What are the advantages of low voltage closed busbar system?
The core of the busbar system is the non-punch connection technology, the hook-type installation method, and the insulated and closed design concept. The busbar system has the characteristics of modularity and safety.
1 Quick installation, shorten the construction period. The installation is completed when the hooking is successful. The components and the adapter are completely matched. There is no need to process the cable head and the installation skills are low.
2 Insulation protection, safe to use. The busbar is at the back of the system, and the exposed conductors cannot be touched from the front. Even if there are no products installed on the front, there is a complete cover system to cover the busbars to achieve all-round anti-touch protection.
3 Compact structure, saving space. Reduce the space occupied by cables or copper bars, avoid line crossing, and make the layers clear. Compact structure saves valuable space in the power distribution cabinet. Taking the 60Classic classic busbar system as an example, the system height is only about 200mm.
4. Flexible adjustment and convenient maintenance. The product mounting position can be adjusted, and the structure is flexible and changeable. It is easy to replace or add components without powering off the system.
5. Styling technology, beautiful design. Streamlined design, high-end color scheme, full of technological sense, unique.
6 great value for money. Through busbar system technology, in addition to enjoying the convenience and advantages brought by technology, it can also save labor costs, space costs and maintenance costs.
In what fields can low-voltage closed busbar systems be applied?
The busbar system has huge market potential and is widely used in power distribution, industrial control and new energy fields.
In power distribution, such as cable branch boxes, capacitor compensation cabinets, box-type substations, integrated distribution boxes (JP cabinets);
In the field of industrial control, such as automobile manufacturing, textile machinery, heating equipment, shield machines, metallurgical machinery, glass machinery, ceramic manufacturing, data centers, injection molding machinery, industrial electric furnaces, etc.;
In the new energy industry, it is widely used in tower base cabinets and engine room cabinets of wind power systems.
