GE IS200BICHH1A Control printed circuit board
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Warranty: 365 days
Quality: Original module
Condition: New / Used
Warehouse: Spot
Delivery time: Shipped in 3 days after payment
Mail: 3598571032@qq.com
Phone/Wechat/Whatsapp:+86 15339539190
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Details
Product details
Origin:USA
Brand:GE
Product ID: IS200BICHH1A
product description
The IS200BICHH1A is a component manufactured by GE for the Mark VI system as a Bridge
Interface and Control printed circuit board. The Mark VI system is part of the successful
Speedtronic series that GE developed starting in the 1960s with the Mark I. Some important
information concerning the functionality and compatibility of the IS200BICHH1A PCB can be
gleamed from its individualized part number. For example, the IS200BICHH1A can be identified
as a bridge interface and control PCB following a discovery of this product's functional acronym;
BICH. This is not considered a stock product, as it features a functional revision graded at "A".
Hardware Tips and Specifications
The IS200BICHH1A mounts into an Innovation series board rack. The Innovation Series is
configured with T M-10 and T M-DC hardware and applications. These racks have LAN options
and Boolean logic instructions that provide permissive diagnostic functions with no additional
configuration. The IS200BICHH1A is built with a narrow front panel that has a plug connector
(marked JM) located in its bottom third and a display in its top third. The display allows for
review of LEDs for signal observation, eighteen of which are present for interpretation with this
IS200BICHH1A model.
The IS200BICHH1A features a number of other components important to normative automated
processing, including:
- two backplane connectors, marked P1 and P2
- twenty-nine TP test points
- over forty integrated circuits
- two replaceable 250 V, 200 mA fuses
An over-reaching function of the IS200BICHH1A is to take multiplexed phase faults from FOSB
boards and demultiply these aforementioned faults. The IS200BICHH1A classifies faults into two
classes, including bridge faults and BICH board faults.