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The Core Structure and Working Principle of Hydraulic Pipe-Clamping Machines

2025-11-11

Clamping process: The motor drives the oil pump to deliver hydraulic oil, which pushes the plunger forward, causing the die holder to contract radially. This applies pressure to the hose, ensuring a tight bond between the hose and the metal fitting. When the degree of contraction reaches the preset value, the clamping operation automatically stops.
The Core Structure and Working Principle of Hydraulic Pipe-Clamping Machines

Main components
Hydraulic System: Includes a motor, gear pump, control valves, oil tank, and hydraulic pipelines, responsible for providing power and controlling mold movement.
Crimping mechanism: Composed of a mold base, mold, crimp sleeve, spring-loaded punch, and other components, it achieves the crimping of the hose to the fitting through radial contraction.
Electrical Control System: Employs PLC or electromechanical control to achieve pressure regulation, action switching, and safety protection.
Working principle
Clamping process: The motor drives the oil pump to deliver hydraulic oil, which pushes the plunger forward, causing the die holder to contract radially. This applies pressure to the hose, ensuring a tight bond between the hose and the metal fitting. When the degree of contraction reaches the preset value, the clamping operation automatically stops.
Release process: The solenoid directional control valve switches direction, allowing hydraulic oil to enter the mold-opening cylinder. Under the action of the spring, the mold base returns to its original position, completing the demolding process.

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