Product Description

The EFC5610-4K00-3P4-MDA-NN-NNNNN-NNNN frequency converter is a state-of-the-art device designed by Rexroth Indramat to carry out automation control in industrial production systems. This device is manufactured by some of the test technicians of  Rexroth Indramat according to international quality standards, it is thus perfectly suited for industrial machines with complex operational requirements. The EFC5610-4K00-3P4-MDA-NN-NNNNN-NNNN is a very durable device that features a compact design, however, only the G1 mounting position is permissible for the installation of the device. This converter features a three-phase electrical connector through which it connects to the mains. This converter might get exposed to high input current when it is switched on, it is thus important for the operator to ensure that it is connected to a suitable fuse that will break the electrical connection when the current gets too high.

The EFC5610-4K00-3P4-MDA-NN-NNNNN-NNNN frequency converter operates with two major types of electrical cables; The power cable and The motor feedback cable. The power cable helps the converter to send in controlled electrical energy into the industrial motor while the motor feedback cable is used in the transmission of digital signals between the converter and the industrial motor. It is important for the operator to ensure that all electrical cables operated with this frequency converter are well shielded to reduce electrical interference. The EFC5610-4K00-3P4-MDA-NN-NNNNN-NNNN contains an operating panel that is integrated into the front panel of the converter, this operating panel provides an efficient medium for the exchange of digital information between the converter and the industrial operator.

The EFC5610-4K00-3P4-MDA-NN-NNNNN-NNNN frequency converter is cooled via forced ventilation, it contains an internal fan and a heatsink which ensures that the heat generated by the converter does not exceed the permissible range. This unit can be shipped globally with a one-year warranty period from Wake Industrial.