The General Electric DS3800HMPK1C1D is a dedicated thermocouple input module for GE Mark IV/V Speedtronic systems. It is a mature, field-proven revision of the ultimate HMPK series, optimized exclusively for thermocouple signal conditioning in EGT monitoring and high-temperature steam applications.
The General Electric DS3800HMPK1C1B is a dedicated thermocouple input module for GE Mark IV/V Speedtronic systems. It is a mature, field-proven revision of the ultimate HMPK series, optimized exclusively for thermocouple signal conditioning in EGT monitoring and high-temperature steam applications.
The General Electric DS3800HMPK1B1B is a dedicated thermocouple input module for GE Mark IV/V Speedtronic systems. It is a late-stage revision of the ultimate HMPK series, optimized exclusively for thermocouple signal conditioning in EGT monitoring and high-temperature steam applications.
The General Electric DS3800HMPK is a dedicated thermocouple input module for GE Mark IV/V Speedtronic systems. It is the direct successor to the HMPJ series and represents the ultimate evolution of thermocouple-dedicated input modules in the Speedtronic lineup. The General Electric DS3800HMPK incorporates next-generation 24-bit ADC technology, advanced signal processing, and comprehensive predictive diagnostics, making it the definitive choice for critical temperature monitoring applications.
The General Electric DS3800HMPJ1B1D is a dedicated thermocouple input module for GE Mark IV/V Speedtronic systems. It is a late-stage revision of the flagship HMPJ series, optimized exclusively for thermocouple signal conditioning in EGT monitoring and high-temperature steam applications.
The General Electric DS3800HMPJ1A1D is a dedicated thermocouple input module for GE Mark IV/V Speedtronic systems. It is a mid-life revision of the flagship HMPJ series, optimized exclusively for thermocouple signal conditioning in EGT monitoring and high-temperature steam applications.
The General Electric DS3800HMPJ1A1A is a dedicated thermocouple input module for GE Mark IV/V Speedtronic turbine control systems. It belongs to the HMPJ series—the most advanced thermocouple-dedicated family in the Speedtronic lineup. The “1A1A” suffix indicates an early hardware revision and factory calibration profile within the HMPJ series. 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 DS3800HMPJ1A1A represents the entry-level revision of the HMPJ series, offering a balance of next-generation performance with early-production specifications.
The General Electric DS3800HMPJ is a dedicated thermocouple input module for GE Mark IV/V Speedtronic turbine control systems. It is the direct successor to the HMPG series and represents the most advanced thermocouple-dedicated input module in the Speedtronic lineup. The General Electric DS3800HMPJ incorporates next-generation hardware, enhanced signal processing, and improved diagnostics, making it the premier choice for critical temperature monitoring applications such as exhaust gas temperature (EGT) in GE Frame gas turbines and high-temperature steam measurement.
The General Electric DS3800HMPG1G1D 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 “1G1D” suffix indicates a late-stage 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 DS3800HMPG1G1D represents one of the most advanced revisions within the HMPG series, offering near-flagship performance.
The General Electric DS3800HMPG1D1D 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 “1D1D” suffix indicates a mid-life 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 DS3800HMPG1D1D represents an intermediate revision within the HMPG series, offering improved performance over the earlier 1C1C variant.
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.