IS200TRESH1A is a Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for resistance temperature detector (RTD) and thermocouple inputs in turbine control applications. This board provides centralized termination for RTD sensors such as Pt100 and Ni120, as well as thermocouple sensors, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TRESH1A features integrated termination points with built-in signal conditioning including excitation current, cold-junction compensation (CJC) for thermocouples, filtering, and isolation. It offers 16 mixed input channels (configurable as RTD or thermocouple), making it ideal for applications requiring both temperature sensor types.
IS200TREGH5BDC is an advanced ultra-high-channel-density Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for redundant thermocouple inputs with the highest channel capacity, highest accuracy, advanced diagnostics, and comprehensive calibration management. This board provides centralized termination for thermocouple sensors used in exhaust gas temperature (EGT) monitoring, turbine inlet temperature (TIT) monitoring, and other critical temperature measurement points where redundancy is required for safety and reliability. The IS200TREGH5BDC features integrated termination points for redundant thermocouple inputs with built-in dual cold-junction compensation (CJC), advanced filtering, enhanced isolation, and comprehensive diagnostics. It offers dual-redundant thermocouple channels with hardware-based comparison and voting logic, the highest accuracy, and advanced calibration management.
IS200TREGH2BDC is an advanced high-channel-density Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for redundant thermocouple inputs with extended channel capacity, the highest accuracy, enhanced diagnostics, and comprehensive calibration management. This board provides centralized termination for thermocouple sensors used in exhaust gas temperature (EGT) monitoring, turbine inlet temperature (TIT) monitoring, and other critical temperature measurement points where redundancy is required for safety and reliability. The IS200TREGH2BDC features integrated termination points for redundant thermocouple inputs with built-in dual cold-junction compensation (CJC), advanced filtering, enhanced isolation, and comprehensive diagnostics. It offers dual-redundant thermocouple channels with hardware-based comparison and voting logic, the highest accuracy, and advanced calibration management.
IS200TREGH2B is an advanced high-channel-density Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for redundant thermocouple inputs with extended channel capacity, enhanced diagnostics, and extended temperature range. This board provides centralized termination for thermocouple sensors used in exhaust gas temperature (EGT) monitoring, turbine inlet temperature (TIT) monitoring, and other critical temperature measurement points where redundancy is required for safety and reliability. The IS200TREGH2B features integrated termination points for redundant thermocouple inputs with built-in dual cold-junction compensation (CJC), advanced filtering, enhanced isolation, and comprehensive diagnostics. It offers dual-redundant thermocouple channels with hardware-based comparison and voting logic, extended channel capacity, and advanced diagnostics.
IS200TREGH1BEC is an advanced Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for redundant thermocouple inputs with the highest accuracy, enhanced diagnostics, extended temperature range, and comprehensive calibration management. This board provides centralized termination for thermocouple sensors used in exhaust gas temperature (EGT) monitoring, turbine inlet temperature (TIT) monitoring, and other critical temperature measurement points where redundancy is required for safety and reliability. The IS200TREGH1BEC features integrated termination points for redundant thermocouple inputs with built-in dual cold-junction compensation (CJC), advanced filtering, enhanced isolation, and comprehensive diagnostics. It offers dual-redundant thermocouple channels with hardware-based comparison and voting logic, the highest accuracy, and advanced calibration management.
IS200TREGH1BDB is an advanced Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for redundant thermocouple inputs with the highest accuracy, enhanced diagnostics, extended temperature range, and comprehensive calibration management. This board provides centralized termination for thermocouple sensors used in exhaust gas temperature (EGT) monitoring, turbine inlet temperature (TIT) monitoring, and other critical temperature measurement points where redundancy is required for safety and reliability. The IS200TREGH1BDB features integrated termination points for redundant thermocouple inputs with built-in dual cold-junction compensation (CJC), advanced filtering, enhanced isolation, and comprehensive diagnostics. It offers dual-redundant thermocouple channels with hardware-based comparison and voting logic, the highest accuracy, and advanced calibration management.
IS200TREGH1B is an advanced Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for redundant thermocouple inputs with enhanced diagnostics, extended temperature range, and advanced redundancy features. This board provides centralized termination for thermocouple sensors used in exhaust gas temperature (EGT) monitoring, turbine inlet temperature (TIT) monitoring, and other critical temperature measurement points where redundancy is required for safety and reliability. The IS200TREGH1B features integrated termination points for redundant thermocouple inputs with built-in cold-junction compensation (CJC), filtering, enhanced isolation, and comprehensive diagnostics. It offers dual-redundant thermocouple channels with hardware-based comparison and voting logic, enhanced accuracy, and extended temperature range.
IS200TREGH1A is a Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for redundant thermocouple inputs in critical turbine temperature monitoring applications. This board provides centralized termination for thermocouple sensors used in exhaust gas temperature (EGT) monitoring, turbine inlet temperature (TIT) monitoring, and other critical temperature measurement points where redundancy is required for safety and reliability. The IS200TREGH1A features integrated termination points for redundant thermocouple inputs with built-in cold-junction compensation (CJC), filtering, enhanced isolation, and comprehensive diagnostics. It offers dual-redundant thermocouple channels with hardware-based comparison and voting logic for critical applications.
IS200TPROH2CBB is an advanced high-channel-density Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for speed probe and proximity probe inputs with the highest channel capacity, highest accuracy, comprehensive diagnostics, and advanced calibration management. This board provides centralized termination for speed sensors such as magnetic pickups, proximity probes, and other frequency-output devices used for turbine shaft speed monitoring, overspeed detection, and speed control. The IS200TPROH2CBB features integrated termination points for speed inputs with built-in signal conditioning including filtering, enhanced isolation, and surge protection. It offers up to 6 independent speed input channels—the highest channel count in the Mark VIe speed probe terminal family—with programmable scaling, frequency measurement, enhanced diagnostics including signal integrity monitoring, sensor drift detection, and comprehensive calibration features.
IS200TPROH2C is a high-channel-density Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for speed probe and proximity probe inputs with extended channel capacity, enhanced diagnostics, and extended temperature range. This board provides centralized termination for speed sensors such as magnetic pickups, proximity probes, and other frequency-output devices used for turbine shaft speed monitoring, overspeed detection, and speed control. The IS200TPROH2C features integrated termination points for speed inputs with built-in signal conditioning including filtering, enhanced isolation, and surge protection. It offers up to 6 independent speed input channels with programmable scaling, frequency measurement, enhanced diagnostics including signal integrity monitoring, reference validation, calibration tracking, and extended temperature range.
IS200TPROH1C is an advanced Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for speed probe and proximity probe inputs with extended channel capacity and enhanced diagnostics. This board provides centralized termination for speed sensors such as magnetic pickups, proximity probes, and other frequency-output devices used for turbine shaft speed monitoring, overspeed detection, and speed control. The IS200TPROH1C features integrated termination points for speed inputs with built-in signal conditioning including filtering, enhanced isolation, and surge protection. It offers up to 6 independent speed input channels—the highest channel count in the Mark VIe speed probe terminal family—with programmable scaling, frequency measurement, enhanced diagnostics including signal integrity monitoring, and extended temperature range.
IS200TPROH1BCB is an advanced Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for speed probe and proximity probe inputs with the highest accuracy, enhanced diagnostics, extended temperature range, and comprehensive calibration management. This board provides centralized termination for speed sensors such as magnetic pickups, proximity probes, and other frequency-output devices used for turbine shaft speed monitoring, overspeed detection, and speed control. The IS200TPROH1BCB features integrated termination points for speed inputs with built-in signal conditioning including filtering, enhanced isolation, and surge protection. It offers up to 4 independent speed input channels with programmable scaling, frequency measurement, enhanced diagnostics including signal integrity monitoring, advanced calibration features, and extended temperature range.
