Product Description

This module set adopts industrial turbine-grade circuit design, featuring high-precision speed signal acquisition, anti-overspeed trip logic and strong electromagnetic interference resistance. It integrates complete signal filtering, fault judgment and relay output protection mechanisms to prevent turbine runaway and mechanical failure. With wide-temperature rugged design and strict power industry certification, it supports 24/7 uninterrupted safe operation for large-scale power plant turbine equipment.

Main Specifications

1. Full Model: DS200TCEAG1BNE (Main Protection Board), DS215TCEAG1BZZ01A (Auxiliary Relay Board); Product Type: Turbine dedicated overspeed protection module assembly
2. Applicable System: GE Speedtronic Mark V / Mark VIe turbine control system, thermal power and combined-cycle power generation units
3. Core Function: Turbine speed signal acquisition, overspeed fault judgment, emergency trip protection and signal linkage output
4. Signal Processing: High-resolution turbine speed pulse sampling with high-precision real-time data analysis capability
5. Protection Logic: Multi-stage overspeed threshold judgment, automatic trip command output to lock turbine abnormal operation
6. Matching Performance: Perfect hardware and program compatibility between the two modules for synchronous coordinated operation
7. Anti-Interference Design: Industrial-grade shielding and filtering circuit to resist power plant strong electromagnetic field interference
8. Safety Standard: Compliant with power industry turbine safety protection specifications and long-term stability verification
9. Structural Feature: Standard rack plug-in installation, convenient for on-site replacement and system maintenance
10. Operational Reliability: Low-drift and high-stability circuit design, supporting long-cycle uninterrupted turbine safety monitoring

Core Functions

1. Acts as the core safety protection assembly for GE industrial turbine control systems.
2. Accurately collects real-time rotating speed signals of steam and gas turbine units.
3. Executes high-precision overspeed logic judgment to identify abnormal turbine speeding faults.
4. Outputs reliable trip protection signals to cut off turbine operation and avoid mechanical damage.
5. Realizes coordinated signal conditioning and relay linkage between dual modules for stable protection action.
6. Filters field clutter interference to ensure authenticity and accuracy of turbine speed data.
7. Monitors turbine operating status in full cycle to eliminate equipment overspeed safety hazards.
8. Supports system fault self-diagnosis and status feedback to facilitate operation inspection and maintenance.
9. Matches mainstream GE Speedtronic turbine platforms for seamless system integration and upgrade.
10. Guarantees safe, stable and standardized operation of large power generation turbine equipment.

Application Scenarios

1. Thermal power plant steam turbine and gas turbine control system safety protection projects
2. Combined-cycle power generation unit GE Speedtronic Mark V/VIe system supporting scenarios
3. Large industrial power generation equipment overspeed monitoring and emergency trip systems
4. Petrochemical self-provided power plant turbine unit safety control guarantee platforms
5. Old GE turbine protection module set replacement and system stability upgrading projects
6. Power plant strong electromagnetic environment high-precision signal monitoring scenarios
7. 24-hour uninterrupted operation power generation unit full-cycle safety protection systems
8. Industrial heavy-duty turbine equipment fault early warning and safety interlock control projects
9. Power plant automated control system turbine parameter monitoring and protection scenarios
10. High-reliability safety protection occasions for key power generation core equipment