Publicité
Les langues disponibles
Les langues disponibles
EN
3
Technical Characteristics
3.1
Technical specifications 230 volt machines
Wet diamond drill type
Manufacturer
Operating voltage (V / Hz)
Power consumption (watt)
Protection class
-1
1)
No-load speed (min
)
Wet core drill bit diameter, hand-guided (mm)
Bit holder
Weight (kg)
2)
Speed electronics
3)
Sound measurement
L
(sound pressure) dB (A)
pA
L
(sound power) dB (A)
WA
Vibration measurement:
Rear handle (5)
1
3.2
Technical specifications 110 volt machine
Wet diamond drill type
Manufacturer
Operating voltage (V / Hz)
Power consumption (watt)
Protection class
-1
1)
No-load speed (min
)
Wet core drill bit diameter, hand-guided (mm)
Bit holder
Weight (kg)
2)
Speed electronics
3)
Sound measurement
L
(sound pressure) dB (A)
pA
L
(sound power) dB (A)
WA
Vibration measurement:
Rear handle (5)
1
The given speeds are to be viewed as maximum speeds for the given wet diamond bit diameters.
1)
Depending on the property of the material to be drilled, such as concrete with steel reinforcement of
different thicknesses, the speed is set "by feel". When drilling through concreted in steel with large wet
diamond core drill bit diameters the 1st gear is always set.
Weight according to EPTA procedure 01/2003.
2)
3)
Measured values for noise determined according to EN 60745. Wear hearing protection!
4)
Total vibration values (vector sum in three directions) determined according to EN 60745
The vibration emission values given in this instruction manual have been measured according to a method
of measurement standardised in EN 60745 and can be used for comparison between power tools. They
are also suitable for a preliminary estimate of the vibratory stresses.
The vibration emission values given represent the main applications of the power tool. If the power tool is
used for other applications, with different insert tools or are insufficiently serviced, this can significantly
increase the vibratory stresses over the whole work period. For a precise estimate of the vibration
emission values, the times during which the tool is switched off or is running but not actually in use should
also be taken into account. This can reduce the vibration stresses over the whole work period significantly.
| 38 |
K = 3 dB
4)
K = 1.5 m / s
m / s
2
K = 3 dB
4)
K = 1.5 m / s
2
m / s
BDB 8131 / BDB 8131 IS
Maschinenfabrik OTTO BAIER GmbH
~230 / 50 / 60
1400
BDB 8131:
/ I (ID.: 49312)
BDB 8131 IS:
/ II (ID.: 8104)
1st gear
2nd gear
780
60 – 102
1¼ UNC and G½
6,7
–
91
99
2
4,5
Maschinenfabrik OTTO BAIER GmbH
~110 / 50 / 60
1st gear
1100
60 – 160
1¼ UNC and G½
2
BDB 817
~230 / 50 / 60
1800
/ I
1st gear 2nd gear
1500
1100
18 – 56
60 – 160 30 – 60
1¼ UNC and G½
7,0
Yes
92
100
4,5
BDB 817
1800
/ I
2nd gear
2200
30 – 60
7,0
Yes
92
100
4,5
2200
Publicité
