The DS3815PAAA is a combined power supply and analog input module for the GE Mark IV turbine control system. It integrates regulated DC power outputs for field sensors and high-accuracy analog input channels in a single module, making it ideal for compact turbine control applications where both sensor excitation and measurement are required. This module provides stable, low-noise excitation for transducers while simultaneously acquiring precise analog measurements. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800XPEN series, DS3800NVPA series, and DS3810EEPA.
The DS3815DMCC is a high-density digital input/output module for the GE Mark IV turbine control system, featuring integrated field termination and a compact, high-channel-count design. This module provides an exceptionally large number of digital input and output channels in a single slot, designed for centralized field signal distribution in large turbine control cabinets. It offers a balance of high I/O density, solid-state output reliability, and reduced installation complexity. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3810BFDA, DS3810DDDD, and DS3815DMCB1J1.
The DS3815DMCB1J1 is a high-density digital input/output module for the GE Mark IV turbine control system, featuring integrated field termination and the latest firmware revision (1J1) . This module provides a large number of digital input and output channels in a compact form factor, designed for centralized field signal distribution in turbine control cabinets. The 1J1 firmware adds enhanced diagnostics, improved self-test routines, expanded fault logging, and optimized I/O scanning . It is ideal for applications requiring high I/O density with reduced installation complexity. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3810BFDA, DS3810DDDD, and DS3810HDDD.
The DS3810RAMC1A1A is an advanced, high-reliability relay and alarm module board for the GE Mark IV turbine control system, featuring the latest firmware revision (1A1A) . It provides a large number of relay outputs specifically designed for alarm annunciation, trip indication, and status signaling, with an enhanced dual-coil relay design that offers redundant coil drive for critical alarm circuits. The 1A1A firmware adds enhanced contact weld detection, improved coil diagnostics, expanded fault logging, self-test on power-up, and enhanced alarm logic capabilities. This board is built for safety-critical applications where relay failure is not acceptable. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800NVRC series, and DS3810DDDB.
The DS3810RAMC is a high-reliability relay and alarm module board for the GE Mark IV turbine control system. It provides a large number of relay outputs specifically designed for alarm annunciation, trip indication, and status signaling, with an enhanced dual-coil relay design that offers redundant coil drive for critical alarm circuits. This board is built for safety-critical applications where relay failure is not acceptable. It combines high-density relay outputs with integrated alarm logic and advanced diagnostics, making it ideal for centralized alarm management in critical turbine control applications. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800NVRC series, and DS3810DDDB.
The DS3810RAMA is a dedicated relay and alarm module board for the GE Mark IV turbine control system. It provides a large number of relay outputs specifically designed for alarm annunciation, trip indication, and status signaling to external systems such as DCS, plant annunciators, and operator panels. This board combines high-density relay outputs with integrated alarm logic and diagnostic capabilities, making it ideal for centralized alarm management in turbine control applications. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800NVRC series, and DS3810DDDB.
The DS3810MTRA1A1A is an advanced memory and time-stamp recorder board for the GE Mark IV turbine control system, featuring the latest firmware revision (1A1A) . It combines non-volatile memory storage with high-accuracy time-stamping capabilities for recording turbine events, alarms, trips, and operational data. The 1A1A firmware adds enhanced time-stamp accuracy, improved event logging, expanded fault logging, and enhanced battery diagnostics. This board is designed to provide a detailed, time-correlated history of turbine operations for root-cause analysis and maintenance planning. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800NVMB, DS3810MMAB, and DS3800SCG.
The DS3810MTRA is a specialized memory and time-stamp recorder board for the GE Mark IV turbine control system. It combines non-volatile memory storage with high-accuracy time-stamping capabilities for recording turbine events, alarms, trips, and operational data. This board is designed to provide a detailed, time-correlated history of turbine operations, enabling root-cause analysis, maintenance planning, and performance trending. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800NVMB, DS3810MMAB, and DS3800SCG.
The DS3810MMBA is a high-capacity memory module and battery-backed RAM board for the GE Mark IV turbine control system. It provides large-capacity non-volatile storage for critical turbine control parameters, setpoints, configuration data, historical fault logs, and extended event histories. This board offers significantly more storage capacity than standard memory boards, making it ideal for applications requiring extensive data logging, detailed event histories, or large configuration datasets. It uses a field-replaceable battery to maintain memory contents when primary power is lost. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800NVMB, DS3810MMAB, and DS3800SCG.
The DS3810MMAB1A1A is an advanced memory module and battery-backed RAM board for the GE Mark IV turbine control system, featuring the latest firmware revision (1A1A) . It provides non-volatile storage for critical turbine control parameters, setpoints, configuration data, and historical fault logs. The 1A1A firmware adds enhanced battery health diagnostics, improved self-test routines, expanded fault logging, and enhanced error detection/correction (ECC) . This board ensures that essential data is preserved through power cycles and system restarts, using a field-replaceable battery to maintain memory contents. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800NVMB, and DS3800SCG.
The DS3810MMAB is a memory module and battery-backed RAM board for the GE Mark IV turbine control system. It provides non-volatile storage for critical turbine control parameters, setpoints, configuration data, and historical fault logs. This board ensures that essential data is preserved through power cycles and system restarts, using a field-replaceable battery to maintain memory contents when primary power is lost. It is essential for reliable turbine startup and operation, storing tuning constants, calibration values, and trip history. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800NVMB, and DS3800SCG.
The DS3810HDDD is a high-density digital input/output board for the GE Mark IV turbine control system, designed to provide an exceptionally large number of digital I/O channels in a single VME slot. It combines high-channel-count digital inputs and solid-state outputs with integrated field wiring termination and enhanced diagnostic capabilities. This board is the ultimate solution for applications requiring maximum digital I/O density, such as large combined-cycle plants or multi-turbine installations. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800XBFA, DS3810BFDA, and DS3810DDDD.
