Gas springs threads 316

Technical drawing - GFRF gas springs
The GFRF 316 version comes with FDA approved oil (Omnilube FGH 1046) and can be used in the food industry. Both tube and piston rod are made of 316 stainless steel, which offers the best protection. The springs are threaded in both ends.
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Ø1 - Piston Rod diameter (mm)
Ø2 - Tube diameter (mm)
L1 - Stroke (mm)
L2 - Unloaded length between thread (mm)
F - Force (N)
K - Force ratio
G - Thread (mm)

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Ø1
Piston Rod diameter (mm)
Ø2
Tube diameter (mm)
L1
Stroke (mm)
F
Force (N)
L2
Unloaded length between thread (mm)
K
Force ratio
G
Thread (mm)
SKU Tech Drawing Compare Read More 3D CAD Stock View prices - Add to Cart
6,00 15,00 20,00 50,00 86,00 1,30 6,00 GFRF-6-20-50-316 GFRF-6-20-50-316 -
6,00 15,00 20,00 100,00 86,00 1,30 6,00 GFRF-6-20-100-316 GFRF-6-20-100-316 -
6,00 15,00 20,00 150,00 86,00 1,30 6,00 GFRF-6-20-150-316 GFRF-6-20-150-316 -
6,00 15,00 20,00 200,00 86,00 1,30 6,00 GFRF-6-20-200-316 GFRF-6-20-200-316 -
6,00 15,00 20,00 250,00 86,00 1,30 6,00 GFRF-6-20-250-316 GFRF-6-20-250-316 -
6,00 15,00 20,00 300,00 86,00 1,30 6,00 GFRF-6-20-300-316 GFRF-6-20-300-316 -
6,00 15,00 20,00 350,00 86,00 1,30 6,00 GFRF-6-20-350-316 GFRF-6-20-350-316 -
6,00 15,00 20,00 400,00 86,00 1,30 6,00 GFRF-6-20-400-316 GFRF-6-20-400-316 -
6,00 15,00 40,00 50,00 126,00 1,30 6,00 GFRF-6-40-50-316 GFRF-6-40-50-316 -
6,00 15,00 40,00 100,00 126,00 1,30 6,00 GFRF-6-40-100-316 GFRF-6-40-100-316 -
  1. GFRF-6-20-50-316
    In stock: 0
    Ø1 - Piston Rod diameter (mm) 6,00
    Ø2 - Tube diameter (mm) 15,00
    L1 - Stroke (mm) 20,00
    F - Force (N) 50,00
    L2 - Unloaded length between thread (mm) 86,00
    K - Force ratio 1,30
    G - Thread (mm) 6,00
  2. Ø1 - Piston Rod diameter (mm) 6,00
    Ø2 - Tube diameter (mm) 15,00
    L1 - Stroke (mm) 20,00
    F - Force (N) 100,00
    L2 - Unloaded length between thread (mm) 86,00
    K - Force ratio 1,30
    G - Thread (mm) 6,00
  3. Ø1 - Piston Rod diameter (mm) 6,00
    Ø2 - Tube diameter (mm) 15,00
    L1 - Stroke (mm) 20,00
    F - Force (N) 150,00
    L2 - Unloaded length between thread (mm) 86,00
    K - Force ratio 1,30
    G - Thread (mm) 6,00
  4. Ø1 - Piston Rod diameter (mm) 6,00
    Ø2 - Tube diameter (mm) 15,00
    L1 - Stroke (mm) 20,00
    F - Force (N) 200,00
    L2 - Unloaded length between thread (mm) 86,00
    K - Force ratio 1,30
    G - Thread (mm) 6,00
  5. Ø1 - Piston Rod diameter (mm) 6,00
    Ø2 - Tube diameter (mm) 15,00
    L1 - Stroke (mm) 20,00
    F - Force (N) 250,00
    L2 - Unloaded length between thread (mm) 86,00
    K - Force ratio 1,30
    G - Thread (mm) 6,00
  6. Ø1 - Piston Rod diameter (mm) 6,00
    Ø2 - Tube diameter (mm) 15,00
    L1 - Stroke (mm) 20,00
    F - Force (N) 300,00
    L2 - Unloaded length between thread (mm) 86,00
    K - Force ratio 1,30
    G - Thread (mm) 6,00
  7. Ø1 - Piston Rod diameter (mm) 6,00
    Ø2 - Tube diameter (mm) 15,00
    L1 - Stroke (mm) 20,00
    F - Force (N) 350,00
    L2 - Unloaded length between thread (mm) 86,00
    K - Force ratio 1,30
    G - Thread (mm) 6,00
  8. Ø1 - Piston Rod diameter (mm) 6,00
    Ø2 - Tube diameter (mm) 15,00
    L1 - Stroke (mm) 20,00
    F - Force (N) 400,00
    L2 - Unloaded length between thread (mm) 86,00
    K - Force ratio 1,30
    G - Thread (mm) 6,00
  9. GFRF-6-40-50-316
    In stock: 25
    Ø1 - Piston Rod diameter (mm) 6,00
    Ø2 - Tube diameter (mm) 15,00
    L1 - Stroke (mm) 40,00
    F - Force (N) 50,00
    L2 - Unloaded length between thread (mm) 126,00
    K - Force ratio 1,30
    G - Thread (mm) 6,00
  10. GFRF-6-40-100-316
    In stock: 25
    Ø1 - Piston Rod diameter (mm) 6,00
    Ø2 - Tube diameter (mm) 15,00
    L1 - Stroke (mm) 40,00
    F - Force (N) 100,00
    L2 - Unloaded length between thread (mm) 126,00
    K - Force ratio 1,30
    G - Thread (mm) 6,00

Items 1-10 of 844

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Material

Cylinder and piston rod: Stainless steel gas springs are made from AISI 316 stainless steel.

Oil: The oil is approved for food use. (Omnilube FGH 1046)

Gas: The gas is nitrogen gas.

Stock number

Gas springs in the Sodemann Industrifjedre A/S range are defined based on the thickness of the piston rod, the stroke and the force in N.
Naming of gas spring

Force curve

The force in a compression gas spring increases the more it is compressed, in other words as the piston rod is pushed into the cylinder. This is because the gas in the cylinder is compressed more and more due to displacement changes inside the cylinder, thereby increasing the pressure that results in the axial force that pushes the piston rod.

Description

Gas springs contain nitrogen gas under high pressure. This is a type of gas that cannot burn or explode, nor is it toxic if inhaled. No attempt must be made, in any circumstances, to take the gas spring apart or to refill it - this is extremely risky due to the high pressure! Do not burn, puncture, squash or dent the gas spring, and do not weld the surface of the cylinder. Do not scratch, paint or bend the piston.

Copyright © 2020 Sodemann Industrifjedre A/S. All rights reserved.