Usage and transformation methods of pipe bending machines
The pipe bending machine mainly consists of three parts: mechanical part, hydraulic system, and PLC control system. The mechanical part mainly consists of rotating pipe clamping equipment, bend transmission equipment, booster equipment, bed and bend mold, etc. The working principle of bending: The bending die is fixed on the main shaft and rotates with the main shaft. The pipe is fixed on the clamping groove of the fan-shaped bending die through the clamping die, and the movable auxiliary guide is tightly attached to the curved outer side of the pipe blank.
The pipe bending machine industry should seize the opportunities of national policy support and huge market space, increase skill innovation and talent training, fully leverage market mechanisms to achieve self optimization of the CNC industry, improve the service ability of enterprises, try to shorten the distance with developed countries, and strive to complete the changes of CNC fully automatic pipe bending machine products from low-end to high-end, from primary product processing to high-precision and cutting-edge product manufacturing in advance.
The position of the emergency stop button: On the operation panel, pressing this button will stop all motor and servo power supply.
Prevention of overload: Confirm the load capacity during machine operation to prevent overload of machine components, otherwise it will affect the service life of the machine and the safety of operators. Misuse of machinery and equipment will cause overload of machine parts. Excessive load may not be intentional, but it is easy to occur. This is because the torque required for the bending of the pipe fittings is greater than the torque scale originally designed by the machine; Please make sure to follow these skill standards, otherwise it will cause severe damage to the machine. Warning! The maximum bending ability is the standard tensile coefficient of 40Kg/cm2 for general iron pipes that can be bent.
Safety practice: Professional pre job training and assessment can prevent or minimize unexpected injuries that may occur during the production process. The safety practice plan must be supervised and guided by leaders and management personnel. Managers must maintain sensitivity to safe operations within all their job responsibilities; In order to achieve maximum protection, appropriate practice is necessary. Usually, employees should be instilled with a sense of safety in the working environment and machine operation, and important rules such as mold equipment guidance, safety equipment and operation methods, and personal safety should be focused on personal safety awareness.