We help the world growing since 1983

Low Pressure 500psi Secondary Terminal Pressure Reguator gas panel

Short Description:

Product Application

WL400 is suitable for secondary pipeline, suitable for controlling gas flow. Max. inlet pressure 20.7Mpa (300PSI), resistance corrosive, clean workshop test, it is suitable for Laboratory, gas anysis etc high purity gas.


Product Detail

Video

Product Parameters

Ordering Information

Application

Product Tags

WL400 Pressure Reducing

wl400

  • Previous:
  • Next:

  • Main Features 

    1 Equipped R11 pressure regulator and high pressure ball valve.
    2 Pipe through the pressure test and leakage test.
    3 Wall installation,easy to use and safe.
    4 2″ stainless steel pressure gauge, reading clearly

    Product Description

    1 Maximum Inlet Pressure 500,3000psig
    2 Outlet Pressure 0~25, 0~50, 0~50,0~250,0~500psig
    3 Operating Temperature -40°F to 165°F / -40°c to 74°c
    4 Leakage Rate Against Atmosphere 2*10-8atm cc/sec he
    5 Cv value 0.14

    Selection table

    WL4
    2
    1
    5
    H
    S
    1
    N2
    Series
    Inlet connection
    Outlet connection
    Body
    Inlet pressure
    outlet pressure
    Gauge
    N2
    WL4
    1:6mm barb fitting
    1: 1/4″ welding
    s: ss316
    H:1000PSI
    1:25PSI
    1:Mpa
    O2
     
    2:1/4″O.D.
    2: 3/8″welding
    C:nickel plated brass
    M:500psi
    2:50PSI
    2:bar/PSI
    H2
     
    3:8mm barb fitting
    5.1/2″ welding
     
    L:300PSI
    3:100PSI
    3:PSI/kpa
    C2H2
     
    4:3/8″O.D.
    7: 1/4″O.D.
     
     
    4:150PSI
     
    CH4
     
    5:10mm barb fitting
    8:3/8″O.D.
     
     
    5:250PSI
     
    AR
     
    6:1/2″O.D.
    9: 1/2″O.D.
     
     
     
     
    HE
                 

    Fume hoods are ventilation equipment for the safe handling of harmful, toxic gases or vapors and are used to capture, seal and transfer contaminants as well as harmful chemical gases to prevent escape into the laboratory so that inhalation exposure is minimized by inhaling contaminants from the work area and keeping them away from the operator. Airflow within the fume hood is achieved by sucking air from the laboratory into the fume hood through an exhaust fan, which dilutes the contaminated gases within the fume hood and allows for low concentration dispersion after being exhausted to the outdoors through the exhaust system.

    5

  • Write your message here and send it to us