The SP-151490 is part of Allen Bradley’s industrial manual parts catalog and can be useful when a facility requires a custom Printed Circuit Board developed and fitted into an Allen Bradley motor controller that forms part of the brand’s range of 1395 Drives. The Allen Bradley SP-151490 1395 Digital DC KIT includes an Armature Snubber PCB board that comes with pre-assembled printing, offering the facility’s technician responsible for the development and programming of the board an easier solution to ensuring optimal functionality of the board, as well as the device where the board will be installed. The SP-151490 also provides an appropriate resistor bull together with the PCB Assy parts; this provides adequate protection and safety features for the drive that will be housing the board, while also ensuring the motor that connected to the drive can be protected against possible hazards, such as a power surge, an underload of current, or a voltage overload. These protective features are essential in modern-day industrial facilities. Such errors can put cause safety hazards for the workers within the facility, and also cause a risk of losing production value.

Assembly and setup of the SP-151490 should be performed by an individual who has prior experience with designing Printed Circuit Boards (PCBs) and an individual who is acknowledged with the particular operations conducted within the facility where the board will be installed. Improper setup of this board can lead to a variety of malfunctions, such as inadequate compatibility with the programming produced during the initial configuration of the 1395 Drive where the board is installed. Once soldering and other essential assembly steps have been taken, the board should only be installed into a compatible 1395 Drive, to avoid possible malfunctions and errors. Wiring should be completed according to the provided instructions. Additional programming may be required following the installation of the Printed Circuit Board that comes with the SP-151490, to ensure adequate delivery of power to the connected output device.