High-Voltage M-Frame Interface Board DS200SHVMG1BBB by GE

GE DS200SHVMG1BBB High-Voltage M-Frame Interface Board – Product Description

Overview / Product Summary

The GE DS200SHVMG1BBB, also known as the SCR High-Voltage M-Frame Interface Board (SHVM), is a critical component of the Mark V DS200 series. It interfaces high-voltage SCR circuits with the power supply board and the Power Supply Connection Card (PCCA), ensuring precise control and monitoring. Moreover, this board guarantees stable communication between high-voltage components, protecting turbines from over-voltage conditions. Its rugged design supports industrial environments, including power generation and petrochemical facilities.

Technical Specifications

Attribute — Specification
Manufacturer — GE Fanuc
Model Number — DS200SHVMG1BBB
Functional Acronym — SHVM
Type — High-Voltage Interface / Control Board
System Compatibility — GE Mark V turbine and drive control systems
Primary Function — Interfaces and controls SCR high-voltage circuits
Voltage Handling — Supports high-voltage signal ranges (system-dependent)
Power Requirements — Provided through Mark V rack supply
Connectors — Multiple pin-type and edge connectors
Communication Support — Internal control network routing
PCB Coating — Standard industrial coating
Protective Coating — Conformal coating for moisture and dust
Dimensions — 200 × 150 mm 
Weight — 1.0 kg
Operating Temperature — 0°C to +70°C
Storage Temperature — –20°C to +85°C
Humidity — 5% to 90% non-condensing
Mounting Method — Rack-mounted interface card
Diagnostics — On-board status indicators
Country of Manufacture — USA
Application Areas — Turbine excitation, motor drives, industrial power conversion

FAQ

Q1: What is the primary function of the DS200SHVMG1BBB?
It interfaces high-voltage SCR circuits and provides control and conditioning for turbine drives.

Q2: Is this board compatible with all Mark V systems?
Yes, it is compatible with GE Mark V turbine and drive control systems.

Q3: Can it handle high-voltage signals safely?
Yes, it isolates, conditions, and monitors high-voltage signals for safe operation.

Q4: How is the board installed?
It is rack-mounted in standard Mark V chassis with secure connectors.

Q5: Is the board durable for industrial environments?
Yes, it features rugged construction and conformal coating for moisture and dust protection.