Cutting Capacity; Declaration Of Conformity - Spit F40 Bedienungs- Und Wartungsanleitung

Technical information

Cutting capacity

Noise
Vibration
Declaration
of conformity
Cutting depth .............................................................. max. 40 mm
Cutting width .............................................................. max. 35 mm
Measured values determined according to EN 60745-1. Typically the
A-weighted noise levels of the product are:
Sound pressure level:
Sound power level:
Wear hearing protection!
Vibration total values (triax vector sum) determined according to EN
60745-1:
Vibration emission value:
Uncertainty:
The vibration emission level given in this information sheet has been
measured in accordance with a standardised test given in EN
60745-1 and may be used to compare one tool with another. It may
be used for a preliminary assessment of exposure.
The declared vibration emission level represents the main applica-
tions of the tool. However if the tool is used for different applications,
with different accessories or poorly maintained, the vibration emission
may differ. This may significantly increase the exposure level over the
total working period.
An estimation of the level of exposure to vibration should also take
into account the times when the tool is switched off or when it is run-
ning but bot actually doing the job. This may significantly reduce the
exposure level over the total working period.
Identify additional safety measures to protect the operator from the
effects of vibration such as: maintain the tool and the accessories,
keep the hands warm, organisation of work patterns.
We declare under our sole responsibility that this product is in con-
formity with the following standards or standardized documents:
EN 60745-1, EN 55014-1, EN 55014-2, EN 61000-3-2, EN 61000-
3-3, in accordance with the regulations 2004/108/EC, 2006/42/EC.
Didier BOURRETTE
Technical file at: Jens Stellwag
SPIT S.A., Route de Lyon - B.P. 104, F-26501 Bourg-les-Valence
(101 + 3) dB(A)
(190 + 3) dB(A)
a
= 7.2 m/s 2
h
K = 1.5 m/s 2
Jens STELLWAG
7