GE,IS210MVRBH1A IS200MVRBH1ACC
GE,IS210MVRBH1A IS200MVRBH1ACC
GE,IS210MVRBH1A IS200MVRBH1ACC
GE,IS210MVRBH1A IS200MVRBH1ACC
GE,IS210MVRBH1A IS200MVRBH1ACC
GE,IS210MVRBH1A IS200MVRBH1ACC
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IS210MVRBH1A IS200MVRBH1ACC

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The General Electric IS210MVRBH1A IS200MVRBH1ACC is a MVRB I/O Interface Board, engineered to bridge field sensors with the turbine controller via high-speed IONet communication and ±2°C precision temperature diagnostics.
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Technical specifications for IS210MVRBH1A IS200MVRBH1ACC

  • Manufacturer:
    General Electric
  • Part Number:
    IS210MVRBH1A IS200MVRBH1ACC
  • Product Family:
    GE Mark VI Gas Turbine Control
  • Product Type:
    I/O Interface Board
  • Stock:
    1
  • Operating Temperature:
    -30°C to +65°C
  • Storage Temperature:
    -40°C to +85°C
  • Relative Humidity:
    5% to 95% (Non-condensing)
  • Analog Input Support:
    4–20 mA, ±10V
  • Digital I/O:
    24V DC Discrete
  • I/O Channels:
    Configurable up to 32 Inputs / 32 Outputs
  • Communication Protocols:
    IONet, Unit Data Highway (UDH)
  • Integrated Sensor:
    Temperature Sensor (±2°C Accuracy)
  • Weight:
    0.46 kg
  • Estimated shipping dimensions:
    8x21.2x3.5cm
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen, Fujian, China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Specifications Applications Monitoring & Control Environmental Ratings

Features:

  • Precision Environmental Diagnostics,Predictive failure prevention via ±2°C onboard sensing.
  • IONet-Based Independent Operation,Zero-downtime replacement without rewiring.
  • Dual-Board High-Speed Serial,Architecture,Deterministic data transfer for closed-loop excitation control.
The General Electric IS210MVRBH1A IS200MVRBH1ACC is equipped with a high-accuracy temperature sensor that provides real-time thermal monitoring of the I/O pack environment. Unlike standard boards that simply fail in overheat conditions, this module logs temperature data continuously. If levels exceed the -30°C to +65°C operational threshold, it generates a diagnostic alarm logic stored in the Mark VIe database, enabling condition-based maintenance scheduling.

Traditional I/O card failures often require system shutdowns and tedious re-termination of field wiring. The General Electric IS210MVRBH1A IS200MVRBH1ACC leverages the IONet architecture where each I/O pack communicates independently. This allows a failed board to be replaced while the turbine is live without disturbing adjacent I/O channels or removing field termination, directly supporting critical uptime KPIs in power plants.

The General Electric IS210MVRBH1A IS200MVRBH1ACC utilizes a robust dual-board topology: a primary board for signal conditioning and a dedicated daughterboard for high-speed serial link processing. This separation ensures that analog inputs (4-20mA) are processed without latency interference from network traffic, providing the deterministic response required for EX2100 excitation systems and fuel valve positioning.

The IS210MVRBH1A IS200MVRBH1ACC General Electric Mark VIe MVRB PC Module I/O Interface Board may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
General Electric IS210MVRBH1A IS200MVRBH1ACC Mark VIe MVRB PC Module I/O Interface Board Manuals,Datasheets,Link Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
General Electric IS210MVRBH1A IS200MVRBH1ACC Mark VIe MVRB PC Module I/O Interface Board

General

  • Manufacturer General Electric
  • Model IS210MVRBH1A IS200MVRBH1ACC
  • Condition New Original ready stock
  • Product Family IS210AEBIH1B IS210AEBIH1BED,IS210AEAAH1BKE IS210AEAAH1,IS210AEPSG1AFC IS210AEPSG1
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
  • Gas Turbine Excitation Control (EX2100/EX2100e):The module excels in managing field excitation for GE gas turbines, precisely regulating DC bus voltage and field current through high-speed I/O processing to maintain grid stability.
  • Steam Turbine Retrofit & Modernization:Specifically designed for legacy system upgrades, it provides the deterministic I/O necessary for replacing Mark V standard components with higher Mark VIe capabilities, preserving existing field wiring while upgrading core logic.
  • Combined Cycle Power Plant (CCPP) Integration:In CCPP applications, the I/O board aggregates critical parameters (bearing vibration, exhaust temperature, steam pressure) from both gas and steam blocks, feeding real-time data to the DCS for optimized heat recovery.
  • Large-Scale Industrial Process Control:Beyond power generation, it supports heavy industries (Oil & Gas, Metals) where high-density analog/digital I/O is required for controlling large pumps, compressors, and material handling systems within a PLC/DCS networked environment.
  • Continuous Thermal Profiling:Unlike simple thermal switches, the General Electric board provides continuous temperature data (±2°C accuracy) accessible via the system database. Control logic can utilize this data to throttle processing speeds or activate external cooling before shutdown occurs.
  • Independent IONet Data Highway:The module features a dedicated communication pathway on the IONet. This allows for deterministic scanning of inputs regardless of controller CPU load, ensuring critical trip signals are received within the required safety timeframe.
  • Signal Fault Detection & Masking:The board’s firmware includes advanced algorithms to differentiate between a genuine process spike and a sensor wiring fault (open circuit/short circuit). It supports channel masking for commissioning, preventing false trips during startup sequencing.
  • Redundancy Management:In TMR (Triple Modular Redundant) configurations, the onboard logic automatically synchronizes data with sibling boards, performing a "voting" function on analog inputs (e.g., median selection) to output a single, validated value to the controller.
  • Extreme Thermal Resilience:Rated for operation across -30°C to +65°C (ambient) and storage from -40°C to +85°C. This range accounts for unheated turbine enclosures in winter and confined control cabinet heat buildup in summer.
  • High-Humidity Tolerance:Engineered with conformal-coated components to withstand 5% to 95% relative humidity (non-condensing). This prevents corrosion and current leakage in high-moisture environments often found in combined cycle plants with steam bypass systems.
  • Vibration & Shock Immunity:While specific g-force ratings rely on the chassis, the PCB design utilizes high-density edge connectors with locking mechanisms to maintain electrical continuity under continuous turbine vibration (50/60Hz harmonics).
  • Convection Cooling Design:Designed for free convection cooling, eliminating the need for fans or external forced air that could draw dust/debris into the control cabinet. This passive thermal management ensures high MTBF (Mean Time Between Failures) in dirty industrial environments.
Description
The General Electric IS210MVRBH1A IS200MVRBH1ACC serves as a dedicated R/S/T ADIO interface within the Mark VIe control architecture. It functions as a critical data acquisition bridge, digitizing analog inputs (4-20 mA, ±10V) and discrete signals for the main turbine controller. The module features a dual-board design comprising a primary I/O interface board integrated with a high-speed serial link daughterboard, ensuring deterministic data synchronization essential for closed-loop excitation control in EX2100 systems.

Engineered for predictive maintenance, the General Electric IS210MVRBH1A IS200MVRBH1ACC integrates an onboard temperature sensor with an accuracy of ±2°C. It continuously monitors ambient thermal stress and automatically triggers diagnostic alarms when predefined thresholds are exceeded. This data is logged directly to the system database (signal space), allowing operators to prevent cascade failures before they occur. This feature aligns with IEC 61508 safety protocols, making it suitable for SIL-rated loops.

Unlike traditional I/O cards, the General Electric IS210MVRBH1A IS200MVRBH1ACC communicates directly on the IONet. This architecture allows each I/O pack to be replaced independently without removing field wiring and without affecting other I/O packs in the system. Maintenance teams can perform hot-swap replacements while the turbine remains operational, drastically reducing Mean Time To Repair (MTTR) for power generation assets.

To expand its versatility, the General Electric IS210MVRBH1A IS200MVRBH1ACC is designed to pair seamlessly with the PMVE I/O pack, extending its capability to manage complex sensors and actuators. It utilizes the Unit Data Highway (UDH) communication protocol to ensure high-speed, reliable data exchange across the Mark VIe system architecture, supporting both legacy retrofits and new greenfield installations.
Revisions

Revision Part #

Also known as

IS200MVRBH1ACC
IS200MVRBH1A-CC, Series -AC, Rev -CC
IS200MVRBH1ABC
IS200MVRBH1A-BC, Series -AB, Rev -BC
IS200MVRBH1ABB
IS200MVRBH1A-BB, Series -AB, Rev -BB
IS200MVRBH1ABA
IS200MVRBH1A-BA, Series -AB, Rev -BA
IS200MVRBH1AAC
IS200MVRBH1A-AC, Series -AA, Rev -AC
IS200MVRBH1AAB
IS200MVRBH1A-AB, Series -AA, Rev -AB
IS200MVRBH1AAA
IS200MVRBH1A-AA, Series -AA, Rev -AA
Alternative Names
IS210MVRBH1A IS200MVRBH1ACC 1S210MVRBH1A 1S200MVRBH1ACC IS2I0MVRBHIA IS200MVRBHIACC IS21OMVRBH1A IS2OOMVRBH1ACC IS210MACCH2A IS210MACCH2AKH IS200VVIBH1CAB IS200VVIBH1C
Technical notes
The General Electric IS210MVRBH1A IS200MVRBH1ACC utilizes the MVRB board designation specifically for Analog/Digital I/O interfacing. Users must confirm firmware alignment with ToolboxST version V07.02 or higher to ensure full compatibility with the UDH network backbone. Note that the operating temperature range is strictly -30°C to +65°C for convection-cooled environments; exceeding this may void diagnostic accuracy.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
What firmware or software versions are required for the General Electric IS210MVRBH1A IS200MVRBH1ACC to communicate on the UDH network?
The General Electric IS210MVRBH1A IS200MVRBH1ACC requires ToolboxST software version V07.02 or higher for proper configuration. For UDH network integration, specific parameter sets outlined in the GEH-6855 technical manual must be applied; otherwise, the board may default to IONet standalone mode and fail to route global data packets.
Can the General Electric IS210MVRBH1A IS200MVRBH1ACC be integrated with third-party PLCs via Modbus?
While the native architecture of the General Electric IS210MVRBH1A IS200MVRBH1ACC communicates via UDH and IONet, third-party integration is possible if routed through a Mark VIe controller acting as a gateway. Direct Modbus TCP/IP from the board is not supported; a middleware processor (e.g., ICS-TRIPLEX) is required for protocol translation to Siemens or AB platforms.
What are the specific environmental limits for installing the General Electric IS210MVRBH1A IS200MVRBH1ACC in a turbine hall?
The General Electric IS210MVRBH1A IS200MVRBH1ACC is rated for an operating ambient temperature of -30°C to +65°C with convection cooling. It requires a clearance of 101.6 mm (4 inches) above and below the module for proper heat dissipation. It is not rated for drip-proof environments unless enclosed in a NEMA 4X cabinet.
What safety certifications does the General Electric IS210MVRBH1A IS200MVRBH1ACC hold for emergency shutdown (ESD) applications?
The General Electric IS210MVRBH1A IS200MVRBH1ACC complies with ISA S84.01 and IEC 61508 standards. It supports integration into safety loops up to SIL 2 when used with the appropriate safety-rated terminal boards. It is suitable for burner management systems (BMS) and overspeed protection functions within the Mark VIe safety architecture.
How does the General Electric IS210MVRBH1A IS200MVRBH1ACC handle 4-20mA loop diagnostics and open circuit detection?
The General Electric IS210MVRBH1A IS200MVRBH1ACC utilizes specialized circuitry on its data acquisition board to continuously monitor current loops. If a 4-20mA signal falls below 3.6mA (indicating a field device failure or broken wire), the board flags a specific fault code in the signal space, distinct from a standard