Z-Cylinder
No external compression force (load) required
Combination of hydraulic adjustment cylinder and gas traction spring
Gas spring components as well as our gas spring technology are used for this cylinder adjustment variation. The Z-Cylinder is a combination of our hydraulic adjustment cylinder and a gas traction spring. This variation allows the system to be compressed without the need of an external compression force (load). The Z-Cylinder can be installed in any position.
Product Features:
- No external compression force (load) required
- Max. Weight 600kg per system
- Stroke Length: 150mm - 400mm (special strokes from 30mm up to 800mm)
- Standard Compression Force: 100N (approx 10kg)
Attention: The max load per cylinder will be reduced accordingly. Other compression forces on request. - Several Connecting parts
Stroke | Cylinder tube length (EL2) | Diameter piston rod/cylinder | Model | Max weight per cylinder | Speed* | Order number incl. Connecting Parts |
150mm | Stroke + 95mm | 10/28mm | 1 | 100 kg | fast | ZZ413150-A1ZW |
2 | 150 kg | normal | ZZ416150-A1ZW | |||
Stroke x 1,33 + 56mm | 8/19mm | 2 | 80kg | normal | ZZ616150-A1ZW | |
200mm | Stroke + 95mm | 10/28mm | 1 | 100 kg | fast | ZZ413200-A1ZW |
2 | 150 kg | normal | ZZ416200-A1ZW | |||
Stroke x 1,33 + 56mm | 8/19mm | 2 | 80 kg | normal | ZZ616200-A1ZW | |
300mm | Stroke + 95mm | 10/28mm | 1 | 100 kg | fast | ZZ413300-A1ZW |
2 | 150 kg | normal | ZZ416300-A1ZW | |||
Stroke x 1,33 + 56mm | 8/19mm | 2 | 80 kg | normal | ZZ616300-A1ZW | |
400mm | Stroke + 95mm | 10/28mm | 1 | 100 kg | fats | ZZ413400-A1ZW |
2 | 150 kg | normal | ZZ416400-A1ZW | |||
Stroke x 1,33 + 56mm | 8/19mm | 2 | 80 kg | normal | ZZ616400-A1ZW |
*speed depends also on selected actuation
Model:
- model 1: fast speed (6 - 8 mm per pump rotation), normal load up to 100 kg per cylinder.
- model 2: high load up to 150 kg per cylinder, normal speed (4 - 5,3 mm per pump rotation).
The pump must be selected in correspondence with the adjustment cylinder model.
Inserted length calculation:
The length is always calculated with retracted piston rod.
The complete length of the Z-Cylinder is calculated as follows:
EL1 = EL2 + ELK + ELZ
EL2: length of retracted cylinder including piston rod (see table above)
ELK: length of connecting part
ELZ: length of cylinder side connecting part