Gas spring stainless steel 26201-1023100X350
- Suitable for controlled lifting and lowering of hatches, caps and hoods
- Individually fillable
- Suitable for use in the foodstuff industry
- Retroactive reduction of filling force through check valve
- Maintenance-free
Sales unit
kr1,133.02
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Designation
Gas spring
Main
material
stainless steel
D1=Housing diameter
23
D=shaft diameter
10
F1=Push out force (N)
350
F1=min./max. (N)
100-1200
D2
M8
Hazardous goods class
Dangerous goods class 2.2
L
270
L1
10
Progression
%
30
Size
10/23
Travel
S
100
UN No.
UN 3164
UNSPSC Code
31161702
~ CONFLICT MINERALS 3TG status
no intentional 3TG
~ CP65 substance 2 cancer
nickel (metallic)
~ PFAS free?
not yet identified
~ PFAS substance/s
PTFE,FKM
~ REACH SVHC-free?
yes
~ RoHS conformity
yes, without exemption
~ TSCA 6(H) conformity
yes
Description
Material
Piston rod, stainless steel 1.4305.
Pressure tube, stainless steel 1.4301.
Filling medium: oil, nitrogen.
Version
Piston rod and pressure pipe, bright.
Note
Individual filled gas springs are excluded from replacement
Gas springs are maintenance-free, self-contained systems that are filled with nitrogen under high pressure. There is also an internal defined quantity of oil for end position damping and lubrication purposes. The gas springs contain a check valve in the grub screw of the pressure pipe which enables the extension force to be subsequently reduced.
The gas springs must be stored and mounted with the piston rod extending downwards.
The physical properties that apply when a gas spring is being filled result in a tolerance range of ±5 % for the rated extension force.
Gas springs are filled with nitrogen under high pressure and under no circumstances should they be opened or overloaded.
Gas springs are maintenance-free, self-contained systems that are filled with nitrogen under high pressure. There is also an internal defined quantity of oil for end position damping and lubrication purposes. The gas springs contain a check valve in the grub screw of the pressure pipe which enables the extension force to be subsequently reduced.
The gas springs must be stored and mounted with the piston rod extending downwards.
The physical properties that apply when a gas spring is being filled result in a tolerance range of ±5 % for the rated extension force.
Gas springs are filled with nitrogen under high pressure and under no circumstances should they be opened or overloaded.
On request
Other extension forces.
Potential extension force F1 (min.–max.)
Size 06/15: 40–400 N
Size 08/19: 50–700 N
Size 10/23: 100–1200 N
Size 14/28: 200–2500 N
Potential extension force F1 (min.–max.)
Size 06/15: 40–400 N
Size 08/19: 50–700 N
Size 10/23: 100–1200 N
Size 14/28: 200–2500 N
Accessory
See adjacent illustration for connectors and hardware.
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