Uninterrupted anode steel claw drying system

Abstract

The invention discloses an uninterrupted anode steel claw drying system comprising a PLC control cabinet, an intermediate frequency power supply, a heating dryer and a catenary suspension; the intermediate frequency power supply is used for powering the PLC control cabinet and the heating dryer; the PLC control cabinet is used for controlling the catenary suspension to drive an anode steel pawl toenter the heating dryer for drying; the catenary suspension is arranged over the heating dryer; the heating dryer is a rectangular box body, and the upper part of the box body is provided with a drying groove, and the size of the drying groove matches the size of the anode steel claw; the box body is internally filled with a high temperature resistant material, and the box body is provided with an induction coil on both sides parallel to the drying groove. The system of the present invention can improve the drying efficiency of the anode steel claw and reduce the maintenance cost of the equipment.

Description

technical field [0001] The invention relates to the drying field, in particular to an uninterrupted anode steel claw drying system. Background technique [0002] The current anode steel claw drying equipment is composed of hydraulic station, refractory material, intermediate frequency power supply, heating dryer, water cooler, central console, and PLC control cabinet. When the anode steel claws are drying, the guide rod group brought by the automatic catenary passes through the stopper and controls to enter the heating station. At this time, the hydraulic station lifts the heater to enter the steel claws that need to be dried into the heating device, and then the PLC Control system polarity heating, the heating process needs to last for one minute, after the heating is completed, the hydraulic station drops to make the heater leave the running track of the guide rod group, the guide rod group is transported away by the automatic catenary, waiting for the arrival of the next ...

AI Technical Summary

Problems solved by technology

When the anode steel claws are drying, the guide rod group brought by the automatic catenary passes through the stopper and controls to enter the heating station. At this time, the hydraulic station lifts the heater to enter the steel claws that need to be dried into the heating device, and then the PLC Control system polarity heating, the heating process needs to last for one minute, after the heating is completed, the hydraulic station drops to make the heater leave the running track of the guide rod group, the guide rod group is transported away by the automatic catenary, waiting for the arrival of the next guide rod group, and so on Movement, which will result in low heating efficiency, large power consumption, and high maintenance costs

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