Product Core Brief
- Model: DS200FGPAG1A
- Brand: GE (General Electric)
- Series: Mark VI / Speedtronic / Industrial Drive Control
- Core Function: Amplifies gate pulse signals for SCR bridges, accumulates battery voltage information, and converts AC current to DC control voltage.
- Product Type: Gate Pulse Amplifier Board / Power Converter Card
- Key Specs: 15-Port Fiber Optic Network, ESD Sensitive, AC-to-DC Conversion
- Condition: New Original (New Surplus)
Key Technical Specifications
| Parameter | Value |
|---|---|
| Module Type | Gate Pulse Amplifier Board |
| System Compatibility | GE Industrial Drive & Turbine Control Systems |
| Primary Function | SCR Bridge Gating & Signal Amplification |
| Fiber Optic Ports | 1 Transmit Port, 14 Receive Ports (2 Duplex, 12 Simplex) |
| Power Conversion | AC Current to DC Control Voltage |
| Network Type | High-Speed, EMI-Immune Fiber Optic |
| Special Handling | Highly Sensitive to Electrostatic Discharge (ESD) |
| Environmental Rating | Industrial Harsh Environment |
GE DS200FGPAG1A
Product Introduction
Precise power conversion and reliable signal transmission are critical in heavy industrial drive systems. The is a specialized gate pulse amplifier board designed to supply power to one phase of an SCR (Silicon Controlled Rectifier) bridge. It plays a dual role by accumulating battery voltage data and converting incoming AC current into the necessary DC control voltage for the drive system.
A defining feature of this board is its advanced fiber optic network, featuring 1 transmit port and 14 receive ports. This architecture provides an exceptionally fast and reliable communication network that is completely immune to electrical interference. Field engineers rely on the because its fiber optic design allows cables to be safely routed alongside 3-phase power lines without signal degradation, making it ideal for noisy industrial environments.
Key Selling Points & Differentiators
- EMI-Immune Fiber Optic Network: Features 15 fiber ports to ensure high-speed, reliable data transmission that is completely unaffected by electrical interference; not recommended for non-fiber legacy systems.
- Integrated Power Conversion: Seamlessly converts AC current to DC control voltage while managing SCR bridge phase power, reducing the need for external conversion hardware.
- Extended Cable Routing: Fiber optic design allows for longer cable runs than traditional copper networks, with support for up to two repeaters to further double the transmission distance.
- Rigorous Live Bench Testing: Every unit undergoes a 24-hour continuous load test with fiber optic communication verification and signal amplification simulation before shipping.
- New Surplus Availability: Factory-sealed condition with verified source traceability, bypassing typical OEM lead times for discontinued drive hardware.
- Anti-Counterfeit Verification: Serial numbers are checked against manufacturer databases during incoming inspection to guarantee authenticity.
GE DS200FGPAG1A
FAQ
The is designed for GE industrial drive and turbine control platforms. Compatibility with specific system generations depends on the exact hardware revision and backplane configuration. Always verify your system’s exact configuration and check the GE hardware compatibility matrix before ordering to prevent communication or gating faults.
I have a DS200FGPAG1B on hand. Can I use it as a direct replacement?
The suffix (G1A vs. G1B) often indicates hardware revisions, firmware versions, or specific fiber port configurations. Substituting a different suffix without verifying the exact SCR bridge gating parameters can result in improper power conversion or communication failures. Always match the exact part number or consult the system manual for approved substitutions.
How should I handle the fiber optic cables during installation?
When designing the fiber routing path, it is critical to ensure the bending radius is not smaller than the manufacturer’s specified minimum. Bending the cables too tightly can weaken the optical signal or permanently damage the internal glass fibers. You can also configure the network by adjusting signal strength based on cable length.
What precautions are needed when handling this board?
The is highly susceptible to electrostatic discharge (ESD) damage. To minimize the risk of catastrophic failure, the board must remain in its anti-static protective packaging until you are fully prepared to install it in the control cabinet. Always use proper ESD grounding straps when handling the bare board.
Is there a warranty on this new surplus unit?
Yes. All new surplus modules come with a standard 12-month functional warranty. If the unit fails during normal operation within that period, we provide a direct replacement. We also include our internal test report with every shipment so you can verify the 24-hour load test and fiber optic communication results before installation.
