MVT Series

Marpa Vacuum MVT vacuum pumps are dry-running screw pumps. They are characterised by their high efficiency and are ideal for industrial processes requiring dependable and contaminant-free pumping of gases and vapours.

Due to the asymmetrical design of the screws, as well as the free gas outlet, the pumps offer superior compatibility with particles and fluids. The temperature inside the pump is evenly distributed to guarantee that the materials stand up to corrosion.

The screw pitch can be variable or constant. The variable pitch MVT series design generates peak vacuum performance and increased pumping speed ratios, ensuring cost-effective operation and high flow rates.

As there is no contact between the two screws, no additional lubrication is required. Cooling can take place through both a closed-loop system or an open system with water.

The coating will depend on the application of the pump. Thanks to the choice of materials and coatings, MVT series pumps are ideal for treating gases in toxic, corrosive or condensing processes.

Operating principle

Marpa Vacuum screw pumps contain two helical screws of variable or constant pitch which rotate inside the housing in opposite directions and without contact with each other. The gas is trapped in the chambers formed by the cylinder and the screws and is transported to the exhaust in rapid succession.

Coatings

The parts of the pump that undergo the most friction, such as the rotor and the casing, are given a protective coating:

All products in this series
MVT-SEM120

120 m3/h

≤ 0,005 mbar

3,7 kw

MVT-SEM160

160 m3/h

≤ 0,005 mbar

5,5 kw

MVT-0180

180 m3/h

≤ 0,1 mbar

7,5 kw

MVT-V0250

250 m3/h

≤ 0,1 mbar

5,5 kw

MVT-SEM300

300 m3/h

≤ 0,005 mbar

5,5 kw

MVT-V0400

400 m3/h

≤ 0,1 mbar

7,5 kw

MVT-0400

400 m3/h

≤ 0,1 mbar

11 kw

MVT-V0580

450 m3/h

≤ 0,005 mbar

11 kw

MVT-SEM450

450 m3/h

≤ 0,005 mbar

11 kw

MVT-0540

540 m3/h

≤ 0,1 mbar

18,5 kw

MVT-0720

720 m3/h

≤ 0,5 mbar

22 kw

MVT-V0800

800 m3/h

≤ 0,5 mbar

15 kw

MVT-V1080

1080 m3/h

≤ 0,5 mbar

18,5 kw

MVT-V1200

1200 m3/h

≤1 mbar

22 kw