IS200TDBTH6ABC is an advanced high-density Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for thermocouple and analog input signals with mixed channel configuration, enhanced accuracy, dual-redundant CJC, advanced diagnostics, and extended temperature range. This board provides centralized termination for both thermocouple sensors and analog transmitters in a single board, making it ideal for applications requiring both temperature and process variable monitoring. The IS200TDBTH6ABC features integrated termination points with built-in dual cold-junction compensation (CJC) for thermocouple inputs and enhanced signal conditioning for analog inputs, all with enhanced isolation and comprehensive diagnostics including calibration tracking.
IS200TDBTH6A is a high-density Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for thermocouple and analog input signals with mixed channel configuration, enhanced diagnostics, and extended temperature range. This board provides centralized termination for both thermocouple sensors and analog transmitters in a single board, making it ideal for applications requiring both temperature and process variable monitoring. The IS200TDBTH6A features integrated termination points with built-in cold-junction compensation (CJC) for thermocouple inputs and signal conditioning for analog inputs, all with enhanced isolation and comprehensive diagnostics.
IS200TDBTH4AAA is an advanced high-density Terminal Board within the GE Mark VIe Speedtronic control system, designed as a field termination and signal conditioning interface for thermocouple and analog input signals with mixed channel configuration, enhanced diagnostics, and extended temperature range. This board provides centralized termination for both thermocouple sensors and analog transmitters in a single board, making it ideal for applications requiring both temperature and process variable monitoring. The IS200TDBTH4AAA features integrated termination points with built-in cold-junction compensation (CJC) for thermocouple inputs and signal conditioning for analog inputs, all with enhanced isolation and comprehensive diagnostics.
IS200TDBSH6A is a Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for discrete input and output signals in turbine control applications. This board provides centralized termination for both discrete inputs (dry-contact sensors) and discrete outputs (actuators), combining monitoring and control functions in a single board. The IS200TDBSH6A features integrated termination points for discrete inputs with opto-isolation and filtering, as well as discrete outputs with relay isolation and surge suppression. It offers a versatile channel configuration with comprehensive diagnostics, making it ideal for applications requiring both input monitoring and output control in a compact form factor.
IS200TCATH1A is a Thermocouple Analog Input Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for thermocouple and analog input signals in turbine control applications. This board provides centralized termination for a mixed configuration of thermocouple sensors and analog transmitters, making it ideal for applications requiring both temperature and process variable monitoring in a single board. The IS200TCATH1A features integrated termination points for thermocouple inputs with built-in cold-junction compensation (CJC), filtering, and isolation, as well as analog inputs for 4–20 mA or voltage signals. It offers a versatile channel configuration with comprehensive diagnostics.
IS200TBTCH1CAA is an advanced ultra-high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for thermocouple input signals with the highest channel density, enhanced accuracy, dual-redundant CJC, advanced diagnostics, and extended temperature range. This board provides centralized termination for thermocouple sensors such as exhaust gas temperature (EGT) thermocouples, turbine inlet temperature (TIT) sensors, and other high-temperature monitoring points, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBTCH1CAA features integrated termination points for thermocouple inputs with built-in signal conditioning including dual cold-junction compensation (CJC), advanced filtering, and enhanced isolation. It offers 64 thermocouple input channels—the absolute highest density in the Mark VIe thermocouple terminal family—with superior accuracy, dual-redundant CJC, extended temperature range, and comprehensive diagnostics including reference validation, calibration tracking, and sensor drift detection.
IS200TBTCH1C is a high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for thermocouple input signals with advanced diagnostics and extended temperature range. This board provides centralized termination for thermocouple sensors such as exhaust gas temperature (EGT) thermocouples, turbine inlet temperature (TIT) sensors, and other high-temperature monitoring points, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBTCH1C features integrated termination points for thermocouple inputs with built-in signal conditioning including cold-junction compensation (CJC), filtering, and isolation. It offers 64 thermocouple input channels—the highest density in the Mark VIe thermocouple terminal family—with enhanced CJC accuracy, extended temperature range, and comprehensive diagnostics.
IS200TBTCH1BCB is an advanced high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for thermocouple input signals with enhanced accuracy, dual-redundant CJC, advanced diagnostics, and extended temperature range. This board provides centralized termination for thermocouple sensors such as exhaust gas temperature (EGT) thermocouples, turbine inlet temperature (TIT) sensors, and other high-temperature monitoring points, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBTCH1BCB features integrated termination points for thermocouple inputs with built-in signal conditioning including dual cold-junction compensation (CJC), advanced filtering, and enhanced isolation. It offers 48 thermocouple input channels with superior accuracy, dual-redundant CJC, extended temperature range, and comprehensive diagnostics including reference validation, calibration tracking, and enhanced EMC protection.
IS200TBTCH1BBB is an advanced high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for thermocouple input signals with the highest accuracy, dual-redundant CJC, advanced diagnostics, and extended temperature range. This board provides centralized termination for thermocouple sensors such as exhaust gas temperature (EGT) thermocouples, turbine inlet temperature (TIT) sensors, and other high-temperature monitoring points, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBTCH1BBB features integrated termination points for thermocouple inputs with built-in signal conditioning including dual cold-junction compensation (CJC), advanced filtering, and enhanced isolation. It offers 48 thermocouple input channels—the highest density in the Mark VIe thermocouple terminal family—with superior accuracy, dual-redundant CJC, extended temperature range, and the most comprehensive diagnostics including reference validation and calibration tracking.
IS200TBTCH1BAA is an advanced high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for thermocouple input signals with enhanced accuracy, advanced diagnostics, and extended temperature range. This board provides centralized termination for thermocouple sensors such as exhaust gas temperature (EGT) thermocouples, turbine inlet temperature (TIT) sensors, and other high-temperature monitoring points, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBTCH1BAA features integrated termination points for thermocouple inputs with built-in signal conditioning including cold-junction compensation (CJC), filtering, and isolation. It offers 48 thermocouple input channels—the highest density in the Mark VIe thermocouple terminal family—with enhanced CJC accuracy, extended temperature range, and comprehensive diagnostics including reference validation and calibration tracking.
IS200TBTCH1B is a high-capacity Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for thermocouple input signals with enhanced diagnostics and extended temperature range. This board provides centralized termination for thermocouple sensors such as exhaust gas temperature (EGT) thermocouples, turbine inlet temperature (TIT) sensors, and other high-temperature monitoring points, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBTCH1B features integrated termination points for thermocouple inputs with built-in signal conditioning including cold-junction compensation (CJC), filtering, and isolation. It offers 48 thermocouple input channels—the highest density in the Mark VIe thermocouple terminal family—with enhanced CJC accuracy, extended temperature range, and comprehensive diagnostics.
IS200TBTCH1A is a Terminal Board within the GE Mark VIe Speedtronic control system, designed as a high-density field termination and signal conditioning interface for thermocouple input signals in turbine control applications. This board provides centralized termination for thermocouple sensors such as exhaust gas temperature (EGT) thermocouples, turbine inlet temperature (TIT) sensors, and other high-temperature monitoring points, connecting to the Mark VIe main VME-based controller processors via front-panel I/O cables. The IS200TBTCH1A features integrated termination points for thermocouple inputs with built-in signal conditioning including cold-junction compensation (CJC), filtering, and isolation. It offers 32 thermocouple input channels with high accuracy, built-in CJC, and comprehensive diagnostics.
