Technical Data - Milwaukee FNB16 User Manual

TECHNICAL DATA

Type
Battery voltage
Stroke rate under no-load
Maximum cutting capacity
Mild steel <391 N/mm
2
Stainless steel <520 N/mm
Aluminum <178 N/mm 2
Cutting width
Smallest curve radius
Starting hole diameter
Weight according EPTA-Procedure 01/2014 (Li-ion 2.0 Ah – 6.0 Ah)
Recommended ambient operating temperature
Recommended battery types
Recommended charger
Noise information
Measured values determined according to EN 62841
A-weighted sound pressure level
Uncertainty K
A-weighted sound power level
Uncertainty K
Wear ear protectors.
Vibration information
Vibration total values (triaxial vector sum) determined according to EN 62841
Vibration emission value
Uncertainty K
WARNING!
The declared vibration total values and the declared noise emission values given in this instruction manual have been measured in
accordance with a standardised test given in EN 62841 and may be used to compare one tool with another. They may be used for a
preliminary assessment of exposure.
The declared vibration and noise emission values represent the main applications of the tool. However, if the tool is used for diff erent
applications, used with diff erent accessories, or poorly maintained, the vibration and noise emission may diff er. These conditions may
signifi cantly increase the exposure levels over the total working period.
An estimation of the level of exposure to vibration and noise should take into account the times when the tool is turned off or when it is
running idle. These conditions may signifi cantly reduce the exposure level over the total working period.
Identify additional safety measures to protect the operator from the eff ects of vibration and noise, such as maintaining the tool and the
accessories, keeping the hands warm, and organising work patterns.
14
2
ENGLISH
M12 FNB16
Nibbler
12 V
n = 1400 – 2200/min
0
1.5 mm
1.2 mm
2.05 mm
5 mm
40.7 mm
21 mm
1.4 – 1.6 kg
-18 – +50 °C
M12B...
C12C..., M12-18...
88.6 dB (A)
3.0 dB (A)
99.6 dB (A)
3.0 dB (A)
a = 6.9 m/s
2
h
1.5 m/s
2