{"id":23328,"date":"2024-10-19T10:27:45","date_gmt":"2024-10-19T06:57:45","guid":{"rendered":"https:\/\/broudat-kar.com\/lang\/?p=23328"},"modified":"2024-10-19T11:33:53","modified_gmt":"2024-10-19T08:03:53","slug":"freon-condenser","status":"publish","type":"post","link":"https:\/\/broudat-kar.com\/lang\/en\/freon-condenser\/","title":{"rendered":"Freon Condenser"},"content":{"rendered":"\t\t
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Air conditioner freon condenser<\/h1>

The ATC series air-cooled Freon condenser with a wide range of 7 to 240 kW meets various refrigeration needs. If needed and according to the order, it is possible to design and manufacture freon condenser with required capacity.<\/em><\/p>

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Air-cooled Freon condenser compatible with Freon family refrigerants and suitable for air conditioning, sub-zero cold storage, above-zero cold storage, meat cold storage, chicken cold storage, fish and shrimp cold storage, fruit and vegetable cold storage, medicine storage cold storage and freezing tunnel to work in conditions The climate is mild and hot and dry with temperatures ranging from 20 to 55 degrees Celsius.<\/em><\/p>

What is a freon condenser?<\/h2>

In simple words, the Freon condenser is one of the important parts of air conditioning systems, refrigerators, and heating and cooling systems, which is responsible for converting vapor into liquid. This process is actually an important part of the refrigeration cycle.\u00a0 The Freon condenser of the cold room actually removes the heat of the refrigerant and therefore changes its phase from gas to liquid.<\/em><\/p>

Components of air-cooled Freon condenser<\/h2>

Condenser body<\/h3>

ATC air-cooled Freon condenser has a strong and resistant body against the effects of atmospheric and corrosion factors and is a very suitable option for use in harsh weather conditions. The body of the condenser is made of pre-galvanized iron sheet with an electrostatic paint coating, which minimizes the rate of corrosion and decay of the device. The condenser is placed on a chassis made of galvanized sheet with electrostatic paint.<\/em><\/p>

Condenser coil<\/h3>

The air-cooled Freon condenser coil is made of copper tubes and aluminum fins with sinusoidal wave patterns. The distance between the fins and the tubes has been minimized by the mechanical expand method and the heat transfer coefficient has been significantly increased in these coils. The distance between the fins can be 3 or 4 mm. ATC Freon condenser is compatible with R507, R502, R134-A, R404-A and R22 refrigerants. Condensers are tested with nitrogen gas up to 450 psi pressure.<\/em><\/p>

Condenser fan<\/h3>

Aeration in the air-cooled Freon condenser is done with the use of axial-type cold room reverse-cycle electrofans from Zillabag or EBM brands in Germany with the lowest possible noise. The protection class of condenser fans is IP54 and they have a one-year warranty. The diameter of the fans is chosen from 30 to 63 cm according to the capacity of each condenser. Also, the electrical specifications of the fans are 380v\/50Hz or 220v\/50Hz, which are installed in the distribution box installed on the body of the condenser.<\/em><\/p>

Condenser accessories<\/h3>
  • A receiver tank according to the capacity is installed under the air-cooled freon condenser.<\/em><\/li>
  • One receiver valve is considered according to the size of the liquid line.<\/em><\/li>
  • Adjustable bases are installed on the chassis to install the compressor.<\/em><\/li><\/ul>

    Design and manufacture of air-cooled Freon condenser based on standards<\/h2>
    • American standard ARI 460-2000 on the subject of air-cooled condensers with forced air circulation<\/em><\/li><\/ul>

      American National Standard ANSI\/ASHRAE 1997-20 on methods of measuring the capacity of air-cooled condensers with forced air circulation<\/em><\/p>

      • ENV 327 European standard on the subject of testing air-cooled condensers with forced air circulation<\/em><\/li><\/ul>

        How to choose an air-cooled Freon condenser<\/h2>

        To choose a condenser, you should use the following relationship and tables.<\/em><\/p>

        QN = QD \u00d7 CC \u00d7 CR<\/em><\/p>

        QD = Q + PC<\/em><\/p>

        QN = nominal capacity of the condenser<\/em><\/p>

        Q = evaporator capacity (refrigerating power of the compressor at the corresponding operating temperature)<\/em><\/p>

        QD = required heat dissipation capacity<\/em><\/p>

        CC = capacitance correction factor<\/em><\/p>

        CR = Refrigerant correction factor<\/em><\/p>

        PC = compressor power consumption<\/em><\/p>

        \u00a0\u0394\u03b8 = difference between distillation temperature and ambient temperature<\/em><\/p>

        Example<\/em><\/strong>: In a cold store where the required refrigeration power is 2.9 kW and the compressor power consumption is 1.8 kW and the refrigerant gas is R-22 and the distillation temperature is 40 degrees Celsius and the ambient temperature is 32 degrees Celsius.<\/em><\/p>

        QD=Q+PC=1.8+9.2=11 CR=1<\/em><\/p>

        CC = 1.89\u00a0<\/em><\/p>

        QN=11\u00d71.89\u00d71=20.79<\/em><\/p>

        Therefore, ATC-500-1 model condenser is suitable for this cold store.<\/em><\/p>

        Correction table for the temperature difference between the condenser and the environment<\/em>.<\/em><\/p>\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t

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        \n
        \n \n\n \n \n \n \n
        \n Capacity Correction Coefficient <\/td>\n <\/tr>\n
        \n (Temperature Difference (\u00b0C <\/td>\n <\/tr>\n
        \n 20 <\/td>\n \n 17 <\/td>\n \n 15 <\/td>\n \n 12 <\/td>\n \n 10 <\/td>\n \n 8 <\/td>\n \n 6 <\/td>\n \n (\u0394\u03b8(\u00b0C <\/td>\n <\/tr>\n
        \n 0\/75 <\/td>\n \n 0\/88 <\/td>\n \n 1 <\/td>\n \n 1\/25 <\/td>\n \n 1\/49 <\/td>\n \n 1\/89 <\/td>\n \n 2\/50 <\/td>\n \n Cc <\/td>\n <\/tr>\n <\/table>\n<\/div>