A rubber joint performance testing system

Abstract

The present invention discloses a rubber joint performance test system, including a monitoring and control component and a tensile test mechanism, wherein a bolted resistance vibration test component is arranged above the middle of the monitoring and control component, a bolted tensile test mechanism is arranged on the upper side of the monitoring and control component, and a bolted rubber joint body is arranged at the output end of the tensile test mechanism. The device of the invention mainly utilizes the connecting rod under the lower set to perform hinge bolt connection, so that the two ends of the connecting rod are hingedly connected to the hinge frame and the vibration cylinder by means of hinge connection, so that the output end on the vibration cylinder can achieve efficient rotation of the electric rotating rod and the eccentric block through the output transmission to generate vibration force to be transmitted to the connecting rod and the hinge frame for the lower set. Since it has a segmented method, it can effectively disperse the force, thereby improving the safety of the equipment during the detection process.

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