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EN
1.4 System pressure hazard
Lubrication systems are pressurized
during operation. Centralized lubrication
systems must therefore be depressur-
ized before starting assembly, main-
tenance or repair work, or any system
modiications or system repairs.
1.5 Compressed air hazard
The described product is pressurized
during operation. The product must
therefore be depressurized before
starting assembly, maintenance or re-
pair work, or any system modiications
or system repairs.
Depending on the model design, the product
may be able to be operated with compressed
air. Through the use of the appropriate com-
pressed air quality class, compressed air prep-
aration can be optimized and machine down-
time and higher maintenance costs avoided.
The compressed air to be used here must
comply with at least quality class 5 as deined
by ISO 8573-1:
Max. particle size 40 μm
Max. particle density 10mg/m³
Pressure dew point 7°C
Water content max. 7800 mg/m³
Residual oil content max. 25 mg/m³
1.6 Hydraulic pressure hazard
The described product is pressurized
during operation. The product must
therefore be depressurized before
starting assembly, maintenance or re-
pair work, or any system modiications
or system repairs.
Depending on the model design, the product
may be able to be operated hydraulically.
1.3 Electric shock hazard
Electrical connections for the described product
may only be established by qualified and
trained personnel authorized to do so by the
operator, and in observance of the local condi-
tions for connections and local regulations
(e.g., DIN, VDE). Significant bodily injury and
property damage may result from improperly
connected products.
Danger!
Work on products that have not been
de-energized may result in bodily injury.
Assembly, maintenance and repair work
may only be performed on products
that have been de-energized by
qualiied technical personnel. The
supply voltage must be switched off
before opening any of the product's
components.
Assembly instructions
Содержание KFG
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