Use and Maintenance Manual
–
A16 J A18 J Series
Page 35
3.3.5.
Pressure of the machine on ground and load-bearing capacity of ground
Before using the machine, the operator must make sure the floor is suitable for withstanding the specific loads and pressures on
the ground with a certain safety margin.
The following chart provides the parameters in play and two examples of calculation of the average pressure on the ground
below the machine and max pressure underneath the wheels or stabilizers (p1 and p2).
SYMBOL
U.M.
DESCRIPTION
EXPLANATION
FORMULA
P1
Kg
Total machine weight
It represents the machine weight, nominal load excluded.
Note: always refer to the details indicated on the plates
affixed to the machine.
-
M
Kg
Nominal Load
The max. load allowed for the work platform.
-
A1
cm²
Area occupied on the
ground
Machine supporting area on the ground determined by
the result of TRACK x WHEELS BASE.
A1 = c × i
c
cm
Track
Cross width of machine measured outside the wheels.
or:
Cross width of machine measured between levelling
stabilizer centres.
-
i
cm
Wheel base
Longitudinal length of machine measured between wheel
centres.
or:
Longitudinal length of machine measured between
levelling stabilizer centres.
-
A2
cm²
Wheel or levelling
stabilizer area
Wheel or levelling stabilizer ground support area. The
wheel support area on the ground must be verified
empirically by the operator; the levelling stabilizer support
area depends on the shape of the support foot.
-
P2
Kg
Max. load on wheel or
levelling stabilizer
This represents the max. load that can be discharged
onto the ground by a wheel or by a levelling stabilizer
when the machine is in the worst position and load
conditions. Note: always refer to the details indicated on
the plates affixed to the machine.
-
p1
Kg/cm²
Pressure on ground
Average pressure placed on the ground in idle conditions
and supporting the nominal load.
p1 = (P1 + M) / A1
p2
Kg/cm²
Max specific pressure
Max. pressure which a wheel or a levelling stabilizer can
place on the ground when the machine is in the worst
position and load conditions.
p2 = P2 / A2
Summary of Contents for AIRO A Series
Page 14: ...Use and Maintenance Manual A16 J A18 J Series Page 14...
Page 17: ...Use and Maintenance Manual A16 J A18 J Series Page 17...
Page 20: ...Use and Maintenance Manual A16 J A18 J Series Page 20...
Page 23: ...Use and Maintenance Manual A16 J A18 J Series Page 23...
Page 26: ...Use and Maintenance Manual A16 J A18 J Series Page 26...
Page 29: ...Use and Maintenance Manual A16 J A18 J Series Page 29...
Page 89: ...Use and Maintenance Manual A16 J A18 J Series Page 89...
Page 108: ...Use and Maintenance Manual A16 J A18 J Series Page 108 029 08 144...
Page 109: ...Use and Maintenance Manual A16 J A18 J Series Page 109 029 08 149...
Page 110: ...Use and Maintenance Manual A16 J A18 J Series Page 110 029 08 161...
Page 111: ...Use and Maintenance Manual A16 J A18 J Series Page 111 029 08 171...
Page 112: ...Use and Maintenance Manual A16 J A18 J Series Page 112 029 08 128...
Page 113: ...Use and Maintenance Manual A16 J A18 J Series Page 113 029 08 129...
Page 114: ...Use and Maintenance Manual A16 J A18 J Series Page 114 029 08 150...
Page 115: ...Use and Maintenance Manual A16 J A18 J Series Page 115 029 08 132...
Page 116: ...Use and Maintenance Manual A16 J A18 J Series Page 116 029 08 158...
Page 117: ...Use and Maintenance Manual A16 J A18 J Series Page 117 029 08 148...
Page 118: ...Use and Maintenance Manual A16 J A18 J Series Page 118 029 08 147...
Page 119: ...Use and Maintenance Manual A16 J A18 J Series Page 119...
Page 121: ...Use and Maintenance Manual A16 J A18 J Series Page 121...
Page 123: ...Use and Maintenance Manual A16 J A18 J Series Page 123...