Air drying device for copper radiator

Abstract

The invention provides an air drying device for a copper radiator. The air drying device comprises a base, a blower device, air blowing devices, a radiator tray, a controller and a speed changer. The radiator tray is installed on the base. The controller is connected with the radiator tray and is used for controlling the radiator tray to reciprocate in the length direction of the base. A detection device used for detecting the humidity of a radiating belt of the radiator is arranged on the radiator tray. The air blowing devices are located above the radiator tray, and the air blowing devices can move in the vertical direction. The air blowing devices comprise air inlet pipes and trapezoidal bodies. The air inlet pipes are connected with the upper bottom ends of the trapezoidal bodies, and the length of the lower bottom ends of the trapezoidal bodies is larger than that of the radiator. A plurality of air ways are arranged in the trapezoidal bodies and are internally provided with valves. The controller is connected with the valves. Air inlets of the air inlet pipes are connected with an air outlet of the blower device through hoses, and the blower device is connected with the speed changer. The air drying device for the copper radiator is simple in structure, convenient to use and capable of adapting to air drying of radiators of different sizes.

Description

technical field [0001] The invention relates to the technical field of radiator processing equipment, in particular to a copper radiator air-drying device. Background technique [0002] The radiator is an integral part of the cooling system of a water-cooled internal combustion engine. The cooling system of an automobile engine is generally composed of a water pump, a radiator, a thermostat, a cooling fan, a fan motor, a motor switch, and a windshield. The radiator is composed of a radiator core for cooling, an upper water chamber and a lower water chamber for storing coolant. The core of the tube-fin radiator is composed of many thin cooling tubes and cooling fins. Most of the cooling tubes use oblate cross-sections to reduce air resistance and increase the heat transfer area; It is welded and arranged alternately with the cooling pipes. Compared with the tube-fin radiator, the tube-band radiator can increase the heat dissipation area by about 12% under the same condition...

AI Technical Summary

Problems solved by technology

The pressure test of the copper tube belt radiator generally adopts the method of water test. After the water test, it enters the drying equipment for drying once. Since there are holes similar to louvers on the heat dissipation belt to disturb the air flow, after the water test, the heat dissipation belt will adhere to A large amount of water droplets increases the weight of the radiator itself, which not only increases the burden on the staff during the handling process, but also takes a long time to dry

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