Product Description
The IS200IIDAG1A DC Direct Current Innovation Card was manufactured for GE Drive Systems for use in their Innovation Series, and is modified through the inclusion of a singular revision, unlike the sister model IS200IIDAG1ABB. The single revision present in the assembly of the IS200IIDAG1A board alters its performance specifications and general functionality greatly, and earns the title of a functional revision, this one rated at an "A" grade. The revision present on the IS200IIDAG1A model modifies it from the preexisting IS200IIDAG1 parent board. As evident through a careful application the IS200IIDAG1A Part Number Breakdown inserted in the manuals tab above, the IS200IIDAG1A has a functional acronym of IIDA. This functional acronym serves both to explain the functionality of the IS200IIDAG1A as a Direct Current Innovation Card, and to provide an abbreviated form of the lengthy and inconvenient IS200IIDAG1A product number.
Hardware Tips and Specifications
While the IS200IIDAG1A printed circuit board serves an important function to the greater Innovation Series drive assembly as a Direct Current Innovation Card, it is a rather small-sized component PCB that has only a limited amount of original manufacturer-issued instructional information available online. With this in mind, much of the hardware specifications and tips relevant to this IS200IIDAG1A model will come from either a thorough visual inspection led by one of our knowledgeable service technicians, or from a breakdown of the individualized IS200IIDAG1A product number.
In visual inspection, it is obvious right off the bat that the IIDA Direct Current Innovation Card is something of a smaller, narrow model, measuring in at about three inches wide by about a foot tall. Three distinct strips of components seem to exist, attached to the base circuit board of the IS200IIDAG1A. The first of these strips contains seventeen total terminal blocks, included in the assembly of the IS200IIDAG1A Card for connection purposes and interfacing with other crucial Innovation series component boards. Moving from this card's extensive selection of terminal blocks, the IS200IIDAG1A's second line of components is made up of seventeen jumpers that correspond respective to the previously-mentioned seventeen terminal blocks. The third line of components affixed to the IS200IIDAG1A base board seems to be made up of an additional series of seventeen plugs; twelve of which featuring insulatory plastic bearings. All of the components present in each of the three aforementioned component lines on the IS200IIDAG1A base board are labeled with standard-issue factory-printed nomenclature labels for identification purposes. All of the terminal blocks present on the left-hand side of this narrow board offer intuitive labels that begin with the known nomenclature "TB," while all of its seventeen corresponding jumpers seem to feature series-unique labels beginning with the simple "J" jumper label. The three plugs present on the top portion of the IIDA Direct Current Innovation Card are labeled as VAC1-VAC3, with the next two plugs being labeled as "DCP" and "DCN." Finally, the remaining twelve plugs left on this IS200IIDAG1A product's base board are labeled numerically, as FPL or RPL style plugs.
All of the aforementioned hardware components attached on the base board of this IS200IIDAG1A model should be well-protected beneath a layer of chemically-applied printed circuit board coating. The printed circuit board coating presently attached to the base components and board of the IS200IIDAG1A can be described as a normal-style of PCB coating, as referenced in the individualized IS200IIDAG1A part number through an intentional inclusion of the "G1" series grouping tag. For more information on the IS200IIDAG1A's product-specific part number, and to source information such as this PCB's original manufacturer location, a IS200IIDAG1A Part Number Breakdown has been attached in the manuals tab above.
