Product Description

The Bosch Rexroth Indramat, part of the HLL Bus Chokes series, features the model HLL05.1F-04M0-S0303-N-D7-01U2-NNNN, designed to regulate electrical currents in automation and control systems. This DC Bus Choke unit is specifically built to manage higher currents entering the system, serving as an essential component in systems sensitive to fluctuations in current. With a nominal current rating of 04M0 and a choke value of S0303, this device efficiently supports the operation of various industrial power systems.

This particular bus choke has the additional advantage that it has to operate under different conditions and it does not have to rely solely on any specific range of temperature. It can therefore be used under conditions such as high temperature or under moderate conditions such as in this laboratory. Because of the stability of voltage under different conditions, this product is most suitable to be used in the manufacturing industry the robotics industry or any industry where stabilization of voltage is very crucial in preserving the safety of electrical appliances. In addition to performance characteristics, the HLL05.1F-04M0-S0303-N-D7-01U2-NNNN features the ability to integrate with current systems. 7 makes it easy to fasten 7 safely and conveniently, and the connection type of 01U2 makes wiring easier and also does not take much time and thus there is less chance of making mistakes when installing. The unit covers small area and only weighs 0.5 kg; therefore, it can be moved easily between different systems that may be small in size.

Another important component is that this device is intended to work stable having small variations in power supply and protect from high levels of current that are often fatal for many devices. This protection is very vital in protecting against overloading of expensive machines, electronics, and other components that must use quality power. The effective current management also improves the general running of industrial systems where energy is used in an efficient manner with no wastage heat generated.