IS200STCIS6A is a high-density Contact Input Terminal Board within the GE Mark VIe Speedtronic control system, providing 48 isolated discrete input channels optimized for 24 VDC operation in turbine control applications. This board interfaces with field-mounted dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, delivering isolated digital signals to the Mark VIe main VME-based controller processors. The IS200STCIS6A features 48 isolated discrete input channels with built-in contact debouncing, change-of-state detection, 1 ms event time-stamping, and comprehensive diagnostics including open-wire detection, short-circuit detection, and stuck-contact monitoring. The board communicates with the GE controller via the VME backplane, enabling real-time monitoring of turbine status, alarm conditions, and safety interlocks.
IS200STCIH6ADD is a high-density Contact Input Terminal Board within the GE Mark VIe Speedtronic control system, providing 48 isolated discrete input channels with enhanced diagnostics and extended temperature range. This board interfaces with field-mounted dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, delivering isolated digital signals to the Mark VIe main VME-based controller processors. The IS200STCIH6ADD features 48 isolated discrete input channels with built-in contact debouncing, change-of-state detection, 1 ms event time-stamping, and comprehensive diagnostics including open-wire detection, short-circuit detection, stuck-contact monitoring, and input voltage monitoring. The board communicates with the GE controller via the VME backplane, enabling real-time monitoring of turbine status, alarm conditions, and safety interlocks.
IS200STCIH6A is a high-density Contact Input Terminal Board within the GE Mark VIe Speedtronic control system, providing 48 isolated discrete input channels for turbine control applications. This board interfaces with field-mounted dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, delivering isolated digital signals to the Mark VIe main VME-based controller processors. The IS200STCIH6A features 48 isolated discrete input channels with built-in contact debouncing, change-of-state detection, 1 ms event time-stamping, and comprehensive diagnostics including open-wire detection, short-circuit detection, and stuck-contact monitoring. The board communicates with the GE controller via the VME backplane, enabling real-time monitoring of turbine status, alarm conditions, and safety interlocks.
IS200STCIH1ADD is an advanced Contact Input Terminal Board within the GE Mark VIe Speedtronic control system, providing 24 isolated discrete input channels with enhanced diagnostics and extended temperature range for turbine control applications. This board interfaces with field-mounted dry-contact sensors such as pressure switches, temperature switches, level switches, limit switches, and emergency stop pushbuttons, delivering isolated digital signals to the Mark VIe main VME-based controller processors. The IS200STCIH1ADD features 24 isolated discrete input channels with built-in contact debouncing, change-of-state detection, 1 ms event time-stamping, and comprehensive diagnostics including open-wire detection, short-circuit detection, stuck-contact monitoring, and input voltage monitoring. The board communicates with the GE controller via the VME backplane, enabling real-time monitoring of turbine status, alarm conditions, and safety interlocks.
IS200STCIH1A is a Contact Input Terminal Board within the GE Mark VIe Speedtronic control system, designed for high-density discrete signal monitoring in turbine control applications. This board interfaces with field-mounted dry-contact sensors such as pressure switches, temperature switches, level switches, flow switches, limit switches, and emergency stop pushbuttons, delivering isolated digital signals to the Mark VIe main VME-based controller processors. The IS200STCIH1A features 24 isolated discrete input channels with built-in contact debouncing, change-of-state detection, and comprehensive diagnostics including open-wire and short-circuit detection. The board communicates with the GE controller via the VME backplane, enabling real-time monitoring of turbine status, alarm conditions, and safety interlocks.
IS200STAIS2ACB is a high-density Analog Input Terminal Board within the GE Mark VIe Speedtronic control system, providing 32 isolated 4–20 mA input channels with enhanced accuracy and advanced diagnostics. This board interfaces with field sensors such as pressure transmitters, temperature transmitters, flow meters, and position transducers, delivering digitized signals to the Mark VIe main processor via the VME backplane. Each channel features programmable filtering, open-circuit detection, over-range detection, and loop power fault monitoring. The IS200STAIS2ACB is designed for applications requiring maximum channel density with superior measurement precision.
IS200STAIS2A is a high-density Analog Input Terminal Board within the GE Mark VIe Speedtronic control system, designed for high-channel-count analog signal conditioning in turbine control applications. This board interfaces with field-mounted analog sensors such as pressure transmitters, temperature transmitters, flow meters, and position transducers, delivering digitized 4–20 mA signals to the Mark VIe main VME-based controller processors. The IS200STAIS2A features 32 individually isolated analog input channels—the highest density in the Mark VIe analog input family—each with programmable range selection, built-in signal filtering, and comprehensive diagnostics including open-circuit, over-range, and loop power fault monitoring. The board communicates with the GE controller via the VME backplane, enabling real-time process variable monitoring for turbine control, protection, and performance optimization.
IS200STAIH2ACB is a high-capacity Analog Input Terminal Board within the GE Mark VIe Speedtronic control system, providing 24 isolated analog input channels with enhanced accuracy and advanced diagnostics. It interfaces with field sensors such as pressure transmitters, temperature transmitters, flow meters, and position transducers, delivering digitized 4–20 mA or 0–10 V signals to the Mark VIe main processor via the VME backplane. Each channel features programmable range selection, built-in filtering, loop power capability, and comprehensive diagnostics including open-circuit, over-range, and loop power fault monitoring.
IS200STAIH2A is a high-performance Analog Input Terminal Board within the GE Mark VIe Speedtronic control system, representing a capacity-upgraded variant of the IS200STAIH1A series. This board provides high-accuracy analog signal conditioning for turbine control applications, interfacing with field-mounted analog sensors such as pressure transmitters, temperature transmitters, flow meters, position transducers, and vibration monitors. The IS200STAIH2A delivers digitized 4–20 mA or 0–10 V signals to the Mark VIe main VME-based controller processors with enhanced performance and expanded channel capacity. It features 24 individually isolated analog input channels—a 50% increase over the IS200STAIH1A—each with programmable range selection, built-in signal filtering, and comprehensive diagnostics including open-circuit detection, over-range detection, and loop power fault monitoring. The board communicates with the GE controller via the VME backplane, enabling real-time process variable monitoring for turbine control, protection, and performance optimization.
IS200STAIH1ABB is an advanced Analog Input Terminal Board within the GE Mark VIe Speedtronic control system, representing a high-accuracy variant of the IS200STAIH1A series with enhanced performance specifications. This board provides precise analog signal conditioning for turbine control applications, interfacing with field-mounted analog sensors such as pressure transmitters, temperature transmitters, flow meters, position transducers, and vibration monitors. The IS200STAIH1ABB delivers digitized 4–20 mA or 0–10 V signals to the Mark VIe main VME-based controller processors with superior accuracy and enhanced diagnostics. It features 16 individually isolated analog input channels, each with programmable range selection, built-in signal filtering, open-circuit detection, over-range detection, and redundant loop power capability. The board communicates with the GE controller via the VME backplane, enabling real-time process variable monitoring for critical turbine control, protection, and performance optimization applications.
IS200STAIH1A is an Analog Input Terminal Board within the GE Mark VIe Speedtronic control system, designed to provide high-accuracy analog signal conditioning for turbine control applications. This board interfaces with field-mounted analog sensors such as pressure transmitters, temperature transmitters, flow meters, position transducers, and vibration monitors, delivering digitized 4–20 mA or 0–10 V signals to the Mark VIe main VME-based controller processors. The IS200STAIH1A features 16 individually isolated analog input channels, each with programmable range selection, built-in signal filtering, and comprehensive diagnostics including open-circuit and over-range detection. The board communicates with the GE controller via the VME backplane, enabling real-time process variable monitoring for turbine control, protection, and performance optimization.
IS200SSCAH1A is a Serial Communication Adapter Board within the GE Mark VIe Speedtronic control system, designed to provide serial communication interfaces for turbine control applications. This board enables the Mark VIe processor to communicate with external devices such as operator workstations, distributed control systems (DCS), programmable logic controllers (PLCs), serial field devices, and plant historians. The IS200SSCAH1A features multiple serial ports (RS-232, RS-422, RS-485) with selectable protocols including Modbus RTU, DNP3, and proprietary GE communication protocols. It interfaces with the Mark VIe main processor via the VME backplane, providing reliable serial data exchange for turbine monitoring, control, and data acquisition. Onboard diagnostics include port status LEDs, hardware watchdog timers, and communication error logging for rapid troubleshooting.
