Stability Data
T he follo wing tables list the maxim um slope recommended for the traction unit in the positions listed in
the tables . Slopes o v er the listed deg ree ma y cause the traction unit to become unstable . T he data in the
tables assume that the loader ar ms are fully lo w ered; raised ar ms ma y affect the stability .
In eac h attac hment man ual is a set of three stability ratings , one for eac h hill position. T o deter mine the
maxim um slope y ou can tra v erse with the attac hment installed, find the deg ree of slope that cor responds
to the stability ratings of the attac hment. Example: If the attac hment installed on a TX 420 traction
unit has a F ront Uphill rating of B , a R ear Uphill rating of D , and a Side Uphill rating of C , then y ou
could dri v e forw ard up a 205 slope , rearw ard up a 125 slope , or sidew a ys on a 145 slope , as listed in
the follo wing table for the TX 420 traction unit.
TX 420, Model 22306
Maximum Recommended Slope when
Operating with:
Front Uphill Rear Uphill Side Uphill
Conguration
Traction unit without attachment
11° 21° 19°
Traction unit with an attachment rated with one of the following
stability ratings for each slope position:*
A
25° 25° 20°
B
20° 20° 18°
C
17° 17° 14°
D
10° 12° 9°
E
5° 5° 5°
TX 425, Model 22307
Maximum Recommended Slope when
Operating with:
Front Uphill Rear Uphill Side Uphill
Conguration
Traction unit without attachment
12° 20° 23°
Traction unit with an attachment rated with one of the following
stability ratings for each slope position:*
A
25° 25° 25°
B
22° 22° 22°
C
18° 16° 16°
D
10° 10° 10°
E
5° 5° 5°
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