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Gas & Liquid Control Technology with DRASTAR

Products

DR60-Co2 Welding

Co2 Welding Gas Regulator(Flow-gauge type)

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    Products Feature

DR60 Welding Flow-gauge type Pressure Regulators

“DR60 Welding Series” is a new type of special Carbon Dioxide gas regulator. This new type CO2 gas regulator is non-heater gas regulator (Patent No. 146709) and completely different system from the conventional heater system. The conventional heater-system CO2 regulator has many limitations to use as it can’t be used without power supply. But this new CO2 regulator solved such problems and can be freely moved and used anywhere even without power supply. Differently from the conventional flow-meter system, DR60 Welding Series adopts the flow gauge system that is widely used in European countries. With flow gauge system, DR60 Welding Series can keep the flow rate very regular and even. Comparing with the flow-meter gas regulator, D60 Welding Series is much easy to operate. It is recommendable to use at a surrounding temperature of regulator over +8℃.

    Model No.

DR60-Welding Series

    Specification

 Ports

 FNPT 1/4" or CGA320

 Body Materials

 Nickel Plated Forged Brass

 Bonnet Material

 Zinc casting nickel plated

 Diaphragms

 Particular of synthetic rubber(NBR)

 Valve

 Stainless steel

 Valve Spring

 Stainless steel

 Valve Seat

 Teflon

 Inlet Pressure Ranges

 3,000psig(238bar)

 Outlet Pressure Ranges

 30 L/Min (flow-gauge type)

 Operating Temperature

 -40°C ~ +70°C (-40°F ~ +165°F)

    Additional Information



 

    Recommendations


The specialty of this product is that the temperature of CO2 gas ?ets high enough and maintained at the ideal temperature for welding or other works, as it is designed to allow the whole amount of gas to pass through inside the cylinder which is fitted in the equipment as a basic specification. Appropriate when the outer temperature of regulator is normal, +10~ +12 degree C.

 

[ Unit conversion program ]

unit unit conversion
atmosphere atm
bar bar
mbar mbar
kg_f/cm^2 kg_f/cm^2
Pound per Squire Inch PSI (= lb/in^2)
dyne per square centimeter dyne/cm^2
Pascal Pa
Newton per square meter N/m^2
Hecto Pascal hPa
Kilo Pascal kPa
Mega Pascal MPa
수주(水柱)밀리미터 mm H_2O (= mm Aq)
수주(水柱)인치 in H_2O (= in Aq)
수은주(水銀柱)밀리미터 mm Hg (= Torr)
수은주(水銀柱)인치 in Hg