The DS200TCEAG2B is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with enhanced accuracy and G2 wiring configuration, designed for high-precision temperature monitoring in turbines with non-standard terminal mapping. It supports 16 differential channels, fixed firmware, and offers improved cold-junction compensation with a specific channel-to-terminal arrangement for compatibility with certain cabinet wiring standards.
The DS200TCEAG1BTF is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with enhanced accuracy, basic configuration, and Teflon-coated protection. It supports 16 differential channels, fixed firmware, and offers high-precision cold-junction compensation with superior chemical and moisture resistance from its specialized fluoropolymer coating.
The DS200TCEAG1BJE is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with enhanced accuracy, basic configuration, and military-grade environmental protection. It supports 16 differential channels, fixed firmware, and offers high-precision cold-junction compensation with the widest temperature range and maximum corrosion resistance in the TCEA series.
The DS200TCEAG1B is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with enhanced accuracy and basic configuration, designed for high-precision temperature monitoring in gas and steam turbine applications. It supports 16 differential channels, fixed firmware, and offers improved cold-junction compensation with a slightly wider temperature range than the G1A variant.
The DS200TCEAG1A is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with enhanced accuracy and basic configuration, designed for high-precision temperature monitoring in gas and steam turbine applications. It supports 16 differential channels, fixed firmware, and offers improved cold-junction compensation for superior measurement stability.
The DS200TCDAH1BJE is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with 4-wire configuration, high-grade diagnostics, and the highest level of environmental protection, designed for accurate temperature monitoring over long cable runs in the most extreme industrial environments. It supports 16 differential channels, advanced diagnostics (drift, degradation, calibration verification), and fixed firmware, with maximum corrosion resistance and military/aviation-grade component reliability.
The DS200TCDAH1BHE is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with 4-wire configuration, high-grade diagnostics, and enhanced environmental protection, designed for accurate temperature monitoring over long cable runs in the most demanding industrial environments. It supports 16 differential channels, advanced diagnostics (drift, degradation, calibration verification), and fixed firmware, with the highest level of corrosion resistance in the H-series family.
The DS200TCDAH1BHD is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with 4-wire configuration and high-grade diagnostics with extended thermal range, designed for accurate temperature monitoring over long cable runs in demanding environments with predictive fault detection. It supports 16 differential channels, advanced diagnostics (including drift and degradation monitoring), and fixed firmware, with upgraded components for superior reliability.
The DS200TCDAH1BGD is a GE Speedtronic Mark V/VIe terminal board for thermocouple inputs with 4-wire configuration and extended diagnostics, designed for accurate temperature monitoring over long cable runs with enhanced fault detection. It supports 16 differential channels, advanced diagnostics (including drift monitoring), and fixed firmware.
The DS200TCDAH1B is a specialized turbine control board manufactured by General Electric (GE) as part of the Mark V / Mark VIe Speedtronic series. This board functions as a Terminal Board for Thermocouple Inputs with 4-Wire Configuration and Basic Features, designed to interface with multiple thermocouple sensors (typically Type J or K) in heavy-duty gas and steam turbine applications. The “H” designation indicates a specific channel-to-terminal arrangement that supports 4-wire sensor connections, enabling more accurate cold-junction compensation or extended cable runs by allowing separate sense and compensation leads. It converts low-level millivolt signals from temperature sensors into digital data for the main turbine control processor, ensuring essential thermal monitoring and protection for critical rotating equipment.
The DS200TCDAG2B is a specialized turbine control board manufactured by General Electric (GE) as part of the Mark V / Mark VIe Speedtronic series. This board functions as a Terminal Board for Thermocouple Inputs with 2-Wire Configuration and Basic Features, designed to interface with multiple thermocouple sensors (typically Type J or K) in heavy-duty gas and steam turbine applications. It converts low-level millivolt signals from temperature sensors into digital data for the main turbine control processor, ensuring essential thermal monitoring and protection for critical rotating equipment. The “2” in the model number indicates a specific channel-to-terminal arrangement that differs from the “1” series, optimized for certain wiring layouts or backplane configurations.
The DS200TCDAG1BDB is a specialized turbine control board manufactured by General Electric (GE) as part of the Mark V / Mark VIe Speedtronic series. This board functions as a Terminal Board for Thermocouple Inputs with Extended Temperature Range and Enhanced Coating, designed to interface with multiple thermocouple sensors (typically Type J or K) in heavy-duty gas and steam turbine applications, particularly in extreme environmental conditions. It converts low-level millivolt signals from temperature sensors into digital data for the main turbine control processor, ensuring reliable thermal monitoring and protection for critical rotating equipment even in high-temperature, high-humidity, or corrosive atmospheres.