Vibration Information; Intended Use - Worx WX437 Manual Original

VIBRATION INFORMATION

CUTTING WOOD/CUTTING
METAL)
Vibration total values (triax vector sum) determined
according to EN 62841:
Vibration emission
value:
The declared vibration total value and the declared noise
emission value have been measured in accordance with
a standard test method and may be used for comparing
one tool with another.
The declared vibration total value and the declared
noise emission value may also be used in a preliminary
assessment of exposure.
WARNING: The vibration and noise emissions
during actual use of the power tool can differ from
the declared value depending on the ways in which the
tool is used especially what kind of workpiece is
processed dependant on the following examples and
other variations on how the tool is used:
How the tool is used and the materials being cut or
14
drilled.
The tool being in good condition and well maintained.
The use of the correct accessory for the tool and
ensuring it is sharp and in good condition.
The tightness of the grip on the handles and if any anti
vibration and noise accessories are used.
And the tool is being used as intended by its design and
these instructions.
This tool may cause hand-arm vibration syndrome if
its use is not adequately managed.
WARNING: To be accurate, an estimation of
exposure level in the actual conditions of use
should also take account of all parts of the operating
cycle such as the times when the tool is switched off and
when it is running idle but not actually doing the job. This
may significantly reduce the exposure level over the total
working period.
Helping to minimise your vibration and noise exposure
risk.
Always use sharp chisels, drills and blades.
Maintain this tool in accordance with these instructions
and keep well lubricated (where appropriate).
If the tool is to be used regularly then invest in anti
vibration and noise accessories.
Plan your work schedule to spread any high vibration tool
use across a number of days.
Compact Circular Saw
= 5,75 m/s
Cutting wood:a
h,w
Uncertainty K = 1.5m/s²
Cutting metal: a = 4.68 m/s
h,M
Uncertainty K = 1.5m/s²
VIBRATION INFORMATION
(CUTTING TILE)
Vibration total values (triax vector sum) determined
according to EN 60745:
Vibration
emission value:
2
The declared vibration total value may be used for
comparing one tool with another, and may also be used in
2
a preliminary assessment of exposure.
WARNING: The vibration emission value during
actual use of the power tool can differ from the
declared value depending on the ways in which the tool is
used dependant on the following examples and other
variations on how the tool is used:
How the tool is used and the materials being cut or
drilled.
The tool being in good condition and well maintained
Using the correct accessory for the tool and ensuring it is
sharp and in good condition.
The tightness of the grip on the handles and if any anti
vibration accessories are used.
And the tool is being used as intended by its design and
these instructions.
This tool may cause hand-arm vibration syndrome if
its use is not adequately managed
WARNING: To be accurate, an estimation of
exposure level in the actual conditions of use
should also take account of all parts of the operating
cycle such as the times when the tool is switched off and
when it is running idle but not actually doing the job. This
may significantly reduce the exposure level over the total
working period.
Helping to minimise your vibration exposure risk.
ALWAYS use sharp chisels, drills and blades
Maintain this tool in accordance with these instructions
and keep well lubricated (where appropriate)
If the tool is to be used regularly then invest in anti
vibration accessories.
Plan your work schedule to spread any high vibration tool
use across a number of days.
OPERATING INSTRUCTIONS
NOTE: Before using the tool, read the instruction
book carefully.

INTENDED USE:

The tool is intended for ripping and cross-cutting wood and
other materials in straight cutting lines, while resting firmly on
the work piece.
Cutting tile: ah= 4.81 m/s
2
Uncertainty K = 1.5m/s²
EN