Name: GE Boards&amp;Turbine Control DS200SHVMG1A SCR High Voltage Interface Board
SKU: DS200SHVMG1A
Availability: InStock

Overview

The GE DS200SHVMG1A SCR High Voltage Interface Board is a critical component within GE Mark V turbine control systems, designed to manage high-voltage signal interfacing between SCR power circuits and control electronics. This module ensures safe and stable communication between low-voltage control logic and high-power switching devices.

Engineers typically deploy the DS200SHVMG1A board in turbine drive systems and high-power industrial applications requiring precise SCR triggering and voltage isolation. Moreover, it plays a key role in maintaining signal integrity under high electrical stress conditions.

The module integrates seamlessly into GE Mark V control architectures, supporting reliable operation without complex modifications or system redesign. In addition, its rugged construction ensures consistent performance in environments with high voltage, electrical noise, and continuous-duty operation.

GE designed the DS200SHVMG1A SCR High Voltage Interface Board to provide secure signal isolation, accurate SCR control, and dependable high-voltage interfacing. Therefore, it is widely used in power generation and heavy industrial drive systems where electrical stability is essential.

Functional Highlights

Provides SCR high-voltage signal interface and control
Designed for GE Mark V turbine control systems
Ensures safe isolation between control and power circuits
Improves stability of high-voltage switching operations
Enhances signal integrity in SCR-based power systems
Supports reliable operation under electrical stress conditions
Enables seamless integration within GE control platforms
Designed for continuous industrial-duty environments

Specification

Parameter	Details
Product Name	GE DS200SHVMG1A SCR High Voltage Interface Board
Manufacturer	General Electric (GE)
Product Series	Mark V Speedtronic Turbine Control System
Module Type	SCR High Voltage Interface Board
Primary Function	High-voltage signal isolation and SCR interface control
System Compatibility	GE Mark V turbine control systems
Application Category	High-voltage industrial drive and turbine systems
Control Function	SCR triggering and voltage interface management
Installation Type	Rack-mounted industrial PCB module
Signal Role	Interface between control logic and power SCR circuits
Voltage Handling	High-voltage signal isolation capability
Operating Environment	Power generation and heavy industrial facilities
Electrical Design	Industrial-grade insulation and protection structure
System Integration	Compatible with GE Mark V architecture
Mounting Structure	Standard GE control cabinet installation
Switching Performance	Stable SCR control signal transmission
Diagnostic Capability	System monitoring and fault indication support
Cooling Method	Passive cabinet airflow cooling
Reliability Design	Continuous-duty industrial performance
Environmental Resistance	Designed for high electrical noise environments
Component Quality	High-reliability industrial electronic components
Maintenance Requirement	Modular replacement and easy servicing design
System Role	High-voltage interface and SCR control coordination
Lifecycle Usage	Long-term turbine and industrial drive applications
Noise Immunity	Strong resistance to electromagnetic interference

FAQ

Q1: What is the main function of the GE DS200SHVMG1A board?
A1: The module provides high-voltage SCR interface control and signal isolation within GE Mark V turbine systems.

Q2: Where is the DS200SHVMG1A commonly used?
A2: It is widely used in power plants, turbine systems, and industrial high-voltage drive applications.

Q3: Why is SCR interface control important?
A3: It ensures safe and accurate triggering of high-voltage power circuits in industrial systems.

Q4: Can the DS200SHVMG1A operate in high electrical stress environments?
A4: Yes. It is designed for strong insulation and stable operation under high-voltage conditions.

Q5: Is the module compatible with GE Mark V systems?
A5: Yes. It integrates directly into GE Mark V turbine control architectures.

Q6: What industries commonly use this high-voltage interface board?
A6: Power generation, heavy industry, and high-voltage drive system applications commonly use it.

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