A vibration damper guide seat valve assembly equipment

Abstract

This application provides a shock absorber guide seat valve assembly device. The guide seat is fixed on a lower positioning device and pressed by an upper clamping device. The lower positioning device is equipped with a test oil circuit, which is connected to the guide seat oil circuit of the guide seat. A first detection component and a second detection component are respectively connected to the test oil circuit. The measurement range of the first flow sensor is greater than the measurement range of the second flow sensor, and the measurement range of the first pressure sensor is greater than the measurement range of the second pressure sensor. Thus, two-stage high and low range detection components are set up to detect the valve core assembly. The test oil circuit provides the valves of different speed levels on the guide seat valve with corresponding flow rate and pressure hydraulic oil, and detects the flow rate and pressure parameters corresponding to the opening and closing time of the guide seat valve. This allows for the detection of the pre-adjustment of the valve core assembly, resulting in higher assembly accuracy of the guide seat valve and reducing the rework rate caused by non-conforming conditions at the test station.

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