13
13
12
12
WARNING!
The vibration emission level given in this information sheet has been measured in accordance with a standardised
test given in EN 60745 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 applications 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 running but not 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.
TECHNICAL DATA
Angle Grinder
WS 72-125
Rated input
720 W
Input voltage
220-240 V 50/60 Hz
Rated speed
11000 min
-1
D= Grinding disk diameter max.
125 mm
d= Grinding disk hole diameter
22.2 mm
b= Cutting disk max. thickness
5 mm
b= Grinding disk min. thickness
6 mm
D= Grinding surface diameter max.
125 mm
Thread of work spindle
M 14
Weight according EPTA-Procedure 01/2003
2.2 kg
Abrasive products: Designation
Type
Straight cutting-off wheels not reinforced
41
Straight and depressed-centre cutting-off wheels, reinforced
41, 42
Straight and depressed-centre grinding wheels reinforced, coolie-hat wheels, flexible
wheels
1, 27, 28 & 29
Noise/Vibration Information
Measured values determined according to EN 60745. Typically, the A-weighted noise
levels of the tool are:
Sound pressure level (Uncertainty K=3dB(A))
88.5 dB(A)
Sound power level (Uncertainty K=3dB(A))w
99.5 dB(A)
Wear ear protectors!
Vibration total values (triaxial vector sum) determined according to EN 60745
Surface grinding: Vibration emission value a
h,SG
8.1
m/s
2
Uncertainty K=
1.5 m/s
2
VIII
1.
2.
1.
2.
For Technical Review, sent on 25 July 2018
