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GE IS200BPAIH2A IS200BPAIH2AEB Analog I/O Daughter Board

Brand: General Electric
Model Number: IS200BPAIH2A IS200BPAIH2AEB
Type: Analog I/O Daughter Board
Product Origin: USA
Payment: T/T, Western Union, Credit Card
Price: USD 120
Dimensions: 200 mm x 100 mm x 40 mm
Weight: 0.5 kg
Warranty: 12 months

  • Product Details

The GE IS200BPAIH2A and GE IS200BPAIH2AEB serve as high-density analog I/O daughter boards for turbine control. These modules belong to the Mark VI series from General Electric. They attach directly to compatible carrier boards within the system. Consequently, these units expand analog monitoring capabilities without occupying additional slots.

Technical Specifications

The table below lists the precise parameters for the GE IS200BPAIH2A and IS200BPAIH2AEB .

Parameter Specification
Manufacturer General Electric (GE)
Full Model Numbers GE IS200BPAIH2A , GE IS200BPAIH2AEB
Product Category Analog I/O Daughter Board
Dimensions (H x W x D) 2.0 cm x 12.0 cm x 20.0 cm
Weight 0.18 kg (0.40 lbs)
Primary Interface One 100-pin mezzanine connector
Analog Input Channels 16 single-ended or 8 differential inputs
Analog Output Channels 4 configurable output channels
Component Count Approximately 250 resistors and 120 capacitors
Energy Storage Six 22 µF tantalum capacitors for signal conditioning
Resolution 16-bit for both input and output
Operating Temperature -30°C to +65°C

Functional Design and Analog Processing

The GE IS200BPAIH2AEB connects directly to the VME carrier board underneath. It receives analog signals from field transmitters and sensors. Then, this board filters and digitizes each input with high precision. Onboard amplifiers provide clean output signals for actuators. Therefore, the IS200BPAIH2A delivers accurate analog data to the main controller.

Installation and Compatibility Notes

You must align the connector carefully before seating this daughter board. The GE IS200BPAIH2A fits exclusively on compatible Mark VI carrier boards. Always replace faulty units with identical GE board revisions. Additionally, configure each channel for the correct input range. This practice prevents signal saturation and measurement errors.

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