2024 SCREENPOD PORTAVAC PV300D

2024

SCREENPOD

PORTAVAC PV300D

New

The Screenpod PV300D is a compact, yet powerful self-contained industrial vacuum with a vast range of attachments, that’s fully mobile and capable of handling a huge variety of different materials in sizes ranging from fine dust to large debris, in both indoor and outdoor applications, with its own high capacity, integrated skip for material collection that’s easily emptied via the use of a forklift. PORTAVAC PV300D Can handle huge variety of different materials in vast range of applications Dual power, with option to run from either onboard genset or external supply 18.4kW (25 HP) EU Stage V / EPA Tier 4 Final Caterpillar Engine Large capacity fuel tank with easily accessible fuel filler cap and level gauge Fuel efficient diesel engine with no after treatment and no AdBlue required Integrated plug for connection to standard 32 Amp 3-Phase Power Supply Powerful blower fan providing long range suction with high capacity Can vacuum material ranging from fine dust up to debris 40mm in size Integrated skip with large capacity for material collection Skip has built-in tipping mechanism for easy material discharge Raise/Lower mechanism for effortless skip removal and installation User friendly interface for simple operation & emergency stop for shut down Air filtration system that removes 99.7% of airborne particulate matter Easily replaceable Bag & HEPA filter elements Wide range of attachments with different hose sizes available Long, flexible hoses provide reach for hard to access areas Low operating costs with minimal maintenance requirements Compact footprint with low noise emissions that’s easily transported Access doors and removable panels for service access Suitable for indoor and outdoor applications Benefits: Hugely reduces risks associated with dust exposure to employees Dust is self-contained within the unit so does not become an airborne hazard Lowers build-up of dust and debris on equipment, lessening breakdowns Ensures a much tidier workplace with less visible dust and debris around site Significantly faster and much more effective than manual clean up methods Makes general housekeeping simpler, quicker and much less labour intensive Reduced clean up and maintenance costs Clean up areas inaccessible or hard to reach with conventional methods Handles much larger material than a conventional vacuum Material normally disposed can be extracted quickly and recycled Incredibly easy to empty with minimal manual involvement required Fully mobile and self-contained, offering a clean-up solution at any location Clean-Up Applications Include: Wood Recycling & Timber Production Construction & Demolition Waste Processing Quarries & Aggregate Production Cement & Concrete Production Pharmaceutical and Food Processing Brick, Block & Tile Production Plants Glass Recycling and Production Plants Lime & Gypsum Production Grain Processors and Agricultural Operations Recycling Yards Mining Operations Demolitions Sites Ship Unloading & Ports Steel Mills & Foundries Asphalt Production Plants Pulp & Paper Mills Fertiliser Production Plants Power Station Maintenance How it Works: The machine consists of 2 sections, the main body and the skip, otherwise known as the ‘drop hopper’. The drop hopper sits tight to the main body, creating an airtight seal. The main body contains a powerful blower fan which, during operation, creates a vacuum within the drop hopper. A hose is connected to the main body via a coupling on the front. The hose can be fitted with various attachments for catching dust & debris, similar to a conventional vacuum cleaner. The vacuum produced within the drop hopper generates a suction through the connected hose, allowing any dirt & debris to be sucked up through it. As the material is sucked into the machine, it falls into the drop hopper. During operation, material will continue to collect here until the hopper is full. Any airborne dust will be captured by the incorporated air filtration system. Once full, the hopper can be emptied by simply removing it from the machine and tipping out the material within it via the in-built tipping mechanism. It can then be refitted, and the machine is ready to go again.