GE IS200TDBTH2ACC Turbine Control Board(XIONGBA)

​Brand Model​​: GE IS200TDBTH2ACC
​Product Type​​: Industrial Control Board
​Origin​​: USA
​Warranty​​: 1 year
​Delivery Time​​: 3–5 days (stock-dependent)

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Description

Product Overview

The ​GE IS200TDBTH2ACC​ is an advanced ​​industrial control board​​ engineered by General Electric for turbine management systems, particularly within GE’s ​​Mark VI Speedtronic​​ platform. Designed for critical applications in power generation, oil and gas, and heavy manufacturing, this module delivers high-precision control, robust environmental resilience, and seamless integration with industrial automation networks. Its core function is optimizing turbine performance through real-time data processing, fault diagnostics, and energy-efficient operation, ensuring reliability in extreme conditions (-40°C to +90°C) while adhering to global safety standards (CE, UL, FCC) .


Technical Specifications

​Parameter​ ​Specification​
​Model​ IS200TDBTH2ACC
​Type​ Turbine Control Board
​Operating Temp.​ -40°C to +90°C (-40°F to +185°F)
​Power Consumption​ 50W
​Processor​ High-performance microprocessor
​Memory​ 1MB Flash, 64KB RAM (non-volatile for critical data retention)
​I/O Channels​ Configurable digital/analog interfaces
​Comms Protocols​ Modbus TCP, Ethernet/IP, RS-485, CANopen
​Certifications​ CE, UL, FCC
​Dimensions​ Compact aluminum alloy housing (standard 19″ rack-compatible)
​Weight​ ~0.75 kg (estimated)


Key Features and Advantages

  1. ​High-Performance Control Architecture​
    • Equipped with a high-speed microprocessor and 1MB Flash memory, enabling rapid data processing for real-time turbine parameter adjustments (e.g., speed, temperature, pressure) .
    • Supports ​​Triple Modular Redundancy (TMR)​​ configurations to eliminate single-point failures in safety-critical systems like power plant turbines .
  2. ​Extreme Environment Resilience​
    • Operates flawlessly in ​​-40°C to +90°C​​ ranges, with an aluminum alloy casing for superior heat dissipation and resistance to vibration (5G RMS), humidity, and dust (IP-rated) .
    • Non-volatile memory retains operational data during power outages, minimizing restart downtime .
  3. ​Seamless Integration & Diagnostics​
    • Dual ​​EtherNet/IP​​ and ​​Modbus TCP​​ interfaces enable plug-and-play connectivity with Mark VI controllers, HMIs, and plant-wide DCS systems .
    • Integrated diagnostic tools via GE’s ​​ToolboxST​​ software provide real-time alerts for faults (e.g., sensor drift, communication loss), reducing troubleshooting time by 40% .
  4. ​Energy Efficiency & Cost Optimization​
    • Reduces turbine energy consumption by dynamically adjusting control loops based on load demands, lowering operational costs by up to 15% .
    • Hot-swappable design allows maintenance without system shutdowns, critical for industries like oil refineries or continuous-process manufacturing .

Application Areas

  • ​Power Generation​​: Manages gas/steam turbine governors and exciters in SIL 2-rated safety systems, preventing overloads and overspeed events .
  • ​Oil & Gas​​: Controls compressor stations and offshore drilling rig turbines, certified for hazardous areas (ATEX Zone 2) .
  • ​Marine Propulsion​​: Monors thrust bearings and fuel systems in ship engines, meeting DNV-GL shock/vibration standards .
  • ​Industrial Manufacturing​​: Optimizes high-inertia machinery (e.g., steel-rolling mills) via adaptive PID control loops .

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Installation & Maintenance

​Installation​​:

  • Mount vertically in Mark VI racks using VME64x backplane connectors.
  • Use shielded cables (max 15 m) with ≥20 cm separation from high-voltage sources to prevent EMI .
  • Validate firmware compatibility with ToolboxST v11.1+ .

​Maintenance​​:

  • ​Annual Calibration​​: Verify I/O accuracy with Fluke 744 calibrator.
  • ​Component Replacement​​: Swap electrolytic capacitors after 60,000 operational hours (≈7 years).
  • ​Firmware Updates​​: Apply patches via Ethernet with network redundancy enabled .

Product Assurance

GE provides a ​​12-month warranty​​ covering defects. Global support includes 24/7 remote diagnostics and 48-hour on-site response for critical failures. Units undergo MIL-STD-810H environmental testing and 500-hour burn-in cycles, with MTBF exceeding 200,000 hours .


HS:8471800000

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