GE Mark VIe
IS200TREGH1BDB – Turbine Emergency Trip Terminal Board
The IS200TREGH1BDB is a Turbine Emergency Trip Terminal Board designed for GE Mark VIe systems. It provides critical trip logic and relay control functions, ensuring safe and rapid turbine shutdown in emergency scenarios.
IS200TREGH1BDC – TRIP PRIMARY GAS GENERAL ELECTRIC
The IS200TREGH1BDC is a Trip Primary Gas Termination Board designed for the GE Mark VIe control system, used to interface and manage gas turbine trip signals in critical protection circuits.
IS200TRLYH1BGE – Relay Output Board
The IS200TRLYH1BGE is a Relay Output Board designed for GE Mark VIe turbine control systems. It provides a dependable interface for controlling high-power circuits through relay outputs, ensuring safe and precise switching in turbine and industrial environments.
IS200TRLYH1BGF – Relay Output Board
The IS200TRLYH1BGF is a Relay Output Board used in GE Mark VIe systems to provide isolated and reliable relay control for turbine and industrial automation applications. It ensures dependable output switching for alarms, interlocks, and control signals.
IS200TRLYH1BGG – Coil Sensing Terminal Board
The IS200TRLYH1BGG is a Relay Output Terminal Board with integrated coil sensing, designed for use in GE Mark VIe systems to monitor and control external relay circuits with high accuracy and reliability.
IS200TRPAH1AFC – Turbine Primary Trip Terminal Board
The IS200TRPAH1AFC is a reliable turbine primary trip terminal board designed for GE Mark VIe control systems. It provides critical trip signal processing and distribution to ensure safe turbine shutdown during fault or emergency conditions, enhancing operational safety and system reliability.
IS200TRPGH1BDD – Terminal Board
The IS200TRPGH1BDD is a terminal board from GE’s Mark VIe series, used to interface discrete input/output signals within turbine and process control systems, offering secure and reliable field wiring connections.
IS200TRPGH1BDE – TERMINATION RELAY
The IS200TRPGH1BDE is a termination relay terminal board designed for the GE Mark VIe control system. It facilitates safe and reliable relay signal interfacing between turbine protection circuits and control electronics, ensuring dependable trip and protection functions.
IS200TRPGH2BDD – Primary Gas Turbine Trip Output Board
The IS200TRPGH2BDD is a Primary Gas Turbine Trip Output Board designed for GE Mark VIe turbine control systems. It plays a vital role in turbine protection by executing fast and reliable trip commands, ensuring safe shutdown during fault or emergency conditions.
IS200TSVCH1AED – SERVO TERMINAL BOARD
The IS200TSVCH1AED is a Servo Terminal Board used in GE Mark VIe control systems, designed to interface with servo actuators in turbine and industrial automation applications with high precision and reliability.
IS200TSVCH2A – Terminal Board Servor
The IS200TSVCH2A is a high-performance Servo Terminal Board used in GE Mark VIe systems, designed for precise control of servo actuators in industrial turbine and automation environments.
IS200WROBH1A – WROB RELAY FUSE AND POWER SENSING
IS200WROBH1A is a WROB Relay Fuse and Power Sensing Board designed for reliable power monitoring and relay control within GE Mark VIe turbine control systems. Engineered for industrial performance, safety, and diagnostics.
IS2020JPDBG01 – Power Distribution Board
IS2020JPDBG01 is a Power Distribution Board from GE’s Mark VIe series, designed for reliable distribution of power across critical control components in turbine automation systems.
IS2020JPDFG01 – 125 V Power Distribution Board
The IS2020JPDFG01 is a 125V Power Distribution Board designed for GE Mark VIe systems, ensuring stable and efficient power supply across critical control components in industrial environments.
IS210BAPAH1A, NO REV
The IS210BAPAH1A is a Backup Power Assembly module designed for use within the GE Mark VIe control system, offering reliable DC backup power distribution for critical components.
IS210DSVOH1A – Simplex Servo I/O Terminal Board
The IS210DSVOH1A is a simplex servo I/O terminal board for the GE Mark VIe control system, designed to interface servo controllers with field devices. It ensures accurate signal transmission for precise turbine operation and long-term reliability in industrial environments.
IS220PAICH1A, REV C – Thermocouple Analog I/O Terminal Board
The IS220PAICH1A, REV C is a Thermocouple Analog I/O Terminal Board engineered for GE Mark VIe systems, providing accurate signal processing for analog inputs and outputs, including thermocouple temperature measurements.
IS220PAICH1A, REV D – Analog I/O Terminal Board
The IS220PAICH1A, REV D is a GE Mark VIe analog I/O terminal board designed for precise signal processing of analog inputs and outputs in industrial turbine and automation systems.
IS220PAICH1A, REV E – Analog I/O Terminal Board
The IS220PAICH1A REV E is a high-precision Analog I/O Module designed for GE Mark VIe systems, enabling accurate analog signal acquisition and processing in turbine and process control environments.
IS220PAICH1A, REV G
The IS220PAICH1A REV G is an Analog Input Module designed for GE Mark VIe systems. It offers precise and reliable analog signal acquisition for industrial automation and turbine control applications.
IS220PAICH2A, REV D – Analog Input/Output Module
The IS220PAICH2A, REV D is an Analog Input/Output Module built for GE Mark VIe systems, designed to manage high-accuracy signal acquisition and processing for critical turbine and industrial environments.
IS220PAICH2A, REV G
The IS220PAICH2A, REV G is a GE Mark VIe analog input/output module designed to handle multiple analog signals with precision. It ensures reliable data acquisition and output control in turbine and process automation systems.
IS220PAICH2A, REV H
The IS220PAICH2A REV H is an Analog I/O Module designed for use with GE Mark VIe systems, providing high-performance analog signal input and output functionality for industrial automation and turbine control environments.
IS220PAOCH1A, REV D – Analog Output Module
The IS220PAOCH1A, REV D Analog Output Module is a key component of the GE Mark VIe control system, designed to provide precise analog signal output capabilities for industrial environments and turbine control applications. It enables accurate transmission of control signals to actuators and final control elements, ensuring optimal system performance and operational reliability.
IS220PAOCH1A, REV J – PAOC Analog Output Module
The IS220PAOCH1A, REV J is an advanced PAOC Analog Output Module designed for seamless integration into GE Mark VIe control systems, providing precise analog output control for demanding industrial applications.
IS220PCLAH1A, REV C – Core Analog I/O Module
The IS220PCLAH1A, REV C is a high-performance Core Analog I/O Module used in GE Mark VIe control systems, enabling precise signal acquisition and output for critical industrial and turbine control applications.
IS220PCLAH1A,REV B – PCLA MODULE ASSY
The IS220PCLAH1A, REV B is a compact and efficient PCLA Module Assembly designed for seamless integration within GE Mark VIe control systems, enabling precise signal interfacing and real-time control across industrial processes.
IS220PDIAH1A, REV C – 24 Discrete Contact Input I/O Module
The IS220PDIAH1A, REV C is a 24-point discrete input module engineered for GE Mark VIe control systems, providing reliable contact monitoring with diagnostic capabilities for industrial automation and turbine control applications.
IS220PDIAH1A, REV D – Discrete Contact Input Terminal Board
The IS220PDIAH1A, REV D is a discrete contact input terminal board for the GE Mark VIe control system. It provides reliable acquisition of on/off signals from field devices, ensuring accurate monitoring and protection in turbine and industrial applications.
IS220PDIAH1A, REV E
The IS220PDIAH1A REV E is a Discrete Input Module for GE Mark VIe systems, designed to provide fast and reliable monitoring of on/off signals from field devices, ensuring high-speed response and diagnostics in turbine control and automation applications.
IS220PDIAH1A, REV F
The IS220PDIAH1A, REV F is a 24-channel discrete contact input I/O module designed for GE Mark VIe systems. It offers reliable signal detection, advanced diagnostics, and robust performance for industrial and turbine control applications.
IS220PDIAH1A, REV H
The IS220PDIAH1A, REV H is a discrete contact input terminal board for the GE Mark VIe control system. It collects and processes on/off signals from field devices, providing reliable input monitoring for turbines and industrial automation.
IS220PDIAH1A, REV J
The IS220PDIAH1A REV J is a Discrete Input Module designed for GE Mark VIe control systems, offering high-speed binary signal acquisition, electrical isolation, and real-time diagnostics for enhanced turbine and industrial environments.
IS220PDIAH1A, REV K
The IS220PDIAH1A, REV K is a 24-channel discrete input module designed for GE Mark VIe systems. It delivers precise digital signal acquisition and enhanced diagnostics, ideal for demanding industrial automation and turbine control applications.
IS220PDIOH1A, REV D – Discrete Input/Output Module
The IS220PDIOH1A, REV D is a discrete I/O module designed for GE Mark VIe systems, combining both input and output capabilities to ensure precise control of field devices in industrial automation environments.
IS220PDIOH1A, REV G – Discrete Input/Output Module
The IS220PDIOH1A, REV G Discrete Input/Output Module is a vital component of the GE Mark VIe control system, designed to provide high-speed, reliable digital signal processing for discrete I/O operations in turbine and industrial automation environments.
IS220PDIOH1A, REV J
The IS220PDIOH1A REV J is a GE Mark VIe Discrete I/O module that delivers reliable input and output control for industrial applications, combining performance with rugged design for critical turbine systems.
IS220PDIOH1B , REV A
The IS220PDIOH1B, REV A is a high-performance Discrete Input/Output Module designed for integration with GE Mark VIe systems. It delivers reliable and efficient signal processing for industrial automation and turbine control applications.
IS220PDOAH1A, REV C
The IS220PDOAH1A, REV C is a robust Discrete Output Module designed for use in GE Mark VIe systems, offering reliable control of digital output signals in demanding industrial and turbine control environments.
IS220PDOAH1A, REV D – Discrete Output Module
The IS220PDOAH1A, REV D is a reliable discrete output module used in GE Mark VIe systems to provide digital signal control to field devices like relays and actuators in industrial and turbine control environments.
IS220PDOAH1A, REV E
The IS220PDOAH1A REV E is a high-performance GE Mark VIe discrete output module designed for reliable 24VDC signal output across industrial automation and turbine control systems.
IS220PDOAH1A, REV F
The IS220PDOAH1A REV F is a GE Mark VIe Discrete Output Module designed to provide reliable 24 VDC digital output control for industrial applications, ensuring safe and efficient operation in critical turbine and automation systems.
IS220PDOAH1A, REV H
The IS220PDOAH1A, REV H is a high-performance discrete output module engineered for GE Mark VIe control systems, delivering robust and reliable output switching in demanding industrial environments.
IS220PEFVH1A, REV D – Electric Fuel Valve Bridge I/O Module
The IS220PEFVH1A, REV D is an electric fuel valve bridge I/O module built for the GE Mark VIe control system. It provides precise control and monitoring of electric fuel valve operations, ensuring safe, efficient, and reliable turbine performance.
IS220PGENH1A, REV B – Turbine-Generator Monitor Module
The IS220PGENH1A, REV B is a Turbine-Generator Monitor Module designed for GE Mark VIe systems, offering precise monitoring of generator parameters and enhancing turbine protection and control operations.
IS220PGENH1A, REV E
The IS220PGENH1A, REV E is a high-performance monitoring module designed for turbine and generator protection applications within GE Mark VIe control systems, offering precision data acquisition and diagnostics.
IS220PHRAH1A, REV D – Analog I/O Module
The IS220PHRAH1A REV D is a General Electric analog I/O module designed for use within GE Mark VIe systems, supporting multiple analog input/output signal types with high accuracy and robustness.
