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Nitrogen Co2 Stainless Steel Instrument Gas Pressure Regulator

Short Description:

R52 series stainless steel pressure regulator, stainless steel diaphragm reducing pressure constructure, Applicable for  Lab, pharmacy and chemistry industry etc.


Product Detail

Product Parameters

Ordering Information

Application

Product Tags

R52 Pressure Regulator

Characteristics of pressure reducer
The following factors need to be paid attention to when selecting the pressure reducer. Follow up the requirements of your specific use, and use this catalog to select the pressure reducer consistent with your parameters. Our standard is just the beginning of our service. We can modify or design control equipment to solve any problems in application.

R52 series stainless steel pressure regulator, stainless steel diaphragm reducing pressure constructure, Applicable for  Lab, pharmacy and chemistry industry etc.

 

 

R52
R52pressure regulator

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  • Main parts of material R52 Pressure Regulator

    1 body  316L
    2 bonnet 316L
    3 seat  PCTFE
    4 spring  316L
    5 stem   316L
    6 o-ring viton
    7 stainer 316L(10um)

    Features R52 Stainless Steel Pressure Regulator

    1 Single-Stage pressure-reducing structure
    2 Metal-To-metal disphragm seal
    3 Body Thread:1/4″ NPT(F)
    4 Gauge,safety valve:1/4″ NPT(F)
    5 Filter element installed internal
    6 Panel Mount and Wall Mount avaliable

    Specifications

    1 Product Name R52 Stainless Steel Pressure Regulator
    2 Material stainless steel,brass
    3 Color nickel white
    4 Standard GB
    5 Max.Inlet Pressure 3000psi
    6 Max.Outlet Pressure 250 psi
    7 Safety Test Pressure 1.5 times of Max.Inlet Pressure
    8 Leakage Rate 2 x 10-8 cc/sec He
    9 CV 0.15
    10 Working Temperature -29℃~66℃

    FLOW DATA DIMENSIONS

    Ordering Information

    R52

    L

    B

    G

    G

    00

    00

    02

    P

    Item

    Body Material

    Body Hole

    Inlet Pressure

    Outlet

    Pressure

    Pressure  Guage

    Inlet

    size

    Outlet

    size

    Mark

    R52

    L:316

    A

    G:3000 psi

    G:0-250psig

    G:Mpa guage

    00:1/4 “NPT(F)

    00:1/4 “NPT(F)

    P:Panel mounting

      B:Brass

    B

    M:1500 psi

    I:0-100psig

    P:Psig/Bar Guage

    00:1/4 “NPT(F)

    00:1/4 “NPT(F)

    R:With relief valve

        D F:500 psi

    k:0-50psig

    W:No guage

    23:CGA330

    10:1/8″ OD

    N:With Needle valve

        G  

    L:0-25psig

     

    24:CGA350

    11:1/4″ OD

    D:With diaphragm valve

        J    Q:30″Hg Vac-30psig  

    27:CGA580

    12:3/8″ OD  
        M     S:30″Hg Vac-60psig  

    28:CGA660

    15:6mm OD  
             T:30″Hg Vac-100psig   30:CGA590  16:8mm OD  
             U:30″Hg Vac-200psig   52:G5/8-RH(F)  74:M8X1-RH(M)  
                63:W21.8-14RH(F)  Other type is available  
                 64:W21.8-14LH(F)    
                Other type is available  

    In the process of chemical experiments, often produce a variety of unpleasant, corrosive, toxic or explosive gases. These harmful gases, such as the timely exclusion of outdoor, to cause indoor air pollution, affecting the health and safety of laboratory personnel; affect the accuracy and service life of instruments and equipment, therefore, laboratory ventilation is an indispensable component of the PCR laboratory design. In order to keep laboratory staff from inhaling or swallowing some toxic, pathogenic or unknown toxic chemicals and organisms, there should be good ventilation in the laboratory. To prevent some vapors, gases and particles (smoke, soot, dust and gas suspension) from being inhaled, contaminants shall be removed by means of fume hoods, fume hoods, and local exhaust.

    Pressure regulator

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