Medium-frequency power supply water cooling system

Abstract

A medium-frequency power supply water cooling system is provided with a power cabinet, a water returning tank and a cooling tower. The power cabinet is connected with the water returning tank. A connecting pipeline is arranged between the cooling tower and the water returning tank. A liquid level control device is arranged in the water returning tank. A main motor is arranged at the lower portion of the water returning tank. An electromagnetic valve is arranged between the main motor and the water returning tank and controls starting and stopping of the main motor. The electromagnetic valve is connected with the liquid level control device. The liquid level control device is provided with a liquid level induction needle. The liquid level control device feeds signals back to the electromagnetic valve, and the electromagnetic valve obtains the signals to control the main motor. The liquid level control device is arranged in the water returning tank and can control the liquid level in the water returning tank in time, water in the water returning tank can be rapidly supplemented, and normal work of the cooling system can be guaranteed; and a water collector is arranged in the cooling tower and can collect condensate water, and the condensate water is prevented from flowing all around.

Description

technical field [0001] The invention relates to a cooling system, in particular to a water cooling system for an intermediate frequency power supply. Background technique [0002] Cooling towers can be seen in factories. Cooling towers can be used to cool factory equipment, and can also collect and cool circulating water inside the factory. However, many cooling towers currently have a single structure and are directly connected to the factory pipe network. The control effect is not very good, and the degree of automation is not high. Many cooling towers are equipped with return water tanks. Many return water tanks use manual observation to deliver water. If the water is filled up, it also increases the workload of the operator, and cannot improve the working efficiency of the cooling system in time. Contents of the invention [0003] The object of the present invention is to provide an intermediate frequency power supply water cooling system with convenient operation and...

AI Technical Summary

Problems solved by technology

[0002] Cooling towers can be seen in factories. Cooling towers can be used to cool factory equipment, and can also collect and cool circulating water inside the factory. However, many cooling towers currently have a single structure and are directly connected to the factory pipe network. The control effect is not very good, and the degree of automation is not high. Many cooling towers are equipped with return water tanks. Many return water tanks use manual observation to deliver water. If the water is filled, it also increases the workload of the operator and cannot improve the efficiency of the cooling system in time.

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