druvaTEC 1m3 Point of Use Wall tapping point for supply systems for industrial, inert, flammable, oxidising gases and gas mixtures. It cannot be used for corrosive and/or toxic gases and their mixtures. TECHNICAL DATA - Point of Use – PTALEFT Max. inlet pressure: 12 bar Outlet pressure adjustable up to: 1 bar | 1,5 bar | 2 bar Nominal flow: 1 Nm3/h (N2) Working temperatures: -20 °C to +60 °C Process

druvaTEC 20m3 Point of Use Wall tapping point for supply systems for industrial, inert, flammable, oxidising gases and gas mixtures. It cannot be used for corrosive and/or toxic gases and their mixtures. TECHNICAL DATA - Point of Use – PTLH0FT | PTLHEFT Max. inlet pressure: 50 or 300 bar Delivery pressures: 2 bar (only for inlet pressure 50 bar) | 3 bar | 4 bar | 6 bar | 10 bar | 14 bar | 28 bar | 50 bar | 100 | 200 bar

Druva®PUR Point of Use | Stainless Steel | 3 m3 series | absolute pressure version | single stage APPLICATION Wall tapping point for supply systems for pure, inert, flammable, oxidising, corrosive and/or toxic gases and their mixtures up to gas purity 6.0. >Basic components are pre-shut-off valve, pressure reducer, back pressure gauge, mounting plate, optionalcheck valve and/or relief valve.> Diaphragm shut-off valve with 90° clo

Druva®PUR Point of Use | brass chrome plated | 3 m3 series | absolute pressure version | single stage APPLICATION Wall tapping point for supply systems for inert, flammable, oxidising gases and gas mixtures up to purity 6.0. It cannot beused for corrosive and/or toxic gases and their mixtures. >Basic components are pre-shut-off valve, pressure reducer, back pressure gauge, mounting plate, optionalcheck valve and/or relief valve.> Dia

Druva®PUR Point of Use | Stainless Steel | 3 m3 series | low pressure version | single stage APPLICATION Wall tapping point for supply systems for pure, inert, flammable, oxidising, corrosive and/or toxic gases and their mixtures up to gas purity 6.0. >Basic components are pre-shut-off valve, pressure reducer, back pressure gauge, mounting plate, optionalcheck valve and/or relief valve.> Diaphragm shut-off valve with 90° closing

Druva®PUR Point of Use | brass chrome plated | 3 m3 series | low pressure version | single stage APPLICATION Wall tapping point for supply systems for inert, flammable, oxidising gases and gas mixtures up to purity 6.0. It cannot beused for corrosive and/or toxic gases and their mixtures. >Basic components are pre-shut-off valve, pressure reducer, back pressure gauge, mounting plate, optionalcheck valve and/or relief valve.> Diaphrag

Druva®PUR Point of Use | Stainless Steel | 20 m3 series | high pressure version | single stage APPLICATION Wall tapping point for supply systems for pure, inert, flammable, oxidising, corrosive and/or toxic gases and their mixtures up to gas purity 6.0. >Basic components are pre-shut-off valve, pressure reducer, back pressure gauge, mounting plate, optionalcheck valve and/or relief valve.> Diaphragm shut-off valve with 90° closin

Druva®PUR Point of Use | brass chrome plated | 20 m3 series | high pressure version | single stage APPLICATION Wall tapping point for supply systems for inert, flammable, oxidising gases and gas mixtures up to purity 6.0. It cannot beused for corrosive and/or toxic gases and their mixtures. >Basic components are pre-shut-off valve, pressure reducer, back pressure gauge, mounting plate, optionalcheck valve and/or relief valve.> Diaphr

MTMH0TSS | MTMHETSS | MTMHSTSS –> option shut-off valve at inletMTMH0TSP | MTMHETSP | MTMHSTSP –> option process gas purging at inlet H0 version with FKM sealHE version with EPDM sealHS version with SST valve & EPDM seal Gas Type for MTMHxTSS: industrial, inert, flammable, oxidizing gases and gas mixtures. Not suitable for Acetylene, corrosive and/or toxic gases and their mixtures. Gas Type for MTMHxTSP: inert, flammable,

druvaPUR coils Stainless Steel 20m3 series as connection between gas cylinder and manifold. With a bent diameter of 19 mm, the coil achieves a flexibility that corresponds to that of a stainless steelhose line. Despite the high maximum operating pressures, it is capable of safely absorbing all bending andtorsional moments occurring during the connection between the gas cylinder and manifold. Working temperature: -20 °C to +70 °C