Performance Data - Kongskilde AIR WASH 50 Manuel D'utilisation

Anti Static Equipment.
When processing material with a
tendency to get static charged,
it will be an advantage to install
antistatic equipment between the
rotary valve and the baffle sections.
The antistatic system consists of a
power unit and a 0.3 m (1 ft) pipe
with antistatic bars installed. The
0.3 m (1 ft) pipe has to be wired to
the power supply unit.
The antistatic bars in the pipe
ionize the air inside the pipe in such
a way that when the material falls
down through the pipe the ionized
air neutralizes static charge on the
material particles. As the material
in the following is passing though
the baffles, the dust is easier to
remove.
The Anti Static equipment is
mounted between the rotary valve
and the cascades.

Performance data:

On the Air Wash system air is going
into the system both through the
cyclone inlet and though the
diffuser and cascades, the air flow
coming out of the blower outlet is
the sum of these air flows.
In the curve diagram the curves are
then given for both the amount of
air going into the cyclone inlet, and
coming out of the blower.
8
Frame extension for
anti static kit
The frame extension kit increase
the height of the Air Wash standard
with the length of the anti static
pipe in such a way that the free
discharge height under the unit is
app. 1.28 m (50 in)
The frame extension kit includes
longer flex hoses for the diffuser.
The amount of air going into the
unit can be used for sizing the unit
to adapt to the requirement of air as
example from a grinder.
The amount of air coming out of the
blower can as example is required
to size filtration unit.
The pressure in the curves is given
in Pa. As information 10 Pa equals
to 1 mm WG.
Pipe system
Pipes used to connect the different
units and to be used, as convey-
ing line on the suction side is the
standard OK and FK piping
The Air Wash system is able to
handle up to 900 kg of material per
hour.
The system pressure required is
the sum of the vacuum needed on
the suction side and the pressure
used on the blowing side.