The 25C-D2P3N114 adjustable frequency AC drive, which was designed and manufactured by the Allen-Bradley company, delivers motor control that is cost-effective within a vast array of applications used in an industrial setting. These applications range from independent operations to easy system integration. The 25C-D2P3N114 operates on four hundred and eighty (480) volts alternating current (AC) with a three (3) phase supply. The output requirements for this Allen-Bradley drive include an output current of 2.3 A (amperes), a horsepower rating of one (1.0), and 0.75 kilowatts (kW) of output power. This drive has protective features built within it. These features included are automatic BUS voltage regulation and a safe torque-off feature, with many other features not stated. The Allen-Bradley 25C-D2P3N114 features a power loss ride-through time that is improved compared to other similar devices. Additionally, there is a detachable metal oxide varistor included.

Voltage per hertz control is supported with the 25C-D2P3N114, as well as other features such as sensorless and closed-loop velocity vector control, as well as permanent magnet motor control. Through an Ethernet port embedded within the device, the 25C-D2P3N114 allows for the Ethernet network to be controlled. An RS-485 serial interface is also built within the device and allows for multi-drop communication setup. This device has an enclosure that is open and has an A frame. Negative twenty to positive fifty (-20 to 50) °C, without derating, is the temperature range that is recommended for this drive to be operated. With physical dimensions of 152 mm x 72 mm x 172 mm, this Allen-Bradley drive weighs 1.1 kilograms (kg), or 2.4 pounds (lbs).