Description
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | General Electric |
| Model | IS200JPDFG1A |
| Fiber Optic Interfaces | 2× fiber optic ports (pulse data transmission) |
| Pulse Inputs | 4–8 pulse inputs (J-type, speed, flow, position sensors) |
| Pulse Data Transmission | Fiber optic data routing, conversion to/from optical signals |
| J-Type Gateway Functions | Data routing, protocol conversion, gateway communication |
| Supported Protocols | Modbus RTU, GE pulse protocols, J-type protocols |
| Communication | Fiber optic, J-type serial interfaces, highway integration |
| Power | +5V DC / 2.0A, ±15V DC / 0.4A |
| Temp Range | -30°C to +65°C |
| MTBF | > 108,000 hours |
| Revision Note | “A” suffix = specific hardware/firmware configuration |
Advantages and Key Features
Dedicated J-Gateway Pulse Data Fiber Gateway: The IS200JPDFG1A provides specialized fiber optic pulse data transmission and J-type gateway communication.
Fiber Optic Communication: High-speed, noise-immune pulse data transmission.
Pulse Data Routing: The IS200JPDFG1A handles pulse data over fiber optic networks.
J-Type Gateway Functions: Enables data routing and protocol conversion.
Application Fields and Case Studies
Used in fiber optic pulse data transmission applications, J-type network integration over fiber, and gateway communication for pulse data in high-EMI environments. In a 600 MW plant with high-EMI conditions, the IS200JPDFG1A provided reliable fiber optic pulse data transmission.
Comparison with Competing Products
| Dimension | IS200JPDFG1A | IS200JPDDG1AA | IS200JPDCG1A |
|---|---|---|---|
| Primary Function | Pulse data fiber gateway | Pulse data distribution | Pulse data conversion |
| Fiber Optic Support | Yes | No | No |
| EMI Immunity | High | Standard | Standard |
| VME Integration | Direct | Direct | Direct |
Selection Recommendations
Choose IS200JPDFG1A for fiber optic pulse data transmission and J-type gateway applications, especially in high-EMI environments. Verify compatibility with your specific pulse sensors and fiber optic requirements. Deploy for noise-immune communication.
Precautions and Important Notes
Use ESD-safe handling. Verify field wiring and fiber optic connections. Confirm compatibility with your specific pulse sensors and fiber optic requirements. Never interrupt firmware updates. Board draws 2.0A – verify rack power capacity. Document all configurations. Store spares in anti-static packaging. Do not mix variants in redundant pairs. Allow 30 seconds boot time. Test all fiber optic and gateway functions during commissioning. The IS200JPDFG1A is critical for fiber optic pulse data transmission – ensure all settings are verified before placing in service. Ensure fiber optic cabling is properly routed and not damaged. Regular verification of fiber optic signal quality and pulse data integrity is recommended. Ensure communication cabling does not exceed maximum recommended length.
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