Automatic impregnating thermal treatment mechanism

Abstract

The invention discloses an automatic impregnating thermal treatment mechanism. The automatic impregnating thermal treatment mechanism comprises a convex impregnating device which is composed of an impregnating body and a liquid supply slot, an automatic discharge device which is arranged at the upper end of the impregnating body, a valve mechanism and an inverse device which are arranged at a joint of the impregnating body and the inner cavity of the liquid supply slot, a variable-frequency pressure controller which is arranged on the bottom of the liquid supply slot, a thermal treatment device which is fixedly arranged at the right side of the impregnating body through a conveyor belt with a conveying start up, an controller and an automatic unloading channel which are separately arrangedat left and right sides of the thermal treatment device; and left and right sides of the impregnating body are equipped with constant apparatuses; the bottom of the thermal treatment device is equipped with a high-pressure heater; a trigger is arranged between the variable-frequency pressure controller and the high-pressure controller; the trigger is connected with the conveying start valve; andboth the impregnating body and the thermal treatment device realize functions of liquid supply, hydraulic impregnating and high-pressure heating and drying through the variable-frequency pressure controller.

Description

technical field [0001] The invention relates to the technical field of impregnation equipment production, in particular to an automatic impregnation heat treatment mechanism. Background technique [0002] Impregnation processing is to use the impregnating liquid and use certain means to infiltrate the impregnating liquid into the required parts, so that the parts can achieve certain special functions. It is a device suitable for dipping treatment of high-frequency and low-frequency transformers, inductance coils, motors, inductors, rectifiers, metal castings and C-shaped iron cores. The equipment generally has dozens of varieties such as assembled type, bulk type, square cylinder type, single-machine multi-cylinder type, multi-machine single-cylinder type and multi-machine multi-cylinder type. In the traditional functional design, the multi-volume is large, and the feeding and unloading are mostly manual. The impregnation and drying are mostly used for independent pressure ...

AI Technical Summary

Problems solved by technology

In the traditional functional design, the multi-volume is large, and the feeding and unloading are mostly manual. The impregnation and drying are mostly used for independent pressure and heat supply. The consumption of energy is very prominent, and the quality of finished products and production efficiency are difficult to meet. current needs

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