The General Electric DS3800HMPG1C1C is a dedicated thermocouple input module for GE Mark IV/V Speedtronic turbine control systems. It belongs to the HMPG series—the successor to the HMPF family—and the “1C1C” suffix indicates a specific hardware revision and factory calibration profile. This module is optimized exclusively for thermocouple signal conditioning and is primarily deployed for exhaust gas temperature (EGT) monitoring in GE Frame gas turbines, as well as high-temperature steam measurement in combined-cycle and industrial cogeneration plants. The General Electric DS3800HMPG1C1C represents an early revision within the HMPG series, offering a balance of performance and reliability.
The General Electric DS3800HMPG is a dedicated thermocouple input module for GE Mark IV/V Speedtronic turbine control systems. It is the direct successor to the HMPF series and represents a significant evolution in GE’s thermocouple input module design. The General Electric DS3800HMPG incorporates improved hardware, enhanced diagnostics, and better overall performance compared to its predecessors, making it the preferred choice for new installations and upgrades requiring dedicated thermocouple monitoring.
The General Electric DS3800HMPF1F1F is a dedicated thermocouple input module for GE Mark IV/V Speedtronic turbine control systems. The “1F1F” suffix indicates a late-stage hardware revision—generally considered one of the final and most refined versions before the base DS3800HMPF designation was standardized. This module is optimized exclusively for thermocouple signal conditioning and is primarily deployed for exhaust gas temperature (EGT) monitoring in GE Frame gas turbines, as well as high-temperature steam measurement in combined-cycle and industrial cogeneration plants. The General Electric DS3800HMPF1F1F offers improved stability and diagnostic features compared to earlier 1A, 1B, 1C, and 1E revisions.
The General Electric DS3800HMPF1E1F is a dedicated thermocouple input module for GE Mark IV/V Speedtronic turbine control systems. It is a specialized variant optimized exclusively for thermocouple signal conditioning, with the “1E1F” suffix indicating a late-stage hardware revision and factory calibration profile. This module is nearly identical to the 1E1D and 1E1E variants but with a distinct calibration or minor firmware variation. The General Electric DS3800HMPF1E1F is primarily used for exhaust gas temperature (EGT) monitoring in GE Frame gas turbines and high-temperature steam applications. It represents one of the final revisions before the base HMPF model was established.
he General Electric DS3800HMPF1E1E is a dedicated thermocouple input module for GE Mark IV/V Speedtronic turbine control systems. This is a specialized variant optimized exclusively for thermocouple signal conditioning, with the “1E1E” suffix indicating a late-stage hardware revision and factory calibration profile—very similar to the 1E1D but with a different calibration or minor firmware variant. The General Electric DS3800HMPF1E1E represents one of the most advanced revisions in the early HMPF series and is primarily used for exhaust gas temperature (EGT) monitoring in GE Frame gas turbines and high-temperature steam applications.
The General Electric DS3800HMPF1E1D is a dedicated thermocouple input module for GE Mark IV/V Speedtronic turbine control systems. This is a specialized variant optimized exclusively for thermocouple signal conditioning, with the “1E1D” suffix indicating a specific late-stage hardware revision and factory calibration profile. The General Electric DS3800HMPF1E1D represents one of the more advanced revisions in the early HMPF series, offering improved specifications compared to earlier 1A, 1B, and 1C variants. It is primarily used for exhaust gas temperature (EGT) monitoring in GE Frame gas turbines and high-temperature steam monitoring.
The General Electric DS3800HMPF1C1B is a dedicated thermocouple input module for GE Mark IV/V Speedtronic turbine control systems. This is a specialized variant optimized exclusively for thermocouple signal conditioning, with the “1C1B” suffix indicating a specific mid-life hardware revision and factory calibration profile. The General Electric DS3800HMPF1C1B is primarily used for exhaust gas temperature (EGT) monitoring in GE Frame gas turbines. It represents an intermediate revision between the early 1A1D/1B1B models and the later base HMPF design, offering moderate improvements in accuracy and stability.
The General Electric DS3800HMPF1B1B is a dedicated thermocouple input module for GE Mark IV/V Speedtronic turbine control systems. This is a specialized variant optimized exclusively for thermocouple signal conditioning, with the “1B1B” suffix indicating a specific early hardware revision and factory calibration profile. The General Electric DS3800HMPF1B1B is primarily used for exhaust gas temperature (EGT) monitoring in GE Frame gas turbines. It is an older-generation model, superseded by later HMPF revisions with improved accuracy and isolation.
The General Electric DS3800HMPF1A1D is a dedicated thermocouple input module for GE Mark IV/V Speedtronic turbine control systems. It is a specialized variant of the HMPF series, optimized exclusively for thermocouple signal conditioning. The “1A1D” suffix indicates a specific early hardware revision, factory firmware configuration, and calibration profile. This module is designed for exhaust gas temperature (EGT) monitoring in GE Frame turbines, providing accurate temperature measurement with integrated cold-junction compensation (CJC). The General Electric DS3800HMPF1A1D is an earlier-generation model, superseded by later HMPF revisions with enhanced specifications.
The General Electric DS3800HMPF is a dedicated analog input module designed specifically for thermocouple signal conditioning in GE Mark IV and Mark V Speedtronic turbine control systems. Unlike the HMHA series (which supports multiple input types), the General Electric DS3800HMPF is a thermocouple-only module optimized exclusively for temperature measurement using J, K, T, E, R, S, and B type thermocouples. This specialization allows the General Electric DS3800HMPF to deliver superior cold-junction compensation accuracy and thermal stability compared to universal input modules. It is widely used for exhaust gas temperature (EGT) monitoring in GE Frame gas turbines and for high-temperature steam monitoring in combined-cycle applications.
The General Electric DS3800HMHA1E1F is a high-density analog input module for GE Mark IV/V Speedtronic turbine control systems. It is an input-only module offering 16 channels—double the density of the HMAC series. The “1E1F” suffix indicates a specific hardware revision, factory firmware configuration, and calibration profile. This module is primarily used for exhaust gas temperature (EGT) monitoring in GE Frame turbines, where 16 thermocouple inputs per module provide efficient space utilization. The General Electric DS3800HMHA1E1F is an earlier-generation model in the HMHA series, preceding later revisions with enhanced specifications.
The General Electric DS3800HMHA is a high-density analog input module designed specifically for GE Mark IV and Mark V Speedtronic turbine control systems. Unlike the HMAC series which includes both inputs and outputs, the General Electric DS3800HMHA is an input-only module focused exclusively on analog signal acquisition. This module is optimized for applications requiring maximum channel density for thermocouple and RTD monitoring, particularly in large gas and steam turbine installations with extensive temperature sensing arrays. The General Electric DS3800HMHA serves as the primary data acquisition front-end for exhaust gas temperature (EGT) monitoring in GE Frame turbines.
