GE DS200VPBLG1A VME Bus Backplane - Image 1
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GE DS200VPBLG1A VME Bus Backplane
GE DS200VPBLG1A VME Bus Backplane - Image 2
GE DS200TCQCG1AJD Driver Module
GE DS200TCQCG1AJD Driver Module
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GE DS3800HFPB1F1E Processor Board
GE DS3800HFPB1F1E Processor Board

GE DS200VPBLG1A VME Bus Backplane

Technical Specifications:

  • Model: DS200VPBLG1A
  • Manufacturer: General Electric (GE)
  • Type: VME bus backplane
  • Weight: Approximately 1 pound 7 ounces
  • Power Connectors: 10 power connectors
  • Exciter Connection: 34-pin ribbon connector
  • J2 Section: Supports DSPC boards, IO expanders, and up to three FCGD boards
  • J3 Section: Used for external connections not available on the front of the board
Category:
Description
  • Test Points: 60 spring-loaded test points for accessing digital and analog signals
  • Diagnostic Connector: 26-pin discrete cable connector for J1 processor input/output connections
  • Operating Temperature: Suitable for industrial environments (specific range not provided in available data)

Functional Characteristics:

  • Modular Design: The DS200VPBLG1A features a modular design that facilitates easy installation and maintenance. It supports multiple board types, enhancing its versatility in various control systems.
  • High Reliability: Built with industrial-grade components, this backplane ensures long-term stability and reliable performance, even in harsh industrial conditions.
  • Signal Separation: The backplane separates digital and analog power planes to reduce interference, improving signal integrity and system performance.
  • Rich Connectivity: With multiple power connectors and a 34-pin ribbon connector for exciter connections, it provides comprehensive connectivity options for integrating various modules.
  • Diagnostic Capabilities: The diagnostic connector and numerous test points enable efficient troubleshooting and performance monitoring, reducing downtime and maintenance costs.

Application Scenarios:

  • Turbine Control Systems: The DS200VPBLG1A is widely used in gas and steam turbine control systems, where it plays a crucial role in managing and controlling turbine operations to ensure safety and efficiency.
  • Power Generation: In power plants, this backplane is employed to control and protect generator units, optimizing power generation processes and enhancing system reliability.
  • Industrial Automation: It finds applications in various industrial automation control systems, providing a stable hardware platform for connecting and controlling different functional modules.
  • Petrochemical Industry: The backplane is used in petrochemical production processes to control key equipment, such as compressors and pumps, ensuring safe and efficient operation.
  • Other Industrial Settings: Suitable for any industrial application requiring a reliable VME bus backplane for connecting and controlling multiple modules, such as in mechanical manufacturing and environmental monitoring systems.
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