Before checking the busbar components, it is necessary to stop the power to check the busbar system, completely cut off all power supply to the busbar components, use a multimeter to measure whether there is voltage in the conductor, and confirm that there is no power supply to the busbar system, so that it can be checked regularly. Prevent high voltage on the operator to cause bodily injury. When the busway is running for a long time, the temperature of the joints is regularly tested every year to rise, and the temperature of the joints does not exceed 40 degrees.

During the operation of the busbar accessories, the system must be constantly checked for leaks, water spray, and potential sources of moisture around the system as a whole. The presence of heavy objects that threaten the system and heat sources that affect the temperature rise of the busbar system. Check for foreign objects entering the interior of the busway. Check busway system components for defects, rust and corrosion.

The busway components have a traditional domestic structural shape at the edge of the hat in order to meet the needs of electrified operation. Frequently check whether the insulation material is aging, whether the conductive part is melted and deformed.

Busway components found indirectly, insulation damage phenomenon, should be disassembled in stages, with a voltage tester to check in stages, found faults, replace the busway components, or re-insulation re-cap processing.

Bus ducts in the interior design.

Bus ducts are a new form of replacing the traditional power supply trunking, where large capacity cable distribution is used. Instead of cable supply, bus ducts are supplied with a copper drain, which is protected by a shell, which is earthed.

This has the advantage of high capacity, high safety and simple maintenance. In the process of transporting large currents compared to conventional cables more clearly demonstrates the advantages of this equipment, while the use of newer technologies and newer technologies to substantially reduce the resistance and temperature rise of the connection section at both ends of the busbar and the connection section of the splitter port contact.

High-quality insulating materials are also used in the process, which greatly improves the safety and reliability of the bus ducts and makes the whole system more complete. It has been used more and more commonly in indoor low-voltage power transmission trunking projects, replacing wires and cables.

Due to the demand for electricity in buildings, factories and other kinds of buildings, and this demand has a tendency to grow year by year, the use of the original circuit wiring method, that is, the way to wear the pipe, in the construction of the time will bring a lot of difficulties, but if the use of bus ducts, you can quickly achieve the purpose, but also can make the building more beautiful.

Bus ducts are generally designed to be used indoors, and the humidity in the air will not affect the operation of the bus ducts, but bus ducts are immersed in water during use, the insulation is reduced, and short-circuiting and burning of the bus ducts are possible in long-term operation. Therefore, the busway may enter the water installation must take the necessary protective measures.

• Prev
• Next