
98 31200243
Maintenance Section
Tire Pressure
Personal injury can result from improper tire inflaton.
A tire blowout or rim failure can result from improper
or misused equipment.
Use a self-inflating chuck and stand behind the tread
when inflating a tire.
Proper inflating equipment, and training in using the
equipment, are necessary to avoid overinflating.
Before inflating tire, put the tire in a restraining device.
Tire inflation pressures for each application may vary.
These tire inflation pressures should be obtained from
your tire supplier.
The tire inflation pressures that are shown in the
following table are cold inflation pressures.
Stand behind the tire tread and use an inflation chuck
on the air line with a Caterpillar 4S-6524 Pressure
Gauge, or 1P-0545 Pressure Gauge. If these
pressure gauges are not available use an equivalent
tool to check the tire pressure.
Table 12
(1) The "R" in the tire size signifies radial construction.
Refer to the topics in the following list for more
information on tire inflation:
• Operation and Maintenance Manual, "Tire Inflation
with Air"
• Operation and Maintenance Manual, "Tire Inflation
Pressure Adjustment"
EAME Standards
Model Tire Size Ply Rating Tire Pressure
Compatible
with Foam
Weight of
Foam per
Wheel
TH360B 15.5-25SGL-2A 12
400 kPa
(58 psi)
No -
TH360B
(1)
15.5R25XHA Radial
400 kPa
(58 psi)
No -
TH360B 13-24 SGG-2ATL 12
440 kPa
(64 psi)
Yes
233 kg
(514 lb)
TH360B
(Stabilizers)
15.5-25SGL-2A 12
400 kPa
(58 psi)
No -
TH360B
(Stabilizers)
(1)
15.5R25XHA Radial
400 kPa
(58 psi)
No -
TH360B
(Stabilizers)
13-24 SGG-2ATL 12
440 kPa
(64 psi)
Yes
233 kg
(514 lb)