It is better to operate the new bent pipe for a period of time under medium load or low-speed conditions during use, so that the new rope can adapt well to the usage state in the future and gradually improve the speed of the steel wire rope operation. The new bent pipe cannot be used directly under heavy load and high-speed conditions. It must go through a period of running in before it can be used. When our pulleys and bent pipes need to be used together, we must be careful to avoid the steel wire rope in the pulley groove jumping out.

 

During the use of bent pipes, do not apply too much pressure, as this can prevent deformation of the pipe to a certain extent, which can directly damage the structure and cause early breakage of wires or strands. When the bent pipe is running at high speed, do not rub against objects outside the matching wheel groove. When winding the bent pipe on the drum, try to arrange it neatly and avoid it getting wet during use.

 

During the processing of bent pipes, the rocker arm receives circumferential force and resistance torque. The return of the rocker arm is driven by the rocker arm driving equipment, and its return speed is 2.2r/min. When the rocker arm reversing equipment adjusts the bending radius, the hydraulic motor of the middle slide table is started to move the worktable of the middle slide table. In the daily use of bent pipes, it is common for the power in a certain area to disappear. Pressing the clamping button on the computer board may result in no power, or there may be no pressure on the auxiliary push on the bent pipe, as if the button is malfunctioning.

 

The material of the bent pipe is subjected to tension on its outer side, and the position of the neutral axis on the inner side of the product under compression will be different from that of the bent pipe. During operation, the neutral axis of the bent pipe is located about 1/3 of the outer wall, while during rotary bending operation, the neutral axis is located 2/3 of the outer wall. Thin walled curved pipes are prone to twists and turns, and the rotary bending method is advantageous when in use. The accuracy of the bending tire is one of the factors that can affect the quality of the bent pipe to a certain extent. During the manufacturing process, in addition to controlling the specifications and dimensions within a certain tolerance range.

 

Bending pipes require users to choose the corresponding bending tire according to their bending diameter during use. The material itself has the ability to bend, and the corrosion on its surface can affect the quality of the bent pipe to a certain extent. During on-site construction, the operator needs to understand the material of the pipeline being processed.