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IS200EBKPG1A

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General Electric IS200EBKPG1A is an Exciter Backplane that interconnects the M1, M2, and C sections of an EX2100 redundant control rack.
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Technical specifications for IS200EBKPG1A

  • Manufacturer:
    General Electric
  • Part Number:
    IS200EBKPG1A
  • Product Family:
    GE Excitation Control
  • Product Type:
    Exciter Backplane
  • Stock:
    1
  • Control platform:
    GE EX2100 excitation control
  • Hardware role:
    Interconnects the redundant EX2100 controller boards, power feeds and I/O cables
  • System placement:
    Provides three backplane sections for M1, M2 and C
  • Primary interface:
    Gives each controller section an independent power supply path
  • Signal or power function:
    Accepts ACLE or ACLA, DSPX, EISB, EMIO and ESEL in M1 and M2
  • Associated hardware:
    Includes circular DIN connections for keypads and power plugs
  • Service consideration:
    Maintains separation among the redundant controller channels
  • Verification point:
    Requires connector-by-connector restoration during replacement
  • 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 Board Population I/O Connectivity Channel Separation Cooling & Installation

Features:

  • Provides three backplane sections for M1, M2 and C.
  • Gives each controller section an independent power supply path.
  • Accepts ACLE or ACLA, DSPX, EISB, EMIO and ESEL in M1 and M2.
Supports test-ring connections in the control rack.

Works with two overhead cooling fans.

Maintains separation among the redundant controller channels.

Spares coordination for redundant control racks is available from Apter Power for the General Electric IS200EBKPG1A Exciter Backplane used in GE excitation-control service.
General Electric IS200EBKPG1A Exciter Backplane Manuals, Datasheets, LinksImportant 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.

Board Population for IS200EBKPG1A

  • Placement: Carries DSPX, EISB and EMIO positions in controller C.
  • Interface: Uses upper DIN connectors for plug-in control boards.
  • Operation: Uses lower D-sub connectors for I/O interface cables.
  • Service point: Includes circular DIN connections for keypads and power plugs.

I/O Connectivity for IS200EBKPG1A

  • Source: Uses lower D-sub connectors for I/O interface cables.
  • Processing: Includes circular DIN connections for keypads and power plugs.
  • Destination: Supports test-ring connections in the control rack.
  • Verification: Works with two overhead cooling fans.

Channel Separation for IS200EBKPG1A

  • Purpose: Supports test-ring connections in the control rack.
  • Connection: Works with two overhead cooling fans.
  • Behavior: Maintains separation among the redundant controller channels.
  • Boundary: Forms the wiring foundation of the redundant control module.

Cooling & Installation for IS200EBKPG1A

  • Input path: Maintains separation among the redundant controller channels.
  • Output path: Forms the wiring foundation of the redundant control module.
  • System effect: Requires connector-by-connector restoration during replacement.
  • Check: Provides three backplane sections for M1, M2 and C.
Description
General Electric IS200EBKPG1A Exciter Backplane serves in the EX2100 system and interconnects the redundant EX2100 controller boards, power feeds and I/O cables. It gives each controller section an independent power supply path.

In its cabinet position, IS200EBKPG1A accepts ACLE or ACLA, DSPX, EISB, EMIO and ESEL in M1 and M2. It carries DSPX, EISB and EMIO positions in controller C.

The surrounding hardware relies on IS200EBKPG1A because it uses lower D-sub connectors for I/O interface cables. It includes circular DIN connections for keypads and power plugs.

During replacement, preserve the equipment-specific wiring around IS200EBKPG1A. The board forms the wiring foundation of the redundant control module. It requires connector-by-connector restoration during replacement.
Alternative Names
IS-200-EBKPG-1A IS200EBKP G1A GE IS200EBKPG1A General Electric IS200EBKPG1A I5200EBKPG1A IS200 EBKPG1A IS200 EBKP G1A IS 200EBKPG1A
Technical notes
Controller C on IS200EBKPG1A has no ESEL or ACLE position because that monitoring channel does not perform bridge firing.
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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.
If M1 loses power but M2 and C remain stable, what on IS200EBKPG1A needs checking?
Inspect the M1 power input and connectors on IS200EBKPG1A first; its three controller sections are independently supplied.
Why can a simplex rack be the wrong destination for IS200EBKPG1A?
IS200EBKPG1A is the redundant-control backplane; a simplex EX2100 control module uses an ESBP backplane instead.
How can cable mix-ups after service affect IS200EBKPG1A operation?
Match every lower D-sub and circular DIN cable to the IS200EBKPG1A labels for I/O, keypad, power, and test-ring connections.
Why should controller C on IS200EBKPG1A not receive an ACLE or ESEL?
Controller C on IS200EBKPG1A monitors and votes signals but does not perform bridge firing, so those boards are not fitted there.
What should be checked if a board will not seat fully on IS200EBKPG1A?
Inspect the assigned upper DIN connector on IS200EBKPG1A for alignment, damage, or an obstruction before applying force.
How can cooling loss around IS200EBKPG1A disrupt the controller rack?
Two overhead fans cool boards mounted on IS200EBKPG1A, so loss of either airflow path can raise rack temperature.
Which toolbox connection prevents testing the wrong IS200EBKPG1A controller?
Use the IS200EBKPG1A RS-232 port assigned to M1, M2, or C: J303B, J310B, or J313B respectively.