BA E16 en* 1.0 * E16_10_900.fm
9-11
Technical data 9
Determination of vibration level for the three vibration axes.
• Under typical operating conditions, use the average vibration values
measured.
• In order to obtain the estimated vibration value for an experienced
operator on level ground, subtract the factors from the average
vibration value.
• In case of an aggressive working method or difficult terrain, add the
environmental factors to the average vibration level in order to obtain
the estimated vibration level.
Note:
For further vibration indications, refer to the indications in ISO/TR 25398
Mechanical Vibrations – Directive on Estimation of whole-body vibration
during operation of earth moving vehicles. This publication uses
measuring values of international institutes, organizations and
manufacturers. It contains information on whole-body vibration for
operators in earth moving vehicles. For more information on the vibration
values of the vehicle, refer to Directive 2002/44/EC of European
Parliament and Council on minimum health and safety requirements
regarding exposure of workers to risks arising from physical agents
(vibration).
It explains the values for vertical vibration under heavy operating
conditions.
Summary of Contents for ET35
Page 14: ...1 8 BA E16 en 1 0 E16_10_100 fm 1 Foreword Notes...
Page 46: ...3 8 BA E16 en 1 0 E16_10_300 fm 3 Introduction Warning labels Fig 9 symbolic representation...
Page 64: ...3 26 BA E16 en 1 0 E16_10_300 fm 3 Introduction Notes...
Page 194: ...6 8 BA E16 en 1 0 E16_10_600 fm 6 Transportation Notes...
Page 252: ...8 8 BA E16 en 1 0 E16_10_800 fm 8 Malfunctions Notes...
Page 292: ...9 40 BA E16 en 1 0 E16_10_900 fm 9 Technical data 9 15 Dimensions ET35 symbolic representation...
Page 294: ...9 42 BA E16 en 1 0 E16_10_900 fm 9 Technical data EZ36 symbolic representation...
Page 296: ...9 44 BA E16 en 1 0 E16_10_900 fm 9 Technical data Notes...
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