The IS200ADIIH1AAA is a Mark VIe Discrete Input / Digital Input Module manufactured by GE (now Emerson) for the Speedtronic™ Mark V and Mark VIe turbine control systems. The “ADII” designation indicates a module dedicated to digital/discrete input signal conditioning and isolation, providing high-density digital input capabilities for interfacing with field devices such as switches, pushbuttons, limit switches, proximity sensors, and other discrete devices. The “H1AAA” suffix denotes a specific hardware revision and firmware configuration with enhanced diagnostics and extended temperature tolerance optimized for the Mark VIe platform.
The IS200ADIIH1AAA functions as a high-density digital input interface module, converting 24 VDC discrete signals from field devices into digital values for the turbine controller. It is designed for applications requiring high channel density, enhanced diagnostics, reliable operation in harsh industrial environments, and robust noise immunity.
The IS200ADIIH1A is a Mark VIe Discrete Input / Digital Input Module manufactured by GE (now Emerson) for the Speedtronic™ Mark V and Mark VIe turbine control systems. The “ADII” designation indicates a module dedicated to digital/discrete input signal conditioning and isolation, providing high-density digital input capabilities for interfacing with field devices such as switches, pushbuttons, limit switches, proximity sensors, and other discrete devices. The “H1A” suffix denotes a specific hardware revision and firmware configuration optimized for the Mark VIe platform.
The IS200ADIIH1A functions as a high-density digital input interface module, converting 24 VDC discrete signals from field devices into digital values for the turbine controller. It is designed for applications requiring high channel density, reliable operation in harsh industrial environments, and robust noise immunity.
The IS200ACLEH1BCB is a Mark VIe Analog Current Loop / Extender Module manufactured by GE (now Emerson) for the Speedtronic™ Mark V and Mark VIe turbine control systems. The “ACLE” designation indicates a module designed for analog current loop signal conditioning and extension, providing high-accuracy analog input capabilities with additional signal conditioning features for interfacing with field devices over extended distances. The “H1BCB” suffix denotes a specific hardware revision and firmware configuration with enhanced diagnostics and improved signal conditioning optimized for the Mark VIe platform.
The IS200ACLEH1BCB functions as a high-density analog input interface module, converting 4–20 mA current loop signals from field sensors into digital values for the turbine controller. It is specifically designed for applications requiring extended signal transmission distances, enhanced noise immunity, and precise analog measurement in harsh industrial environments.
The IS200ACLEH1A is a Mark VIe Analog Current Loop / Extender Module manufactured by GE (now Emerson) for the Speedtronic™ Mark V and Mark VIe turbine control systems. The “ACLE” designation indicates a module designed for analog current loop signal conditioning and extension, providing high-accuracy analog input capabilities with additional signal conditioning features for interfacing with field devices over extended distances. The “H1A” suffix denotes a specific hardware revision and firmware configuration optimized for the Mark VIe platform.
The IS200ACLEH1A functions as a high-density analog input interface module, converting 4–20 mA current loop signals from field sensors into digital values for the turbine controller. It is specifically designed for applications requiring extended signal transmission distances, enhanced noise immunity, and precise analog measurement in harsh industrial environments.
The IS200ACLAH1A is a Mark VIe Analog Current Loop / Analog Input/Output Module manufactured by GE (now Emerson) for the Speedtronic™ Mark V and Mark VIe turbine control systems. The “ACLA” designation indicates a module dedicated to analog current loop signal conditioning and conversion, providing high-accuracy analog input and output capabilities for interfacing with field devices such as transmitters, actuators, and positioners. The “H1A” suffix denotes a specific hardware revision and firmware configuration optimized for the Mark VIe platform.
The IS200ACLAH1A functions as a high-density analog interface module, converting 4–20 mA current loop signals from field sensors into digital values for the turbine controller, and converting digital control signals into 4–20 mA outputs for controlling field actuators. It is designed for applications requiring precise analog measurement and control in harsh industrial environments.
The IS210MVRCH1AA is a high-performance Mark VIe Vibration Monitor / Recorder Module manufactured by GE (now Emerson) for the Speedtronic™ Mark V and Mark VIe turbine control systems. The “MVRCH1AA” designation indicates a specialized module dedicated to vibration monitoring, data recording, and analysis, providing comprehensive vibration monitoring for turbines, generators, and other rotating machinery. It is part of GE’s Mark VIe series of vibration monitoring solutions.
The IS210MVRCH1AA functions as a dedicated vibration monitor and recorder, continuously acquiring vibration data from proximity probes, velocity sensors, and accelerometers. It provides real-time vibration monitoring, alarm/trip logic, data recording for trending and analysis, and communication with the main turbine controller.
The IS210DTURH1A is a high-performance Data Turbine / Recorder Module manufactured by GE (now Emerson) for the Speedtronic™ Mark V and Mark VIe turbine control systems. The “DTUR” designation indicates a specialized module dedicated to high-speed data acquisition, turbine-specific data logging, and performance recording, providing high-capacity storage and retrieval of critical turbine operational data. The “H1A” suffix denotes a specific hardware revision and firmware configuration optimized for the Mark V platform.
The IS210DTURH1A functions as a dedicated turbine data recorder, continuously collecting and storing high-speed operational data from turbine sensors, I/O modules, and control systems. It captures transient events, startup/shutdown sequences, and normal operational data for performance analysis, predictive maintenance, and troubleshooting.
The IS210DTRTH1A is a high-performance Data Recorder / Trending Module manufactured by GE (now Emerson) for the Speedtronic™ Mark V and Mark VIe turbine control systems. The “DTRT” designation indicates a specialized module dedicated to data recording, trending, and analysis, providing high-capacity data logging and historical trending capabilities for critical turbine parameters. The “H1A” suffix denotes a specific hardware revision and firmware configuration optimized for the Mark V platform.
The IS210DTRTH1A functions as a dedicated data acquisition and trending module, continuously recording process data from turbine sensors, I/O modules, and control loops. It stores historical data for long-term trend analysis, performance monitoring, and troubleshooting, enabling operators and engineers to analyze turbine behavior over time and identify degradation or anomalies.
The GEN450A-001 is a high-performance Generator Protection / Control Module manufactured by GE (now part of Emerson’s Automation Solutions portfolio) for the Speedtronic™ Mark V and Mark VIe turbine control systems. The “GEN450” designation indicates a specialized module dedicated to generator protection, excitation control, and synchronization, providing comprehensive monitoring and control for synchronous generators in power generation applications. The “A-001” suffix denotes a specific hardware revision and firmware configuration optimized for the Mark V platform.
The GEN450A-001 serves as a critical component for generator management, providing protection against faults, excitation control, and synchronization functions. It interfaces with the turbine control system to ensure safe and reliable generator operation, including functions such as over/under voltage protection, over/under frequency protection, loss of excitation detection, and synchronization with the grid.
The DS215UPLAG1BZZ01A is a Universal Programmable Logic / Application Gateway Module manufactured by GE (now Emerson) for the Speedtronic™ Mark V turbine control system. The “UPLAG1” designation indicates a specialized module designed to serve as a programmable logic controller and application gateway, providing high‑capacity data processing, custom logic execution, and application hosting for the Mark V system. The “BZZ01A” suffix denotes a specific hardware revision and firmware configuration with enhanced processing power, expanded memory, advanced cybersecurity features, and improved performance, representing a balanced and cost-effective variant within the UPLAG series.
The DS215UPLAG1BZZ01A functions as a central programmable logic and application processor for the Mark V system, executing custom control logic, hosting user‑defined applications, and providing secure data access to external systems via standard protocols. It is designed for applications requiring custom logic, complex calculations, and secure data processing, such as advanced turbine control algorithms, performance optimization, and regulatory compliance reporting.
The DS215UPLAG1AZZ02A is an advanced Universal Programmable Logic / Application Gateway Module manufactured by GE (now Emerson) for the Speedtronic™ Mark V turbine control system. The “UPLAG1” designation indicates a specialized module designed to serve as a programmable logic controller and application gateway, providing high‑capacity data processing, custom logic execution, and application hosting for the Mark V system. The “AZZ02A” suffix denotes a specific hardware revision and firmware configuration with enhanced processing power, expanded memory, advanced cybersecurity features, improved diagnostics, and MQTT support, representing the latest evolution in the UPLAG series.
The DS215UPLAG1AZZ02A functions as a central programmable logic and application processor for the Mark V system, executing custom control logic, hosting user‑defined applications, and providing secure data access to external systems via standard protocols. It is designed for applications requiring extensive custom logic, complex calculations, and secure data processing, such as advanced turbine control algorithms, performance optimization, and regulatory compliance reporting.
The DS215UPLAG1AZZ01A is a Universal Programmable Logic / Application Gateway Module manufactured by GE (now Emerson) for the Speedtronic™ Mark V turbine control system. The “UPLAG1” designation indicates a specialized module designed to serve as a programmable logic controller and application gateway, providing high‑capacity data processing, custom logic execution, and application hosting for the Mark V system. The “AZZ01A” suffix denotes a specific hardware revision and firmware configuration with enhanced cybersecurity features, expanded memory, advanced diagnostics, and improved performance optimized for the Mark V platform.
The DS215UPLAG1AZZ01A functions as a central programmable logic and application processor for the Mark V system, executing custom control logic, hosting user‑defined applications, and providing secure data access to external systems via standard protocols. It is designed for applications requiring extensive custom logic, complex calculations, and secure data processing, such as advanced turbine control algorithms, performance optimization, and regulatory compliance reporting.
