Lift Unit
pneumatic
aluminum
- Compact design with cross roller guide
- WLL 185 N
- High fit precision between the modules via centering system
- Extremely high repeat accuracy
- Hardened, external and variable stop system
$1,133.22
plus sales tax
Added to your shopping cart
D2=Cylinder Ø
16
F6=Piston force at 6 bar (N)
80
F6=Retraction force at 6 bar (
55
For=For proximity switch
20900-020X5000
For=Suitable shock absorber
26300-0810008
S=Travel
10
T1=Dynamic load ratings N
1435
T2=Static load ratings N
1435
V6=Air consumption per cycle
3,7
A
21
A1
21
A2
27,5
A3
12
A4
12,5
B
42
B1
57
Body material
aluminum
Component material
steel
D
7
D1
4,2
D2
M04
D3
M08X1
Designation
Lift Unit
E
32
H
68
H1
10
H2
10
M1 Nm
12,5
M2 Nm
12,5
M3 Nm
13,5
P
5
P1
12
P2
16
S1
19 + S/2 (travel)
S2
10
S3
16,5
Size
4
T
1,6
T1
6
Version 1
pneumatic
Version 2
with rail guides
Description
Material
Housing high-strength aluminum
Version
Housing anodized.
Stop system hardened and black oxidized.
Stop system hardened and black oxidized.
Note
Maintenance-free pneumatic lifting units, compact construction with cross roller guides. Control by 4/2 or 5/2 directional valve. Pneumatic drive, 4-8 bar, constant, filtered (10 µm), dried, oiled or unoiled. Compressed air connection M5.
Modules of the same size can be combined with one another without adapter plates via the precise centering system by means of centering rings 20240.
Repeat accuracy ±0.01 mm.
Modules of the same size can be combined with one another without adapter plates via the precise centering system by means of centering rings 20240.
Repeat accuracy ±0.01 mm.
Drawing reference
1) compressed air connections
2) counterbore for socket head screw ISO 4762-M4
2) counterbore for socket head screw ISO 4762-M4
Accessory
Shock absorber, proximitiy switch and connector see table.
Important note on downloading CAD models
In order to download our CAD models, you must log in first. If you have not created an account yet, please register under "My Account" (right side of the screen) and follow the instructions.