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Shanghai Meiche Purification Engineering Co., Ltd
Nuclear magnetic resonance secondary heat exchange water-cooled unit
NegotiableUpdate on 05/07
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Overview
The working principle of the nuclear magnetic resonance secondary heat exchange water-cooled unit is mainly to send cooling water into the radiator inside the magnetic resonance equipment through the cooling water circulation system, and carry out the heat generated by the equipment. Then the cooling water is cooled by the compressor system and recycled back to the magnetic resonance equipment to achieve the goal of reducing the equipment temperature. This cyclic process is continuously repeated to ensure that the magnetic resonance equipment can work continuously and stably. The function of the nuclear magnetic resonance secondary heat exchange water-cooled unit is to lower the temperature of the magnetic resonance equipment to the required temperature for normal operation, in order to ensure stable and accurate operation of the equipment. Through an efficient cooling system, the heat generated by the equipment is effectively carried away to keep the equipment in working condition.
Product Details
Product Introduction
The working principle of the nuclear magnetic resonance secondary heat exchange water-cooled unit is mainly to send cooling water into the radiator inside the magnetic resonance equipment through the cooling water circulation system, and carry out the heat generated by the equipment. Then the cooling water is cooled by the compressor system and recycled back to the magnetic resonance equipment to achieve the goal of reducing the equipment temperature. This cyclic process is continuously repeated to ensure that the magnetic resonance equipment can work continuously and stably.
The function of the nuclear magnetic resonance secondary heat exchange water-cooled unit is to lower the temperature of the magnetic resonance equipment to the required temperature for normal operation, in order to ensure stable and accurate operation of the equipment. Through an efficient cooling system, the heat generated by the equipment is effectively carried away to keep the equipment in working condition.
