IS200SCNVG1A | GE SCR diode bridge control board for Mark VI turbine systems
- Regular price
- $3,972.00
- Sale price
- $3,972.00
- Regular price
-
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Product Description P/N: IS200SCNVG1A
Description
The General Electric IS200SCNVG1A is an SCR Diode Bridge Control Board designed for the Mark VI control system. It manages the conversion of AC power to DC through controlled SCR and diode bridge circuits, ensuring stable and regulated power delivery for turbine control electronics. Built for industrial reliability, this board supports precise power handling in demanding environments.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | General Electric |
| Category | PLCs/Machine Control |
| Part Number | IS200SCNVG1A |
| Subcategory | PC Board PLC/Add-On Board |
| Series | Mark VI |
| Product Type | SCR Diode Bridge Control Board |
Information About IS200SCNVG1A
The IS200SCNVG1A is an SCR Diode Bridge Control Board engineered for the Mark VI turbine control system, serving a critical role in AC-to-DC power conversion. As part of the Mark VI series, it supports advanced power regulation by controlling SCRs and diode bridges that supply stable DC power to sensitive components. The board features robust construction suited for harsh industrial environments, ensuring dependable long-term performance. Designed for seamless integration, its clearly labeled connectors and structured layout simplify installation and system expansion while maintaining strict control of electrical power flow.
Key Features:
- SCR/diode bridge control: Regulates AC-to-DC conversion for stable power supply.
- Mark VI compatibility: Integrates directly with GE’s turbine control architecture.
- Precise power regulation: Supports accurate monitoring and control of electrical parameters.
- Durable board design: Built to withstand demanding industrial conditions.
- Efficient signal processing: Ensures reliable communication with connected power electronics.
- User-friendly layout: Simplifies installation, wiring, and system maintenance.
The IS200SCNVG1A delivers the reliability and precision required for stable power conversion in turbine control applications.
Description
The General Electric IS200SCNVG1A is an SCR Diode Bridge Control Board designed for the Mark VI control system. It manages the conversion of AC power to DC through controlled SCR and diode bridge circuits, ensuring stable and regulated power delivery for turbine control electronics. Built for industrial reliability, this board supports precise power handling in demanding environments.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | General Electric |
| Category | PLCs/Machine Control |
| Part Number | IS200SCNVG1A |
| Subcategory | PC Board PLC/Add-On Board |
| Series | Mark VI |
| Product Type | SCR Diode Bridge Control Board |
Information About IS200SCNVG1A
The IS200SCNVG1A is an SCR Diode Bridge Control Board engineered for the Mark VI turbine control system, serving a critical role in AC-to-DC power conversion. As part of the Mark VI series, it supports advanced power regulation by controlling SCRs and diode bridges that supply stable DC power to sensitive components. The board features robust construction suited for harsh industrial environments, ensuring dependable long-term performance. Designed for seamless integration, its clearly labeled connectors and structured layout simplify installation and system expansion while maintaining strict control of electrical power flow.
Key Features:
- SCR/diode bridge control: Regulates AC-to-DC conversion for stable power supply.
- Mark VI compatibility: Integrates directly with GE’s turbine control architecture.
- Precise power regulation: Supports accurate monitoring and control of electrical parameters.
- Durable board design: Built to withstand demanding industrial conditions.
- Efficient signal processing: Ensures reliable communication with connected power electronics.
- User-friendly layout: Simplifies installation, wiring, and system maintenance.
The IS200SCNVG1A delivers the reliability and precision required for stable power conversion in turbine control applications.