General Electric IC693CPU350 is a high-performance PLC processor module featuring 16K memory, 0.9ms/K Boolean speed, and serial communication ports for industrial automation applications in the Series 90-30 system.
The General Electric IS220PDIAH1B is a Mark VIe series I/O pack designed for gas turbine control systems, featuring analog input/output capabilities and robust industrial-grade construction for reliable power generation applications.
The General Electric IC695PSD140 is a high-performance power supply module for GE's RX3i PACSystems, delivering reliable 140W output with wide voltage input range (85-264VAC) and robust protection features for industrial automation applications.
The General Electric IS200TH0H1B is a thermocouple interface module for Mark VI turbine systems, providing 16-channel temperature monitoring with ±1°C accuracy. This rugged module supports Type J/K/T thermocouples and features cold junction compensation, ensuring reliable measurements in power generation applications.
The General Electric IS200TSVOH1B is a turbine servo valve interface for Mark VI control systems, featuring ±10V analog output with 12-bit resolution. This rugged module provides current/voltage drive for hydraulic actuators with <0.5% linearity error, ensuring precise turbine control.
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.
