4
20V Multi-Function 
Inflator
WX092 
WX092.X
exposure or time integrated 
radiance), or by using 
engineering controls (such 
as filters) which attenuate 
the accessible emission and/
or personal protective means 
(such as eyewear, clothing) 
which would limit the potential 
exposure to the emitted 
energy.
Figure 1 – Example of 
graphic presentation of 
distant dependent emission 
hazard values
SAFETY WARNINGS FOR 
BATTERY PACK 
a) Do not dismantle, open 
or shred cells or battery 
pack. 
b) Do not short-circuit a 
battery pack. Do not 
store battery packs 
haphazardly in a box or 
drawer where they may 
short-circuit each other 
or be short-circuited by 
conductive materials. 
When battery pack is not 
in use, keep it away from 
other metal objects, like 
paper clips, coins, keys, 
nails, screws or other small 
metal objects, that can 
make a connection from 
one terminal to another. 
Shorting the battery 
terminals together may 
cause burns or a fire.
c) Do not expose battery 
pack to heat or fire. 
Avoid storage in direct 
sunlight.
d) Do not subject battery 
pack to mechanical 
shock.
e) In the event of battery 
leaking, do not allow 
the liquid to come into 
contact with the skin or 
eyes. If contact has been 
made, wash the affected 
area with copious 
amounts of water and 
seek medical advice.
f) Keep battery pack clean 
and dry.
g) Wipe the battery pack 
terminals with a clean 
dry cloth if they become 
dirty.
h) Battery pack needs to 
be charged before use. 
Optical hazard value exceeds applicable EL V 
by factor of A: reduce exposure duration by 
factor of A or attenuate emission by factor of A 
Distance X
1
: EHV = 1
Optical hazard value = ELV
Distance X
2
: EHV = A
100
10
A
1
EHV
X
2
X
1
0.1
Distance