
Catalog excerpts

HIGH PRESSURE TECHNOLOGY HYDRAULICS PNEUMATICS TESTING EQUIPMENT MAXIMATOR GmbH
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MAXIMATOR PLV series Air Amplifiers are suitable for the compression of pressurised air or nitrogen. The units are capable of increasing normal pressures of 4 bar or 6 bar to the desired final pressures. The PLV Air Amplifiers are operated with normal shop air and are provided with a variety of amplification ratios. All PLV Air Amplifiers can be supplied with an air control unit comprising a filter, pressure regulator with pressure gauge and an air shut-off valve. The desired operating pressure can be preset by means of the air control unit in correspondence with the different pressure...
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Application examples Burner cleaning Purging of impurities by means of 16-bar pressure shocks. Automotive sector Filling of tyres with 16-bar pressure. Cleaning of varnishing systems (pigging) Pig Varnishing plant Colour BLUE Colour YELLOW Pressurised air system The dyes are forced back into the tanks by means of a pressurised air-driven pig.
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Inlet pressure 6 bar Pressurised air system The compressed air from the standard air system is compressed to the desired higher final pressure. This is a simple, safe and economic mode of operation. Thus, expenditures for an in-house high-pressure system or a separate decentralised compressor plant can be saved. The benefits of this design are: 1 Selected pressure boosting upstream of individual consumers. 1 Zero energy consumption after final pressure is attained. 1 No electrical installations are required.
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Air Amplifier GPLV 2 1200 lN/min* The benefits of the GPLV2 design are: 1 Selected pressure boosting upstream of individual consumers. 1 Zero energy consumption after final pressure is attained. 1 No electrical installations are required, i.e. suitable for use in explosion-proof areas The benefits of the GPLV 2-Station are: 1 Pressure pulsation rates lower than compared to units without air receivers. 1 Any air consumption peaks are compensated by the air receiver volume reserve. 1 Operating pressure can be adjusted by means of a reducing regulator. Technical data: GPLV 2 1:2 Outlet...
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Air Amplifier SPLV 2 960 lN/min* The benefits of the SPLV2 design are: 1 Selected pressure boosting upstream of individual consumers. 1 Zero energy consumption after final pressure is attained. 1 No electrical installations are required, i.e. suitable for use in explosion-proof areas. The benefits of the SPLV 2-Station are: 1 Pressure pulsation rates lower than compared to units without air receiver. 1 Any air consumption peaks are compensated by the air receiver volume reserve. 1 Operating pressure can be adjusted by means of a reducing regulator. Technical data: SPLV 2 1:2 * at inlet...
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Air Amplifier MPLV 2 580 lN/min* The benefits of the MPLV 2 design are: 1 Selected pressure boosting upstream of individual consumers. 1 Zero energy consumption after final pressure is attained. 1 No electrical installations are required, i.e. suitable for use in explosion-proof areas. The benefits of the MPLV 2-Station are: 1 Pressure pulsation rates lower than compared to units without air receiver 1 Any air consumption peaks are compensated by the air receiver volume reserve. 1 Operating pressure can be adjusted by means of a reducing regulator. Technical data: MPLV 2 1:2 * at inlet...
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Air Amplifier SPLV 3 230 lN/min* The benefits of the SPLV 3 design are: 1 Selected pressure boosting upstream of individual consumers. 1 Zero energy consumption after final pressure is attained. 1 No electrical installations are required, i.e. suitable for use in explosion-proof areas The benefits of the SPLV 3-Station are: 1 Pressure pulsation rates lower than compared to units without air receivers. 1 Any air consumption peaks are compensated by the air receiver volume reserve. 1 Operating pressure can be adjusted by means of a reducing regulator. Technical data: Type Inlet connection *...
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Air Amplifier MPLV 4 50 lN/min* The benefits of the MPLV 4 design are: 1 Selected pressure boosting upstream of individual consumers. 1 Zero energy consumption after final pressure is attained. 1 No electrical installations are required, i.e. suitable for use in explosion-proof areas. The benefits of the MPLV 4-Station are: 1 Pressure pulsation rates lower than compared to units without air receiver. 1 Any air consumption peaks are compensated by the air receiver volume reserve. 1 Operating pressure can be adjusted by means of a reducing regulator. Technical data: MPLV 4 1:4 * at inlet...
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The benefits of the GPLV5 design are: • Selected pressure boosting upstream of individual consumers. • Zero energy consumption after final pressure is attained. • No electrical installations are required, i.e. suitable for use in explosion-proof areas The benefits of the GPLV 5-Station are: • Pressure pulsation rates lower than compared to units without air receivers. • Any air consumption peaks are compensated by the air receiver volume reserve. • Operating pressure can be adjusted by means of a reducing regulator. - Output flow rate • Air consumption Technical data: Type GPLV 5 Air...
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AccessoriesAdjustment range NO Item N° NC Item N° bar (Normally open) (Normally closed) Other relief pressures upon request. All safety valves are accompanied by a TUV testing authority certificate. Solenoid valve coil 24 V DC 3610.2402 Solenoid valve coil 230 VAC 3610.2305
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High-pressure pumps for oil, water, emulsions 1 Minimum maintenance, explosion-proof 1 Low energy consumption 1 Max. operating pressures 5,500 bar Test benches for pressure, bursting pressure and pulse tests 1 1 1 1 1 Expansion hoses, tubing Valves, fittings, bolted unions Pressure gauges, pressure-operated switches Pressure transducers, vessels Special test benches For pressurising nitrogen, oxygen, noble gases Simple handling Explosion-proof due to pressurised air drive Max. operating pressures 1,500 bar Gas assist systems 1 Compressor stations with pneumatic, electrical or hydraulic...
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