Test platform for cooler detection

Abstract

The invention provides a test platform for cooler detection. The test platform for the cooler detection comprises a control system, air-controlled chucks, water tanks, a lifting platform and a frame;the water tanks are installed in the frame; water can be injected in and discharged from the water tanks; the lifting platform is arranged in the water tanks and used for bearing a tested cooler; twoair-controlled chucks are further arranged in each water tank and correspondingly used for being connected with two water openings of the cooler; and the control system controls the air-controlled chucks and the lifting platform. The air-controlled chucks comprise outer cylinders, and cavities are formed in the outer cylinders; the inner end piston ends of piston rods are arranged in the cavitiesformed in the outer cylinders, and the cavities are divided into left cavities and right cavities; ventilation joints are connected to one ends of the outer cylinders and communicate with the left cavities; return springs are arranged in the left cavities; clamping joints are connected to side walls of the outer cylinders and communicate with the right cavities; compression rubber blocks are arranged at the outer ends of the piston rods; and penetrating ventilation holes are formed in the piston rods, and the left cavities communicate with end heads of the outer ends of the piston rods throughthe penetrating ventilation holes. According to the test platform for the cooler detection, the test efficiency of the cooler is improved.

Description

technical field [0001] The invention relates to a testing device, in particular to a testing platform for cooler testing. Background technique [0002] The cooler consists of two channels, a high-temperature fluid channel and a low-temperature fluid channel. The temperature interaction between the high-temperature fluid and the low-temperature fluid in the cooler reduces the temperature of the high-temperature fluid. The high-temperature fluid channel and the low-temperature fluid channel must be strictly separated to prevent leakage. The most important process of the cooler’s factory inspection is the pressure water test. The traditional water test has a single function, and it needs to be replaced when testing different coolers. The water inspection module has a large workload and high labor intensity. Contents of the invention [0003] The purpose of the present invention is to solve the shortcomings of traditional water inspection equipment, and propose a test bench f...

AI Technical Summary

Problems solved by technology

The high-temperature fluid channel and the low-temperature fluid channel must be strictly isolated to prevent leakage. The most important process for the cooler to leave the factory is the pressure water test. The traditional water test has a single function, and it needs to be replaced when testing different coolers. Water inspection module, heavy workload and high labor intensity

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