NEW: Independent position damping...

Individually dampen with the dynamic groove in the cylinder tube

Due to the groove, which is installed in the cylinder tube in this gas spring variant, the damping characteristic of the gas spring can be adapted very individually to the respective customer requirements.

In this case, the damping is not effected via the nozzle, as is the case with conventional gas springs, but is controlled by the groove in the cylinder. This results in many advantages: The damping in this variant has an effect in every installation position. Whether horizontally or with piston rod upwards - the damping characteristic is always the same.

The damping intensity and characteristic can also be adapted more precisely to customer requirements. A very smooth transition into the damping is possible and thus spares the construction additionally.

The dynamic groove is available for the cylinder diameters 15, 19 and 22. The groove is designed so that the damping characteristics correspond to the individual requirements of the customer.

Characteristics:

• End damping ensured in every installation position (horizontal or with piston rod upwards)
• Controlled damping is possible regardless of position
• Individual damping characteristics over the complete stroke possible

In order to be able to design the groove, detailed information on the application and desired function of the gas spring is necessary.

Technical Data:

Connecting part piston rod	Connecting part cylinder	Model	Push-out speed	Size	Stroke	Extended length (EL1)	Index*	Extension force F1 (N)
See Catalog	See Catalog	G	Damping pull out 4= normal, normal end damping 5= normal, increased end damping 7= slow, normal end damping 8= slow, increased end damping 9= other variations Damping push in E= normal, normal end damping F= normal, increased end damping H= slow, normal end damping I= slow, increased end damping J= other variations	6= 6/15 C= 6/19 D= 6/22 0= 8/19 1= 8/22 2= 10/22	40-150 40-150 40-150 60-300 60-300 60-800	2x stroke + 30 2x stroke + 42 2x stroke + 43 2x stroke + 48 2x stroke + 48 2x stroke + 47		30-400 30-400 30-400 30-700 30-700 50-1300
			Damping both directions O= normal, normal end damping P= normal, increased end damping R= slow, normal end damping S= slow, increased end damping T= other variations	6= 6/15 C= 6/19 D= 6/22 0= 8/19 1= 8/22 2= 10/22	80-150 80-150 80-150 120-300 120-300 120-800	2x stroke + 55 2x stroke + 68 2x stroke + 69 2x stroke + 74 2x stroke + 70 2x stroke + 70		30-400 30-400 30-400 30-700 30-700 50-1300