HNL01.1E-0280-N0050-N-380-NNNN

Product Description

The HNL01.1E-0280-N0050-N-380-NNNN mains choke offered by Bosch Rexroth helps to raise the permitted continuous power for some converters. This standard choke implements a feeding supply system. The product is associated with an IP00 degree of protection as per DIN EN 60529 specifications. The device is equipped with the capability of lowering the harmonics that tend to occur in the line current. The type plate of the unit has several details like ambient temperature, nominal inductance, voltage, frequency and current, certification label and more. The choke does not have any specific mounting orientation. It is fitted to the supply cable to limit commutation failures.

The product is capable of enhancing the existing overvoltage protection. The device lessens the current increase when there is a voltage rise if it is not saturated magnetically. This avoids excessive overvoltage at the mains input of the converter. This mains choke installation must be performed such that it is in line with the associated incoming AC line power. It increases the impedance to the related power system by rendering additional circuit inductance. The inductance of the unit lessens the distortion when the voltage is supplied to the motor. We can ship the choke to any address irrespective of the country you live in.

This mains choke is essentially an electromagnetic device with a steel core featuring electrical grade steel laminations. The product minimizes the chances of the input components of the drive getting damaged when there is a deviation to the line voltage. The device is usually an effective and reliable low-cost solution to assist in harmonic mitigation and drive protection. It is possible to install the unit in various kinds of machinery such as machine tools, wind generators and elevators. The unit tends to get damaged due to incorrect operation. The choke is often used in combination with an external mains filter. This unit can be shipped globally with a one-year warranty period from Wake Industrial.