Dust collector (cyclone) VZP-M
Dust collector (cyclone) VZP-M is designed for air purification from sand, clay, cement, silicate, asbestos and other types of dust. It is used in aspiration and pneumatic transport systems from technological equipment in various industries. Differs in high efficiency of fine, fibrous and sticky dust collection.
| Model | ID |
Airflow m3/h |
Height, mm |
Diameter, mm |
Weight, kg |
Pressure, Pa |
Price, UAH |
|---|---|---|---|---|---|---|---|
| VZP-M-1300 | 35767 | 17000 | 5070 | 1300 | 1350 | - | Negotiated price |
| VZP-M-1200 | 35766 | 14000 | 4680 | 1200 | 1250 | - | Negotiated price |
| VZP-M-1000 | 35765 | 10000 | 3900 | 1000 | 825 | - | Negotiated price |
| VZP-M-800 | 35764 | 7000 | 2340 | 800 | 530 | - | Negotiated price |
| VZP-M-600 | 35763 | 4000 | 2340 | 600 | 285 | - | Negotiated price |
| VZP-M-500 | 35762 | 3000 | 1950 | 500 | 230 | - | Negotiated price |
| VZP-M-450 | 35761 | 2500 | 1755 | 450 | 160 | - | Negotiated price |
| VZP-M-400 | 35760 | 2000 | 1560 | 400 | 130 | - | Negotiated price |
| VZP-M-300 | 35759 | 1000 | 1170 | 300 | 75 | - | Negotiated price |
The cleaning efficiency of VZP-M is 98-99%.
The VZP-M dust collector is used to remove dust:
- sand and clay dust;
- cement dust;
- ore and non-metallic materials;
- silicate and asbestos dust.
Dust collector (cyclone) VZP-M is effectively used in pneumatic conveying and aspiration systems, as dust collecting equipment for cleaning of gaseous-air media from medium and fine particles, fibrous and adhering dust at chemical, woodworking, food, textile and light industry enterprises.
The principle of operation of the cyclone dust collector VZP-M is based on two air flows, which pass through the versatile twisting. The cleaning starts with swirling of the main stream, which moves along the set trajectory from top to bottom. An additional secondary flow rises from below and runs along the axis. The centrifugal force directs the solid particles from the center to the cyclone walls, and they settle in the hopper. After cleaning, the air is discharged from the unit through the central exhaust pipe. Throughout the whole process the airflow ratio is controlled, achieving the maximum degree of purification.
The optimum velocity is 3.5 m/s. The optimum primary and secondary flow ratio is 0.69.