Capacitor shell drying machine

Abstract

The invention provides a capacitor shell drying machine and relates to the technical field of drying machines. The capacitor shell drying machine comprises a machine housing internally provided with a drying channel, a driving belt passing through the drying channel and a heater arranged in the machine housing. The capacitor shell drying machine is characterized in that a heat insulating layer is arranged inside the machine housing; a hole is formed in the heat insulating layer; a draught fan is arranged outside the machine housing and below the outside of the machine housing and communicated into the top heat insulating layer inside the machine housing; a temperature inductor is arranged above the machine housing; the temperature inductor passes through the heat insulating layer arranged inside the machine housing; and two ends of the machine housing are provided with gates. The capacitor shell drying machine has the beneficial effects that the gates move vertically so as to adjust the sizes and the amount of capacitors entering the inside of the drying channel; and small holes formed in the draught fan and the heat insulating layer can be used for completely removing dust on the shells of the capacitors while drying the shells of the capacitors.

Description

Technical field: [0001] The invention relates to the technical field of dryers, in particular to a capacitor shell dryer. Background technique: [0002] Stains are often produced on the surface of capacitor shells after they are extruded. They need to be dried after being washed in the decontamination tank. During drying, the heater generates high temperature in the drying tunnel, and the transmission belt drives the capacitor shells through the drying tunnel to achieve the drying effect. Purpose, in the case of a large number of capacitor shells, it is easy to produce temperature dead angles, resulting in water stains in some capacitor shells or individual capacitor shells, and when the heating temperature is too high, the capacitor shells will change color or deform, and the number of entry cannot be controlled , can only control the length of the drying channel that enters, and increase the length to solve the problem, which reduces the work efficiency, and at the same ti...

AI Technical Summary

Problems solved by technology

[0002] The surface layer of the capacitor shell is often stained after being extruded, and it needs to be dried after being washed in the decontamination tank. During drying, the heater generates high temperature in the drying channel, and the transmission belt drives the capacitor shell through the drying channel to achieve the drying effect. Purpose, when the number of capacitor shells is piled up, it is easy to produce temperature dead angles, resulting in some capacitor shells or individual capacitor shells with water stains, and when the heating temperature is too high, the capacitor shells will be discolored or deformed, and the number of incoming capacitors cannot be controlled , can only control the length of the drying channel that enters, and increase the length to solve the problem, which reduces the work efficiency, and at the same time of drying, the impurities originally attached to the water slowly float out as the water is dried. Going to clean it up again will greatly reduce the efficiency

Images