HIGH PRESSURE TECHNOLOGY HYDRAULICS PNEUMATICS TESTING EQUIPMENT MAXIMATOR GmbH

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 ratios....

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.

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.

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 connection...

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 pressure...

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 pressure...

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 * at...

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 pressure...

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 drive...

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

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 drive...