Product Specifications
The GE IS200JPDSG1A (also known as IS200JPDSG1AEC) is a power distribution board from the Mark VI series. This GE IS200JPDSG1A IS200JPDSG1AEC board measures 25.4 cm in length and 17.8 cm in width. It weighs approximately 0.9 kg. The unit uses one 64-pin backplane connector for system integration. Additionally, it features two 20-pin ribbon cable headers for auxiliary signals. The GE IS200JPDSG1A IS200JPDSG1AEC stores up to 512 KB of operational data in onboard flash memory. It also contains six relay outputs for discrete control tasks. Furthermore, this module operates without any battery-based energy storage.
Key Technical Data
| Parameter | Value |
|---|---|
| Manufacturer | General Electric (GE) |
| Full Model Number | GE IS200JPDSG1A IS200JPDSG1AEC |
| Category | Power Distribution Board |
| Length | 25.4 cm |
| Width | 17.8 cm |
| Weight | ~0.9 kg |
| Primary Connector | One 64-pin backplane connector |
| Auxiliary Connectors | Two 20-pin ribbon cable headers |
| Onboard Memory | 512 KB flash memory |
| Relay Outputs | Six discrete relay outputs |
| Energy Storage | None (battery-free design) |
Design and Integration
The GE distributes control power across the Mark VI turbine management system. Its compact form factor allows direct mounting onto the backplane. The board accepts 28 V DC input from the main power supply. Then, it routes conditioned power to downstream I/O modules. The six relays handle up to 2 A at 30 V DC each. Consequently, this design reduces external wiring requirements. For a similar static trip application, see the RMS-TSG-TZ-C on Alibaba. However, note that GE IS200JPDSG1A IS200JPDSG1AEC focuses purely on power distribution, not trip functions.
Reliability and Maintenance
This GE IS200JPDSG1A IS200JPDSG1AEC supports hot-swapping in most system configurations. The flash memory stores configuration data without any battery. Therefore, you avoid periodic battery replacement. Each unit undergoes factory testing for thermal and electrical stability. The operating temperature range spans -30°C to +65°C. Additionally, the board meets GE’s vibration standards for industrial turbines.
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