The General Electric IS200TBCIH1B is a backplane communication interface for Mark VI turbine systems, featuring high-speed data transfer and redundant channels. Designed for critical control applications, it ensures seamless communication between I/O modules and VME controllers with <1μs latency.
The General Electric IS200TTSAG1A is a turbine temperature sensor module for Mark VIe systems, featuring 8-channel RTD/TC input and ±0.1°C accuracy. This rugged module provides redundant signal conditioning with hardware-based diagnostics, ensuring reliable monitoring in gas/steam turbine applications.
The General Electric IS200TRTDH1B is a turbine relay terminal board for Mark VI systems, featuring triple-redundant trip circuits and hardwired protection logic. This rugged module delivers <3ms response time with 24VDC/125VDC compatibility, ensuring reliable shutdowns in critical power generation applications.
The General Electric IS200TREGH1B is an Emergency Trip Terminal Board for Mark VI turbine systems, featuring hardwired protection logic and redundant relay circuits. Designed for critical shutdown functions, it provides <3ms response time and interfaces with TRPG boards for complete turbine protection.
The General Electric IS200TRPGH1B is a turbine relay protection module for Mark VI control systems, featuring high-speed trip logic and fault detection circuits. This rugged module provides <2ms response time with triple-redundant architecture, ensuring reliable protection for critical power generation equipment.
The General Electric IS200TRLYH1B is a protective relay module for Mark VI turbine systems, featuring fault detection logic and high-speed tripping. Designed for critical turbine protection, it provides <3ms response time with triple-redundant architecture for power generation applications.
The General Electric IS200TVIBH2B is a vibration monitoring module for Mark VI turbine systems, featuring dual-channel processing and high-accuracy measurement. Designed for critical machinery protection, it provides real-time vibration analysis with <1% FS accuracy for gas/steam turbine applications.
The General Electric IS200TPROH1B is a turbine protection module for Mark VIe systems, featuring triple-redundant fault detection and high-speed trip logic. Designed for critical turbine protection, it ensures fail-safe operation with <4ms response time in power generation applications.
The General Electric IS200TTURH1B is a turbine control module for Mark VIe systems, featuring high-speed processing and redundant I/O. Designed for gas/steam turbine control, it ensures reliable operation with fault-tolerant architecture in power generation applications.
The General Electric IS215WEPAH2BDA IS200AEPAH1BPH are high-performance I/O modules for GE's Mark VI turbine control systems, providing reliable signal processing, fault-tolerant design, and seamless integration with Speedtronic protection systems.
The General Electric IS210BPPCH1AD is a high-performance power supply module for Mark VI turbine control systems, featuring redundant operation, 24VDC output, and robust protection for critical power applications in harsh industrial environments.
General Electric 151X1233DB01SA01 is a high-performance industrial control module designed for critical automation applications, featuring robust construction and reliable operation.
The General Electric IS215WEPAH2B is a power amplifier board used in Mark VIe systems, providing high-performance signal amplification and stable power delivery for turbine control applications.
The General Electric IS215AEPCH2F is a power supply board used in Mark VIe control systems, providing stable and efficient power conversion for critical industrial automation and turbine operations.
The General Electric IS200WEORG1A is a turbine control board used in Mark VI systems, providing precise signal conditioning and reliable data processing for industrial automation and power applications.
The General Electric IS210AEDBH4A is a reliable I/O interface board designed for Mark VIe control systems, ensuring efficient data communication and enhanced industrial automation performance.