Available at Control Hire, The V12s is an exceptionally quiet product, emitting 60 decibels (A) within a 20-meter radius. The turbine has two speeds within the cannons, allowing the suppressors to spray fine water mist at a distance of 25 to 65 metres. The volume of water may be managed remotely on three distinct levels thanks to the product’s advanced valve technology. The water flow rate is 16–100 l/min, covering dust particles while using minimal water consumption. This is the perfect addition to construction sites, control and suppress hazardous dust at your site today.
The V12S delivers high performance and reliability, ensuring continuous operation in tough industrial environments.
Key Applications:
Dust Suppression during:
Excavation
Demolition
Tunnelling
Mining
Roadworks
Recycling
Quarrying
Milling
Crushing
Composting
Unloading
Remediation
Blasting
Key environments for dust suppression include mines, quarries, and roads, where managing dust is critical for safety and operational efficiency.
specifications
Throwing distance: (up to) 25-35* / 50-65 m
Nominal power – turbine 3: / 11 kW
Nominal power – pump: 4 kW
Sound pressure level: LA 60 / 63 at 20m db(A)
Operating temperature: 0° to +40°
Operating temperature with heating kit: -10° to +40°
Turbine tilt: -18° to +40°
Water flow: 16 – 100 l/min
Swing (automatic): ° 350°
Water supply pressure: 2 – 5 bar
*at reduced speed
How Droplet Size Affects Dust Suppression
The optimal droplet size for effective dust suppression is typically in the range of 50–60 microns. This precise size is ideal for capturing and binding with dust particles suspended in the air, increasing the chances of collision and adhesion — especially with fine particulates such as Respirable Crystalline Silica (RCS).
If the droplet diameter is much greater than the dust particle, the dust simply follows the air streamlines around the droplet, reducing the chance of impact and capture. On the other hand, droplets that are too small can evaporate before they make contact.
Control Hire’s dust suppression systems are engineered to consistently produce this optimal droplet size, ensuring maximum dust capture efficiency, better air quality, and compliance with Australia’s stringent WHS regulations.
