bott vario 3 Manual De Uso Y Mantenimiento página 30

Example calculation of the forces that occur when a
vehicle is in motion (inertia).
Ensuring the load in a van is secure: mass = 1000kg,
coefficient of friction μ D = 0.3 (pallet on a metal surface),
or μ D = 0.6 (with bott load safety matting)
Load under braking
minus friction (μ D =0,3)
required restraint
Load under braking
(with bott safety matting)
minus friction μ D =0.6)
required restraint
Load when cornering
minus friction (μD=0.3)
required restraint
Load when cornering
(with bott safety matting)
minus friction (μ D =0.6)
required restraint
This requirement is satisfied by the load securing mat alone.
Load when accelerating
minus friction (μ D =0,3)
required restraint
Load when accelerating
(with bott safety matting)
minus friction (μ D =0.6)
required restraint
This requirement is satisfied by the load securing mat alone.
30
80% 800 daN
-30% -300 daN
50% 500 daN
80% 800 daN
-60% -600 daN
20% 200 daN
60% 600 daN
-30% -300 da
30% 300 daN
60% 600 daN
-60% -600 daN
0% 0 daN
50% 500 daN
-30% 300 daN
20% 200 daN
50% 500 daN
-60% 600 daN
-10% -100 daN