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Diaphragm Pilot Operated Refrigeration Solenoid Valve With 220 V AC 24 V DC Coil

Diaphragm Pilot Operated Refrigeration Solenoid Valve With 220 V AC 24 V DC Coil

    • Diaphragm Pilot Operated Refrigeration Solenoid Valve With 220 V AC 24 V DC Coil
    • Diaphragm Pilot Operated Refrigeration Solenoid Valve With 220 V AC 24 V DC Coil
    • Diaphragm Pilot Operated Refrigeration Solenoid Valve With 220 V AC 24 V DC Coil
    • Diaphragm Pilot Operated Refrigeration Solenoid Valve With 220 V AC 24 V DC Coil
  • Diaphragm Pilot Operated Refrigeration Solenoid Valve With 220 V AC 24 V DC Coil

    Product Details:

    Place of Origin: CHINA
    Brand Name: Brando
    Certification: CE
    Model Number: MSV-1079/7

    Payment & Shipping Terms:

    Minimum Order Quantity: one set
    Price: negotiation
    Packaging Details: Inner Box,Carton,Pallet
    Delivery Time: 4-10 days
    Payment Terms: T/T, Western Union, L/C
    Supply Ability: 4550 sets per month
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    Detailed Product Description
    Port Size: 1/8" 1/4" 3/8" Power: Solenoid
    Structure: Pilot Pressure: 2.5 MPa
    Temperature Of Media: -35℃ To +105℃ Application: Refrigeration Unit Part
    Body Material: Brass Motion Pattern: Inner Pilot Operated
    Connection: Soldering In Voltage: DC12V DC24V AC24V AC110V AC220V AC380V

     

    MSV-1079/7 Diaphragm Pilot Operated Refrigeration Solenoid Valve with 220 V AC 24 V DC Coil

     

    The MSV1079/7 refrigeration solenoid valve acts as a component to control the refrigerant so that the temperature changes.The chiller refrigeration system consists of a refrigerant, a compressor, a condenser, an expansion valve, an evaporator, a throttling element and five main components. Ultra-low temperature type (can be as low as -40 ° C ~ 130 ° C) using multi-machine technology, making the refrigeration system stable, energy-saving, environmentally friendly, large flow, low noise.Our MSV-1079/7 refrigeration solenoid valves ensure proper operation at ultra-low temperatures.

     

    Technical information chart of MSV-1079/7 cooling solneoid valve for refrigeration:

    Models:

    SAE/ODF

    connection size

    Dimension

    KV value

    (m³/h)

    H1 H2 L1 Q
    Inch mm Inch mm Inch mm Inch mm
    MSV-1020/2 1/4''SAE 3.0 75 2.5 62.5 2.3 58     0.175
    MSV-1020/3 3/8''SAE 3.0 75 2.5 62.5 2.6 65     0.23
    MSV-1028/2 1/4''ODF 3.0 75 2.5 32.5 4.9 125     0.15
    MSV-1028/3 3/8''ODF 3.0 75 2.5 62.5 4.9 125     0.23
    MSV-1064/3 3/8''SAE 3.2 82 2.7 69.5 2.6 68     0.8
    MSV-1064/4 1/2''SAE 3.2 82 2.7 69.5 2.8 72     0.8
    MSV-1068/3 3/8''ODF 3.2 82 2.7 69.5 4.5 111     0.8
    MSV-1068/4 1/2''ODF 3.2 82 2.7 69.5 5.0 127     0.8
    MSV-1070/4 1/2''SAE 3.6 91 3.0 75.0 3.9 100 1.8 45 2.2
    MSV-1070/5 5/8''SAE 3.6 91 3.0 75.0 4.2 106 1.8 45 2.61
    MSV-1078/4 1/2''ODF 3.6 91 3.0 75.0 5.0 127 1.8 45 2.2
    MSV-1078/5 5/8''ODF 3.6 91 3.0 75.0 6.9 173 1.8 45 2.61
    MSV-1078/6 3/4''ODF 3.7 96 3.0 75.0 7.0 179 1.8 45  
    MSV-1078/9 1 1/8''ODF 4.5 115 3.8 96.0 9.8 250 3.1 80 10
    MSV-1078/11 1 3/8''ODF 6.8 172 5.4 138.0 10.9 278 2.8 68 16
    MSV-1090/5 5/8''SAE 4.2 106 3.0 78.0 1.7 120 2.2 57 3.8
    MSV-1090/6 3/4''SAE 4.2 106 3.0 78.0 4.9 124 2.2 57 4.8
    MSV-1079/7 7/8''ODF 3.6 91 3.0 75.0 7.5 190 1.8 45 2.61
    MSV-1079/11 1 3/8''ODF 4.5 115 3.8 96.0 11.5 292 3.1 80 10
    MSV-1079/13 1 5/8''ODF 6.8 172 5.4 138.0 10.9 278 2.8 68 16
    MSV-1098/7 7/8''ODF 4.2 106 3.0 78.0 7.1 180 2.2 57 5.7
    MSV-1099/9 1 1/8''ODF 4.2 106 3.0 78.0 8.5 216 2.2 57 5.7
    MSV1099/11 1 3/8''ODF 6.2 157 5.0 127.0 10.9 291 2.8 68 10

     

    Main dimension of MSV-1079/7 refrigeration HVAC solenoid valve for air cooler:

     

    Diaphragm Pilot Operated Refrigeration Solenoid Valve With 220 V AC 24 V DC Coil

     

    Spare parts of MSV-1079/7 rerigeration electric solenoid valve for air-conditionor cooling system:Diaphragm Pilot Operated Refrigeration Solenoid Valve With 220 V AC 24 V DC Coil

     

    Application equipment of MSV-1079/7 brass refrigeration electromagnetic valve in wine cooler:

    Diaphragm Pilot Operated Refrigeration Solenoid Valve With 220 V AC 24 V DC Coil

     

    Chillers with MSV1079/7 solenoid valve in refrigeratiojn system are used in various industries
    The chiller for plastics and plastics industry: plastic processing machine mold cooling, can greatly improve the surface finish of plastic products, reduce the surface marks and internal stress of plastic products, so that the product does not shrink, deformation, facilitate the release of plastic products, accelerate products Styling, which greatly improves the production efficiency of plastic molding machines.

     

    The role of chillers on plastic machinery:
    1. The chiller is applied to the cooling of plastic processing machinery forming molds, which can greatly improve the surface finish of plastic products, reduce the surface marks and internal stress of plastic products, so that the products do not shrink or deform, facilitate the demoulding of plastic products, and accelerate product stereotypes. Thereby greatly improving the production efficiency of the plastic molding machine;
    2. The chiller is applied to the numerical control machine tool, coordinate boring machine, grinding machine, machining center, combined machine tool and all kinds of precision machine tool spindle lubrication and hydraulic system transmission medium cooling, which can accurately control the oil temperature, effectively reduce the thermal deformation of the machine tool and improve The machining accuracy of the machine tool.

     

    Tips for chiller selection:
    1. The temperature difference of the standard chiller is 5 degrees (20 degrees down 15 degrees). If a CBE-3ALC chiller has a standard chiller flow rate of 0.5 cubic meters per hour. Then when you try this chiller
    You can't just look at the flow of the chiller, but also the temperature you need. If the temperature you try is from 58 degrees to 7 degrees, if the temperature difference is very large, then the chilled water flow per hour will be reduced from 3.5. The cube is reduced to more than one cubic. If you need a chiller with 3.5 cubic meters per hour, choose a larger model.

     

    2. When testing the chiller, it depends on whether you are directly cooling or indirectly cooling. Direct cooling is to directly put the water into the chiller, and the frozen water will directly cool the product you need. The effect of direct cooling is obviously better. Indirect cooling is equivalent to putting water in the basin, placing a small basin on the basin, and placing the product to be cooled in the small basin. Relatively speaking, the effect of indirect cooling is worse. Therefore, you should consider this aspect when selecting the model.

     

    Welcome to your inquiry!

    Contact Details
    Ningbo Brando Hardware Co., Ltd

    Contact Person: Echo

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