GE+IS200EPMCH1

Description

The GE IS200EPMCH1 is a part of the GE Energy’s (formerly General Electric) Speedtronic series, specifically designed for use in control systems for industrial automation and power generation. It belongs to the Mark VIe distributed control system (DCS) family, primarily used in gas turbine control applications, although it can also be deployed in a variety of other industrial sectors for process control.

Product Name:

GE IS200EPMCH1 – Ethernet Processor Module

Product Description:

The IS200EPMCH1 is an Ethernet Processor Module (EPM) used in the Mark VIe system. It provides high-speed data communication between control systems, field devices, and other modules over an Ethernet network. The EPM is critical for facilitating fast and reliable communication between the controllers, I/O modules, and operator interfaces, ensuring smooth operation of the entire system.

The module is typically installed in Mark VIe control panels and plays a vital role in real-time data exchange, supporting both control and monitoring functions for industrial automation systems. The IS200EPMCH1 enables high-bandwidth communication in harsh industrial environments where reliability and uptime are critical.

Product Parameters and Specifications:

1. Module Type:
   • Ethernet Processor Module (EPM)
2. Supported Platforms:
   • Mark VIe Distributed Control System (DCS)
   • Used for industrial automation, power generation, and process control
3. Power Requirements:
   • Typically powered through the system’s power supply (see system-level specifications for voltage and current requirements).
4. Communication Interface:
   • Ethernet connectivity for high-speed data transfer
   • Supports multiple network protocols and communication standards
   • TCP/IP communication for integration with external devices
5. Environmental Parameters:
   • Operating Temperature: Typically -40°C to +70°C (check datasheet for specifics)
   • Humidity: Suitable for industrial environments with high humidity levels (non-condensing)
   • Vibration and Shock Resistance: Designed to withstand industrial mechanical stresses
6. Physical Characteristics:
   • Form Factor: Typically a compact, rack-mounted or DIN rail-mounted module
   • Dimensions: Varies based on the system configuration, generally around 4.5” x 9.5” (check datasheet for exact sizes)
   • Weight: Approximately 1–2 kg (depending on configuration)
7. Processing Capabilities:
   • Processor Type: Embedded processor for control and communication functions
   • Real-time processing for high-priority tasks
8. Redundancy and Reliability:
   • Built for high-reliability applications, often used in redundant configurations to prevent system downtime in critical control systems.
   • May support failover mechanisms for continuous operation even if one module fails.
9. Status Indicators:
   • LEDs or similar indicators showing operational status, fault conditions, and communication health.
10. I/O Integration:
    • Compatible with other Mark VIe I/O modules, sensors, actuators, and control devices.
    • Supports analog, digital, and communication I/O configurations.
11. Applications:
    • Gas turbine control
    • Power generation
    • Industrial process control
    • Any application requiring high-speed, real-time control and monitoring across a distributed network of control systems.
12. Certifications:
    • Complies with various industrial standards, including:
      • • CE
        • UL (Underwriters Laboratories)
        • CSA (Canadian Standards Association

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