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IS200CSLAH1A

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General Electric IS200CSLAH1A is an EX2100e compact HSSL expansion board that adds ten serial-link ports to a UCSB controller for I/O and bridge-board communication.
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Technical specifications for IS200CSLAH1A

  • Manufacturer:
    General Electric
  • Part Number:
    IS200CSLAH1A
  • Product Family:
    GE Excitation Control
  • Product Type:
    Compact High-speed Serial Link Expansion Board
  • Stock:
    1
  • System:
    EX2100e Excitation Control
  • Board Function:
    UCSB I/O expansion
  • Controller Interface:
    UCSB
  • HSSL Ports:
    10
  • Connected Devices:
    I/O modules and bridge-interface boards
  • Installation Area:
    Control module
  • Configuration:
    System dependent
  • 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 HSSL Expansion Controller Link Module Communication System Configuration

Features:

  • Adds ten compact HSSL interfaces to a UCSB controller.
  • Connects the controller with EX2100e I/O and bridge-interface boards.
  • Fits the control-module architecture selected for the exciter configuration.
The expansion board gives a UCSB controller additional serial-link endpoints without moving I/O processing into the controller chassis wiring.

Each HSSL port forms part of the communications topology between the controller and a defined downstream board or module.

Use of the CSLA depends on the controller platform and on whether the control arrangement is simplex or redundant.

Map every HSSL port and control section before assigning General Electric IS200CSLAH1A within an EX2100e configuration.
General Electric IS200CSLAH1A Compact High-speed Serial Link Expansion Board Manuals,Datasheets,Link Important Notice: Use the H1A hardware identity and the configured UCSB topology when allocating the ten HSSL interfaces.

Serial-link capacity added to UCSB

  • Port Count: Ten compact HSSL interfaces are available.
  • Expansion Role: The ports extend the UCSB controller's I/O reach.
  • Serial Topology: Each link connects the control section to an assigned module path.
  • Board Scope: The CSLA carries communications rather than executing regulation loops.

Relationship with the host controller

  • Host Controller: The board operates with a UCSB controller.
  • Control Location: Both devices reside in the EX2100e control module.
  • Data Exchange: HSSL transfers control and status data between the controller and I/O.
  • Platform Choice: The selected controller configuration determines whether CSLA expansion is required.

Devices reached through HSSL

  • I/O Boards: HSSL ports link the UCSB to I/O modules.
  • Bridge Boards: Bridge-interface boards use the same expansion network.
  • Dedicated Paths: Port assignment follows the configured board topology.
  • Interface Count: Ten links set the physical expansion limit per CSLA board.

Simplex and redundant arrangements

  • Simplex: A simplex system uses its single controller section and associated links.
  • Redundant: Redundant layouts distribute control among M1, M2 and C sections.
  • Configuration Basis: The controller and I/O arrangement decides the CSLA placement.
  • System Family: The board belongs to the EX2100e excitation-control architecture.
Description
General Electric IS200CSLAH1A is a Compact High-speed Serial Link Expansion board within the EX2100e excitation-control platform. It extends a UCSB controller with ten HSSL interface ports rather than performing the controller's regulation functions itself.

Through IS200CSLAH1A, the UCSB exchanges data with I/O modules and bridge-interface boards over dedicated high-speed serial links. The expansion board therefore concentrates controller-to-I/O communication at the control-module level.

System architecture determines when IS200CSLAH1A is included. In a simplex arrangement the controller section uses a single control path, while redundant EX2100e configurations can divide communication among M1, M2 and C control sections.

The control module houses IS200CSLAH1A alongside the selected UCSB controller hardware. Port allocation must follow the configured I/O and bridge-board topology because the ten HSSL interfaces are the controller's physical expansion paths.
Alternative Names
IS200-CSLA-H1A GE IS200CSLAH1A IS 200 CSLA H1A EX2100e CSLA H1A General Electric IS200CSLAH1A Compact HSSL Board IS200CSLAH1A IS200CSLA H1A IS200CSLAHIA
Technical notes
General Electric IS200CSLAH1A expands a UCSB controller with ten HSSL links for EX2100e I/O and bridge-interface boards.
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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.
When does an EX2100e system need IS200CSLAH1A?
IS200CSLAH1A is required when the selected UCSB control arrangement needs the board's ten HSSL expansion ports to reach configured I/O and bridge interfaces.
What should be mapped before connecting cables to IS200CSLAH1A?
Map every IS200CSLAH1A HSSL port to its intended I/O module or bridge-interface board so the physical links match the controller configuration.
Does IS200CSLAH1A replace the UCSB controller?
No. IS200CSLAH1A expands the UCSB communications interface; the UCSB remains the controller that performs processing and control functions.
How can the correct IS200CSLAH1A arrangement be verified in a redundant exciter?
Confirm whether IS200CSLAH1A links belong to the M1, M2 or C control section and compare that allocation with the redundant EX2100e topology.
Why is the complete IS200CSLAH1A suffix important during board matching?
The complete IS200CSLAH1A part number identifies the specified CSLA board when checking the installed control-module bill of material.

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