RYM-M6 Compact Busbar System (315-5000A) - Durable, Cost-Effective Solutions from China Suppliers and Factory
Research and development of new material technology; Manufacturing of graphite and carbon products; Sales of graphite and carbon products; Sales of graphene materials; Sealing component manufacturing; Sales of seals and high-performance sealing materials for import and export of goods;
The dense busduct uses insulated bolts to secure the phase-to-phase joints, and double-layer copper conductors are used to enhance the connection. This design increases the contact area of the joints and significantly reduces the temperature rise at the connection points.
As a new generation of environmentally friendly product, the dense busbar trunking system is insulated with flame-retardant, cross-linked polyethylene heat-shrink tubing. This material provides excellent insulation properties and does not release toxic gases under fire conditions.
The dense busduct offers flexible wiring and convenient installation through its plug-in interfaces, allowing a large number of tap-off points with high versatility. When relocating electrical equipment, the power distribution system does not need to be modified.
The dense busduct offers flexible wiring and convenient installation through its plug-in interfaces, allowing a large number of tap-off points with high versatility. When relocating electrical equipment, the power distribution system does not need to be modified.
It is suitable for AC three-phase four-wire and three-phase five-wire systems with a frequency range of 50-60 Hz, a rated voltage of up to 690 V and a rated operating current from 5,000 A. The system is widely used in power supply and distribution applications across buildings, data centers and light-industrial facilities.
It is ideal for AC three-phase four-wire and three-phase five-wire electrical systems (50-60 Hz, up to 690V, rated current up to 5,000 A). It is commonly utilized in modern high-rise buildings, data centers, and light-industrial facilities.
The design utilizes insulated bolts to secure the phase-to-phase joints along with double-layer copper conductors. This increases the contact surface area and significantly reduces thermal buildup at the joint interfaces.
Yes. The system is insulated using flame-retardant, cross-linked polyethylene heat-shrink tubing. It offers superior insulation performance and does not emit toxic gases in the event of a fire.
No, modifications are not required. The plug-in interfaces provide highly flexible wiring configurations and convenient installation, allowing easy adaptation when equipment is moved.
In addition to electrical distribution systems, we specialize in the manufacturing of graphite, carbon, and graphene materials, as well as sealing components and high-performance seals for import and export.