When selecting industrial power supply systems, the performance differences between aluminum-based power lines and traditional cables are a common focus of users. After practical application verification, aluminum-based power lines have shown significant advantages in many aspects:
The economy is outstanding
compared to the copper-core cable power supply solution, the aluminum-based power line can reduce the initial investment cost by more than 50%, and has a higher cost-effectiveness.
Excellent safety performance
uses environmentally friendly insulating materials and strong overload capacity. It will not release toxic gases in high temperature environments, and it also has the characteristics of corrosion resistance and high temperature resistance.
The system is convenient to install and arrange,
with a compact structure and high space utilization rate. When the production line layout is adjusted, the power supply system can adapt to the new equipment location without modification.
Simple and efficient maintenance
support for live maintenance operations, and the branch circuit maintenance will not affect the power supply of the main circuit. After maintenance, the product performance can be fully restored to factory standards.
Reliable durability, reliable
service life is comparable to traditional cables and durable.
The high current load-bearing capacity
is particularly suitable for industrial places with dense equipment and complex processes, such as standard factory buildings in the industries of ship manufacturing, metallurgical processing, mechanical manufacturing, etc.
The structure is rugged and durable
with excellent mechanical strength and protective performance, which can meet the needs of large span installation.
The standard color
scheme is orange body with blue neutral wire, and can also be customized according to on-site needs. The compact structural design makes the overall layout more neat and standardized.
The extension is flexible
with multiple standard plug-in interfaces. When adding a branch circuit, you only need to connect to the plug-in box, and there is no need to cut off the power throughout the process.
Excellent heat dissipation performance
adopts a high thermal conductivity aluminum alloy shell, and the integrated heat conduction design ensures efficient heat dissipation. Compared with the heat dissipation bottlenecks when laying multi-layered cables in the bridge tray, the advantages are obvious.
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