Product Description
Bosch Rexroth provides economical and sustainable solutions for almost every industrial sector. The company develops a wide range of motor filters, brake resistors, and synchronous motors for its clients.
The HMF01.1N-N0K1-M0480-N-690-NNNN model represents the modern technology of Rexroth Indramat. The model is mainly designed to reduce the rise of the output voltage of the drive controller and also to reduce the leakage currents of the motor lines. The HMF motor filter takes electrical power from the 3-phase AC 0 – 690 V power source and the operating frequency of the unit is 0 – 100 Hz. The model should only be connected to the output side of the converter in connection to the motor. For high operational reliability, the filter must only be operated together with the drive converter specified by the supplier. For better understanding, order the instruction manual in your native language. The HMF motor filter must be mounted into the switch cabinet of minimum IP54 ingress protection and the surrounding air should be free from dust particles and reactive elements. The overload capacity of the unit is 150% for 60 seconds. To allow sufficient cooling, install the motor filter in the vertical direction. The filter consists of three single-phase chokes that are connected to each phase of the motor.
The model HMF01.1N-N0K1-M0480-N-690-NNNN should only be operated with the HCS04.2E-W0520 and HCS04.2E-W0640 drives. The model operates at the rated voltage of 480 A. During installation, the minimum prescribed clearance of 150 mm should be maintained at the top and bottom of the motor filter to provide sufficient room for heat loss. The permissible ambient temperature range for this unit is -10 to +50 degree Celsius and it can be installed at the maximum height of 1000 meters above sea level. Order this product (HMF01.1N-N0K1-M0480-N-690-NNNN) from Wake Industrial and receive it at your doorstep. This unit can be shipped globally with a one-year warranty period from Wake Industrial.
Wake Industrial Warranty
