The 1395-B73N-C2-P10-X1 is part of Allen Bradley’s range of high-performance Digital Drives. This is a high-quality device that provides adequate features for larger corporations and facilities that largely relies on the performance of their digital drives and motor controllers to provide for a more efficient internal operation. This drive features a variable frequency and adjustable voltage controller and comes with programming options and configuration settings that make it appropriate for a large variety of facilities, and for numerous uses. This is a non-regenerative digital drive and the device is part of the 1395 series of drives from Allen Bradley. The 1395-B73N-C2-P10-X1 has an input power port that requires a 460 Volt AC power supply. This provides for adequate power for the device and allows for an appropriate current to be sent toward a connected motor that needs to be controlled by this drive. This drive can provide current and power transformation features in order to comply with the requirements of different motor types. It should be noted that the 1395-B73N-C2-P10-X1 has a three-phase power feature to provide a more accurate level of control over the devices that are connected to the drive. This helps to reduce the rate of harmful incidents within the facility in which the drive will be installed and operated.

This device should be appropriately installed in the correct location and position for adequate performance. Installation and the initial programming of the Allen Bradley 1395 Digital Drive 1395-B73N-C2-P10-X1 needs to be done by the appropriate professionals to ensure hardware misconfigurations does not cause concerning complications within the facility where the digital drive is utilized. Such misconfigurations can lead to hazards for the workers that are active in the facility and may also cause a loss of production, leading to a possible complication in the overall output of the factory. The programming of the 1395-B73N-C2-P10-X1 can be completed through an external interface and then uploaded to the device. It is vital for the programmer to be experienced in the programming of these devices to ensure appropriate configurations are made for a more efficient operation.