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Multiple Generator Isolated Mode
The MGIM is a standard multiple generator emergency standby system. The system may consist of 2 or up to 8 generators paralleled to a common bus.
A system master control will enable all of the generators to start simultaneously and parallel on a first-up-first-on basis. This system is also known as random access paralleling.
A system master control will monitor and control each generator's paralleling breaker as well as other breakers associated with the emergency system. The master control is the central control device that will provide load sharing between generators so that all generators carry proportionally, an equal amount of the total load on the emergency bus.
The master control also provides automatic load shedding in the event of a generator failure to prevent the entire system from being overloaded. Another feature the master control performs is load demand. In the load demand mode master control will automatically shut off generators that are not required if the total load on the emergency bus is less than the total generating capacity.
The intelligent decisions made by the master control during the system operation are based on the program that is being executed in the programmable logic control (PLC). The PLC is the brain of the system and is programmed to meet the specific needs of the customer. The PLC is very a versatile device and can be modified in the field to meet the changing needs of the customer. The MGIM is configured in a modular fashion and therefore customers can easily add generators to their system as their needs grow.
The MGIM is available in the following sizes and enclosures:
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Voltage |
Ampere |
Enclosure |
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Up to 600V |
Up to 5000A |
NEMA 1 & 3R |
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5kV & 15kV |
1200A |
NEMA 1 & 3R |
Control Options Available:
- Operator Interface Touchscreen with:
- System Oneline
- System Control
- Alarm Summary
- Event Logging with Date Stamp
- Trend Logging
- Utility & Generator Metering
Monitoring System:
This model can be equipped with web-TOUCH monitoring system that allow user to monitor the status and health of the system. More Information.....
Typical Oneline and Elevation Diagrams:
Typical for Low Voltage Application