PLC 25A-D013N104 5.5 kW Three-Phase AC Drive

Product Overview

The 25A-D013N104 is a variable frequency AC drive for controlling the speed and torque of three-phase induction motors. It operates from a 380–480V AC three-phase supply and provides a rated output current of 13.0 A. This model supports a motor rating of 5.5 kW or 7.5 Hp in both normal-duty and heavy-duty applications. Its programmable output-frequency range extends from 0 to 500 Hz, allowing engineers to adjust motor speed, acceleration and deceleration for the connected machine. Motor-control options include volts-per-hertz control, sensorless vector control and sensorless vector control with an energy-saving mode. The drive can receive operating commands from its integral keypad, control terminals, RS485 interface or an optional communication adapter.

Technical Specifications

Benefits&Features

Application Areas

Conveyor and Material-Handling Systems--The 25A-D013N104 can regulate conveyors used for transfer, accumulation, sorting and loading operations. Controlled acceleration can reduce belt slip and minimize sudden stress on gearboxes, couplings and transported materials.

Pumps and Ventilation Equipment--The drive can adjust the speed of process pumps, extraction fans and ventilation equipment. Matching motor speed to actual flow or pressure demand may improve process stability and reduce unnecessary energy consumption.

Mixers and Agitators--It is suitable for mixers, agitators and blending equipment powered by motors up to 5.5 kW. Sensorless vector control can improve torque response where the load must operate consistently across different speed ranges.

Packaging and Processing Machinery--The model can control feeders, packaging mechanisms, compact processing machines and production auxiliaries. Programmable inputs allow direction, speed and operating commands to be coordinated with the machine sequence.

Frequently Asked Questions

Q1. What motor size is suitable for 25A-D013N104?
The drive is rated for a 5.5 kW or 7.5 Hp three-phase induction motor. The motor nameplate current should not exceed the drive’s 13.0 A rated output, and the starting-torque and overload requirements must be reviewed for the actual load.

Q2. Is an EMC filter integrated into the N104 configuration?
No. This configuration does not contain an integral EMC filter. If filtering is required, an external filter should be selected after reviewing the supply system, motor-cable length, grounding and cabinet layout.

Q3. How should the 170 W heat loss be handled?
The control cabinet must remove the heat generated by the drive while maintaining the permitted ambient temperature. Engineers should provide adequate ventilation, preserve the required top and bottom clearances and avoid locating heat-sensitive equipment directly above the drive.