Inlet pressure ：P1=0.4Mpa
Outlet pressure：P2=2-7 Kpa
Flow rate：Q=1-6 Nm³/h
Interface size：1/2”
Inlet pressure ：P1=0.4Mpa
Outlet pressure：P2=2-7 Kpa
Flow rate：Q=70-100 Nm³/h
Interface size：3/4” / 1 / 1 1/4”
Inlet pressure ：P1=0.4Mpa
Outlet pressure：P2=2-7 Kpa
Flow rate：Q=50 Nm³/h
Interface size：3/4” X 1 1/4”
Inlet pressure ：P1=0.4Mpa
Outlet pressure：P2=2-7 Kpa
Flow rate：Q=70-100 Nm³/h
Interface size：3/4” X 1 1/4”
Inlet pressure ：P1=0.6Mpa
Outlet pressure：P2=3-7 Kpa
Outlet pressure(H)：P2=7-30 Kpa
Flow rate：Q=50-200 Nm³/h
Interface size：1 1/2”
Inlet pressure ：P1=0.6Mpa
Outlet pressure：P2=3-7 Kpa
Outlet pressure(H)：P2=7-30 Kpa
Flow rate：Q=300-600 Nm³/h
Interface size：DN50/DN50
Inlet pressure ：P1=0.2-5.0Mpa
Outlet pressure：P2=3-50 Kpa
Outlet pressure(H)：P2=40-300 Kpa
Flow rate：Q=1000-1500 Nm³/h
Interface size：DN50/DN50
Inlet pressure ：P1=0.2-1.9Mpa
Outlet pressure：P2=3-50 Kpa
Outlet pressure(H)：P2=40-300 Kpa
Flow rate：Q=1500-2500 Nm³/h
Interface size：DN50/DN65
Inlet pressure ：P1=0.5-1.9Mpa
Outlet pressure：P2=3-50 Kpa
Outlet pressure(H)：P2=40-300 Kpa
Flow rate：Q=3000-5000 Nm³/h
Interface size：DN80/DN100
Inlet pressure ：P1=1.5-1.9Mpa
Outlet pressure：P2=3-50 Kpa
Outlet pressure(H)：P2=40-300 Kpa
Flow rate：Q=5000-8000 Nm³/h
Interface size：DN100/DN100
Gas pressure regulator, commonly known as pressure reducing valve, also known as gas pressure regulating valve, is a device that automatically changes the gas flow through the regulating valve to keep the outlet gas at the specified pressure. It is usually divided into direct action type and indirect action type.
