Product Description

Featuring an independent dedicated processing core and solid-state firmware logic, this module adopts pure hardware protection architecture with ultra-fast response speed, effectively avoiding program failure risks. It integrates threshold parameter configuration, circuit self-check and fault latch functions. Built with industrial anti-vibration and anti-interference design, it stably performs safety protection actions in extreme working conditions and supports long-term unattended operation of turbine units.

Main Specifications

1. Full Model: DS200TCEBG1ACE; Product Type: Turbine hardware overspeed safety trip protection board
2. Applicable System: GE Speedtronic Mark V gas and steam turbine safety control platform
3. Core Function: Real-time speed monitoring, overspeed threshold judgment, emergency trip output and fault latching
4. Control Architecture: Independent hardware logic circuit, no software dependency for higher safety level
5. Response Characteristic: Millisecond-level rapid trip response to ensure instantaneous safety interlock
6. Configuration Method: On-board jumper group for flexible overspeed threshold parameter setting and calibration
7. Fault Mechanism: Built-in fault latch function for retaining abnormal records and convenient troubleshooting
8. Self-Check Function: Real-time circuit self-diagnosis to monitor board health status in full cycle
9. Environmental Performance: High-temperature resistance, vibration resistance and strong electromagnetic shielding capability
10. Operational Reliability: Compliant with power industry safety standards, supporting 24/7 full-load operation

Core Functions

1. Acts as the independent hardware overspeed trip protection core for GE Mark V turbine systems.
2. Continuously collects and precisely calculates turbine rotor real-time speed signals.
3. Compares operating speed with preset safety thresholds to identify overspeed hazards accurately.
4. Outputs emergency trip signals instantly to cut off turbine fuel and operating loops.
5. Effectively prevents rotor overspeed, runaway and mechanical damage accidents.
6. Allows on-site adjustment of protection parameters through onboard hardware jumpers.
7. Latches fault status automatically after trip for subsequent maintenance analysis.
8. Performs real-time self-inspection to eliminate hidden dangers of board circuit failure.
9. Provides independent redundant protection for turbine main control system loops.
10. Guarantees the intrinsic safety and operational stability of power generation units.

Application Scenarios

1. Thermal power plant GE Mark V steam turbine overspeed safety protection systems
2. Industrial gas turbine unit hardware-level emergency trip safety control platforms
3. Large generating set rotor overspeed fault early warning and interlock protection scenarios
4. Petrochemical waste heat power generation turbine safety control supporting projects
5. Industrial self-provided power plant turbine full-cycle safety monitoring systems
6. Turbine hall strong electromagnetic and high-temperature harsh working condition scenarios
7. Old Mark V turbine overspeed protection module replacement and system upgrading
8. Power unit heavy-load continuous operation safety redundancy guarantee projects
9. Power generation equipment safety interlock system hardware protection construction scenarios
10. Energy industry high-standard turbine safety control loop stable operation applications