1.2.5 System boom operation
Make sure no personnel or objects are in path of
booms before retracting or extending.
Be aware of boom location at all times.
Retract and lock booms before driving on public
roads.
Fig. 16
1.2.6 Overhead Electrical Power Lines
Never let the machine come into contact with
overhead power lines. The radio antenna must be
bent over and secured in place any time overhead
electrical power lines are near the machine. This
can decrease the possibility that the machine may
come into contact with an overhead power line
when in operation or when the machine is
transported.
Fig. 17
1.2.7 Noise
Wear appropriate hearing protective devices such
as earmuffs or earplugs to prevent loss of hearing
due to high noise levels.
The noise level in the cab and seated on the
operator’s seat of this machine is lower than 70
dB(A).
Fig. 18
1.2.8 Vibrations
The typical hand-arm vibrations exposure is 0,6 m/s
2
(so does not exceed 2,5 m/s
2
) - Measuring method
following NF EN ISO 5349-1 (2002)
The typical whole body vibration exposure is 0,26 m/s
2
(so does not exceed 0,5m/s
2
) - Measuring method
following ISO 2631-1 (1997).
These values are established on the basis of measurements taken for technically comparable machinery
and are considering as the minimum values transmitted by the machinery. Three main factors will increase
them:
•
Quality of the working/travelling ground surface;
• Working/travelling speed;
• Weights and balance of weights.
Hand-Arm Vibration (HAV) & Whole Body Vibration (WBV) are caused by machinery vibration passing
through the buttocks of seated people or the feet standing people. HAV and WBV are considered to be a
key factor in the occurrence of back pain. However it is not that simple as there are many factors that can
influence short term or long term problems at the back and often a combination of factors can even more
detrimental.
1. General
RoGator 600C 1-11
644410-1
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