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IS200TSVCH1AJE

¥2,341.00

  1. Purpose
    The IS200TSVCH1AJE is a turbine speed sensor interface module designed for monitoring and controlling turbine speed in power generation applications. It processes signals from speed sensors and provides accurate speed data to the control system for safe and efficient operation.
  2. Features
    • Supports multiple types of speed sensors (magnetic pickups, proximity probes, etc.).
    • High-accuracy signal processing for reliable speed measurement.
    • Redundant power supply options for enhanced reliability.
    • Hot-swappable design for easy maintenance and replacement.
    • Integrated diagnostics for real-time monitoring and fault detection.
    • Compatibility with GE’s Mark VIe control system.
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Description

  1. Specifications
    • Type: Turbine Speed Sensor Interface Module (part of the Mark VIe series by GE).
    • Input Channels: Supports multiple speed sensor inputs (magnetic pickups or proximity probes).
    • Signal Processing: Converts raw sensor signals into digital data for control systems.
    • Operating Temperature: -40°C to +70°C.
    • Power Supply: 24 V DC.
    • Communication Interface: Ethernet-based (SRTP protocol).
    • Dimensions: Approximately 200 mm (width) x 150 mm (depth) x 50 mm (height).
    • Weight: Approximately 1.5 kg.
  2. Purpose
    The IS200TSVCH1AJE is a turbine speed sensor interface module designed for monitoring and controlling turbine speed in power generation applications. It processes signals from speed sensors and provides accurate speed data to the control system for safe and efficient operation.
  3. Features
    • Supports multiple types of speed sensors (magnetic pickups, proximity probes, etc.).
    • High-accuracy signal processing for reliable speed measurement.
    • Redundant power supply options for enhanced reliability.
    • Hot-swappable design for easy maintenance and replacement.
    • Integrated diagnostics for real-time monitoring and fault detection.
    • Compatibility with GE’s Mark VIe control system.
  4. Stability and Reliability
    • Designed for operation in harsh industrial environments, including high temperatures and vibration.
    • High-quality components and rigorous testing ensure long-term reliability.
    • Redundant communication and power supply options minimize downtime.
    • Built-in diagnostics and error reporting for quick troubleshooting.
    • Compliance with industrial standards for safety and performance.
  5. Practical Use Cases
    • Power Generation: Monitoring and controlling turbine speed in gas, steam, and hydroelectric power plants.
    • Oil and Gas: Speed monitoring in turbine-driven compressors and pumps.
    • Industrial Automation: Integration into control systems for rotating machinery.
    • Aerospace: Testing and monitoring turbine engines.
    • Marine: Speed control in ship propulsion systems.

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