Novel medium-frequency furnace body water cooling system

Abstract

A novel medium-frequency furnace body water cooling system comprises furnace bodies and a cooling tower, wherein the furnace bodies are connected with the cooling tower, connecting pipe networks are arranged between the furnace bodies and the cooling tower, water distribution pipes and control valves are arranged on the connecting pipe networks, valves are arranged below the water distribution pipes, a return water tank is arranged between the furnace bodies and the cooling tower, a motor is arranged below the return water tank and is connected with the return water tank, a control valve is arranged between the motor and the return water tank, a liquid level control device is arranged in the return water tank, and a solenoid valve is arranged beside the liquid level control device and controls starting and stopping of the motor. Temperature returning pieces are arranged between the water distribution pipes and the furnace bodies, the cooling system can be started and stopped timely, cooling of the furnace bodies for a long time is avoided, the condition that products in the furnace bodies cannot be guaranteed due to the fact that temperatures inside the furnace bodies decrease too fast is avoided, a floating ball is further arranged in a water collection tank, and the liquid level in the water collection tank can be calculated according to the floating ball and can be prevented from being too high, so that the working effect of the cooling tower is guaranteed.

Description

technical field [0001] The invention relates to a cooling system, in particular to a novel intermediate frequency furnace body water cooling system. Background technique [0002] Many cooling systems are often unable to control the temperature value well when they are in use, and cannot open and close the cooling pipe network in time, nor can they close the cooling pipe network in time. At present, many cooling systems are used around the furnace body, because the furnace body is in production A large amount of heat will also be generated when the furnace body is heated, which will cause the temperature around the furnace body to rise rapidly, making the temperature in the manufacturing workshop very high, and the quality of the products in the furnace body cannot be guaranteed at high temperatures. The temperature in the furnace body is brought out to ensure that the temperature in the furnace body is within an appropriate range. Contents of the invention [0003] The pu...

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Problems solved by technology

[0002] Many cooling systems are often unable to control the temperature value well when they are in use, and cannot open and close the cooling pipe network in time, nor can they close the cooling pipe network in time. At present, many cooling systems are used around the furnace body, because the furnace body is in production A large amount of heat will also be generated when the furnace body is heated, which will cause the temperature around the furnace body to rise rapidly, making the temperature in the manufacturing workshop very high, and the quality of the products in the furnace body cannot be guaranteed at high temperatures. The temperature in the furnace body is brought out to ensure that the temperature in the furnace body is within the appropriate range

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