IS215UCCH4A Universal Control Controller (UCCH) Board / CPU Module

Model:IS215UCCH4A   

Brand:GE 

Core Function:Universal Control Controller (UCCH) Board / CPU Module

Condition: New Original (New Surplus) / Factory Sealed

Origin: USA

Delivery time: 3 days

Category: SKU: IS215UCCH4A

Description

The part number IS215UCCH4A refers to a controller module manufactured by General Electric (GE) for their turbine control systems.

Product Overview

  • Manufacturer: General Electric (GE) / GE Energy / Emerson

  • Part Number / Model: IS215UCCH4A (often referred to simply as UCCH)

  • Component Type: Universal Control Controller (UCCH) Board / CPU Module

  • Platform: GE Mark VIe / Mark VIeS Distributed Control System (DCS)

Key Specifications & Features

  • Processor Architecture: Features a high-performance embedded processor designed to execute real-time control logic, sequencing, and data acquisition algorithms for complex industrial machinery.

  • Control Platform: Acts as the primary computational engine within the Mark VIe architecture, handling high-speed data communications via Ethernet between I/O packs, operator interfaces, and supervisor controllers.

  • Redundancy Support: Configurable to support simplex, dual, or triple-modular redundant (TMR) architectures depending on the reliability requirements of the application.

  • Mounting & Integration: Designed to plug directly into the VME-style rack/enclosure backplane within the Mark VIe controller core, utilizing fiber-optic or standard Ethernet links for system network expansion.

Industrial Deployment

  • Applications: Deployed extensively in power generation, gas and steam turbine control, compressor monitoring, and heavy industrial process plants utilizing the GE Mark VIe control ecosystem.

    IS215UCCH4A

     

IS215UCCCH4A

Product Overview

IS215UCCCH4A is a universal controller board developed by GE Vernova for the Mark VIe Speedtronic turbine control platform. It serves as the core main processing unit inside the control rack, responsible for executing turbine regulation algorithms, logic protection computation, IONet network scheduling and inter-controller data exchange. Equipped with powerful onboard memory and multiple Ethernet communication ports, this controller supports simplex, dual redundant and TMR triple redundant architectures. It works cooperatively with remote I/O packs to realize closed-loop control, sequence monitoring and safety protection for gas turbines, steam turbines and large compressors. Configuration and commissioning are implemented via ToolboxST engineering software.

Technical Specifications

表格
Item Parameter
Part Number IS215UCCCH4A
Module Type Universal Controller Board
Manufacturer GE Vernova (General Electric)
Applicable Platform Mark VIe Speedtronic Turbine Control System
Processor Intel Pentium M Processor
DRAM Memory 256 MB
Flash Storage 128 MB Non-volatile Flash
Operating System QNX Neutrino Real-time OS
Front Panel Interfaces Multiple 10/100 Mbps Ethernet Ports, Status LED Indicators
Internal Bus VME Backplane, IONet Field Network
Configuration Software ToolboxST
Mounting Form Standard plug-in board for Mark VIe rack
Power Supply Powered by rack backplane
Operating Temperature -20℃ ~ +70℃
Ambient Humidity 5%–95% non-condensing
Protection Class IP20 (cabinet internal installation)
Spare Part Status Original production discontinued; new surplus and refurbished modules available

Key Features

  • High-performance real-time computing capability to handle fast turbine closed-loop control and safety protection logic
  • Supports multiple redundancy modes: simplex, duplex and TMR triple modular redundancy to avoid single-point failure
  • Multi-channel Ethernet interfaces realize communication with I/O modules, HMI, DCS and peer controllers
  • Large-capacity onboard nonvolatile flash memory for storing control programs, historical data and fault records
  • Built-in comprehensive hardware self-diagnosis function, fault information can be uploaded and viewed via ToolboxST
  • Optimized passive heat dissipation structure for long-term continuous unattended operation
  • Industrial-grade anti-vibration PCB layout, adaptable to vibration environments of power generation sites
  • Strict full part number verification required; different hardware revisions cannot be directly interchanged without program adaptation
  • Reliable backplane connection design to ensure stable data interaction within the control rack

Application Scope

Gas turbine & steam turbine control systems, power plant generator protection cabinets, large industrial compressor control panels, combined cycle power unit automation systems, offshore power generation equipment and retrofit projects of legacy GE Mark VIe control racks.