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GE IS215UCVHM06A IS415UCVHH1A Core control auxiliary board

Original price was: ¥3,960.00.Current price is: ¥2,160.00.

The GE IS215UCVHM06A and IS415UCVHH1A are matched core control and auxiliary boards for the GE Mark VI Speedtronic turbine control system.

Category: SKU: IS215UCVHM06A IS415UCVHH1A

Description

Product Overview

The GE IS215UCVHM06A and IS415UCVHH1A are matched core control and auxiliary boards for the GE Mark VI Speedtronic turbine control system. They form a complete universal control unit (UCV) hardware solution for power generation equipment.

IS215UCVHM06A serves as the main UCV controller. It undertakes core logic calculation, real-time turbine regulation and system data processing. IS415UCVHH1A acts as the supporting auxiliary board. It expands signal interfaces, optimizes circuit transmission and assists the main board in stable operation. The two boards work in tandem. They ensure precise control, safety interlock and long-term stable operation for gas turbines and steam turbines. Both modules adopt industrial plug-in design. They support direct replacement and system maintenance for existing Mark VI cabinets.

 

Core Product Features

This paired board set adopts optimized industrial control architecture. It solves insufficient computing capacity and single interface defects of ordinary control combinations. It delivers high reliability for power plant long-cycle operation.

2.1 IS215UCVHM06A Main Board Features

  • High-Speed Real-Time Computing: Equipped with industrial dedicated processor. It supports fast logic judgment and turbine closed-loop regulation. It meets high-precision power control demands.
  • Multi-Bus Communication Compatibility: It supports dual ISBUS, Genius bus and Ethernet interfaces. It realizes efficient data interaction with I/O modules and upper monitoring systems.
  • Redundant Operation Support: It adapts to system redundant configuration. It effectively avoids single-point hardware failure and improves unit operation safety.
  • Built-In Self-Diagnosis: Real-time hardware self-inspection function detects abnormal operation. It outputs alarm signals timely for rapid troubleshooting.
  • Strong Anti-Interference Performance: Industrial shielding circuit resists electromagnetic interference. It adapts harsh high-temperature and high-vibration power plant environments.

2.2 IS415UCVHH1A Auxiliary Board Features

  • Stable Signal Expansion: It expands and optimizes main board signal channels. It reduces signal attenuation and improves overall transmission accuracy.
  • Circuit Auxiliary Protection: It optimizes power supply and circuit shunting. It protects the main control board from current surge and voltage fluctuation.
  • Perfect Matching Adaptation: It is fully compatible with IS215UCVHM06A firmware and hardware. No program modification is needed after installation.
  • Compact Structural Design: Standard card size fits Mark VI cabinet slots. It supports fast plug-and-play replacement.
  • Long Service Stability: Adopts high-quality industrial components. It supports 7×24 hours continuous full-load operation.

 

Detailed Technical Specifications

Both modules comply with GE Mark VI industrial control standards. Each board undergoes strict signal calibration, function testing and aging screening before delivery. Standard parameters support accurate selection and batch procurement.

3.1 IS215UCVHM06A Specifications

  • Official Model: IS215UCVHM06A
  • Product Type: UCV Main Control Processor Board
  • Applicable System: GE Mark VI Turbine Control System
  • Rated Power Supply: 24VDC industrial standard power
  • Communication Ports: Dual ISBUS, Genius Bus, Ethernet
  • Installation Method: Standard VME rack slot installation
  • Operating Temperature: -20°C to +70°C
  • Storage Temperature: -40°C to +85°C
  • Working Humidity: 5%–95% RH, non-condensing
  • Certification: CE, UL, EMC industrial compliance

3.2 IS415UCVHH1A Specifications

  • Official Model: IS415UCVHH1A
  • Product Type: UCV Auxiliary Signal Interface Board
  • Applicable System: GE Mark VI Turbine Control System
  • Core Function: Signal expansion, circuit auxiliary protection, data transmission optimization
  • Matching Object: Fully compatible with main board
  • Installation Method: Cabinet plug-in modular installation
  • Operating Temperature: -20°C to +70°C
  • Storage Temperature: -40°C to +85°C
  • Working Humidity: 5%–95% RH, non-condensing
  • Operational Mode: 7×24 hours full-load continuous operation

 

Main Application Fields

This matched board set is dedicated to power generation turbine control systems. It provides core control and signal guarantee for stable operation of power equipment.

  • Thermal Power Plant Control: It controls gas turbines and steam turbines. It completes unit speed regulation, parameter monitoring and safety interlock protection.
  • Combined-Cycle Power Station: It supports coordinated control of multiple power generation units. It improves overall power generation efficiency and operational stability.
  • Old System Renovation & Upgrade: It replaces aging and faulty control board groups of old Mark VI systems. It restores and improves system control accuracy.
  • Power Equipment Safety Monitoring: It processes field operation signals in real time. It provides accurate data for equipment fault diagnosis and early warning.
  • Industrial Spare Part Backup: It serves as key matching spare parts for power plant control cabinets. It reduces downtime caused by board failure.

 

Related Model Recommendations

The following series models are fully compatible with this board set. They meet system replacement, expansion and upgrading requirements.

  • IS215UCVHM06: Standard version of the UCV main control board. It supports universal replacement for in standard Mark VI systems.
  • IS200UCVHH1A: Universal UCV auxiliary board. It matches UCV main boards for basic signal expansion and circuit protection.
  • IS215SPLAH2A: System signal processing board. It cooperates with the UCV board set to improve field signal acquisition accuracy.
  • IS215ACLEH1A: System logic expansion board. It expands system control logic for complex turbine operation scenarios.