IMPACT
STATIONS
All designs are checked to ensure they ad
equately
centralise mat
erial
on the bel
t to
minimis
e spillage and tracking issues.
With long service life and cost-effective replac
ement
parts, our impac
t stations are a
vital component of surface and underground conveyor systems.
We ensure all
componen
ts are easy to as
semble
and accessible, ens
uring maintenance
can be undertaken safely
and efficiently. Impact beds are intended to give utmost
security to your
belt in the load zone. It
is applicable in Coal and hard r
ock mining,
coal-fired power plants, load-out facilities and aggregate operations.
The whole system,
engineered f
or extreme belt security, an angled impact bars that
helps in centring materials on belt and an anti-migration tabs that avoid the imp
act
bars from
moving with the belt if bolt
s loosen. With long service
life and c
ost effectiv
e
part
replacing, it has isolation mounts that gi
ve additional force reduction, absorbing
impact energy a
nd lessen
transmission back to th
e belt.
The A.B.Q impact bed is designed to offer a l
ow friction loading point to handle the or
e tha
t is
b
eing
f
ed fr
om another con
veyor or feeder
The Kangala Conveyor impact beds have been successfully installed at loa
ding points to
eliminate spillage and
mai
nte
n
anc
e
proble
ms.
The A.B.Q impact bed dam
pens the impact through the use of impact
bars made of rubber
and p
olyureth
ane.
The A.B.Q impact bed addresses key design requirements through th
e use of the following:
1.
Extra heavy duty steel frame to handle the load
and impact of
falling or
e.
2.
The use of polyurethane liner witch offers a low coefficient of fric
tion as well as a high
wear
re
sistan
ce.
3.
The polyur
ethane bar
s dampen the impact of the ore falling thus protecting th
e belt from
damage.
4.
All impact stations are designed to fit on a standard sabs conveyor structur
e
5.
Impact beds are avalible in 600,750,900,1050,1200,
1350,1500,180
0,and 220
0
INDUSTRY STANDARDS & COMPLIANCE
SANS 1313 | SANS 1173:2013 | SANS 971:2013 | SANS 968:2013 | SANS 1366:2013