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Roof Insulation vacuum - 450/17/DC |
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Written by Administrator
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Friday, 04 September 2009 22:21 |
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The basic system comes with a 14 HP Honda motor. This will produce slightly smaller power than the 17HP model which will give less air flow and less vacuum. This will have a direct impact on hose length and suction power when the panel filter loads up with dust. More power and the Dust cabinet shaker system will mean longer and more efficient running of the system.
The big daddy of the 450 series comes with all the bells and whistles.
Description: This version of the Vac n Sack sideblower roof insulation vacuum is fitted with a Donaldson Torit dust collector which is essential in those areas that has blown in cellulose roof insulation and a thick layer of dust. The standard panel filter may load too quickly so the DT Dust cabinet with shaker will give extended life and longer running times.
Power: The system is powered by a 17 horse power Honda motor and a 450 cfm sideblower producing in excess of 450 cfm @ 50% vacuum.
Hose length, diametre / anti-static: The hose supplied with this system is 40 metres of 75mm anti-static suction hose. The hose can be upgraded to 100mm if required. Anti-static hose is suggested to prevent dust explosion and static shock
Build Time: Once the deposit has been received and the tray size confirmed, the build should take approximately 4 weeks. Installation can be acrried out at our Gold Coast factory or the system can be shipped anywhere in Australia and self installed.
Sacks: Vacteck Vacuums can supply any quantity of Vac n Sack sacks at competitive prices. Each sack has a cubic capacity of in excess of 3 cubic metres as the cellulose roof insulation dramatically compresses when recovered.
Exhaust: The exhaust system is completely filtered with a HEPA filter to comply with all local and government regulations for exhaust emmissions.
Filtration: The system has a 3 stage filtration system that captures 99.9 % of all dust and fibre leaving the HEPA exhaust as the last guard before exhaust to atmosphere.
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Last Updated on Tuesday, 08 December 2009 09:31 |
