What are the functions of a condenser?

1. Heat release and refrigerant phase conversion: The condenser cools the high-temperature, high-pressure refrigerant vapor discharged from the compressor through heat exchange with air or water, condensing it into a high-pressure liquid while simultaneously dissipating a large amount of heat to the surrounding environment, ensuring smooth system circulation.
2. Maintaining system pressure balance: The pressure of the liquefied refrigerant decreases after the condenser, providing the appropriate inlet pressure for the subsequent expansion valve or capillary tube, ensuring that the evaporator can effectively absorb heat and cool.
3.Improving overall energy efficiency: A high-efficiency condenser can significantly reduce system energy consumption and improve the energy efficiency ratio (COP) of air conditioning or industrial refrigeration units, saving 20%-30% in electricity consumption for the same cooling capacity.
4. Multi-media adaptability: Depending on the cooling medium, condensers can be divided into various types, such as air-cooled, water-cooled, and evaporative, to flexibly meet different operating requirements.
How should a condenser be maintained?

1. Regularly clean the heat dissipation surface: Every six months to a year, brush the condenser fins or use a specialized cleaning agent to remove dust, oil, and scale to maintain heat exchange efficiency.
2. Inspect pipes and seals: Patrol internal pipes for blockages, corrosion, or leaks. Replace damaged pipe sections if necessary to prevent refrigerant loss and affect cooling efficiency.
3. Monitor operating parameters: Regularly measure the inlet and outlet temperature difference, pressure, and fan speed to ensure the condenser is operating within the design range, and promptly identify any abnormalities and conduct adjustments.
4. Maintain auxiliary systems: This includes replacing lubricating oil, checking the thermostat, ensuring the drainage system is unobstructed, and ensuring the fan is operating properly, to ensure overall condenser reliability.

Condenser Working Principle and the Advantages of Zhejiang Borui Refrigeration Technology Co., Ltd.

1. Brief Description of Working Principle: After being compressed into high-temperature, high-pressure vapor by the compressor, the refrigerant enters the condenser. Heat conduction and convection between the pipe walls and the external cooling medium dissipate heat and condense the vapor into liquid, completing the phase change and providing low-temperature, high-pressure liquid for subsequent throttling.

2. R&D Capabilities: Zhejiang Borui boasts an independent R&D team capable of independently designing a variety of condensing units, including box-type, open-type, water-cooled, and air-cooled, to meet the customized needs of various industries.
3. Product Diversification and Global Presence: The company's products cover cold storage, constant temperature workshops, and industrial chillers, and are exported to over 80 countries and regions. The company maintains a comprehensive quality management system (ISO 9001/9000).
4. High Performance and Reliability: Utilizing advanced heat exchanger fin design and corrosion-resistant materials (such as stainless steel and copper alloy), Borui's condensers achieve industry-leading levels of heat transfer efficiency, pressure drop control, and pressure resistance testing, helping users achieve significant energy savings and extended equipment life.