Product Description
The EFC5610-90K0-3P4-MDA-NN-NNNNN-L1NN industrial drive controller is a highly sophisticated device designed by Rexroth Indramat to control the speed, position, and general operation of industrial servo motors. This frequency converter features a very compact design, its enclosure is specially designed to prevent the penetration of foreign solid particles with diameters larger than 12 millimeters. The operation of the EFC5610-90K0-3P4-MDA-NN-NNNNN-L1NN frequency converter is a very sensitive process that should be carried out according to the operational conditions stated in the controller’s documentation. The frequency communicates with the industrial motor according to the Modbus communication module, thus the exchange of operational information between the converter and other components of the servo system is fast and efficient.
The EFC5610-90K0-3P4-MDA-NN-NNNNN-L1NN is a self-diagnostic device that can independently detect and respond to an operational error by displaying an appropriate error message on the display unit present on the converter’s front channel. The meaning of any error code displayed by the converter during operation is clearly described in the converter’s documentation thus operators should ensure they read through this documentation before working with the converter. It is also important to note that this converter does not contain any hazardous substance that can be released during the operation of the converter and under normal operating conditions the operation of this frequency converter does not have a negative effect on the environment.
The EFC5610-90K0-3P4-MDA-NN-NNNNN-L1NN frequency converter can generate a power output of about 90 kilowatts, it also contains a three-phase electrical connection through which it receives electrical energy. The power supply voltage used by this converter for optimum operation is about 380 to 480 volts, while the switching frequency of the converter can be as high as 480 volts. This unit can be shipped globally with a one-year warranty period from Wake Industrial.