Connecting rod rubber joint static stiffness fatigue testing machine

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The static stiffness fatigue testing machine for connecting rod rubber joints is a specialized mechanical testing equipment used to test the force deformation characteristics and calculate the static stiffness of connecting rod rubber joints under static loads. Its core applications include the research and development, quality inspection, and performance verification of rubber joints in fields such as automobiles, rail transit, and engineering machinery.

Product Details

Connecting rod rubber joint static stiffness fatigue testing machineIt is specifically used to test the force of connecting rod rubber joints under static loads -A specialized mechanical testing equipment for deformation characteristics and calculation of static stiffness, primarily used for the research and development, quality inspection, and performance verification of rubber joints in fields such as automobiles, rail transit, and engineering machinery.

Connecting rod rubber joint static stiffness fatigue testing machine

Accurately measure the static load and corresponding deformation of the connecting rod rubber joint in multiple directions such as axial, radial, and torsional.

Calculate key indicators: axial static stiffness, radial static stiffness, torsional static stiffness, evaluate the elasticity and load-bearing capacity of rubber joints.

Applicable objects: automotive chassis connecting rod rubber joint, locomotive traction rod /Rubber joints for axle box pull rods, connecting rod joints for construction machinery, etc.

Host frame: mostly double column /The four column portal rigid structure ensures loading stability and testing accuracy.

Drive system: AC servo motor +Precision screw drive achieves smooth and precise displacement/Force loading.

Measurement system:

Force measurement: high-precision load sensor, common range50kN/100kN/200kN.

Deformation measurement: high-precision displacement sensor /Extensometer, with a resolution of up to0.01mm.

Control system: Microcomputer servo control, supporting multiple loading modes such as constant force, constant displacement, and constant deformation, automatically collecting data and drawing loads -Deformation curve, calculate stiffness and generate report.