A660H-D Hood Mounted Extract-to-Atmosphere Cabinet
SYL-920

£1,203.30 inc. Vat

SKU: SYL-920 Category:

Description

The A660H-D is our flagship hood mounted extract-to-atmosphere cabinet.
It’s been designed to capture, contain, filter and expel harmful contaminants within electronic design & rework, dental/medical labs, pharmaceutical labs and classroom environments.
What’s included with the A660H-D Extraction Cabinet? – Filter unit with fan(s) – Hood Enclosure – Hood Light – Polycarbonate hinged front panel – Particulate filter – Power Lead – Data/Warranty Booklet What can the A660H-D hood mounted extract-to-atmosphere cabinet be used for? The A660H-D is ideal for use with spray adhesives, conformal coatings and paints, monomers, hazardous powders and particulates, resins, sealants, solders, light grinding particles, organic solvents and cleaners etc.
All handling and/or use of potentially harmful substances is carried out within the hood enclosure in front of the intake filter area.
For artwork applications, standard A2 drawing board can be placed within the hood enclosure.
The board fits at an angle for efficient overspray capture.
These fume cabinets are designed for immediate operator protection whereby ‘large’ particulates (> 5 microns) are filtered out and ‘fine’ particulates ( The Flexi-duct can be fixed to a standard domestic vent or simply placed through a partially open window to facilitate portability and/or convenience.
Key Features Can accomodate standard drawing boards Clear polycarbonate panel for protection Hood lighting Lifetime Gurantee on all our hood mounted extract-to-atmosphere cabinets All BenchVent filtration and extraction systems carry a lifetime guarantee, are quiet in operation and can be assembled in seconds.
Place onto a desk, bench or trolley and then simply plug in and switch on.
High Quality Filters The particulate (intake) filter is a three stage graduated fibre filter with a high ‘dust’ holding capacity for long life.
Filtration to 5 micron particles.
NB: Spray particulate sizes vary from 10 to 20 microns.
The dual process of filtration and then extraction to atmosphere via flexi-duct, vastly reduces and/or eliminates operator exposures to potentially hazardous substances.
Demonstrating adequate control of the risks to the health of employees students and the general public, from dusts, powders, mists, fumes and vapours is the fundemental requirement of the Control of Substances Hazardous to Health (CoSHH).

Items are made to order and therefore cannot be returned