In the installation and implementation of high-voltage capacitors, the busbar is made of copper or aluminum. The bending of the busbar is generally cold-worked flat bend, angled vertical bend, S-shaped vertical bend, and twist-shaped bend (the busbar is twisted at 90°). The current bending methods include electric bending, hydraulic bending, and numerical control bending. Common copper bar bending machines currently on the market have the following defects. First, due to the inability to brake accurately, the bending angle cannot be accurately controlled during use. Moreover, there are no angle control mechanisms, scales, and fixtures on the existing copper bar bending machines. The gap cannot be adjusted.
Secondly, in order not to twist the bending shaft excessively, the applied force is often small, which makes it difficult to bend thicker and wider busbars. Again, the four functions of flat bending, angled vertical bending, S-shaped vertical bending, and twist-shaped bending are not highly integrated on one copper bar bending machine, and one machine with multiple functions cannot be realized. Next, there is no rounded corner on the edge of the fixture working surface, and defects such as cracks, wrinkles, and damage are prone to appear at the bend of the busbar. Finally, the structure of the copper bar bending machine is relatively complicated, the price is relatively high, the operation preparation time is long, and the operation is complicated.
A multifunctional busbar bending machine is provided, which is used for bending busbars, so as to solve the technical problems in the prior art that the bending angle cannot be accurately controlled and the gap between clamps cannot be adjusted. A multifunctional busbar bending machine is used for bending busbars, including several fixtures, a base system, a hydraulic system, an electrical control system and a photoelectric sensor, and the base system includes a base, which is arranged in the upper middle of the base The rotating disc and several clamp fixing devices for clamping the clamp, a rotating shaft is arranged on the rotating disc, and the clamp fixing devices are respectively arranged above the machine base and the rotating disc.
Wherein, at least two clamp fixing devices are movably connected above the machine base and the rotating disk; the hydraulic system includes a hydraulic pump, a first hydraulic cylinder and a second hydraulic cylinder, the first hydraulic cylinder is fixedly connected to the outer end of one of the clamp fixing devices, the second The two hydraulic cylinders are movably connected to the bottom surface of the rotating shaft; the electric control system includes a controller, the hydraulic pumps are respectively connected to the first hydraulic cylinder, the second hydraulic cylinder and the controller, and the photoelectric sensor is movably connected above the machine base and the rotating disk.
