Heavy-duty systems handle large material volumes, long operating cycles, and high mechanical stress with minimal downtime.
Find the right solution by comparing housing, power, pressure, airflow, ATEX readiness, and certification posture.
| Model | Housing | Motor power | Vacuum pressure | Air flow rate | Dust ATEX | Gas ATEX | Certificates |
|---|---|---|---|---|---|---|---|
| DA5 | Sheet steel | 15 kW | -310 to -350 mbar | 860 m3/h | Optional | - | CE, zone 22, ATEX, dust class M / H |
| R15 | Sheet steel | 11 to 15 kW | -310 to -550 mbar | 1040 m3/h | Optional | - | CE, zone 22, ATEX, dust class M / H |
More power. More volume. More freedom.
Power. Endurance. Safety.
Share material details, operating hours, and process constraints so Mazvac can size the correct path.
ApplicationShare material details, operating hours, and process constraints so Mazvac can size the correct path.
ApplicationShare material details, operating hours, and process constraints so Mazvac can size the correct path.
ApplicationShare material details, operating hours, and process constraints so Mazvac can size the correct path.
ApplicationShare material details, operating hours, and process constraints so Mazvac can size the correct path.
High-load units need power reserves, rugged housings, continuous-duty drives, automated filter cleaning, and safe handling under mechanical stress.
They connect naturally to central extraction, collection systems, and process add-ons when throughput is too high for standard units.
Material, dust class, liquid share, airflow, disposal method, explosion-protection zone, and available footprint determine the correct system.
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