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EVR6 Series G 1/2'' Refrigeration Solenoid Valve Energy Saving Long Service Life

EVR6 Series G 1/2'' Refrigeration Solenoid Valve Energy Saving Long Service Life

    • EVR6 Series G 1/2'' Refrigeration Solenoid Valve Energy Saving Long Service Life
    • EVR6 Series G 1/2'' Refrigeration Solenoid Valve Energy Saving Long Service Life
    • EVR6 Series G 1/2'' Refrigeration Solenoid Valve Energy Saving Long Service Life
    • EVR6 Series G 1/2'' Refrigeration Solenoid Valve Energy Saving Long Service Life
  • EVR6 Series G 1/2'' Refrigeration Solenoid Valve Energy Saving Long Service Life

    Product Details:

    Place of Origin: CHINA
    Brand Name: Brando
    Certification: CE
    Model Number: EVR6-012S

    Payment & Shipping Terms:

    Minimum Order Quantity: 2 sets
    Price: $28-$44 per set
    Packaging Details: Inner Box,Carton,Pallet
    Delivery Time: 4-10 days
    Payment Terms: T/T, Western Union, L/C
    Supply Ability: 4650 sets per month
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    Detailed Product Description
    Port Size: 1/4''-2 1/8'' ODF Material: Brass Or SS304 Or SS316 Or Cast Iron
    Power: Solenoid Temperature Of Media: -40°C-105°C
    Application: Refrigerant Structure: Control
    Pressure: 35 Bar Color: Brass Natural Color
    Type: Normally Closed Voltage: 110VAC,220VAC,12VDC

    EVR6 Series G 1/2'' Solenoid Valve For Refrigeration Refrigerant Freon

     

    EVR6 refrigeration solenoid valve is suitable for Freon refrigerant, water, liquid and gas as working medium. It uses electric signal to remotely control the working medium in the pipeline to realize on-off automation and realize electromechanical integration. EVR6 refrgeration solenoid valve has the advantages of quick valve opening, stable performance, convenient use, good energy saving and long service life.

     

    Technical data:

    Model: Pipe sizes H1 H2 H4 L L2

    KV value

    (m³/h)

    SAE

    Inlet/Outlet

    ODF

    Inlet/Outlet

    Inch mm Inch mm Inch mm Inch mm Inch mm Inch mm
    EVR3-014 EVR3-014S 1/4 6 0.5 14 2.8 71     4.0 102 0.3 7 0.27
    EVR3-038 EVR3-038S 3/8 10 0.5 14 2.9 73     4.6 117 0.4 10
    EVR6-038 EVR6-038S 3/8 10 0.5 14 3.1 79     4.4 111 0.4 10 0.8
    EVR6-012 EVR6-012S 1/2 12.8 0.5 14 3.1 79     5.0 127 0.4 10
    EVR10-012 EVR10-012S 1/2 12.8 0.6 16 3.1 79     5.0 127 0.4 10 1.9
    EVR10-058 EVR10-058S 5/8 16 0.6 16 3.1 79     6.3 160 0.5 12
      EVR15-058S 5/8 16 0.7 19 3.4 86     6.9 176 0.5 12 2.6
      EVR15-078S 7/8 22 0.7 19 3.4 86     6.9 176 0.7 17
      EVR20-078S 7/8 22 0.8 20 3.5 90     7.5 191 0.7 17 5
      EVR20-118S 1 1/8 28.8 0.8 20 3.5 90     8.4 214 0.8 22
      EVR22-138S 1 3/8 35 0.8 20 3.5 90     11.1 281 1 25 6
      EVR25-118S 1 1/8 28.8 1.5 38 5.4 138 2.8 72 10.0 256 0.8 22 10
      EVR25-138S 1 3/8 35 1.5 38 5.4 138 2.8 72 11.0 281 1 25
      EVR32-138S 1 3/8 35 1.9 47 4.4 111 2.1 53 11.0 281 1 25 16
      EVR32-158S 1 5/8 42 1.9 47 4.4 111 2.1 53 11.0 281 1.1 29
      EVR40-158S 1 5/8 42 1.9 47 4.4 111 2.1 53 11.0 281 1.1 29 25
      EVR40-218S 2 1/8 54 1.9 47 4.4 111 2.1 53 11.0 281 1.3

    3

     

    EVR6-012S refrigeration solenoid valve explanation chart:

    EVR6 Series G 1/2'' Refrigeration Solenoid Valve Energy Saving Long Service Life

    Main parts EVR6-012S refrigeration solenoid valve diagram:

    EVR6 Series G 1/2'' Refrigeration Solenoid Valve Energy Saving Long Service Life

     

    Location of EVR6-012S refrigeration solenoid valve in refrigeration system:

    EVR6 Series G 1/2'' Refrigeration Solenoid Valve Energy Saving Long Service Life

    Water cooled chillers and air cooled chillers with EVR6-012S Solenoid Valve:


    The air cooling refrigeration unit is suitable for the small and medium sized water supply system in this area. The longer the annual operating time is, the more favorable the air-cooled refrigeration unit will be. The annual comprehensive cost of the air cooling unit is lower than that of the water cooling system, but if the system is managed and the water supply is controlled below 3%, the initial investment of the air cooling unit is difficult to recover compared with that of the water cooling unit.

     

    Compare the two units:

     

    1. Water-cooled chillers must be equipped with cooling towers. For an open cooling circulating water system, CO2 escapes into the air as the cooling water absorbs heat and contacts the air. Dissolved oxygen and turbidity increase in water, forming a cooling circulating water system. Major problems: corrosion, scaling, bacterial growth, sludge. If water quality is not treated, refrigeration equipment will be seriously damaged, heat exchange efficiency will be greatly reduced, resulting in energy waste. Therefore, it is very important to treat the water system with corrosion inhibition, scale inhibition, sterilization and algae.

     

    The cooling system of a water cooled chiller must be equipped with an electronic water treatment unit or a ferromagnetic water treatment unit. Otherwise, the heat dissipation efficiency is too large. The longer you use it, the worse the system will be. The annual cost of water treatment is high, the effect is less than 100. % descaling. The quality of cooling circulating water is key. The treatment of cooling circulating water is divided into physical treatment and chemical treatment.

     

    2. Water/air cooled chillers are available for small systems. Most large units are water cooled. The initial investment of water cooling is less than that of air cooling. But with cooling towers and machine rooms, electronic water treatment equipment, there is no place to go! In addition, long-term operation of the water cooling unit, the cooling efficiency will be relatively reduced, and the air-cooling drop is small.

     

    3. The air-cooled chiller adopts the air-cooled mode, which eliminates the cooling tower, cooling water pump and pipeline system essential to the cooling water system, avoids condensation of the condenser and blockage of the water pipe, and saves the water resources in areas with poor water quality. Is the most economical, the simplest cold water air conditioning equipment maintenance equipment.


    The one-time investment of the air-cooled chiller is slightly higher than that of the water-cooled chiller, but the annual operating cost is lower than that of the water-cooled chiller. Among all kinds of air-conditioning cooling and heating source systems, the construction cost of the machine room is the lowest, and the maintenance cost is water-cooled. Or half the cost of the boiler. Air-cooled chillers are louder and cooler than water-cooled chillers and can only be installed outdoors. Most water chillers are installed in the basement.

     

    4. The service life of the air-cooled chiller is 15-20 years (water-cooled screw machine); The service life of air - cooled chillers is 6-11 years.

    COP represents the energy efficiency ratio of air conditioning. The unit has a high energy efficiency. The higher the cop, the higher the air conditioning efficiency and the better the energy saving effect. (COP = air-conditioning nominal cooling capacity/compressed input power) COP of the air cooling module is 3.44; COP of water-cooled screw is 5.2.

     

    Welcome to your inquiry!

    Contact Details
    Ningbo Brando Hardware Co., Ltd

    Contact Person: Echo

    Send your inquiry directly to us (0 / 3000)

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