The 1395-A62-C1-P12-P51 is a digital DC drive that belongs to the 1395 series and it is manufactured and designed by Allen-Bradley. The Allen-Bradley 1395-A62-C1-P12-P51 digital DC drive operates with a non-regenerative Horsepower rating of 1.5 Horsepower (1.2 kilowatts) and a voltage of 230 Volts AC with a frequency of 50 to 60 Hertz. The main components of the drive are divided by sections like the armature bridge components, which are the AC line reactor, synchronization, AC current feedback, surge suppression, and line reactor, among others. The field bridge components involve the supply voltage, field current feedback, surge suppression, inductors, SCR modules, and voltage transient protection, among others. Other fundamental parts of the drive are the power board, PSI/Switcher board, main control board, power distribution system, and the relay logic.

The recommended conditions for the Allen-Bradley 1395-A62-C1-P12-P51 digital DC drive are an ambient temperature range of 0 to 55 degrees Celsius, a relative humidity of 5 to 95%, non-condensing and an altitude of 3,300 feet (1,000 meters), if the drive is exposed to higher elevations, the output rate will derate 3% for each additional 1,000 feet (300 meters) of elevation. It is important to impede contact with oils, corrosive vapors, and abrasive debris. Although the Allen-Bradley 1395-A62-C1-P12-P51 digital DC drive is an open-type construction, it has been designed to be installed in a suitable enclosure. This enclosure must be chosen by the users and they need to take into account that once the drive has been installed in an enclosure, the maximum ambient temperature is reduced to 40 degrees Celsius. Prior to the installation of the Allen-Bradley 1395-A62-C1-P12-P51 digital DC drive operates, the drive must be grounded in order to limit dangerous voltages on the exposed parts and at the same time provide electrical interference suppression. When it comes to the position, the drive must be installed in a vertical position in order to maintain proper cooling. The drive produces 10 to 18 degrees Celsius of heat when it is operating at its full capacity. If the drive is enclosed in a cabinet, it is important to use air circulation fans or a heat exchanger.