1. Laying frame: Specifically set up for the installation of core wires in the main machine.
2. Stranding Machine: Each stranding machine independently forms a strand, and the number of reels that can be mounted corresponds to 12, 18, and 24 units respectively. The reels on the reel rack are all secured with top cones. The holes in the wire separator reel are conical, which not only secures them more firmly but also facilitates single-wire stranding. The main parts of each component are equipped with electric-hydraulic drive devices. When the main motor power supply is cut off, the oil pump motor begins to work, pushing up the brake valve piston. Due to the lever principle, each pair of brake shoes presses against the main shaft brake wheel, stopping the main machine immediately. When the oil pump motor restarts, the oil pump piston quickly returns to its original position under the action of a spring, and the brake pads are released.
3. Stranding Machine Die Holder: The die holder is located in front of the wire divider plate and serves the purpose of adjusting the wire bundle and fixing the focal point. The die holder is placed on the housing of the main spindle box, fixed by two guide rods, and can be longitudinally adjusted by turning the lead screw according to the difference in stranding angles, making it convenient for a single wire to be accurately distributed on the surface of the core wire.
4. Traction Device of the Stranding Machine: The fork-type stranding machine requires a universal drive shaft to drive three units simultaneously. Corresponding to the traction drive are the traction gearbox and the traction wheel with a diameter of φ1600 (φ1255) millimeters. Since the finished product requires different twist directions, the rotation direction of the main shaft also needs to be changed. To ensure that the traction reversal remains unchanged, a traction reversal mechanism is designed in the traction gearbox. By turning the reversal handle on the upper part of the traction box, the traction reversal can be kept unchanged. The design of the double traction wheels fully ensures the surface quality of the stranded wire during use.
5. Winch Meter: A finished product with a length measuring device. It consists of a counter and a set of driving gears. The driving gears, through the rotation of the traction wheel, drive the rotation of the numbers in the counter. Each time a carry-over occurs, it represents a length of one meter of the stranded wire. The counter is equipped with a zero according to the accumulated count of the counter.
6. Stranding machine take-up section: 50 wiring sections, driven by a gear motor, used for wire laying, and the take-up adopts a shaftless design.
2. Stranding Machine: Each stranding machine independently forms a strand, and the number of reels that can be mounted corresponds to 12, 18, and 24 units respectively. The reels on the reel rack are all secured with top cones. The holes in the wire separator reel are conical, which not only secures them more firmly but also facilitates single-wire stranding. The main parts of each component are equipped with electric-hydraulic drive devices. When the main motor power supply is cut off, the oil pump motor begins to work, pushing up the brake valve piston. Due to the lever principle, each pair of brake shoes presses against the main shaft brake wheel, stopping the main machine immediately. When the oil pump motor restarts, the oil pump piston quickly returns to its original position under the action of a spring, and the brake pads are released.
3. Stranding Machine Die Holder: The die holder is located in front of the wire divider plate and serves the purpose of adjusting the wire bundle and fixing the focal point. The die holder is placed on the housing of the main spindle box, fixed by two guide rods, and can be longitudinally adjusted by turning the lead screw according to the difference in stranding angles, making it convenient for a single wire to be accurately distributed on the surface of the core wire.
4. Traction Device of the Stranding Machine: The fork-type stranding machine requires a universal drive shaft to drive three units simultaneously. Corresponding to the traction drive are the traction gearbox and the traction wheel with a diameter of φ1600 (φ1255) millimeters. Since the finished product requires different twist directions, the rotation direction of the main shaft also needs to be changed. To ensure that the traction reversal remains unchanged, a traction reversal mechanism is designed in the traction gearbox. By turning the reversal handle on the upper part of the traction box, the traction reversal can be kept unchanged. The design of the double traction wheels fully ensures the surface quality of the stranded wire during use.
5. Winch Meter: A finished product with a length measuring device. It consists of a counter and a set of driving gears. The driving gears, through the rotation of the traction wheel, drive the rotation of the numbers in the counter. Each time a carry-over occurs, it represents a length of one meter of the stranded wire. The counter is equipped with a zero according to the accumulated count of the counter.
6. Stranding machine take-up section: 50 wiring sections, driven by a gear motor, used for wire laying, and the take-up adopts a shaftless design.