|Place of Origin:||Assemble In Mexico|
|Minimum Order Quantity:||6sets|
|Price:||USD350 Each One Set|
|Packaging Details:||6sets packed in one carton,carton size 39*27*19cm,10kg each carton.|
|Delivery Time:||2 work-days|
|Payment Terms:||T/T, Western Union, MoneyGram|
|Supply Ability:||100sets Every Month|
|Name:||Emerson Fisher 1301G High Pressure Gas Regulator||End Connetion:||1/4" NPT|
|Inlet Pressure:||6000psi(414Bar)||Outlet Pressure Range:||200-500psi|
|Flow Rate:||90m3/h||Application:||Compression，Plant Air，Pressure Control，Wellhead|
|Body Material:||Brass||Type:||Gas Regulator|
High Accuracy Fisher Gas Regulator,
Fisher 1301G High Pressure Gas Regulator,
Fisher brand 1301G regulator
Fisher High Pressure Gas Regulator 1301G model
Fisher brand 1301G regulator is a self-operated, high-pressure regulators, which can be used where high pressure gas
must be reduced for use as pilot supply pressure in pilot-operated regulators or as loading pressure in pressure-loaded regulators.
Fisher 1301G pressure gas regulators can also be used in many other applications as high-pressure reducing regulators for various gases.
Spec of Fisher 1301G Pressure Gas Regulator
Max inlet pressures is up to 6000 psig / 414 bar
Body Size and End Connection Style:1/4 inch NPT Thread connection
Outlet Pressure Ranges
|1301F-1||10 to 75||0.69 to 5.2||Blue|
|1301F-2||50 to 150||3.4 to 10.3||Silver|
|1301F-3||100 to 225||6.9 to 15.5||Red|
|1301G||200 to 500psi||13.8 to 34.5||Silver|
-20° to 180°F / -29° to 82°C
ApplicationCompression,Facilities & Process Utilities,Plant Air,Pressure Control,Wellhead
Can be used for natural gas, liquefied petroleum gas, Nirogen Gas,air and other gases.
The 1301 Series regulators have an outlet pressure rating lower than their inlet pressure rating.
If actual inlet pressure can exceed the outlet pressure rating,outlet overpressure protection is necessary.
However,overpressuring any portion of the regulators beyond the limits in Specifications section may
cause leakage,damage to regulator parts, or personal injury due to bursting of pressure-containing parts.
Contact Person: Barry