The company develops a low-temperature circulating cooling water treatment system for high-speed wheel quenching, which belongs to the technical field of wheel quenching. The quenching cooling water pipe on the wheel quenching platform of the utility model is connected with the cold water suction well through the main pipe, and the quenching cooling water pipe is connected with the low-temperature water pool through the auxiliary pipe. The normal temperature water in the cold water suction well is connected with the plate heat exchanger through the normal temperature water inlet main pipe, the normal temperature water is cooled by the plate heat exchanger and converted into low-temperature water, and the low-temperature water flows into the low-temperature water pool through the low-temperature water pool inlet pipe, The plate heat exchanger is connected with the chiller through the chilled water inlet main pipe. The chiller is used to provide chilled water to the plate heat exchanger as the cold source of normal temperature water. In order to overcome the deficiency that the quenching water temperature in the wheel quenching process in the prior art depends on the limitations of climatic conditions, the utility model can adapt to the changes of water temperature under different climatic conditions, so that the wheel quenching water temperature and water quality can always meet the corresponding requirements.
The company develops a low-temperature circulating cooling water treatment system for high-speed wheel quenching, which belongs to the technical field of wheel quenching. The quenching cooling water pipe on the wheel quenching platform of the utility model is connected with the cold water suction well through the main pipe, and the quenching cooling water pipe is connected with the low-temperature water pool through the auxiliary pipe. The normal temperature water in the cold water suction well is connected with the plate heat exchanger through the normal temperature water inlet main pipe, the normal temperature water is cooled by the plate heat exchanger and converted into low-temperature water, and the low-temperature water flows into the low-temperature water pool through the low-temperature water pool inlet pipe, The plate heat exchanger is connected with the chiller through the chilled water inlet main pipe. The chiller is used to provide chilled water to the plate heat exchanger as the cold source of normal temperature water. In order to overcome the deficiency that the quenching water temperature in the wheel quenching process in the prior art depends on the limitations of climatic conditions, the utility model can adapt to the changes of water temperature under different climatic conditions, so that the wheel quenching water temperature and water quality can always meet the corresponding requirements.
