The 1395-B65-D1-P10-P50 is a 1395 digital drive manufactured by Allen-Bradley and it is part of Series B of the digital drive. The Allen-Bradley 1395-B65-D1-P10-P50 features 460 Volts AC, 50 to 60 Hertz, 3.7kW, 373 Horsepower ratings and three-phase power with a regenerative armature. It also has a contactor w/DB pole, a discrete adapter rated at 115 Volts AC (Port A), and a node adapter (Port B). The Allen-Bradley 1395-B65-D1-P10-P50 digital drive is applicable when using the control input by using the node adapter board. The Allen-Bradley 1395-B65-D1-P10-P50 digital drive requires fuses F1, F2, and F3 when tapping and fusing the three-phase input to the digital drive and it connects with the feedback at TB1-11, 15, AI, and 13. The inline voltages are scaled down by the feedback board to attain the required voltage range. The scaled voltage thereafter is conducted to the power stage interface where it is used to create the synchronizing information required by the main control board. The Allen-Bradley 1395-B65-D1-P10-P50 digital drive’s regenerative construction features 6 SCR cells per bridge. A DC motor provides connection to the output of the armature bridge via the main DC contactor M1.

The content information of the Allen-Bradley 1395-B65-D1-P10-P50 digital drive is accessible by both versions of the handheld programming terminals. A connector with 9 pins is mounted on the backside of the TB3 to provide the interface between the Allen-Bradley 1395-B65-D1-P10-P50 digital drive’s main control board and the handheld programming terminal. The Allen-Bradley 1395-B65-D1-P10-P50 digital drive features a node adapter board that allows a secure connection between the main control board and external devices. The node adapter board enables the Allen-Bradley 1395-B65-D1-P10-P50 digital drive to be quickly and comfortably manipulated by making use of an Allen-Bradley PLC controller. The Allen-Bradley 1395-B65-D1-P10-P50 digital drive enclosure should be free of contaminants such as corrosive vapors, abrasive debris, and oils. A temperature range of around 32 to 131 degrees Fahrenheit is an acceptable operating range, at a non-condensing humidity ranging between 5 and 95%. It can be applied at an altitude of up to 3300 feet without derating. A heatsink is necessary as a mounting surface which is electrically separated.