Product Description

The GE DS200TCTGG1AFF is a dedicated terminal interface board designed for GE Mark V turbine control systems. It serves as the critical signal wiring and transfer carrier for turbine I/O loops, undertaking reliable connection, signal shunting and circuit isolation between field equipment and core control boards to ensure standardized transmission of turbine operating signals.

Adopting industrial heavy-duty PCB layout and reinforced anti-vibration structure, this module integrates multi-channel terminal wiring ports and built-in signal filtering circuits. It effectively suppresses on-site electromagnetic interference and prevents signal crosstalk. With power-grade environmental adaptability and durable circuit design, it supports 24/7 long-term stable operation for thermal power turbine control systems under harsh cabinet conditions.

Main Specifications

1. Full Model: DS200TCTGG1AFF; Product Type: Mark V turbine control system I/O terminal interface and signal transfer board
2. Applicable System: GE Mark V turbine control system, thermal power plant steam turbine automation control platforms
3. Core Function: Field signal terminal wiring, I/O signal transfer, circuit isolation, noise filtering and loop protection
4. Structural Design: Reinforced industrial PCB structure, anti-loose terminal layout for stable wiring connection
5. Signal Performance: Built-in high-frequency filtering circuit to eliminate industrial signal noise and distortion
6. Isolation Feature: Independent loop isolation design to avoid mutual crosstalk between different signal channels
7. Matching Performance: Perfectly compatible with GE Mark V series core control and acquisition modules
8. Environmental Resistance: Wide temperature resistance, anti-vibration and anti-aging industrial grade performance
9. Installation Mode: Standard turbine control cabinet card slot mounting, convenient for replacement and maintenance
10. Operational Reliability: Power industry long-life design, adapting to full-cycle uninterrupted turbine operation

Core Functions

1. Acts as the dedicated terminal signal transfer core for GE Mark V turbine control systems.
2. Provides standardized wiring terminals for turbine field sensors and actuator signal loops.
3. Realizes stable signal shunting and transmission between field equipment and main control boards.
4. Integrates filtering function to suppress electromagnetic interference in power plant environments.
5. Adopts channel isolation design to prevent signal crosstalk and improve control accuracy.
6. Undertakes loop circuit protection to avoid component damage caused by abnormal signal surge.
7. Standardizes internal signal transmission logic to stabilize turbine monitoring and control data.
8. Simplifies on-site wiring layout and later module troubleshooting and maintenance work.
9. Supports long-term continuous operation to match turbine full-cycle production requirements.
10. Guarantees stable signal interaction and reliable operation of steam turbine automatic control systems.

Application Scenarios

1. Thermal power plant GE Mark V steam turbine control cabinet signal wiring supporting projects
2. Power generation unit turbine speed, vibration and temperature signal acquisition terminal systems
3. Turbine hydraulic actuator and valve control loop signal transfer and stabilization scenarios
4. Harsh electromagnetic environment power plant control cabinet signal anti-interference projects
5. Old Mark V turbine system terminal board replacement and signal stability upgrading
6. Large-scale generating unit turbine automatic control system signal matching platforms
7. 24-hour uninterrupted power generation equipment signal loop stable operation guarantee scenarios
8. Turbine precision control system signal filtering and anti-crosstalk optimization projects
9. Power plant equipment renovation and turbine control cabinet standardized wiring construction
10. High-reliability requirement scenarios for turbine control signal transmission and docking