As a new type of power transmission and distribution product that replaces cables, bus ducts are becoming increasingly widely used in smart factories and large workshops as the preferred choice for power transmission and distribution. It has undergone a total of three developments. In each of these three development projects, the bus duct has been improved. It has a wide range of applications. Can be used for high-rise buildings as well as large buildings. The product used in the workshop has high practical value. The following introduces the application of bus ducts in smart factories and large workshops:

For bus ducts, they can be evenly distributed in large workshops, and their use can be combined with plug-in boxes to provide power supply. It is connected from the transformer to the main bus system. The busbar layout can be rearranged according to the factory equipment and new branch busbars can be expanded.

The use of branch busbars promotes the power supply of busbars. There can be more plug-in interfaces on each branch line, allowing devices to be used for power supply. The main characteristics of busbar trunking equipment used in the workshop are its beautiful layout, and in terms of power supply, its load distribution is very balanced, adaptable, and very reliable. This also reflects the advantages of bus ducts. 

Slot knowledge: Summary of methods for detecting faults in bus ducts

In indoor low-voltage transmission mainline projects, bus ducts are increasingly replacing wires and cables. It is popular in developed countries abroad as well as in Hong Kong, Macau, and coastal areas of China.

How should the staff inspect the bus duct when there is a problem with it?

The inspection requirements for bus ducts are as follows:

When there is a problem with the bus duct, it needs to be inspected and then sent according to the requirements. It is strictly prohibited to transmit power without checking the faulty bus duct, otherwise the accident may become serious. When a bus duct fault is detected, isolation can be carried out faster. After isolation, the busbar is restored and power supply is restored. It is necessary to consider using external power sources to transmit power and avoid tripping of connection lines. When a fault point is found, if isolation cannot be carried out, if one set of busbars in the double busbar fails, the components on the faulty busbar should be quickly checked, and the route should prevent asynchronous shutdown.

When a set of double busbars fails, the generator can be used to start the busbar boost, or an external power source can be used to deliver electrical energy to the faulty busbar. In these schemes, attention should be paid to the protection and operation of the busbar. Great land. When there is a fault in the wiring bus duct and the fault point cannot be found, the power supply of this station can be used for power consumption. The condition is that the test switch must be in good condition and have complete relay protection.