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Configured for fiber-optic communications management in EX2100 excitation control systems, the GE IS200EISBH1AAB/EISBH1A (IS200EISBH1A Exciter ISBus Board) provides direct physical/electrical execution of real-time data frame transmission.

Hardware Specifications

Parameter Specification
Model IS200EISBH1AAB/EISBH1A
Brand GE (General Electric)
Origin USA
Weight 0.8 kg
Dimensions 14.75 cm x 9.50 cm x 3.50 cm
Operating Temp -40 to 85 deg C
Power Consumption 24 VDC Input / 24 VDC Output
System Series EX2100 Excitation Control System
Physical Interface Fiber-optic channels
Protection Rating IP20

Backplane Bus Communication Velocity & Deterministic Networks

The IS200EISBH1AAB/EISBH1A routes optical communication streams between EX2100 excitation controllers and the Mark VI PC-based HMI. Interfacing across fiber-optic links, the module stabilizes backplane bus communication velocity while maintaining deterministic data exchange for high-resolution time tags associated with system alarms and event sequences. Firmware flash compatibility provides real-time telemetry updates and diagnostic monitoring across connected control nodes without introducing network latencies.

Frequently Asked Questions

Q: What interface mechanism does the IS200EISBH1AAB/EISBH1A use for external data exchange?

A: The board utilizes integrated fiber-optic communication channels to transfer high-resolution time-tagged data and system telemetry to the controller network.

Q: What power supply parameters are required to drive the board logic?

A: The board operates from a nominal 24 VDC input power supply and provides a regulated 24 VDC output profile.

Q: Can the board be installed in harsh ambient temperature environments?

A: Yes, the assembly is rated for continuous operation within a temperature range of -40 to 85 deg C with an IP20 enclosure protection rating.

Field Installation Guidelines

  1. Disconnect and lock out all 24 VDC power sources feeding the target excitation enclosure prior to installation.
  2. Wear a grounded ESD wrist strap connected to cabinet frame ground to prevent static damage to optoelectronic components.
  3. Align the 14.75 cm x 9.50 cm circuit board assembly with the assigned mounting tracks inside the subrack enclosure.
  4. Insert the board into the card guide until internal backplane power connections are completely engaged.
  5. Secure all panel retaining hardware to maintain chassis grounding and physical stability.
  6. Inspect and clean fiber-optic connectors before mating them to the board ports, ensuring bend radius limits are maintained.

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