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Standard definition of medium frequency pipe bender

A medium frequency pipe bender is a device used to process metal pipes and bend them into a specific shape. It is an important metal processing equipment, widely used in the automotive industry, aerospace industry, electronic equipment manufacturing and other fields. Medium frequency pipe bending machine is mainly composed of the main machine, hydraulic system, electrical control system, pipe bending mold and other components, through the control of hydraulic system and electrical control system, the pipe can be bent into a special Angle and radius under the action of the pipe bending mold.

The standard definition of medium frequency pipe bending machine refers to the specifications and standards of its design, manufacturing, performance requirements, etc. These standards are designed to ensure the stability and efficiency of medium frequency pipe benders to meet the needs of pipe benders in different industrial sectors. The following will be a detailed analysis of the standard definition of medium frequency pipe bending machine, including design standards, performance standards, standards and other aspects.

1. Design standards

1. Structural design standards: The structural design of the medium frequency pipe bending machine should meet the relevant standards of mechanical design, to ensure that the equipment structure is firm and stable, and can withstand the various forces and torque of the bending process.

2 Design standards for pipe bending die: The pipe bending die is a key part of the medium frequency pipe bending machine, and its design needs to meet the relevant standards to ensure the accuracy and quality of the bending workpiece.

3. Electrical control system design standards: The electrical control system should meet the relevant standards to ensure that the operation of the equipment is simple and reliable.

4. Hydraulic system design standards: The design of the hydraulic system should meet the relevant standards to ensure that the bending process of the equipment is stable and efficient.

Second, performance standards

1. Large bending diameter: The performance standard of medium frequency bending machine should include a large bending diameter range to meet the processing needs of different pipe specifications.

2. Bending accuracy: The precision requirements of the equipment bending process should meet the relevant standards to ensure that the machined bending meets the design requirements.

3. Processing speed: The processing speed of the medium frequency pipe bending machine should meet the relevant standards to improve production efficiency.

4. Power consumption: The power consumption of the equipment should meet the relevant standards to ensure that the equipment can operate economically and efficiently.

Iii. Standards

1. Protective device: The medium frequency pipe bending machine should be equipped with perfect protective device to ensure the operator.

2. Operating procedures: The equipment should be equipped with detailed operating procedures, and the operator should operate according to the procedures to ensure the normal operation of the equipment and the stability of the operator.

3. Detection device: The equipment should be equipped with a detection device to detect the abnormal situation of the equipment in time to ensure the operation of the equipment.

In summary, the standard definition of intermediate frequency pipe bending machine covers the requirements of design, performance and other aspects. The development and compliance with these standards can ensure the stability and efficiency of medium frequency pipe bending machines, improve the service life and production efficiency of the equipment, and meet the needs of different industries for pipe bending processing.

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