IS200AEBIH1BAB GE Interface Board in stock

• Brand
  GE
• Model
  IS200AEBIH1BAB
• Product Name
  AEBIH Mark VI IS‑Bus Interface Board
• Dimensions
  311.2 mm × 215.9 mm × 25.4 mm
• Weight
  0.72 kg
• Place of Origin
  United States
• HS Code
  8538900000
• Operating Temperature
  0 °C to 60 °C
• Storage Temperature
  ‑40 °C to 85 °C
• Power Supply
  5 V DC
• Warranty
  1 year
• Status
  new brand

IS200AEBIH1BAB GE AEBI Bridge Interface Board input and output

Input:

8‑channel differential analog input

Voltage input range: -10 VDC ~ +10 VDC, 0‑10 VDC

Current input range: 0‑20 mA, 4‑20 mA (external precision resistor required)

Input impedance: 100 kΩ for voltage signals; 250 Ω for current signals

Resolution: 16‑bit per analog channel

Sample rate: 250 Hz per channel

External field power input: 24 VDC

Backplane logic power: 5 VDC supplied from VME backplane

Output:

No field‑level analog or digital physical output channels

Digital converted measurement data output to VME backplane via 64‑pin connector, transmitting processed analog signals to the main Mark VI controller

Compatibility:

Applicable Control System: GE Speedtronic Mark VI (VME‑based turbine control system)

Applicable Equipment: Gas turbine, steam turbine, generator auxiliary control units

Matched Hardware: Works cooperatively with IS200 series VME rack‑mounted modules

Supported Software: GE CIMPLICITY HMI, Mark VI Control Toolbox for configuration, monitoring and fault diagnosis

Isolation Performance: Galvanic isolation between field input circuits and controller backplane bus

Typical Accuracy: ±0.2 % full‑scale value

Primary Function: AE bridge signal acquisition and data forwarding for turbine safety & process monitoring

IS200AEBIH1BAB GE AEBI Bridge Interface Board Advantages:

Wide multi-signal compatibility, accepting voltage (-10~+10VDC, 0-10VDC) and current (4-20mA, 0-20mA) analog inputs to interface with diverse field-mounted sensors.

Eight-channel differential input architecture greatly mitigates common-mode noise within harsh electromagnetic environments typical of power generation facilities.

Galvanic isolation separates field wiring from the controller backplane, eliminating ground-loop disturbances and strengthening overall system noise immunity.

High-precision 16-bit ADC provides accurate signal measurement with typical accuracy reaching ±0.2% full-scale value.

Space-saving VME rack-mounted form factor is fully interoperable with the Mark VI Speedtronic turbine control system; plug-and-play installation reduces field wiring and commissioning workload.

Conformal coated printed circuit board maintains dependable operation amid high humidity, dust contamination and mechanical vibration at industrial sites.

Individual-channel sampling rate up to 250 Hz guarantees timely real-time capture of auxiliary turbine monitoring signals.

Smooth data communication over the VME backplane bus enables robust information exchange with the primary controller, removing the requirement for additional external signal conditioning hardware.

Integrated diagnostic functions accessible through Mark VI configuration utilities and CIMPLICITY HMI streamline daily maintenance and fault location procedures.

Flexible deployment for brand-new system builds as well as legacy turbine upgrade projects, offering native compatibility with established IS200-series rack hardware.

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