| How
It Works
Through a tangential inlet, compressed air is fed into a manifold
from where it exits into the air pump main chamber (bore) via
a ring of venturi holes drilled at compound angles. As well as
the venturi effect developed in the units bore, the angle
of the holes induces a vortex in the outgoing air.
The acceleration of the compressed air through the venturi creates
a region of low pressure which induces air into the air pump bore.
The induced air augments the expanding compressed air in the exit
tube resulting in the flow of large volumes of free air.
The
MELBOURNE AIR PUMP (diagram No 1252 see below)
is our biggest seller. Fitted with 350CFM tool steel nozzle.
Used in power stations, steel mills, aluminium smelters for picking
up steel shot, aluminium spillages, bag houses.
Operates at up to 1100ºC. (eg BHP HBI Plant)
Suitable
for the explosives industry
the MELBOURNE AIR PUMP (diagram No 1252)
is a device also designed for transporting prill (amonium nitrate)
from heavier bulk bags to the kettle. It requires a 2½"
non-static hose unit fitted with earth connection.
Units have been supplied to Orica and Dyno-Noble |