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GE IS215UCVEM08 Mark VI Controller Processor Module

Technical Specifications:

  • Module Type: The IS215UCVEM08 is a Control Processing Module designed to execute control logic and communicate with field devices and other system components.
  • Processor: Equipped with a high-performance processor capable of handling complex control algorithms and real-time data processing.
  • Memory: Comes with onboard memory sufficient for storing configuration files, application code, and operational data. It supports both volatile and non-volatile storage options.
  • Communication Interfaces: Supports various communication protocols including Ethernet, ControlNet, and others, facilitating integration with different parts of the control system and external devices.
  • I/O Capabilities: Designed to interface with input/output modules for collecting data from sensors and sending commands to actuators. It can manage digital and analog signals.
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GE IS215UCVEM08B

Product Introduction

The IS215UCVEM08B is a US2000 Processor Board developed by General Electric as a core processing component for Mark VI Speedtronic turbine control systems, specifically designed for gas and steam turbine applications. It integrates an Intel Celeron processor, memory modules, and communication interfaces to execute real-time control logic, process sensor data, and coordinate with other system modules. It operates on the QNX real-time operating system, ensuring deterministic performance for critical turbine control functions such as speed regulation, load management, and safety interlocks.
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GE IS215UCVEM09B Mark VI LCI VME Controller Card

Product Overview

The IS215UCVEM09B is a single-slot, 6U VME controller card specifically designed for GE Speedtronic Mark VI turbine control systems, with a focus on LCI (Load Commutated Inverter) applications and LM (Land - Marine) aero - derivative turbine control. It serves as the core processing unit for executing high - speed control algorithms, processing I/O data, and managing real - time communication within the Mark VI architecture. The card integrates a high - performance embedded processor, runs on the QNX real - time operating system, and features VME64 bus compatibility, dual Ethernet ports, and redundant power inputs. It has conformal coating to protect against harsh industrial elements like moisture, dust, and vibration, and is hot - swappable, allowing for replacement without shutting down the system, thus minimizing maintenance - related downtime. As a key part of the Mark VI UCVE family, it delivers deterministic processing for turbine speed regulation, load management, and LCI - specific control functions, and seamlessly integrates with Mark VI I/O modules, safety controllers, and communication boards via the VMEbus.
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GE IS215VCMIH2C

Product Introduction

The IS215VCMIH2C is a VME Communication Interface (VCMI) Board from General Electric, a core communication component for Mark VI Speedtronic turbine control systems. It acts as the VME bus master in control and I/O racks, managing board IDs and terminal board associations, and enabling high-speed data exchange across the VME backplane, expansion racks, backup protection modules, and triple modular redundancy (TMR) control processors. It serves as the central communication intermediary between distributed I/O hardware and the main controller while maintaining connectivity to the IONet control network, supporting both simplex and TMR architectures.
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GE IS215VPROH1BD – Turbine Protection Module

Technical Specifications

  • Hardware Architecture
    • Input Voltage: 125V DC (operational range: 70–145V DC) .
    • Output Voltage: 5V DC (logic supply) and 28V DC (actuation supply) .
    • Sampling Rate: Up to 100 Hz for real-time monitoring of turbine speed, vibration, and other parameters .
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GE IS215WEMAH1A

Product Introduction

The IS215WEMAH1A is a WEMA and BPPS Board Assembly developed by General Electric for the Mark VIe Wind Turbine Control Series, serving as a central control and monitoring component in wind turbine main cabinets. It integrates core control logic for blade pitch positioning, turbine operation management, and safety interlocks, while facilitating seamless communication with other wind turbine subsystems such as the main controller, pitch drive units, and SCADA systems. The board processes real-time data from wind speed sensors, rotor speed encoders, blade angle sensors, and generator output monitors to optimize energy capture and ensure safe turbine operation.
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GE IS215WEPAH2B

Product Overview

The IS215WEPAH2B is a dedicated Wind Energy Pitch Axis (WEPA) controller board designed by GE for the Mark VIe Speedtronic series, serving as the core control unit for wind turbine pitch systems. It integrates a modular assembly with the AEPAH1B base board and BPPB daughterboard, providing comprehensive I/O interfaces and communication capabilities for precise pitch angle regulation. The board features conformal coating for protection against harsh environmental conditions, supports simplex or triple redundancy configurations, and operates with software frame rates of 10, 20, and 40 ms for real-time control. It enables seamless integration with wind turbine supervisory control systems, ensuring optimal energy capture, rotor speed regulation, and structural load management through deterministic pitch control algorithms. The IS215WEPAH2B is a critical component for enhancing wind turbine efficiency, reliability, and safety in utility-scale wind power applications.
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GE IS215WEPAH2B 109W3914P003

Product Introduction

The IS215WEPAH2B (109W3914P003) is a Wind Energy Pitch Axis (WEPA) Board from General Electric, a dedicated control component for Mark VIe Speedtronic wind turbine control systems. It serves as the core module for wind turbine blade pitch axis control, executing real-time pitch angle adjustments based on wind speed, rotor speed, and blade position data to optimize energy capture and ensure safe turbine operation. The board integrates analog and digital I/O, encoder interfaces, and communication ports to interact with pitch drive units, main controllers, and safety systems. It features a rugged design with conformal coating for reliable performance in harsh wind farm environments, including extreme temperatures, humidity, and vibration.
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GE IS215WEPAH2BA

Product Overview

The IS215WEPAH2BA is an enhanced Wind Energy Pitch Axis (WEPA) controller board engineered by GE for the Mark VIe Speedtronic wind turbine control platform, serving as the core control unit for precise pitch angle regulation in utility-scale wind turbines. It builds on the base IS215WEPAH2B design with upgraded I/O processing and communication capabilities, integrating the AEPAH1B base board and BPPB daughterboard for modular flexibility. The board operates on 125 VDC power, features conformal coating for harsh environments, and supports simplex or triple redundancy configurations to maximize system availability. It includes three COM ports, a 10BaseT/AUI Ethernet interface, and dual RS‑485 ports for seamless integration with SCADA systems, pitch actuators, and condition monitoring devices. The IS215WEPAH2BA executes deterministic pitch control algorithms at 10/20/40 ms frame rates, ensuring optimal energy capture, rotor speed regulation, and structural load mitigation in onshore and offshore wind farm applications. It enables hot-swappable replacement and ToolboxST compatibility for remote diagnostics, firmware updates, and performance verification, making it a critical component for reliable wind turbine operation.
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GE IS215WETAH1A

Product Introduction

The IS215WETAH1A is a Wind Energy Top Box A (WETA) Module developed by General Electric for the Mark VIe Wind Turbine Control Series, serving as a key control and monitoring component in wind turbine top box assemblies. It integrates core control logic for turbine operation management, safety interlocks, and communication with main cabinets, pitch control systems, and SCADA networks. The module processes real-time data from wind speed sensors, rotor speed encoders, generator output monitors, and safety relays to optimize energy capture and ensure safe turbine operation. It features a rugged design with conformal coating to withstand harsh environmental conditions, including extreme temperatures, humidity, and vibration, typical of onshore and offshore wind farm installations.
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GE IS220PAICH1A 336A4940CSP3

Product Overview

The IS220PAICH1A 336A4940CSP3 is a high-performance Analog I/O Pack (PAIC) designed by GE for Mark VI turbine control systems, serving as a critical interface for analog signal acquisition and control in gas, steam, and wind turbine applications. It integrates 4 analog inputs and 4 analog outputs with 16-bit resolution, providing precise measurement and actuation capabilities for industrial processes. The module operates on 27.4–125 VDC power, features optical isolation for noise immunity, and includes front-panel status indicators for quick diagnostics. It holds certifications for hazardous locations (Class I Division II, ATEX Zone 2) and non-hazardous environments, ensuring reliable operation in harsh industrial settings. The IS220PAICH1A 336A4940CSP3 enables seamless integration with Mark VI controllers via the I/O port, supporting real-time data exchange for turbine monitoring, speed regulation, and load management. It is hot-swappable for minimal maintenance downtime and compatible with GE ToolboxST software for configuration and troubleshooting.
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GE IS220PDIOH1B

Product Overview

The IS220PDIOH1B is a high-density Parallel Distributed I/O (PDIO) module engineered by GE for the Mark VIe Speedtronic turbine control platform, serving as a core interface for discrete signal acquisition and actuation in gas, steam, and wind turbine applications. It builds on the IS220PDIOH1A design with enhanced noise immunity and diagnostics, integrating 32 isolated digital inputs and 32 isolated digital outputs with channel-to-channel/channel-to-ground isolation for signal integrity. The module operates on 27.4–125 VDC power, features dual 100 Mbps Ethernet ports for IONet communication, and supports simplex/dual/triple redundancy configurations to maximize system availability. It includes front-panel status LEDs for power, communication, and faults, enabling rapid diagnostics, and is hot-swappable for maintenance without system shutdown. The IS220PDIOH1B executes deterministic I/O processing at 10/20/40 ms frame rates, ensuring real-time monitoring of safety interlocks, valve positions, and relay states, and seamless integration with Mark VIe controllers via IONet for centralized turbine control and SCADA connectivity. It is certified for hazardous locations (Class I Division II, ATEX Zone 2) and compatible with ToolboxST for remote configuration, firmware updates, and performance verification, making it a critical component for reliable turbine operation.
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