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116/188 Commissioning
Table 6: Residual risks
)
Life stage
1
, location
Between WT and section/curve
1
2
module
9
21
Between WT and upper V-rail
2
2
9
21
Between WT castors and
3
2
slide rail
9
21
4
2
Between WT tipping prevention
block (discharger brush) and
9
upper V-rail
21
5
2
Between WT and WT
9
21
6
2
WT, collision with body part
9
21
7
2
WT, spontaneous ejection or
9
falling
21
8
2
- Surface of section/curve
9
module
- Electronic components in
21
the entire system
9
2
In the entire area of the system
9
21
1) Life stages of the machine according to DIN EN ISO 12100 Sect. 5.4 a /b (No. 1 -27), Sect. 5.4 a (see page 117)
1, 2, 3, 4
Bosch Rexroth AG, MIT: ActiveMover, 3 842 564 874/2021-04
8.3 Residual risks
Situation
Crushing and shearing
of body parts
Crushing and shearing
of body parts, knocks
Touching hot surfaces
above 65 °C
Entrapment of body
parts caused by falling
parts
5
6, 7
8
557 186-198
Hazard
Action
Crushing/
Keep hands out of the running system.
shearing
Provide access locks in work areas
e.g. by separating protective equipment
in accordance with DIN ISO EN 14120
with guard-locking (PLr = d in
accordance with DIN EN ISO 13849).
Crushing/
Keep hands out of the running system.
shearing/knocks
Provide access locks in work areas
e.g. by separating protective equipment
in accordance with DIN ISO EN 14120
with guard-locking (PLr = d in
accordance with DIN EN ISO 13849).
Burning
Keep hands out of the running system.
Provide access locks in work areas
e.g. by separating protective equipment
in accordance with DIN ISO EN 14120
with guard-locking (PLr = d in
accordance with DIN EN ISO 13849).
Crushing
Observe maximum loading
specifi cations and process force.
See chapter 16 Technical data.
Keep hands out of the running system.
Provide access locks in work areas
e.g. by separating protective equipment
in accordance with DIN ISO EN 14120
with guard-locking (PLr = d in
accordance with DIN EN ISO 13849).
9
557 186-199
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