Bus duct is a type of trunk type tapping power supply system with high current, usually composed of a metal shell (made of iron or aluminum), a conductor (copper plate or aluminum busbar), insulation materials, and related accessories.

Bus ducts were originally born in the United States and began to be put into practical applications in Japan. Later, they became popular like mushrooms after rain in developed countries and regions.

In recent years, with the massive construction of infrastructure, people's demand for electricity has also been increasing. Bus ducts have gradually become a standard power supply method for industrial plants, high-rise buildings, commercial complexes, and rail transit.

Today, taking CESKO bus duct as an example, we will provide a detailed introduction to the main characteristics and practical applications of bus ducts.

CESKO dense busbar trunking products

CESKO: Main characteristics of busbar trunking

1. Outstanding conductivity

CESKO bus ducts are made of ultra-high purity electrolytic copper as the conductor material, which is safe, stable, has low electrical impedance, and outstanding conductivity. The entire surface is treated with tin plating, which enhances its oxidation resistance and corrosion resistance, and prolongs its service life.

2. Superior insulation performance

CESKO bus duct is insulated with DuPont PET film, which has superior insulation performance and meets the relevant requirements of power system transmission. This material also has the characteristics of high temperature resistance, corrosion resistance, long service life, and easy operation, with outstanding practical application value.

3. Excellent protective ability

The shell of CESKO bus duct is extruded from high-strength non-magnetic aluminum magnesium alloy, which has high protection level, strong corrosion resistance and impact resistance, and can fully guarantee power transmission. At the same time, it has the characteristics of zero vortex consumption and no vortex generation. The side plate is designed in the shape of a heat sink, which has a good overall energy-saving and consumption reducing effect.

4. Flexible and versatile connection methods

CESKO bus ducts have demonstrated flexible connection characteristics in practical applications. Different functional unit designs can ensure more flexible and versatile installation, avoiding large connection failures and deviations. We can also make reasonable adjustments to the specific installation length and effectively extract the line spacing to improve connection adaptability.

5. Strong installation adaptability

CESKO bus duct has a wide range of applications and strong installation adaptability. We can use hangers or cantilevers for horizontal installation to achieve reasonable transmission of electrical energy; Alternatively, supports can be installed vertically on each floor, and sealed waterproof rings can be built on the floor to ensure the safe and stable transmission of power in the bus duct.

The practical application of CESKO bus duct

CESKO: Application places of busbar trunking

In the practical application of various construction projects, taking into account the characteristics and usage requirements of the project itself, using CESKO bus duct as the power supply method is more flexible and reasonable.

The common applications of CESKO bus ducts include the following categories:

1. Application of bus ducts in industrial plants

The use of CESKO bus ducts in large factories helps to improve power supply capacity and optimize safety performance. At the same time, due to the strong convenience advantage of installing and plugging CESKO bus ducts, it is also beneficial for subsequent power supply regulation.

2. Application of bus ducts in high-rise buildings

In various high-rise buildings, the power supply application advantages of CESKO bus ducts are significantly stronger than traditional wires and cables. The cables must be laid separately on each floor and many cables must be added; And CESKO bus duct only needs to use a single central bus duct system to supply power to each floor.

3. Application of bus ducts in commercial complexes

In commercial complexes, the use of CESKO bus ducts can achieve diversified power supply systems and meet the electricity needs of different users. The installation of CESKO bus ducts is also simpler and more convenient than cables. It not only has a neat and beautiful appearance, but also helps to improve the efficiency of ground power utilization and reduce operating costs.

4. Application of Bus Ducts in Rail Transit

In the operation of rail transit, high requirements are placed on power supply safety and reliability, as well as strength. The use of CESKO bus ducts is more suitable, as it not only allows for flexible installation but also enables efficient configuration in conjunction with facility equipment.　　

Major application scenarios of bus duct

CESKO bus ducts will be increasingly used in industrial plants, high-rise buildings, commercial complexes, and rail transit due to their outstanding conductivity, superior insulation performance, excellent protection capabilities, flexible and adaptable connection methods, and strong installation adaptability. In the future, CESKO will continue to increase research and technological exploration of bus ducts, enabling people around the world to use safe bus duct power supply systems.