Product Description
The EFC5610-3K00-3P4-MDA-7P-DRNNN-L1NN is a frequency converter designed by Rexroth Indramat for motor control in industrial servo systems. This converter is a revolutionary device that is widely renowned for its ability to function with high efficiency in harsh environmental conditions, and its ability to meet the operation requirements of different industrial production systems. The EFC5610-3K00-3P4-MDA-7P-DRNNN-L1NN frequency converter also features a user-friendly operating unit, it also contains a three-phase connector which allows it to receive the high current density it requires for optimum operation. The converter follows the Modbus communication protocol in the exchange of digital information in the servo system.
The EFC5610-3K00-3P4-MDA-7P-DRNNN-L1NN frequency converter features electrical components which generate an electromagnetic field during the operation of the converter, this field can interfere with the operation of important devices such as pacemakers devices, metal implants, and hearing aids, thus persons wearing any of these sensitive devices should not be allowed to move near the converter. The converter can generate a power output of 3 kilowatts. The controller can be connected to an external DC brake which will function to protect the power circuit of the controller from excess current sent back into the converter during motor deceleration.
The EFC5610-3K00-3P4-MDA-7P-DRNNN-L1NN frequency converter contains an internal fan which helps to keep the heat generated in the converter’s housing unit within the tolerated housing unit. The converter is also a self-diagnostic device as it can independently detect operational error and alert the operator through the display unit integrated into its housing unit. The output frequency generated by this converter is about 400 hertz. The overload capacity of the converter is about 150 percent of the rated current for 60 seconds and 100 percent of the rated current for 540 seconds. This unit can be shipped globally with a one-year warranty period from Wake Industrial.