “Islanded” (isolated) and require “True Time Error Correction” for the power system. This is utilised where the power system synchronising clocks are tied to the plant load
Extensive user selected control functionality
Extensive alarm functions
On-board diagnostic
Dedicated communications port for customer PLC/DCS interface
Compatible with all Si-TEC support PC software
24 Si-TEC unit capacity with standard system

Engine Types & Applications

Sugar Mills

Paper Mills

Standby Power Systems

Hospitals

Mining

Oil & Gas

Utility Feeder Control

Si-TEC GSM BTB

For Bus Tie Synchronising (2-way) between Generator Buses

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Automatic synchronizing of Bus Tie CB for integration of split bus system to common bus, in island mode (reference point may be selected based on “Swap Grid Synchronising ” mode).
Features also include “Dead Bus”close function as well as “Permissive Sync”function
Up to 24 modules (combination of GSM and CGC) may communicate in a single network
Standby power stations where “Bump less” (delayed soft) transfer back to the supply grid is required, with no exporting of power to the grid
Standby power stations used for “Peak Shaving” (peak lopping) applications where generators parallel with the supply grid during “Peak Demand” periods, setting a maximum limit for the imported grid supply
Prime power stations that are parallel and “Base Loaded” (constant supply) to the supply grid, with provision to “Export kW” to suit the supply grid
Prime power stations that supply power for plant load requirements, and export excess power to the supply grid (e.g. sugar mills, other industries, etc.)
Prime power stations that supply power for plant load requirements, and require “Standby or Back Up” power from the supply grid
Power stations that are “Islanded” (isolated) and require “True Time Error Correction” for the power system. This is utilised where the power system synchronising clocks are tied to the plant load
Extensive user selected control functionality
Extensive alarm functions
On-board diagnostic
Dedicated communications port for customer PLC/DCS interface
Compatible with all Si-TEC support PC software
24 Si-TEC unit capacity with standard system

Engine Types & Applications

Sugar Mills

Paper Mills

Standby Power Systems

Hospitals

Mining

Oil & Gas

Utility Feeder Control

Digital Governors for Industrial Applications

XIOSUC

Engine Types & Applications

Si-TEC³ CGC-D GENSET Controls – Diesel Engines

Engine Types & Applications

Si-TEC³ CGC-G GENSET Controls – Gas Engines

Engine Types & Applications

Si-TEC GSM Grid

Engine Types & Applications

Si-TEC GSM BTB

Engine Types & Applications

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