The DS3810BFDA is a digital I/O and field distribution board for the GE Mark IV turbine control system. It provides a high-density interface between the Mark IV controller and field devices such as switches, pushbuttons, limit switches, proximity sensors, solenoid valves, motor contactors, and alarm indicators. This board combines digital input and output channels with integrated field wiring termination, reducing the need for external marshalling cabinets. It is designed for efficient field signal distribution and reliable operation in industrial environments. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800XBFA, and DS3800NVRC series.
The DS38080HRDB is a high-reliability digital output board for the GE Mark IV turbine control system. It provides multiple isolated digital output channels designed for driving critical field devices such as solenoid valves, trip relays, motor contactors, and alarm indicators. This board is built with enhanced components and design features to ensure reliable operation in harsh industrial environments, making it suitable for safety-critical turbine control applications. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800NVRC series, and DS3800XBFA.
The DS3800XVIB1A1A is an advanced, high-channel-count vibration input board for the GE Mark IV turbine control system, featuring the latest firmware revision (1A1A) . It is designed to interface with accelerometers, velocity sensors, and proximity probes for continuous monitoring of turbine shaft vibration, bearing vibration, and casing vibration. This board offers more input channels (8–16) than the standard DS3800XVIA, with the 1A1A firmware adding self-test on power-up, improved accuracy (18-bit ADC) , expanded filtering options, enhanced isolation (2500V) , extended temperature range, and enhanced fault logging. It is ideal for large turbines or multiple-machine installations where numerous vibration points must be monitored. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800XCIA series, and DS3800NVPA series.
The DS3800XVIB is a high-channel-count vibration input board for the GE Mark IV turbine control system. It is designed to interface with accelerometers, velocity sensors, and proximity probes for continuous monitoring of turbine shaft vibration, bearing vibration, and casing vibration. This board offers more input channels than the standard DS3800XVIA, providing expanded monitoring capability in a single slot. It is ideal for large turbines or multiple-machine installations where numerous vibration points must be monitored. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800XCIA series, and DS3800NVPA series.
The DS3800XVIA1A1A is an advanced vibration input board for the GE Mark IV turbine control system, featuring the latest firmware revision (1A1A) . It is designed to interface with accelerometers, velocity sensors, and proximity probes for continuous monitoring of turbine shaft vibration, bearing vibration, and casing vibration. This board provides multiple vibration input channels with built-in signal conditioning, including charge amplification, filtering, integration circuitry, and enhanced diagnostics. The 1A1A firmware adds self-test on power-up, improved accuracy, expanded filtering options, and enhanced fault logging. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800XCIA series, and DS3800NVPA series.
The DS3800XVIA is a specialized vibration input board for the GE Mark IV turbine control system. It is designed to interface with accelerometers, velocity sensors, and proximity probes for continuous monitoring of turbine shaft vibration, bearing vibration, and casing vibration. This board provides multiple vibration input channels with built-in signal conditioning, integrating charge amplification, filtering, and integration circuitry required for piezoelectric accelerometers and other vibration transducers. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800XCIA series, and DS3800NVPA series.
The DS3800XTIA1A1B is an advanced multi-function board for the GE Mark IV turbine control system that combines temperature measurement (thermocouple/RTD) with analog output capabilities, featuring the latest firmware revision (1A1B) . It is designed for applications requiring both precise temperature monitoring and the generation of analog control signals (4–20mA or 0–10V) for actuators, valves, or external systems. The 1A1B firmware adds enhanced diagnostics, self-test on power-up, improved output accuracy, and expanded scaling options. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, and DS3800XTBA series.
The DS3800XTIA is a multi-function board for the GE Mark IV turbine control system that combines temperature measurement (thermocouple/RTD) with analog output capabilities. It is designed for applications requiring both precise temperature monitoring and the generation of analog control signals (4–20mA or 0–10V) for actuators, valves, or external systems. This board provides multiple thermocouple/RTD input channels along with analog output channels for control or retransmission, making it ideal for compact turbine control systems where measurement and output are needed in a single slot. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800XTBA series, and DS3800NVOC.
The DS3800XTFT1B1B is an advanced multi-function board for the GE Mark IV turbine control system that combines temperature measurement (thermocouple/RTD) with frequency transmitter (signal conversion) capabilities, featuring the latest firmware revision (1B1B) . It is designed for applications requiring both precise temperature monitoring and the conversion of frequency signals into standard analog or digital outputs for integration with external systems. The 1B1B firmware provides refined diagnostic reporting, enhanced fault logging, and improved output scaling resolution over the 1B1A variant. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, and DS3800XTBA series.
The DS3800XTFT1B1A is an advanced multi-function board for the GE Mark IV turbine control system that combines temperature measurement (thermocouple/RTD) with frequency transmitter (signal conversion) capabilities, featuring the latest firmware revision (1B1A) . It is designed for applications requiring both precise temperature monitoring and the conversion of frequency signals into standard analog or digital outputs for integration with external systems. The 1B1A firmware adds enhanced diagnostics, self-test on power-up, improved accuracy, and expanded output scaling options. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, and DS3800XTBA series.
The DS3800XTFT is a specialized multi-function board for the GE Mark IV turbine control system that combines temperature measurement (thermocouple/RTD) with frequency transmitter (signal conversion) capabilities. It is designed for applications requiring both precise temperature monitoring and the conversion of frequency signals into standard analog or digital outputs for integration with external systems. This board provides multiple thermocouple/RTD input channels along with frequency-to-analog or frequency-to-digital conversion channels, making it ideal for compact turbine monitoring systems where signal conditioning and transmission are needed. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800XTBA series, and DS3800XCIA series.
The DS3800XTFS1A1A is an advanced multi-function test and simulation board for the GE Mark IV turbine control system, featuring the latest firmware revision (1A1A) . It combines thermocouple/RTD signal simulation with frequency/pulse signal generation capabilities, all in a single VME slot. The 1A1A firmware adds enhanced diagnostics, self-test on power-up, improved accuracy, and expanded simulation range. It is designed for field calibration, loop testing, and troubleshooting of temperature and frequency measurement channels. It works alongside boards such as the DS3800NVIA1G1C, DS3800NVIA1G1D, DS3800XTBA series, and DS3800XCIA series
