Innovative design, comprehensive upgrade. Based on the traditional Dense busduct, the following improvements have been made
Partitioned heat dissipation technology can increase the heat conduction efficiency by 10% and save 30% of the busbar installation space
High-purity copper busbar with a conductivity of more than 99.95%, and an electrical conductivity of more than 57MS/m
Full-length silver plating reduces temperature rise and energy consumption
Class B 130℃ insulation material, flame retardant in accordance with UL94 standards; green and environmentally friendly, in line with ROHS directives
High-quality carbon structural steel shell, surface electrostatic spraying, passed 1800 hours of salt spray test
Advanced stir friction riveting process to minimize welding damage to the busbar
Fully automatic assembly line assembly, SPR riveting technology + Dacromet rivets, busbar protection level IP65
Widely applicable to various fields such as buildings, data centers, and light industries

Classic work, "sandwich" structure, the best cost-effective, durable, power-saving, safe, economical, and supports customized customer needs
One-time molding shell of magnesium-aluminum alloy mold, dovetail groove and heat sink design, excellent heat dissipation effect and strength
Anodizing process on the shell surface to ensure the durability of the busbar in various places
All weak magnetic materials, anti-electromagnetic interference, effectively reducing the impact of eddy current hysteresis loss on the busbar system
More than 99.95% high-purity copper busbar, conductivity of more than 57MS/m
Tin plating of copper busbar to reduce temperature rise and energy consumption
Advanced stir friction riveting process to minimize welding damage of busbar
Fully automatic assembly line assembly, SPR riveting technology + Dacromet rivets, busduct protection level IP65, IP662 optional
Widely used in buildings, factories, garages, distribution rooms and other fields

Fire resistant busway is also called fire emergency power supply busway, which can operate normally for more than 180 minutes at high temperature above 950℃.
High-quality carbon structural steel inner and outer double-layer shell, all-round protection of internal busbar conductor, extremely high strength
Special red sand grain fireproof coating on the surface, heat insulation and flame retardant
Filled with 30mm thick aluminum silicate fireproof cotton between the inner and outer double-layer shell, effectively isolating the influence of high temperature on the internal busbar
The surface of the busbar is fully wrapped with fire-resistant mica tape with excellent heat insulation and flame retardant ability, and there are up to 6 layers of mica tape between the rows
More than 99.95% high-purity copper busbar, conductivity of more than 57MS/m
Tinning treatment of copper busbar reduces temperature rise and energy consumption
Widely used in places with fire power supply circuits and fire hazards.

The mold is cast in one step. The casting material uses high-performance insulating resin and a variety of inorganic minerals. It has high waterproof, fireproof, anti-corrosion and explosion-proof properties. The protection level is IP68 and it can adapt to various harsh environments. Waterproof: Fully cast and sealed, the joints are cast on site, and it can work stably for a long time in a continuous immersion environment. Fireproof: The insulating resin is a self-extinguishing insulating material with fire resistance of Class A and fire rating of F120; it can work in a flame of 950-1000℃ for more than 90 minutes to keep the line uninterrupted. In addition, the insulating resin does not contain halogen and will not release harmful gases at high temperatures. Explosion: It can withstand 6 joules of mechanical impact, ensuring safe use, not easily damaged by external forces or animals, and almost maintenance-free
Anti-corrosion: It can effectively resist the erosion of various chemicals and seawater, and can be used for a long time in the environment with the highest pollution level (level 4)
The busbar capacity is large, up to 6300A, meeting the needs of large-scale current transmission
More than 99.95% high-purity copper busbar, with an electrical conductivity of more than 57MS/m
Tin-plated copper busbar reduces temperature rise and energy consumption
Applicable to special places such as rail transit, large factories, ship tunnels, high altitudes, and cold areas.

The busbars are separated by air-insulated traditional bus ducts, which effectively reduce the risk of busbar contact short circuit in high humidity environments and operate stably and reliably.
High-quality carbon structural steel shell, surface electrostatic spraying, passed 1800 hours of salt spray test
Shell color supports customization to meet personalization and aesthetic needs
Busbars are separated by insulating blocks, which are stable in long-term operation and more difficult to short circuit
High-purity copper busbars above 99.95%, with an electrical conductivity of more than 57MS/m
Tin-plating treatment of copper busbars reduces temperature rise and energy consumption
Advanced stir friction riveting process minimizes welding damage to busbars
Applicable to various fields such as buildings, data centers, light industry, and places with high stability requirements

The busbar system tailored for data centers has reduced construction difficulty, is easy to manage and maintain, and does not need to change the original deployment when expanding capacity; high transmission efficiency reduces power consumption and heat, reduces the cooling capacity of the computer room, has significant energy-saving effects, and reduces the floor space. It combines many advantages and is an excellent choice for modern data center power distribution solutions

Modular structure design, plug-and-play, so that when the position or capacity of the load changes, it can be replaced online, greatly improving the flexibility and scalability of the system

Aluminum-magnesium alloy overall shell, and customized color surface spraying is provided. 160-400A size is completely standardized, no reducer accessories are required
Spring plate plug-in branch unit, novel and reliable design ensures close connection between busbar and plug, mechanical spring retention system provides continuous pressure and lock
N+X redundant flexible finger + telescopic spring contact system (active contact technology), each contact meets 10A overcurrent capacity, providing reliable current carrying
Configured with dedicated sensors and communication lines, it can realize the monitoring of key operating parameters such as temperature rise, current, voltage, etc., realize intelligent management, improve operation and maintenance efficiency, reduce maintenance costs and avoid abnormal downtime losses
Four commonly used configuration solutions: cabinet hot and cold channel busbar configuration solution, micromodule busbar layout solution, single-row cabinet busbar layout solution, 800A or more large busbar with small busbar to distribute power to cabinet solution

Product description:
The conductor of the common box closed bus duct adopts copper-aluminum busbar or aluminum-aluminum-copper busbar. The structure is compact, easy to install, and the operation and maintenance workload is small. The protection level is IP54, which can basically eliminate the grounding fault caused by external moisture, dust and foreign matter.
The shell is made of aluminum plate, which has good corrosion resistance and avoids the additional eddy current loss caused by the steel shell. The shell adopts multi-point electrical connection and grounding, which eliminates the risk of electric shock, simplifies the requirements for civil engineering, and does not need to set up a grid.
The user needs to install heat shrink tubing on the busbar, and install heaters, respirators, etc. in the box to strengthen insulation.
The application scope of the phase-separated closed bus duct in large power plants: from the generator outlet terminal to the main transformer low-voltage side lead-out terminal main circuit busbar, and the independent inquiry busbar leads to the plant high-voltage transformer, voltage transformer, lightning arrester and other equipment cabinets.

High reliability: Due to its closed design, it can effectively prevent the external environment from damaging the conductive parts.
Easy installation: Compared with traditional cables, tubular bus ducts are easier to install and have strong adaptability, which can meet the wiring needs of complex buildings.
Space saving: Tubular bus ducts take up less space than cable systems and are suitable for environments with small spaces.
High safety: Its closed structure can avoid electrical leakage and reduce the risk of short circuits or electrical fires.
Good heat dissipation effect: Compared with traditional cables, tubular bus ducts can dissipate heat more effectively and keep the electrical system running stably.