Ford TRANSIT 2016.75, Руководство по монтажу

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1.16.4 Center of Gravity Height Calculation
Given or measured parameter
WB Wheelbase
m
V
Front axle weight
m
H
Rear axle weight
H Front height
Calculated and auxiliary parameter
Z
SP
Center of Gravity (CoG) height
m
G
Total vehicle mass
X
V
Distance front axle to CoG (horizontal)
X
H
Distance rear axle to CoG (horizontal)
RS
'
Wheelbase (projected in horizontal)
m
'
V
Front axle weight
m
'
H
Rear axle weight
X
'
V
Distance front axle to CoG (projected in horizontal direc-
tion)
X
'
H
Distance rear axle to CoG (projected in horizontal direc-
tion)
arc sin Inclination angle
X
H1
Front part of 'distance rear axle to CoG (horizontal)'
X
H2
Rear part of 'distance rear axle to CoG (horizontal)'
1.16.5 Formulas
•
Masses and lengths. Total vehicle mass is the
sum of front and rear axle weight:
•
m
G
= m
V
+ m
H
The longitudinal distances between the
Center of Gravity and the centres of wheels
equal:
E146626
In inclined system the main variable is the
inclination angle which is the quotient of the
lifting height and the wheelbase:
E146627
FORD TRANSIT 2016.75
Date of Publication: 03/2018
EU
1 G
ener
al Inf
orma
tion
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