About the DS200CSSAG1BBA
This DS200CSSAG1BBA printed circuit board from General Electric, as alluded to above, exists as a Cell State Sensor Board within their Mark V legacy product series. The Mark V Series that this DS200CSSAG1BBA Cell State Sensor Board or Cell State Sensor PCB for short belongs to is considered a legacy product series given its eventual manufacturing discontinuation in the years following its initial release. With this being true, the Mark V Series that this DS200CSSAG1BBA device belongs to is additionally considered to exist as one of the final GE product series to make use of their Speedtronic control system technology first seen alongside the rollout of the Mark I in the late 1960s. This DS200CSSAG1BBA PCB is not the original product designed by General Electric for its specific functional role as a Cell State Sensor Board; that would be the DS200CSSAG1 parent printed circuit board missing all three of this DS200CSSAG1BBA device's three significant product revisions.
Hardware Tips and Specifications
The GE Cell State Sensor Board DS200CSSAG1BBA contains two 40-pin connectors and is 4 inches in height and 11 inches in width. It also contains one 4-pin connector and one 9-pin connector. Before the GE Cell State Sensor Board DS200CSSAG1BBA is installed, it is important to inspect the area around the drive for conditions that might compromise the safety of the installers and the other equipment around the drive. First the installer should have an assistant or other individual working on the installation. This is commonly referred to as a buddy system. If an emergency occurs, the individual can provide assistance, call for emergency help, or shut off the emergency power shut off to the drive. An important installation-minded consideration for this DS200CSSAG1BBA product is that the floor and surrounding area should be inspected for hazards. Any moisture on the floor must be dried before proceeding to reduce the chance of electric shock. Also, remove any two-prong electric cords and devices connected to them. The two-prong electric cords are not grounded and pose a serious risk or shock. The floor must also be free of all oil, grease, loose tools, and other trip hazards. The next guideline to follow for proper installation of this DS200CSSAG1BBA product is that all power must be shut off to the drive. It is best to confer with persons who were involved in the installation of the drive and understand the power sources and cable routing used during the installation. If DC power is used to power the drive, you can remove the fuses from the power supply to disconnect the power.
The above paragraph is reminiscent of any information retrievable from this DS200CSSAG1BBA product offering's sparsely-available instruction manual materials, given this DS200CSSAG1BBA product's legacy series status. As this DS200CSSAG1BBA PCB is not well-detailed individually in online-available GE manual documentation, its DS200CSSAG1BBA functional product number gains a new light as a primary source of DS200CSSAG1BBA board hardware information. The DS200CSSAG1BBA functional product number begins with the DS200 series tag delegating this product's normal Mark V Series assembly version and domestic original manufacture location. This tag is followed in the DS200CSSAG1BBA functional product number by another dual-functional element in the G1 series grouping tag delegating this DS200CSSAG1BBA product offering's normal PCB coating style and attribution to the group one Mark V Series product grouping. The final three alphanumeric digits in the DS200CSSAG1BBA functional product number are telling of this DS200CSSAG1BBA PCB's three-fold revision history; which includes B-rated primary and secondary functional product revisions and a final A-rated artwork configuration revision. Before making any final purchase decision on this DS200CSSAG1BBA Cell State Sensor Board, it is of utmost important to realize that its originally-introduced performance specifications and basic dimensions have been altered given its possession of these three aforementioned revisions.
