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GE IS230SNTCH2A Simplex Thermocouple Input Module for Turbine Control

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xName | GE IS230SNTCH2A (IS200STTCH2ABA) Simplex Thermocouple Input Module | Product ID | IS230SNTCH2A |
---|---|---|---|
Series | Mark VI | Product Net Weight | 2kg |
Product Net Height | 200mm | Product Net Width | 100mm |
Product Net Depth/Length | 330mm | Warranty | 1 Year |
Highlight | GE IS230SNTCH2A thermocouple input module,Simplex turbine control module,GE turbine control thermocouple module |
Attribute | Value |
---|---|
Name | GE IS230SNTCH2A (IS200STTCH2ABA) Simplex Thermocouple Input Module |
Product ID | IS230SNTCH2A |
Series | Mark VI |
Product Net Weight | 2kg |
Product Net Height | 200mm |
Product Net Width | 100mm |
Product Net Depth/Length | 330mm |
Warranty | 1 Year |
The GE IS230SNTCH2A (also designated IS200STTCH2ABA) is a Simplex Thermocouple Input Module designed for critical industrial temperature monitoring in turbines and heavy machinery applications.
- Thermocouple Processing: Converts thermocouple signals into precise temperature data for monitoring turbine and machinery thermal health.
- Simplex Design: Optimized for single-channel reliability in applications where redundancy is managed at system level.
- Signal Integrity: Built-in conditioning minimizes electrical noise for accurate readings in high-vibration or high-EMI environments.
- Versatile Compatibility: Supports multiple thermocouple types for diverse industrial temperature monitoring needs.
- Speedtronic Integration: Seamless connection to GE's control systems for data-driven decision-making and safety alerts.
- Industrial Durability: Rugged construction withstands extreme temperatures and vibrations for reliable performance.
This module processes signals from thermocouples, converting temperature data into actionable insights for control systems. It features dedicated inputs for thermocouple sensors with signal conditioning circuitry to enhance data reliability in harsh industrial environments. The module integrates with GE's Speedtronic control architectures, enabling real-time thermal condition monitoring of critical components like exhaust sections and bearings.

