English
Hydraulic Car Jack PROLINE
F 06.01.073
technische Änderungen vorbehalten
design changes under reserve
changements techniques sous réserve
7/12
Technical specifications
Type
Capacity
Stroke Rated pressure
Lift per pump stroke
Oil capacity
Weight
tons
mm
bar
mm
cm
3
Kg
032300002
2.0 115 376
3.75
130 2.9
032302004
3.5 115 660
3.75
130 2.9
032303000
5.0 150 620
2.50
160 3.9
032305003
8.0 150 550
1.37
280 5.7
032306026
10.0 150 690
1.37
280 5.7
032307006
12.0 157 690
1.15
350 7.1
032308002
15.0 155 710
0.94
380 38.3
032309009
20.0 155 710
0.70
510 10.7
032310007
25.0 157 710
0.57
700 13.1
032311003
30.0 142 680
0.45
760 14.5
032301016
3.0 215 570
1.76/3.75
240 4.87
032304001
5.0 305 620
1.37/2.50
620 6.3
032304002
10.0 262 690
0.78/1.37
620 8.8
032307014
12.0 255 600
0.60/0.94
770 11.0
032306034
1)
10.0 210 690
0.78/1.37
500 7.9
032304003
2)
10.0 210 690
0.78/1.37
250 6.5
1)
Low-profile configuration
2)
With 45 mm extension-piece (replaceable thrust member)
Description of functions:
The term “lifting jack” refers to a manually operated
hydraulic lifting device. The pump piston is used to
bring hydraulic pressure to bear on the lifting piston. A
non-return valve ensures that the load cannot drop by
accident. A built-in pressure-limiting valve protects the
hydraulic system from overloading, while a screw-ac-
tion seat valve provides for the controlled lowering of
the load.
Operating precautions:
Note:
•
Always stand the jack on a firm surface of adequate
load-bearing capacity
•
Provide the jack with additional support (e.g. wooden
blocks) when necessary
•
Ensure the free movement of the pump handle
Instructions for use
Position the device under the jacking points provided
for the purpose by the vehicle manufacturer (or at a
suitable part of the load being lifted) in such a way that
there is no need to reach under the raised load.
Insert the correct end of the pump handle into its
socket and turn anti-clockwise until both items are
securely engaged with each other.
The pump handle can now be used for pushing the
jack under the load being raised, and for pulling it out
when the lifting operation is complete. The engaging
mechanism also ensures that the pump handle cannot
slip out of place during use.
Lifting:
Depending on the type of jack being used,
the screw spindle should be adjusted so
that it is almost touching the jacking point.
With the release valve open, pump the
handle up and down a few times.
Turn the pump handle clockwise to shut the release
valve.
Pump up the jack with complete
strokes of the handle.
The raised load should be provided
with additional support (e.g. axle
stands) while work is in progress.
Do not leave tools, etc. lying around
under the area of the raised load while work is being
carried out.
Lowering the load:
Before lowering the load, ensure that there are no
obstructions likely to block its path. The lowering area
MUST be free of tools and other objects.
Raise the load slightly to permit the removal of any
additional support used.
Insert the end of the pump handle into the release-
valve socket and slowly and gently rotate it anti-
clockwise (by no more than half a turn) to open the
valve.
CAUTION
The load will drop suddenly if the valve is opened
excessively or too quickly.
The user is responsible for the correct operation of
the lowering valve.
Screw the piston and spindle fully home once the
jacking operation is complete.
