Product Description
The HNL05.1R-0130-N0514-N-A4-NNNF industrial servo drive is one of the latest and most durable industrial additional accessories produced by Rexroth Indramat. This choke is a protective device designed specifically for the HMV power supply unit and the HCS industrial drive converter. This device helps industrial drive converters and power supply units to realize a higher DC bus continuous power, it does this by reducing current harmonics and by preventing the feedback of the electrical current generated during the deceleration of electrical motors. The housing of this mains choke is produced according to the IP00 protection class, this means that it offers no protection against the interference of both solid and liquid particles.
The HNL05.1R-0130-N0514-N-A4-NNNF mains choke is manufactured with materials that are silicon and asbestos-free, thus it is suitable for application in any industrial environment. The rated input current required by the HNL05.1R-0130-N0514-N-A4-NNNF choke for optimum operation is about 514 Amperes, the choke receives this current through a three-phase electrical connector which it uses to connect to the mains. All electrical cables used with this choke must be well shielded to reduce electrical interference, also the choke should be connected to an external fuse that will protect it from unexpected electrical surges. This choke generates a leakage current during operation, it is thus important for operators to ensure it is securely connected to a grounding system.
The HNL05.1R-0130-N0514-N-A4-NNNF mains filter is about 320 millimeters long, 210 millimeters wide and 380 millimeters thick. Also, the total weight of the choke is about 46 kilograms. The maximum permissible ambient temperature at which this choke should be operated is 40 degrees Celsius, operating the choke at a temperature high than 40 degrees Celcius can reduce the efficiency of the choke and cause the choke to overheat. This unit can be shipped globally with a one-year warranty period from Wake Industrial.