Introduces the working principle, construction and function of key components of pipe rolling machine.
Pipe grooving machine is a mechanical equipment specially used to process grooves on pipes, this equipment is very important in construction, water supply and drainage, gas, petrochemical and other industries, because it can improve the efficiency and safety of pipe connection. The following is the working principle, structure and function of key components of pipe grooving machine.
The working principle of pipe grooving machines is based on cold working technology, whereby a groove is formed in a pipe by applying pressure to the outer wall of the pipe by means of one or more pairs of rotating rollers, causing plastic deformation of the pipe material. This process is often used to pre-treat pipes before they are joined to secure them to other pipes or pipe fittings with fasteners.
The main structure of roll grooving machine includes machine body, rollers, pressing device, transmission system, control system, safety device and so on.
Some of the key components, such as the rollers, are in direct contact with the pipe, applying pressure to the outer wall of the pipe by rotating to form a groove. The compression device ensures that the pipe will not move due to the pressure of the rollers during the machining process, guaranteeing machining accuracy. The transmission system transmits the power from the motor to the rollers and drives them to rotate to complete the machining process. The control system is used to control various parameters of the grooving machine, such as the position, speed and pressure of the rollers, to achieve automation and precise processing.
Through the above introduction, you can understand the working principle, construction and function of key components of the pipe rolling grooving machine. All this knowledge is very important to understand and operate the pipe rolling groove machine.