IS210BPPCH1AC Mark VIe Speedtronic Turbine Control System (UCPA I/O Pack)

Model:IS210BPPCH1AC  

Brand:GE 

Core Function:Mark VIe Speedtronic Turbine Control System (UCPA I/O Pack) 

Condition: New Original (New Surplus) / Factory Sealed

Origin: USA

Delivery time: 3 days

Category: SKU: IS210BPPCH1AC

Description

The part number IS210BPPCH1AC refers to an I/O pack processor board manufactured by General Electric (GE) for their turbine control platforms.

Product Overview

  • Manufacturer: General Electric (GE) / GE Energy

  • Part Number / Model: IS210BPPCH1AC (often referred to as BPPC)

  • Component Type: I/O Pack Processor Board / Terminal Board Processor

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

Key Specifications & Features

  • System Role: Functions as an I/O pack processor board within the Mark VIe Speedtronic system (frequently operating in conjunction with terminal boards like the UCPA).

  • Design & Compatibility: Represents an updated component version succeeding older input/output block processor variations (such as the BPPB series), delivering enhanced processing power and modernized hardware features.

  • Functionality: Manages data acquisition, signal processing, and communication between field sensors/actuators and the main controller (such as the UCCH controller) over the high-speed Mark VIe Ethernet network.

Industrial Deployment

  • Applications: Deployed extensively in power generation, gas and steam turbine management, and heavy compressor control stations utilizing the GE Mark VIe control architecture.

    IS210BPPCH1AC

     

Product Overview

IS210BPPCH1AC is an I/O Pack Processor Daughterboard developed by GE Vernova for the Mark VIe Speedtronic turbine control system. Mounted inside UCPA remote I/O packs, this board serves as local intelligent processing unit for distributed field I/O. It collects and preprocesses analog and digital field signals, executes channel diagnostics, and communicates with the main Mark VIe controller via IONet field network. By offloading signal processing workload from the central controller, it ensures low-latency data transmission for turbine monitoring, sequence control and protection functions. Widely deployed on gas turbines, steam turbines, compressors and large rotating machinery control cabinets in power generation facilities.

Technical Specifications

Item Parameter
Part Number IS210BPPCH1AC
Module Type I/O Pack Processor Daughterboard
Manufacturer GE Vernova (General Electric)
Applicable Platform Mark VIe Speedtronic Turbine Control System (UCPA I/O Pack)
Core Function Local I/O signal processing, channel self-diagnosis, IONet communication, data forwarding to main controller
Interfaces Dual 10/100 Mbps Ethernet ports for IONet, internal pack bus connector
Power Supply 12 VDC supplied by UCPA base pack
Configuration Software ToolboxST
Status Indicators Run LED, fault diagnostic LED on front panel
Mounting Form Daughter board installed inside UCPA I/O housing
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

  • Localized signal preprocessing reduces data transmission burden for central universal controllers
  • Dual Ethernet IONet interfaces support redundant network communication to avoid single link failure
  • Continuous channel self-diagnosis function quickly detects open circuit, short circuit and module abnormalities
  • Supports simplex, duplex and TMR triple redundant control architecture matching Mark VIe system
  • Front panel LED indicators enable intuitive on-site status inspection and fault troubleshooting
  • Compact daughterboard structure perfectly fits UCPA series remote I/O mechanical layout
  • Industrial-grade PCB layout with anti-vibration and excellent EMC performance for turbine site environments
  • Different hardware revisions cannot be directly interchanged; full part number and firmware verification required before replacement
  • Enables distributed I/O architecture to extend signal acquisition coverage and simplify field wiring layout

Application Scope

Gas turbine & steam turbine Mark VIe control systems, generator monitoring cabinets, large compressor protection control racks, combined cycle power plant automation systems, industrial turbomachinery safety interlock panels, and maintenance retrofit projects of legacy GE Mark VIe distributed I/O equipment.