Product Description

The EFC5610-7K50-3P4-MDA-7P-DRNNN-NNNN frequency converter from Bosch Rexroth features a compact design. The converter functions as a standard vector control. It features a compact design for space-saving installation and wiring. The three-phase product must be started only after ensuring that its cables have been isolated from the power supply for at least five minutes and the motor is not running. The device must be inspected for deformation or loose parts before putting it to use. This unit comes along with multi-lingual safety instructions, an instruction manual and a quick start guide. It encompasses electrolytic capacitors that may get destroyed due to large storage periods.

The converter has a power supply voltage of 3 x 380 to 480VAC with -15%/10% tolerance. This product belongs to the EFC product group of such offerings from the manufacturer. The device supports a speed regulation range of 1:200. The unit has five digital inputs and two analog inputs. Its operator panel comprises a 7-segment LED display that highlights the status, error and warning codes, settings and display parameters. This display is integrated with a potentiometer. The parameters of this unit can be changed to alter the initial direction in which the motor turns. The EFC5610-7K50-3P4-MDA-7P-DRNNN-NNNN converter has a one-year warranty.

The control section of the product has a flex-control design with standard I/O. This device must be set with the Run, Stop and Speed Control parameters using the keypad for controlling the motor. These parameters must be set before the unit is put to use. The unit displays the speed reference in Hz when it is powered for the very first time. The product is also capable of functioning in sensorless vector mode by setting the C0.00 parameter to 1 after the autotuning is done. The unit offers multiple types of protection such as overcurrent, over/under voltage, motor overload and more. The converter is shipped in custom military-grade packaging so that it does not get damaged during transit.