High pressure gas booster
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Plant, components and devices for very high and high pressures (7000 bar and over) HIGH PRESSURE GAS BOOSTER

INTRODUCTION Multi-coupling system® gas booster operate on the simple but efficient principle of an automatic reciprocating differential area piston. A relatively large air-operated piston (160 mm for the GB series booster) is connected to a smaller high-pressure piston to convert compressed air flow into fluid flow at high pressure. Multi-coupling system® offers a complete range of single, double acting, double air ratio and double stage gas booster. The single acting booster have one air piston and one highpressure piston. The double acting booster have one or two air piston and two...

As the frictional resistance of the Multi-coupling system® air-driven piston is very low, only a small pressure drop or air drive pressure increase is required to restart the booster The booster will deliver their rated capacity at 7 bar (101.5 psi) air drive pressure with the required air flow. The air supply line requires an air pressure regulator to control the output of the. COMPATIBLE GAS The gas booster can be utilise only with the follow gas:Helium,Argon,Nitrogen,Compressed Air. Contact Multi-coupling system technical office to utilise the gas compressor with other media. Working...

NPT CONNECTION NPT threads must be sealed using a high quality PTFE tape and/or paste product. Refer to thread sealant manufacturer's instructions on how to apply thread sealant. Sealing performance may vary based on many factors such as pressure, temperature, media, thread quality, thread material, proper thread engagement and proper use of thread sealant. Customer should limit the number of times an NPT fitting is assembled and disassembled because thread deformation during assembly will result in deteriorating seal quality over time. When using only PTFE tape, consider using thread...

AIR DRIVEN GAS BOOSTER CHOOSING GAS BOOSTER To choose the correct gas booster you always need to know the follow parameter: PL = Air drive (Max PL 7 bar 101.5 psi) PA = Gas inlet minimum pressure (to begin compression at least 5 bar) PB = Gas outlet maximum pressure For single stage gas booster Pb/Pa must be < 20 (compression ratio, we suggest for continuous working < 15 to limit heating)

Single stage, single acting, single air drive Stall pressure PB = N x PL Volume per cycle Min. Inlet Min. Inlet pressure (Pa) to reach Ma.W.P. (PB) pressure (Pa) Inlet port Outlet port * (9/16" - 18 UNF coned and threaded high pressure connection on request)

Single stage, double acting, single air drive Stall pressure PB = N x PL + PA Volume per cycle Min. Inlet Min. Inlet pressure (Pa) to reach Ma.W.P. (PB) pressure (Pa) Inlet port * (9/16" - 18 UNF coned and threaded high pressure connection on request) 9/16"-18 UNF coned and threaded high pressure connection 9/16"-18 UNF coned and threaded high pressure connection 9/16"-18 UNF coned and threaded high pressure connection

Single stage, single acting, double air drive Stall pressure PB = N x PL Volume per cycle Min. Inlet Min. Inlet pressure (Pa) to reach Ma.W.P. (PB) pressure (Pa) coned and threaded coned and threaded high pressure connection high pressure connection coned and threaded coned and threaded high pressure connection high pressure connection coned and threaded coned and threaded high pressure connection high pressure connection Inlet port Outlet port * (1/4" NPT threaded connection on request up to 700 bar) Single stage, double acting, double air drive Stall pressure PB = N x PL + PA Volume per...

Double stage, double acting, single air drive Model Ratio N GB-40-15 Min. Inlet Min. Inlet pressure (Pa) to reach Ma.W.P. (PB) pressure (Pa) Inlet port Outlet port STALL PRESSURE: PB = 40 x PL + PA x 40/15 - Max inlet pressure 7 X PL STALL PRESSURE: PB = 50 x PL + PA x 50/15 - Max inlet pressure 5 X PL STALL PRESSURE: PB = 75 x PL + PA x 75/15 - Max inlet pressure 2 X PL STALL PRESSURE: PB = 75 x PL + PA x 75/40 - Max inlet pressure 10 X PL

Double stage, double acting, double air drive Stall pressure PB = 150 x PL + PA x 150 / 80 Model Ratio N GB-80-150 Min. Inlet Min. Inlet pressure (Pa) to reach Ma.W.P. (PB) pressure (Pa) Inlet port Outlet port 9/16"-18 UNF 9/16"-18 UNF coned and threaded coned and threaded high pressure connection high pressure connection

STANDARD FEATURE AIR FILTER AND AIR LUBRICATOR INLET FILTER "CE" MARKING GAS INLET GAUGE OPTION BATTERY GAUGE RECORDER (up to 2000 bar) TRANSPORT CART HP TRANDUCER STAINLESS STEEL STRUCTURE HIGH PRESSURE FILTER ON DISCHARGE VALVE GAS INLET ISOLATING BALL VALVE HIGH PRESSURE INLET RELIEF VALVE Max air consumption for HF-GPTU is 2400 NL/min. All units max air feeding is 7 bar

High flow gas portable test unit Code GPTU-040-2 GPTU-050-2 GPTU-075-2 GPTU-080-2 GPTU-100-2 GPTU-150-2 STANDARD FEATURE GAS INLET GAUGE HIGH PRESSURE INLET RELIEF VALVE GAS INLET ISOLATING BALL VALVE GAS INLET FILTER AIR FILTER AND AIR LUBRICATOR GAS BOOSTER PRESSURE AIR REGULATOR "CE" MARKING GRAPHIC SYNOPTIC HIGH PRESSURE DISCHARGE VALVE HIGH PRESSURE OUTLET RELIEF VALVE MAIN GAUGE SIZE 100 MM HIGH PRESSURE BULKHEAD EXAGON BLOCK

COMPANY PROFILE MULTI-COUPLING SYSTEM S.r.l. plans and produces hydrodynamic and hydraulic units and plants for the most various industrial fields and for specific applications. Therefore, with new devices, the factory has been able to modern the production cycles getting a better finished product for the national small, medium and big industry, both of builder than users which require a special fluidic technology in the productive process. The factory was born in Legnano but because of its development it was necessary its transferring in Canegrate and following in Villa Cortese in a bigger...

HIGH PRESSURE GAS BOOSTER PRESSURE GENERATORS OEM SYSTEMS engineering multipedia.it TEST BENCHES Multi-Coupling System S.r.l. via dell'Artigianato, 8C - 20020 Villa Cortese (MI) - ITALY phone +39 0331 404830 - fax +39 0331 404867 www.multicoupling.com - info@multicoupling.com