Industrial high-temperature air source water heater 65-85 degrees, specialized for electroplating and chemical industry

Description :

  Industrial high-temperature air source water heater is an energy-saving heating equipment designed specifically for high energy consuming industries, mainly to meet the continuous demand for 65-85 degree high-temperature process water in electroplating plants, chemical plants and other working conditions. This device utilizes the inverse Carnot principle to absorb low-grade thermal energy from the air and convert it into high-grade thermal energy. Compared to traditional electric heating or boiler heating, the energy efficiency ratio is significantly improved, greatly reducing operating costs. Its core advantage lies in its ability to maintain stable high-temperature water output even at low ambient temperatures, ensuring that the production line does not stagnate due to heating fluctuations. It is particularly suitable for industrial cleaning, plating tank heating, and chemical reaction constant temperature scenarios that require strict water temperature stability.

  This industrial high-temperature air source water heater adopts a dedicated high-temperature compressor and high-efficiency heat exchanger to ensure that the outlet temperature is stable in the range of 65-85 degrees, and some models can reach higher peak temperatures. The casing of the unit is usually made of galvanized steel plate or stainless steel material, which has anti-corrosion and anti rust properties and is suitable for humid or corrosive gas environments in chemical plants. The internal piping system has undergone pressure testing and meets industrial grade pressure standards. The control system integrates an intelligent temperature control module, supporting precise temperature regulation up to ± 1 degree, and has power-off memory and fault self checking functions. The equipment design follows national energy efficiency standards, and some configurations can be certified by ISO quality system to ensure long-term reliability and safety, meeting the high-intensity requirements of industrial continuous operation.

  When selecting, it is important to consider the peak demand for actual hot water usage and the ambient temperature range. For electroplating plants, it is necessary to calculate the heat load based on the volume of the plating tank, the amount of supplementary water, and the heating time, and select industrial high-temperature air source water heaters with matching horsepower; Chemical plants need to pay attention to medium compatibility and install plate heat exchangers if necessary to achieve water and electricity separation. If the ambient temperature remains below -5 degrees for a long time, it is recommended to choose ultra-low temperature jet enthalpy increasing models to ensure energy efficiency. Unlike ordinary household or commercial low-temperature air energy, this product is optimized for high-temperature conditions with higher condensing pressure. It is strictly prohibited to replace ordinary systems with non high temperature designs to avoid damaging the compressor. At the same time, it is necessary to confirm that the installation site is well ventilated to avoid the impact of hot air short circuits on heat transfer efficiency.

  When installing industrial high-temperature air source water heaters, it is necessary to ensure that the foundation is flat and firm. Insulation layers should be added to the inlet and outlet water pipelines to reduce heat loss, and safety valves and expansion tanks should be installed to cope with changes in high temperature and pressure. Daily maintenance includes regular cleaning of evaporator fins to prevent dust and oil from clogging and affecting heat absorption; Check if the refrigerant pressure is normal and observe if there are any abnormal sounds during the operation of the compressor. It is recommended to check the waterway filter once every quarter to prevent impurities from blocking and causing insufficient water flow, which can lead to high pressure protection. Common faults such as inadequate water temperature are often caused by low ambient temperature or insufficient air flow, and it is necessary to clean up surrounding debris in a timely manner. Proper maintenance can extend the lifespan of equipment and ensure continuous and stable operation of industrial production.

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