The single-stranding machine is widely used in the twisting of various soft/hard conductors (copper wire, enameled wire, tinned wire, copper-clad steel, copper-clad aluminum, etc.) and electronic wires, such as: power cords, telephone lines, audio lines, Video cable, car cable network cable, etc. Twist multiple single conductors into one strand to meet the wire process requirements.
Technical Features:
1. The maximum speed of the main shaft of the single winch is 3000rpm.
2. Automatic tension control: When twisting the wire, the take-up tension needs to be increased from time to time when the take-up is received from the bottom of the reel. This machine can automatically track and adjust the take-up tension; The tension can be adjusted without stopping.
3. The main engine has smooth oil and natural circulation cooling, which effectively prolongs the service life of the main shaft bearing.
The wire-passing system adopts a new structure, and the wire is directly routed from the main shaft guide wheel to the bow belt, which reduces the scratches and strand jumps caused by the fault of the corner guide wheel on the aluminum plate.
4. There are three compression installations in the machine to ensure the roundness of the conductor after stranding and reduce the loss of insulating materials.
5. The whole machine is driven by synchronous belt, there is no slippery spot in the machine, the machine is kept clean, and the twisted wire is free of oil pollution, which is suitable for conductor twisting of various types of wires that require high surface cleanliness.
6. To adjust the twisting distance, only one take-up wheel needs to be replaced, and to adjust the twisting direction, it is only necessary to move the reversing lever, which can be operated simply and easily, thereby reducing the operator's error rate and work intensity. The bearings of the whole machine are made of well-known brands, and the bow belts are made of new materials, which have good flexibility and prevent stock jumping caused by vibration during high-speed operation. Reduce failure rates and maintenance costs.
