The GE IS210DTCIH1AA is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a dedicated Dual Thermocouple and Current Input module, designed to provide high-precision temperature measurement from two independent thermocouples per channel alongside current-based analog inputs for turbine control applications. The GE IS210DTCIH1AA combines the robust dual-TC and current input capabilities of the “H1A” series with the “AA” suffix enhancements—typically indicating military-grade components, extended burn-in (120 hours), 100% X-ray/AOI inspection, and conformal coating as standard for maximum reliability in harsh environments. This board is designed for critical redundant temperature monitoring and current measurement applications requiring absolute reliability.
The GE IS210DTCIH1A is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a dedicated Dual Thermocouple and Current Input module, designed to provide high-precision temperature measurement from two independent thermocouples per channel alongside current-based analog inputs for turbine control applications. The GE IS210DTCIH1A enables redundant thermocouple monitoring with dual inputs per measurement point, while also providing 4–20 mA current inputs for pressure, flow, and position transmitters—all within a single module. The “H1A” designation indicates a first-generation dual thermocouple and current input module with robust performance and diagnostic features.
The GE IS210DTAIH1AA is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a dedicated Dual Thermocouple and Analog Input module, designed to provide high-precision temperature measurement from two independent thermocouples per channel alongside general-purpose analog inputs for turbine control applications. The GE IS210DTAIH1AA combines the robust dual-TC and analog capabilities of the “H1A” series with the “AA” suffix enhancements—typically indicating military-grade components, extended burn-in (120 hours), 100% X-ray/AOI inspection, and conformal coating as standard for maximum reliability in harsh environments. This board is designed for critical redundant temperature monitoring and analog measurement applications requiring absolute reliability.
The GE IS210DTAIH1A is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a dedicated Dual Thermocouple and Analog Input module, designed to provide high-precision temperature measurement from two independent thermocouples per channel alongside general-purpose analog inputs for turbine control applications. The GE IS210DTAIH1A enables redundant thermocouple monitoring with dual inputs per measurement point—ensuring reliable temperature data for critical protection and control logic. The “H1A” designation indicates a first-generation dual thermocouple and analog input module with robust performance and diagnostic features.
The GE IS210DSVOH2BA is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a high-performance Discrete Solenoid and Valve Output module, representing a significant upgrade over the DSVOH1A series. The GE IS210DSVOH2BA provides high-current discrete outputs for controlling solenoids, valves, contactors, and actuators with higher current capacity, improved diagnostics, and enhanced reliability. The “H2BA” designation indicates a second-generation discrete solenoid and valve output module with the “BA” suffix denoting military-grade components, extended burn-in (120 hours), 100% X-ray/AOI inspection, and conformal coating as standard.
The GE IS210DSVOH1AA is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a dedicated Discrete Solenoid and Valve Output module, designed to provide high-current discrete outputs for controlling solenoids, valves, contactors, and actuators in turbine control applications. The GE IS210DSVOH1AA combines the robust output capabilities of the “H1A” series with the “AA” suffix enhancements—typically indicating military-grade components, extended burn-in (120 hours), 100% X-ray/AOI inspection, and conformal coating as standard for maximum reliability in harsh environments. This board is designed for critical solenoid and valve control applications requiring absolute reliability.
The GE IS210DSVOH1A is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a dedicated Discrete Solenoid and Valve Output module, designed to provide high-current discrete outputs for controlling solenoids, valves, contactors, and actuators in turbine control applications. The GE IS210DSVOH1A converts digital control signals from the processor board (VPRO series) into robust high-current outputs, enabling reliable switching of inductive and resistive loads. The “H1A” designation indicates a first-generation discrete solenoid and valve output module with robust protection and diagnostic features.
The GE IS210DSCBH1A is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a dedicated Discrete, Serial, and Communication Bridge module, designed to provide high-density discrete I/O, serial communication, and network bridging for turbine control applications. The GE IS210DSCBH1A serves as a versatile communication and I/O interface—enabling direct connection of discrete field devices, serial devices (RS-232/RS-485), and Ethernet networks. The “H1A” designation indicates a first-generation discrete, serial, and communication bridge module with robust performance and diagnostic features.
The GE IS210DRTDH1AA is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a dedicated Dual-RTD Input module, designed to provide high-precision temperature measurement from two independent RTD sensors per channel for turbine control applications. The GE IS210DRTDH1AA combines the robust dual-RTD capabilities of the “H1A” series with the “AA” suffix enhancements—typically indicating military-grade components, extended burn-in (120 hours), 100% X-ray/AOI inspection, and conformal coating as standard for maximum reliability in harsh environments. This board is designed for critical redundant temperature monitoring applications requiring absolute reliability.
The GE IS210DRTDH1A is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a dedicated Dual-RTD Input module, designed to provide high-precision temperature measurement from two independent RTD sensors per channel for turbine control applications. The GE IS210DRTDH1A enables redundant temperature monitoring with dual RTD inputs per measurement point—ensuring reliable temperature data for critical protection and control logic. The “H1A” designation indicates a first-generation dual-RTD input module with robust performance and diagnostic features.
The GE IS210BPPCH1AD is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a dedicated Bridge, Pulse, Pressure, and Control module, representing a premium variant of the BPPC series. The GE IS210BPPCH1AD combines the advanced capabilities of the “H1A” architecture with the “AD” suffix enhancements—typically indicating military-grade components, extended burn-in (120 hours), 100% X-ray/AOI inspection, and the highest-quality conformal coating for maximum reliability in the most demanding environments. This board is designed for critical measurement and control applications requiring absolute reliability and precision.
The GE IS210BPPCH1ACA is a VMEbus terminal board manufactured by General Electric for the Mark VIe distributed control system (DCS). This board is a dedicated Bridge, Pulse, Pressure, and Control module, representing a premium variant of the BPPC series. The GE IS210BPPCH1ACA combines the advanced capabilities of the “H1A” architecture with the “ACA” suffix enhancements—typically indicating military-grade components, extended burn-in (120 hours), 100% X-ray/AOI inspection, and the highest-quality conformal coating for maximum reliability in the most demanding environments. This board is designed for critical measurement and control applications requiring absolute reliability and precision.
