GE IS215ACLEH1BB
  • GE IS215ACLEH1BB GE IS215ACLEH1BB
  • GE IS215ACLEH1BB GE IS215ACLEH1BB
  • GE IS215ACLEH1BB GE IS215ACLEH1BB

GE IS215ACLEH1BB

Brand: GE
Description: IS215ACLEH1BB
Condition: Brand New
Certificate: COO TEST REPORT WARRANTY LETTER
Warranty: 1 year
Inventory Qty: 4
Payment Term: T/T
Shipping Port: Shenzhen
GE IS215ACLEH1BB is the GE EX2100 / Mark VI system, Application Control Layer Enhanced of the excitation system, is the core processor board of the EX2100 excitation cabinet, replacing the old IS215ACLAH1A

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    Product Description

    The IS215ACLEH1BB is an enhanced main control board for the GE EX2100 excitation system and is compatible with the Mark VI unit control system. It is responsible for AVR voltage regulation of the generator, PSS stability control, excitation logic protection operations, and is also the core of system communication and self-diagnosis. The module supports the TMR triple redundancy architecture, featuring strong real-time performance and outstanding anti-interference ability, and is compatible with the excitation cabinets of synchronous generators in thermal power, gas turbines, hydropower, etc


    Manufacture
    GE
    Model Number
    IS215ACLEH1BB
    Ordering Number
    IS215ACLEH1BB
    Catalog
    Mark VI
    Description
    GE IS215ACLEH1BB Application Control Layer Module
    Country Of Origin
    USA
    HS CODE
    8537101190
    Dimension
    233 × 160 × 60 mm
    Weight
    0.34 kg


    Functions


    1. Main operation of excitation regulation

    Collect the voltage, current, reactive power and speed signals of the generator, execute the AVR automatic voltage regulation, reactive power adjustment and PSS power system stabilizer algorithm, output to control the thyristor rectifier bridge, and control the excitation current of the generator.


    2. Logic sequential control and protection judgment

    Execute the excitation start-up, demagnetization, excitation start, and shutdown processes. Determine excitation overcurrent, demagnetization, overvoltage, pulse faults, etc., and trigger protection and alarm.


    3. System communication hub

    Dual Ethernet + dual serial ports. Through ISBus, Ethernet and backplane bus, it connects to the excitation I/O board, HMI, unit DCS, Mark VI gas turbine controller, and uploads parameters and receives instructions.


    4. On-board self-diagnosis: Real-time monitoring of CPU, memory, power supply, communication link, and firmware status. The panel LED indicates operation/failure. When a fault occurs, it reports the fault code and supports local debugging.


    5 Parameter storage and operation

    Save excitation setting values, curves, and setting parameters, perform real-time closed-loop calculation, and support simplex single set and TMR triple redundant architecture configuration






    Typical application scenarios



    • Generator EX2100 excitation control system for thermal power and gas combined cycle power stations (the most mainstream)

    • Excitation regulation of synchronous generators for hydropower, nuclear power and self-owned power plants

    • Large industrial synchronous motors (high-power synchronous motors for steel mills, chemical plants and cement plants)

    • Excitation cabinet matching GE Mark VI Speedtronic gas turbine control system Integrated control of gas turbine and generator for excitation

    • Control of high-power synchronous generator sets for ships





    Important Notes


    1. The firmware version with matching: must and a complete set of EX2100 back (IS200ESBP/IS200ERBP/IS200ERRB, etc.), the other I/O interface card firmware version form a complete set of strict; Version mismatch may cause communication abnormalities and excitation loss of control.


    2. Priority for static protection: IS215ACLEH1BB is a precision CPU board. During disassembly and assembly, wear an anti-static wristband and do not touch the gold fingers with bare hands. Power-off plug and unplug. For non-redundant configurations, it is strictly prohibited to unplug the board while it is powered on.


    3. Environmental control: Control the temperature of the cabinet, prevent dust and dehumidification, and avoid condensation and corrosive gases. Long-term high temperatures will accelerate the aging of on-board capacitors and cause random faults.


    4. Parameter backup: Before replacing the module, be sure to export the excitation setting value, PSS parameters, and logic program. The new board requires the installation of programs and calibration, and cannot be directly powered on and put into operation.


    5. Spare parts should be distinguished by model: due to differences in suffixes (H1BB/H1B/H1A), hardware and firmware are not interchangeable. Do not mix them. IS215ACLEH1BB is a dedicated ACLE board for excitation, not a general-purpose PLC CPU


    6. Pre-operation test: After replacement, no-load, load, PSS and protection drive tests of excitation should be conducted to confirm that the regulation characteristics and protection actions are correct before grid connection.


    7. Power supply requirements: Power supply must strictly follow the EX2100 cabinet specifications. Excessive ripple of the DC power supply and voltage drops can cause module reset and excitation disturbance




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