1395-A67N-D1-P10-P50-X1

The 1395-A67N-D1-P10-P50-X1 drive is a non-regenerative digital AC drive that has been manufactured and designed by Allen-Bradley. This digital drive is composed of more than 1 assembly and the most important part is a microprocessor. It is used to control the speed, acceleration, and deceleration of induction motors. The 1395-A67N-D1-P10-P50-X1 drive helps motors to have smooth operations with a great performance, it also prevents damages and machine wear since all the speed changes and variations are programmed to operate smoothly. One of the variables that must be avoided at all costs when operating this drive is overheating. Overheating is frequent in operations with industrial motors and it can shut down equipment. It is recommended to leave clearances around the drive to promote ventilation.

The Allen-Bradley 1395-A67N-D1-P10-P50-X1 non-regenerative digital AC drive operates with a voltage of 230 Volts AC and a frequency of 50 to 60 Hertz. This voltage is a 3-phase voltage and the frequency that is employed operates with a tolerance of +/- 3%. It is important to know these specifications in order to pair the drive with compatible equipment, including network and ventilation equipment if this is used. This drive comes with an open housing so it is important that it be installed in a clean environment without dust particles in the air. These particles might enter the drive and alter its functioning, causing faults and problems during operations. The 1395-A67N-D1-P10-P50-X1 drive includes a node adapter and a discrete adapter in Ports B and A, respectively. These are additional options that can be selected when ordering the drive. The voltage rating for the discrete adapter is up to 115 Volts AC.