Hitachi CM 9SR Handling Instructions Manual page 13

GUARANTEE
We guarantee Hitachi Power Tools in accordance with
statutory/country specific regulation. This guarantee does
not cover defects or damage due to misuse, abuse, or
normal wear and tear. In case of complaint, please send
the Power Tool, undismantled, with the GUARANTEE
CERTIFICATE found at the end of this Handling instruction,
to a Hitachi Authorized Service Center.
NOTE
Due to HITACHI's continuing program of research and
development, the specifications herein are subject to
change without prior notice.
Information concerning airborne noise and vibration
The measured values were determined according to
EN60745 and declared in accordance with ISO 4871.
Measured A-weighted sound power level: 111 dB (A).
Measured A-weighted sound pressure level: 100 dB (A).
Uncertainty KpA: 3 dB (A).
Wear hearing protection.
Vibration total values (triax vector sum) determined
according to EN60745.
CM9SR
Vibration emission value
Uncertainty K = 1.5 m/s 2
CM9UBY
Vibration emission value
2
Uncertainty K = 1.5 m/s
WARNING
The vibration emission value during actual use of
the power tool can differ from the declared value
depending on the ways in which the tool is used.
To identify the safety measures to protect the
operator that are based on an estimation of exposure
in the actual conditions of use (taking account of
all parts of the operating cycle such as the times
when the tool is switched off and when it is running
idle in addition to the trigger time).
Information about power supply system of nominal
voltage 230 V~ (For CM9SR only)
Under unfavorable mains conditions, this power tool may
cause transient voltage drops or interfering voltage
fluctuations .
This power tool is intended for the connection to a power
supply system with a maximum permissible system
impedance Z of 0.28 Ohm at the interface point (power
MAX
service box) of the user's supply.
The user has to ensure that this power tool is connected
only to a power supply system which fulfills the
requirement above.
If necessary, the user can ask the public power supply
company for the system impedance at the interface point.
a
h = 5.0 m/s 2
a
2
h = 2.9 m/s
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