Technical Dat Ro Id400 - Rothenberger RO ID400 Instrucciones De Uso

Protect battery packs from water and moisture!
Do not expose battery packs to naked flame!
Do not use faulty or deformed battery packs!
Do not open battery packs!
Do not touch or short-circuit battery packs!
Slightly acidic, flammable fluid may leak from defective Li-ion battery packs!
If battery fluid leaks out and comes into contact with your skin, rinse immediately
with plenty of water. If battery fluid leaks out and comes into contact with your eyes,
wash them with clean water and seek medical attention immediately!
Transporting li-ion battery packs: The shipping of li-ion battery packs is subject to laws relat-
ing to the carriage of hazardous goods (UN 3480 and UN 3481). Inform yourself of the currently
valid specifications when shipping li-ion battery packs. If necessary, consult your freight for-
warder. Certified packaging is available from ROTHENBERGER.
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Technical Dat RO ID400

RO ID400 without battery, art.-no.: 1300003380
Voltage of battery pack ..............................................................
No-load speed ..................................................................... 0 - 2150 min
Impact frequency ................................................................. 4250 min (bpm)
Machine tool attachment ......................................................  12,7mm (1/2")
Weight (with smallest battery pack) ...................................... 1,9 kg (4,2 lbs)
max. tightening torque ......................................................... 400 in (3540 lbs)
Vibration total value (vector sum of three directions):
Vibration emission value, screwdriving with impact (a
Sound pressure level (L
Acoustic power level (L
The noise level during operation can exceed 80 dB (A). Wear hearing protection!
Measured values determined in accordance with EN 60745.
) ................................................... 100 dB (A) ¦ K
pA
) ................................................... 111 dB (A) ¦ K
WA
ENGLISH
18V
-1
(rpm)
) ........ 12,0 m/s² ¦ K 1,5 m/s²
h h
3 dB (A)
pA
3 dB (A)
WA
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