About the IS200TBCIH2BBD
This IS200TBCIH2BBD printed circuit board from industry giant retailer General Electric was actually mass-produced by the GE shell retailer GE Energy, who handles all of General Electric's alternative energy-intended automated industrial production. This printed circuit board or PCB for short is more widely known by its factory-specified functional description as a Contact Input Terminal Board, which is symbolized in its TBCI functional acronym well. This IS200TBCIH2BBD terminal board is actually a modified version of the preexisting Mark VIe Series IS200TBCIH2 parent board, and features three significant product revisions, rated at B, B and D grades respectively.
Hardware Tips and Specifications
The IS200TBCIH2BBD PCB here has a narrow intended functionality, given the one-dimensional nature of many GE energy terminal boards. To be specific, this IS200TBCIH2BBD Contact Input Terminal Board offers terminal inputs for 24 total dry contact inputs, and provides group isolation for I/O processor discrete input voltage signals. A secondary application of this IS200TBCIH2BBD PCB is its diagnostic monitoring pattern of excitation voltages and other crucial Mark VIe Assembly processes.
Now that some of the IS200TBCIH2BBD boards' intended functionality has been revealed, its hardware component and component specification choices can be well-contextualized. For starter, no customizable hardware is offered on the IS200TBCIH2BBD board; including any manually-moveable hardware jumpers or significant diagnostic test points. This IS200TBCIH2BBD board does offer its own set of channels, however, offering an ultimate selection of 24 different crucial contact voltage channels. These channels likely correspond directly to this model's set of 24 dry contact inputs. The IS200TBCIH2BBD Contact Input Terminal Board features two I/O terminal blocks added to its base board for connection purposes, which are removable for maintenance or replacement purposes. Each of these I/O terminal blocks should be well-protected by their respective shield terminal strip, which is attached to this assembly's chassis ground. All of these aforementioned hardware components should be additionally protected by this TBCI board's conformal style of printed circuit board coating, which exists as a thin, chemically-applied layer of PCB protection. It is important to note that all of the product-centric information included in this product page is indicative of this PCB's parent IS200TBCIH2 board, which lacks this product's three crucial functional or artwork revisions.
