Vibration Measurements

Hand/Arm Measured Per EN ISO 5395-1
X940 without mower deck vibration total value to which the hand-arm system is subjected does not exceed..............2.5 m/s2
X940 with 48A in mower deck vibration total value to which the hand-arm system is subjected does not exceed..............2.5 m/s2
X940 with 48A in mower deck and Power Flow vibration total value to which the hand-arm system is subjected does not exceed.............. 2.5 m/s2
X940 with 54HC in mower deck vibration total value to which the hand-arm system is subjected does not exceed ..............2.5 m/s2
X940 with 60HC in mower deck vibration total value to which the hand-arm system is subjected does not exceed ..............2.5 m/s2
X948 without mower deck vibration total value to which the hand-arm system is subjected does not exceed..............2.5 m/s2
X948 with 48A in mower deck vibration total value to which the hand-arm system is subjected does not exceed ..............2.5 m/s2
X948 with 48A in mower deck and Power Flow vibration total value to which the hand-arm system is subjected does not exceed.............. 2.5 m/s2
X948 with 54HC in mower deck vibration total value to which the hand-arm system is subjected does not exceed ..............2.5 m/s2
X948 with 60HC in mower deck vibration total value to which the hand-arm system is subjected does not exceed ..............2.5 m/s2
X949 without mower deck vibration total value to which the hand-arm system is subjected does not exceed..............2.5 m/s2
X949 with 48A in mower deck vibration total value to which the hand-arm system is subjected does not exceed ..............2.5 m/s2
X949 with 48A in mower deck and Power Flow vibration total value to which the hand-arm system is subjected does not exceed.............. 2.5 m/s2
X949 with 54HC in mower deck vibration total value to which the hand-arm system is subjected does not exceed ..............2.5 m/s2
X949 with 60HC in mower deck vibration total value to which the hand-arm system is subjected does not exceed ..............2.5 m/s2

Whole Body Measured Per EN ISO 5395-1
X940 without mower deck..............0.7 m/s2
Uncertainty K..............0.1 m/s2
X940 with 48A mower deck..............0.8 m/s2
Uncertainty K..............0.1 m/s2
X940 with 48A in mower deck and Power Flow..............0.7 m/s2
Uncertainty K..............0.1 m/s2
X940 with 54HC mower deck..............0.9 m/s2
Uncertainty K..............0.1 m/s2
X940 with 60HC mower deck..............0.8 m/s2
Uncertainty K..............0.1 m/s2
X948 without mower deck...............0.7 m/s2
Uncertainty K..............0.1 m/s2
X948 with 48A mower deck..............0.8 m/s2
Uncertainty K..............0.1 m/s2
X948 with 48A in mower deck and Power Flow..............0.7 m/s2
Uncertainty K..............0.1 m/s2
X948 with 54HC mower deck..............0.9 m/s2
Uncertainty K..............0.1 m/s2
X948 with 60HC mower deck..............0.8 m/s2
Uncertainty K..............0.1 m/s2
X949 without mower deck...............0.7 m/s2
Uncertainty K..............0.1 m/s2
X949 with 48A mower deck..............0.8 m/s2
Uncertainty K..............0.1 m/s2
X949 with 48A in mower deck and Power Flow..............0.7 m/s2
Uncertainty K..............0.1 m/s2
X949 with 54HC mower deck..............0.9 m/s2
Uncertainty K..............0.1 m/s2
X949 with 60HC mower deck..............0.8 m/s2
Uncertainty K..............0.1 m/s2
The value listed represents the weighted root means square acceleration to which the whole body is subjected on a representative machine during actual mowing and transport conditions. The acceleration value depends upon the roughness of the ground, the speed at which the tractor is operating and the operator weight and driving habits. Measurements were obtained through actual field data according to STD Procedure in EN ISO 5395-1.