3. TEchNIcAL DATA
O/No. leg
O/No. pair
Max. load / leg
t
Max. load / pair
t
Drop leg
mm 10 x 50 = 500
Weight / leg
kg
Weight / pair
kg
Modifications of the design and execution reserved.
4. GENERAL
The trailer landing legs are suitable for steel and aluminium chassis and
are interchangeable with conventional spindle supports.
The drop tube is secured with a sprung captive plug-in pin and holes with
50 mm spacing.
GB
Use takes place individually or in pairs.
5. cONSTRucTION / FuNcTION
The trailer landing legs are equipped with rocking foot.
Using the drop tube it is possible to bridge heights quickly.
6. mONTAGE
Assembly by specialist personnel exclusively!
Bolt on the trailer landing legs with 10 screws of type M16 8.8 with
washers. Tightening torque 190 Nm.
7. OPERATION
Read the operating instructions prior to commissioning.
z Observe accident prevention regulations of the trade association for
vehicle ownership and the Safety of Machinery Act.
z Operation by trained personnel only.
z Keep parking area free of persons and hindrances.
A795-1
A995-1
A520-1
A795
A995
A520
10
10
20
20
20
9 x 50 = 450
7 x 50 = 350
19,5
21
39
42
24
10
Decoupling
1. Position the tractor and trailer on level ground.
12
Block the wheels of the tractor.
2. On the trailer, actuate the parking brake and block the wheels.
After a while, decoupled trailers lose air from their
suspension.
This causes the trailer to move and can damage
the supports. Remedy: Vent the suspension prior to
decoupling.
3. Extend the drop tube (3) by opening the locking mechanism (sprung
captive locking pin).
ATTENTION!
When operating the drop tube (3) use
the handle (1). Slowly move the drop tube
(3) to the respective limit position.
Do not bring the drop tube (3) to the
respective limit position through free-fall!
Observe the net weight of the drop tube!
If the height to be bridged is greater than
the length of the drop tube, this may fall
out of the shaft. The drop tube must not be
drawn out further than the last hole (max.
drop stroke).
Only open the locking mechanism (2)
when the support is not loaded. Before
the support is loaded this must be closed.
4
5
2
– 6 –
2
2
1
3
1
1