WARNING!
Danger to life due to absence of equipotential bonding!
Using the assistance system without functional equipotential bonding
between the Smart
Fork
®
and the carrier vehicle can lead to static
charging. In potentially explosive atmospheres, this can result in serious
injuries or even death.
– Using the assistance system without functional equipotential bonding
is strictly prohibited.
– Always fit an equipotential bonding conductor of at least 4 mm
2
in
accordance with DIN VDE 0100-540.
– Check the functionality of the equipotential bonding prior to commis-
sioning.
Personnel:
n
Service specialist
Protective equipment:
n
Industrial safety helmet
n
Protective clothing
n
Protective gloves
n
Safety shoes
Prior to using the Smart
Fork
®
, it is necessary to establish equipotential bonding between
the Smart
Fork
®
and the industrial truck.
1.
NOTICE!
Insufficient stability due to incorrect borehole size!
If the borehole is too big, this can impair the stability of the fork arm.
Make the borehole on the back of the fork at the side, in an area roughly 50 mm
below the fork head. In doing so, ensure that the borehole for the screw connection
for equipotential bonding does not exceed thread size M6.
2.
Cut M6 thread in borehole.
3.
Establish the screw connection between the Smart
Fork
®
and the connection cable
for the industrial truck.
4.
Check the vertical resistance and ensure that the electrical resistance between the
industrial truck and fork arms is below 10
6
ohm.
4.2
Installing and connecting the monitor
Personnel:
n
Electrician
Protective equipment:
n
Protective work clothing
n
Industrial helmet
n
Protective gloves
n
Safety shoes
Establishing
equipotential
bonding
Assembly
Installing and connecting the monitor
SmartFork
®
FrontCam ATEX for use in the Ex zone - BVS 20 ATEX E 108 X
32
EN