Power transmission and distribution: Copper connecting wire can be used in substations, distribution cabinets, and other places to connect busbars, switches, transformers, and other equipment, ensuring efficient and stable transmission of electrical energy. Internal connection of electrical equipment: In equipment such as motors, generators, and welding machines, components such as windings and electrodes are connected to meet the electrical connection requirements during equipment operation, while also adapting to internal vibrations and thermal expansion and contraction.
Application of Copper connecting wire:
Power transmission and distribution: Copper connecting wire can be used in substations, distribution cabinets, and other places to connect busbars, switches, transformers, and other equipment, ensuring efficient and stable transmission of electrical energy.
Internal connection of electrical equipment: In equipment such as motors, generators, and welding machines, components such as windings and electrodes are connected to meet the electrical connection requirements during equipment operation, while also adapting to internal vibrations and thermal expansion and contraction.
In the field of rail transit, it is applied to the electrical system of vehicles such as subways, light rails, and high-speed trains, connecting traction motors, pantographs, electrical control cabinets, and other equipment to ensure the electrical connection reliability of vehicles under high-speed operation and frequent vibration.
Industrial automation production line: Connect various electrical equipment and control cabinets in the automation production line, such as robots, conveyor lines, machining centers, etc., to adapt to frequent starting, stopping, and moving operations of the equipment.
Communication equipment: Copper connecting wire can also be used to connect communication base stations, antennas, switches and other equipment, ensuring stable transmission of communication signals while reducing the impact of electromagnetic interference on communication quality.
Manufacturing process of Copper connecting wire:
Material selection: Use high-purity and highly conductive copper materials as raw materials, such as oxygen free copper, to ensure excellent conductivity of the braided wire.
Weaving: interweaving multiple strands of thin copper wire together in a specific weaving method to form a braided thread. Common weaving methods include plain weave, diagonal weave, etc. Different weaving methods can affect the flexibility, strength, and appearance of the woven thread.
Processing: Surface treatment of the braided wire, such as tin plating, silver plating, etc. Tin plating can improve the corrosion resistance and weldability of braided wires, while silver plating can further enhance their conductivity and oxidation resistance.
Connection end processing: Install suitable connection terminals, such as copper noses, terminal blocks, etc., at both ends of the braided wire for connection with other electrical equipment. The installation methods for connecting terminals usually include crimping, welding, etc. It is necessary to ensure that the connection is firm, reliable, and has low contact resistance.
