Aspiration system AC 02
Housing made of easy-care and wearresistant aluminium with a powerful membrane vacuum pump and mounted safety bottle holder as compact and space-saving unit.The membrane vacuum pump is integrated into the housing and perfectly adapted to the requirements; it will aspire the liquids quickly while leaving the solids untouched when handling is correct.Handle AH 01 can also be attached to the different AC aspiration system devices; however, there is no automatic function here. A recommended option is the footoperated switch AF 01.
*The housing made of long living and easycare specially hard anodised aluminium with powerful membrane vacuum pump and mounted safety bottle holder made out of stainless steel as compact and space-saving unit.
*The membrane vacuum pump is integrated in the hosuing, perfectly adapted to the requirements; sucking the liquid very fast and leaves the solids untouched when handling is corret.
*The bottle with 2 or 4 litre content (depending on execution) is easy to handle.
*It consists of thick-walled, sturdy propylene and is autoclavable.
*The wide-necked screw cap has 2 fast locks which automatically close when the hose connections are loosened to the suction or vacuum side.
*The filled bottle thus is firmly closed and can be transported for disposal without danger.
*A ventilation element gives the necessary pressure equalization when autoclaving.
*A safety filter between collection bottle and the vacuum pump protects the pump and the surrounding.
*3 m of silicone tubing make it possible that the collection bottle and the vacuum pump can be placed outside the Laminar Flow and thus do not diminsh the working area.
*A hose holder for attachment to Laminar Flow serves for comfortable handling.Thus the hose cannot slip away from the working place.
Suction capacity: 15 l / min (air)
Final vacuum:100 mbar abs.
Material of pump head: Aluminium
Material of membrane: Viton
Dimensions (W x L x D): 160 x 230 x 470 mm
Weight (without accessories): 4,5 kg
Electric supply: 230 V, 50 Hz