About the DS200TCRAG1
This DS200TCRAG1 printed circuit board product offering was, as mentioned just above, manufactured by trusted automated industrial retailer General Electric, specifically for placement in their Mark V Series of turbine control systems. The Mark V Series that this DS200TCRAG1 printed circuit board or PCB for short belongs to is classifiable as a legacy General Electric product series, due to its eventual necessitated manufacturing discontinuation in the countless years following its initial release. The DS200TCRAG1 printed circuit board featured here was specifically developed for the Mark V Series functional role of a Relay Output Board, as designated in originally-printed and internet-available Mark V Series instructional manual materials. This DS200TCRAG1 Relay Output Board possesses a normal Mark V Series assembly version, which is not too surprising given its base-revised product status indicated by the absence of any trailing revision digits on the DS200TCRAG1 functional product number.
Hardware Tips and Specifications
As with any Mark V Turbine Control System Series product available to our new and reconditioned inventory of GE products, this DS200TCRAG1 PCB has a functionality induced by its internal assembly's acceptance of various hardware components and specifications. The GE Relay Output Board DS200TCRAG1 is populated with 30 plug-in relays. It also has 4 34-pin connectors and 4 12-pin connectors. The IDs assigned to the 34-pin connectors are JOR, JOS, JOT, and JO. The IDs assigned to the 12-pin connectors are JS3, JS4, JS5, and JS6. The GE Relay Output Board DS200TCRAG1 is 8.5 inches wide and 11 inches in height. It has 1 hole in each corner designed to receive a screw to secure the board to the rack cabinet in the drive. Due to the weight of the board caused by the 30 plug-in relays and the fact that the relays are fragile, care must be taken when you install the board. First have a clear view of all the surroundings in the drive cabinet so that you can clearly see the board as you move it in place on the rack. If you hit other board you might damage the relays or damage the other components in the drive. The first 18 relays on TCRA in location four of <Q51> within this DS200TCRAG1 product's normal Mark V Series internal assembly were provided in hopes of supplying a power source for DS200TCRAG1 board solenoid operation. The first 16 of these DS200TCRAG1 PCB relays on the DS200TCRAG1 board in location five of the <Q11> and <Q51> cores are also able to be configured in a similar manner.
The DS200TCRAG1 functional product number itself can be considered a secure secondary source of DS200TCRAG1 Board hardware component and component specification information. The DS200TCRAG1 product number begins with the DS200 series tag delegating this DS200TCRAG1 PCB's normal Mark V Series assembly and domestic original manufacture location. Some of the other DS200TCRAG1 Board relevant hardware details revealed in functional chunks of the DS200TCRAG1 functional product number include this DS200TCRAG1 PCB's TCRA functional acronym, its Normal PCB coating style, and finally its lack of any significant revision. Two installers or servicers are needed to install the DS200TCRAG1 board. One installer will hold the board in place with two hands. The other installer will hold the screws with one hand and turn the screwdriver with the other. Make sure the screws are snug against the board but do not over tighten them. The material the board is manufactured from is brittle and can easily crack. Or, the screws might press through the board and lose the ability to secure the board. Then, the installer or servicer can connect the cables and prepare to start the drive.
