
V-SDR Series
For explosive or inflammable powder

Anti-electrostatic molded filter

Manual shaking type

Inflammable powder/dust that might explode

Max. airflow
For explosive or inflammable powder

Anti-electrostatic molded filter

Manual shaking type

Inflammable powder/dust that might explode

Max. airflow
V-SDR Series Industrial Vacuum cleaner is designed for collecting dust that possibly triggers dust explosion. The dust-explosion proof type motor and the anti-electrostatic filter are all designed to have less risk of dust explosion. The check valve and the explosion diffusion port are all designed for peripheral safety against possible dust explosions inside the unit body.
Features:
Features:
- Powerfully vacuums dust that possibly triggers dust explosion
- "Proven Bestseller"
- Durable and heavy-duty industrial vacuum cleaner
- Come as standard with safety mechanism or devices such as check valve, diffusion port, anti-electostatic filter and etc
- Filter cleaning by manual shaking
Industrial vacuum cleaner for explosive dust
Handles KST Value 200 - 160
Safety
Anti-electrostatic filter


Standard material: Polyester
Surface treatment: Stainless steel evaporation
Corresponding models: V-SDR Series
Application: Suitable for collection of dust with electrostatic characteristic (particle size of about 10μm)
Heat resistant temperature: 40 °C ( 104 °F )
Filtration performance: Good
Surface treatment: Stainless steel evaporation
Corresponding models: V-SDR Series
Application: Suitable for collection of dust with electrostatic characteristic (particle size of about 10μm)
Heat resistant temperature: 40 °C ( 104 °F )
Filtration performance: Good
Handles Kst value 200(3SDR)・160 (7SDR)
Possible explosive dust and particles:
• Aluminum • Aluminum alloy • Titanium
• Corn starch • Epoxy resin • Pulverized coal
Do not collect magnesium or magnesium alloy particles.
Possible explosive dust and particles:
• Aluminum • Aluminum alloy • Titanium
• Corn starch • Epoxy resin • Pulverized coal
Do not collect magnesium or magnesium alloy particles.