Sound Pressure; Sound Power; Hand/Arm Vibration - Toro PowerPlex 51136 Operator's Manual

skin, wash the affected area quickly with water. If
the leakage gets in your eyes, flush your eyes with
clean water for a minimum of 10 minutes and seek
immediate medical attention.
•
Never attempt to open the battery pack for any
reason. If the plastic housing of the battery pack
breaks open or cracks, immediately discontinue its
use and do not recharge it.
•
Do not store or carry a spare battery pack in a
pocket or toolbox or any other place where it may
come into contact with metal objects. The battery
pack may short-circuit, causing damage to the
battery pack, burns, or a fire.
•
Do not pierce the battery with nails, strike the
battery with a hammer, step on the battery, or
otherwise subject it to strong impacts or shocks.
•
Protect the battery pack against heat. Do not
place the battery in direct sunlight or use or store
the battery inside cars in hot weather. Doing so
may cause the battery to generate heat, explode
or ignite.
•
Never try to charge a battery pack that is cracked
or damaged in any other way. There is a danger
of electric shock or electrocution.
SAVE THESE INSTRUCTIONS

Sound Pressure

This unit has a sound pressure level at the operator's
ear of 82.3 dBA, with an Uncertainty Value (K) of 3
dBA.
The sound pressure level was determined according
to the procedures outlined in EN ISO 11201.

Sound Power

This unit has a guaranteed sound power level of 95
dBA, which includes an Uncertainty Value (K) of 3
dBA.
The sound power level was determined according to
the procedures outlined in EN ISO 11094.

Hand/Arm Vibration

Measured vibration level for right hand = 2.04 m/s
Measured vibration level for left hand = 1.83 m/s
Uncertainty Value (K) = 1.5 m/s
The measured values were determined according to
the procedures outlined in EN ISO 20643.
Important:
The vibration emission during actual
use of the power tool can differ from the declared
total value depending on the way the tool is
used. The operator should take safety measures
based on an estimation of exposure in the actual
conditions of use.
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