Working principle and characteristics of high-efficiency intelligent plate heat exchanger units


High-efficiency intelligent heat exchanger unit principle: After filtration and purification, the secondary water enters the heat exchanger through a circulation pump and is heated by steam or high-temperature water to provide heat. After entering the plate heat exchanger, the steam or high-temperature water becomes condensate or high-temperature return water and returns to the heat source. In the secondary heating system loop, the supplementary water pump will drive the demineralization. Water is injected into the system to maintain constant system pressure.

High-efficiency intelligent heat exchanger unitPrinciple

After filtration and purification, the secondary water enters the heat exchanger through a circulation pump and is heated by steam or hot water to provide heat. After entering the plate heat exchanger, the steam or hot water becomes condensate or hot return water and returns to the heat source. In the secondary heating system loop cycle, the supplementary water pump will drive the demineralization. Water is injected into the system to maintain constant system pressure.

High-efficiency intelligent heat exchanger unitFeatures

An industrial control computer or intelligent temperature controller is used to intelligently control the water supply temperature. That is, the water supply temperature can be set according to the program, and it changes with changes in outdoor ambient temperature, standard room temperature, and time, with high heating quality and energy-saving effects.

The industrial computer displays, stores, and prints various operating parameters, including: heat medium flow rate, heat medium temperature, condensate temperature, heating, outdoor temperature, heat medium pressure, water supply temperature, standard parts temperature, water supply pressure, etc.

When performing steam and water heat exchange, a condensate heat exchange area and a condensate temperature control device are set to make full use of the heat of the condensate.

The system uses variable frequency control for water supply, automatic water supply, and voltage stabilization.

The use of high-performance stainless steel plate heat exchangers has a small footprint and small volume.

The circulating water pump can operate at variable frequency.

Standard modular design. The control content can be flexibly selected according to the user's situation, reducing investment.

The centralized digital display of operating parameters is convenient and reliable.

The plate heat exchanger unit has a compact structure, high energy efficiency ratio, and small size plate heat exchanger. The water pump uses imported or domestic high-quality vertical water pumps. Compact structure, requiring small installation space.

Easy to use and operate, easy to install and maintain. The control and adjustment of the heat exchange unit adopt control components and systems from well-known imported or domestic brands. It is reliable in operation, excellent in performance, and highly automated. Through simple training, you can master the operation of the heat exchange unit.

High-efficiency intelligent heat exchanger unitUses

Suitable for steam-water heat exchange, water-water heat exchange, and other operating conditions. It is an ideal heat exchange equipment for centralized heating in thermal power plants, boiler area heating, and utilizing industrial waste heat heating systems. It can be widely used in hotels, restaurants, shopping malls, office buildings, residential areas, and enterprises and institutions for heating, air conditioning system heating, and domestic hot water heating, providing a production process and a warm and comfortable working and living environment.