Air driven gas boosters
32Pages

- Operating principle of Resato air-driven gas boosters types B - Dangerous gases - Atex - Gas booster selection information: - Installation- Resato gas boosters B 160 and B 200 - Introduction- Advantages of the Resato air-driven gas booster types B 160 and B 200 material specifi cations- Standard range performance of the high-pressure sealing - Accessories 160 and B 200 - Why use an air-driven gas booster- Operating the Resato air-driven gas booster- How to select the right Resato gas booster > Air driven booster (Single Acting) Air supply (Pa) Resato air-driven boosters operate on the...

Suitable for many types of gases because all gas contacted parts of the high-pressure section are made of special selected stainless steel and bronze.Long working life of the seals because the gas boosters are standard provided with specially engineered polymer compounds based on low-friction PTFE resins for optimum piston sealing to accommodate use of a wide range of gases. Check valve cartridges can be replaced within minutes. Due to the use of ceramic materials for the check valves, long life operation can be guaranteed. Air drive of the gas booster with only the air piston and cycling...

The outlet pressure and fl ow can be controlled by regulating the air drive pressure with an air pressure regulator. When compressed air of a certain air pressure is applied to the gas booster, it will cycle at high speed producing high gas fl ow. As the outlet pressure increases, the gas booster will start to work at a lower rate. As long as the total load in the high pressure cylinder is less than that in the air cylinder, the gas booster will continue to run. When a balance of loads is reached, the gas booster stops and no more air is used. The gas booster will automatically restart when...

Ps= 6 BarPs= 5 BarPs= 4 BarPs= > 3 BarPs= > Gas flow (Nl/min) 2 Bar > Ps= 6 BarPs= 5 BarPs= 4 BarPs= 3 BarPs= > Gas flow (Nl/min) 2 Bar >

7 BarPs= > Gas flow (Nl/min) 5 BarPs= 3 Bar > 7 BarPs= 5 BarPs= > Gas flow (Nl/min) 3 Bar >

6 BarPs= Ps= 5 BarPs= 4 BarPs= > 3 BarPs= > Gas flow (Nl/min) 2 Bar > 20 BarPs= Ps= 15 BarPs= 10 BarPs= > Gas flow (Nl/min) 5 BarPs= 2 Bar >

AIR INLET 3/4 '' BSP1/2 '' NPT 17,5 17,5 166166290341673 Outlet Inlet Outlet Inlet 3/4 '' NPT 1/2 10 BarPs= > Gas flow (Nl/min) 8 BarPs= 5 Bar > Ps= 30 BarPs= 25 BarPs= 20 BarPs= 15 BarPs= > Gas flow (Nl/min) 10 Bar >

15 BarPs= > Gas flow (Nl/min) 10 BarPs= 8 Bar > 40 BarPs= 30 BarPs= 20 BarPs= > Gas flow (Nl/min) 10 Bar >

6 BarPs= > Gas flow (Nl/min) 3 Bar > Ps= 5 BarPs= 4 BarPs= 3 BarPs= 2 Bar > Gas flow (Nl/min)

20 BarPs= 15 Bar > Gas flow (Nl/min) Ps= 60 BarPs= 50 BarPs= 40 BarPs= 30 Bar > Gas flow (Nl/min)

40 BarPs= 30 BarPs= > Gas flow (Nl/min) 20 Bar > 6 BarPs= Ps= 5 BarPs= 4 BarPs= 3 BarPs= > Gas flow (Nl/min) 2 Bar >

30 BarPs= > Gas flow (Nl/min) 20 BarPs= 10 Bar > Ps= 80 BarPs= 60 BarPs= 40 BarPs= > Gas flow (Nl/min) 20 Bar >

40 BarPs= > Gas flow (Nl/min) 20 Bar > Ps= 60 BarPs= 50 BarPs= 40 BarPs= 30 Bar > Gas flow (Nl/min)

30 BarPs= Ps= 25 BarPs= 20 BarPs= 15 BarPs= > Gas flow (Nl/min) 10 Bar > 125 BarPs= 100 BarPs= 75 BarPs= > Gas flow (Nl/min) 50 Bar >

15 BarPs= 10 BarPs= > Gas flow (Nl/min) 8 Bar > Ps= 25 BarPs= 20 BarPs= 15 BarPs= 10 Bar > Gas flow (Nl/min)

30 BarPs= > Gas flow (Nl/min) 20 BarPs= 15 Bar > 90 BarPs= Ps= 70 BarPs= 50 BarPs= > Gas flow (Nl/min) 30 BarPs= 20 Bar >

350 BarPs= Ps= 300 BarPs= 250 BarPs= > 200 BarPs= 150 Bar > Gas flow (Nl/min) 60 BarPs= Ps= 50 BarPs= 40 BarPs= > Gas flow (Nl/min) 30 BarPs= 20 Bar >

600 BarPs= Ps= 500 BarPs= 400 BarPs= > 300 BarPs= > Gas flow (Nl/min) 200 Bar > 35 BarPs= Ps= 30 BarPs= 25 BarPs= 20 BarPs= > Gas flow (Nl/min) 15 Bar >

130 BarPs= > Gas flow (Nl/min) 99 BarPs= 50 Bar > 210 BarPs= Ps= 170 BarPs= 130 BarPs= 90 BarPs= > Gas flow (Nl/min) 50 Bar >

AIR SECTION: Air piston: aluminium > Air piston bearings: PTFE-based slydrings fi lled with carbon Air cylinder: Cycling valve: aluminium, hard anodized inside and epoxy coated outside aluminium colour anodized bolts and nuts: stainless steel 1.4301 > Air drive end caps: aluminium colour anodized HIGH-PRESSURE SECTION: High pressure cylinder: bronze RG 1.4404/17-4 7 ; stainless steel PH 1.4122/15-5 PH High pressure piston: Check valves: Clamping rings: housing: stainless steel PVC stainless steel 1.4112/1.3980/17-4 1.4122/15-5 PH/ (guiding material: CuSn8) PH Balls: ceramic other internal...

160 range have 1/2 Every Resato air driven gas booster must be fi tted with a set of air controls to control gas booster performance, to lubricate the air and to prevent dirt and water from entering the air drive section. All air controls for the B '' BSP connections; air controls for the B 200 range have To suppress noise and prevent ingress of contamination into the air cycling valve, the gas boosters are standard supplied with exhaust muffl ers:- type S- 3/4 '' BSP connections.The set of air controls can be delivered as one unit, or as two separate units:- unit for the B 16 for the B 160...

Air-driven pumps and gas boosters Hydraulically-driven pumps and gas boosters Fittings General-purpose valves Check valves Swivels Hoses Tubing Pressure transducers Rupture-disc safety devices Quick connectors Portable pressure-test systems Test equipment for hoses (safety) valves, fi ttings etc. Computer-controlled high-pressure test equipment Autofrettage systems Autoclaves Custom-made test equipment Water-jet cutting systems High-pressure food preservation systems PC data aquisition and recording systems Founded in 1985 , Resato International B.V. is wholly specialized in the design and...