Black

Technical drawing - Locking tubes
A locking tube is used as a safety device in structures with gas springs. The locking tube stops the gas spring closing unexpectedly. This may be in the event of a gust of wind, distortion of the gas spring, a leaking gasket, increased load on the structure, etc. You have to press the locking tube manually to be able to press the gas spring together. Locking tubes should always be used for safety where objects can hit people or structures and cause injury or damage.

The black version of the locking tube has been given an epoxy powder coating. This provides a degree of rust protection. If you need to use a locking tube in a wet or damp environment, however, we recommend that you use the stainless steel version.

Note: Locking tubes can only be used together with gas springs with threads.

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Shopping Options
Ø1 - fits rod size (mm)
Ø2 - Fits cylinder (mm)
L1 - Fits stroke length (mm)
Ø1 - Piston Rod diameter (in)
Ø2 - Tube diameter (in)
L1 - Stroke (in)

Items 1-10 of 24

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View prices - Add to Cart Material Ø1
fits rod size (mm)
Ø2
Fits cylinder (mm)
L1
Fits stroke length (mm)
SKU Stock Tech Drawing Read More 3D CAD
Black painted steel 0.2362 0.5906 3.1496 LTN-6-80 LTN-6-80
Black painted steel 0.2362 0.5906 3.9370 LTN-6-100 LTN-6-100
Black painted steel 0.2362 0.5906 5.9055 LTN-6-150 LTN-6-150
Black painted steel 0.2362 0.5906 7.8740 LTN-6-200 LTN-6-200
Black painted steel 0.3150 0.7087 3.9370 LTN-8-100 LTN-8-100
Black painted steel 0.3150 0.7087 5.9055 LTN-8-150 LTN-8-150
Black painted steel 0.3150 0.7087 7.8740 LTN-8-200 LTN-8-200
Black painted steel 0.3150 0.7087 9.8425 LTN-8-250 LTN-8-250
Black painted steel 0.3937 0.9055 3.9370 LTN-10-100 LTN-10-100
Black painted steel 0.3937 0.9055 5.9055 LTN-10-150 LTN-10-150
  1. LTN-6-80
    In stock: 113
    Material Black painted steel
    Ø1 - fits rod size (mm) 0.2362
    Ø2 - Fits cylinder (mm) 0.5906
    L1 - Fits stroke length (mm) 3.1496
  2. LTN-6-100
    In stock: 94
    Material Black painted steel
    Ø1 - fits rod size (mm) 0.2362
    Ø2 - Fits cylinder (mm) 0.5906
    L1 - Fits stroke length (mm) 3.9370
  3. LTN-6-150
    In stock: 91
    Material Black painted steel
    Ø1 - fits rod size (mm) 0.2362
    Ø2 - Fits cylinder (mm) 0.5906
    L1 - Fits stroke length (mm) 5.9055
  4. LTN-6-200
    In stock: 87
    Material Black painted steel
    Ø1 - fits rod size (mm) 0.2362
    Ø2 - Fits cylinder (mm) 0.5906
    L1 - Fits stroke length (mm) 7.8740
  5. LTN-8-100
    In stock: 89
    Material Black painted steel
    Ø1 - fits rod size (mm) 0.3150
    Ø2 - Fits cylinder (mm) 0.7087
    L1 - Fits stroke length (mm) 3.9370
  6. LTN-8-150
    In stock: 114
    Material Black painted steel
    Ø1 - fits rod size (mm) 0.3150
    Ø2 - Fits cylinder (mm) 0.7087
    L1 - Fits stroke length (mm) 5.9055
  7. LTN-8-200
    In stock: 166
    Material Black painted steel
    Ø1 - fits rod size (mm) 0.3150
    Ø2 - Fits cylinder (mm) 0.7087
    L1 - Fits stroke length (mm) 7.8740
  8. LTN-8-250
    In stock: 100
    Material Black painted steel
    Ø1 - fits rod size (mm) 0.3150
    Ø2 - Fits cylinder (mm) 0.7087
    L1 - Fits stroke length (mm) 9.8425
  9. LTN-10-100
    In stock: 51
    Material Black painted steel
    Ø1 - fits rod size (mm) 0.3937
    Ø2 - Fits cylinder (mm) 0.9055
    L1 - Fits stroke length (mm) 3.9370
  10. LTN-10-150
    In stock: 47
    Material Black painted steel
    Ø1 - fits rod size (mm) 0.3937
    Ø2 - Fits cylinder (mm) 0.9055
    L1 - Fits stroke length (mm) 5.9055
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Material

The black version is epoxy powder coated and thus resistant to corrosion.

Locking tube with gas spring

Fitting And Use

The locking tube ensures that external elements such as wind, collisions, impacts, etc. do not cause a gate, for example, to close accidentally, risking injury to people or damage to property.

The function of the locking tube is easily neutralised with just one push.

How to mount a locking tube

  1. When fitting the locking tube onto the gas spring it can be difficult to get the thread on the piston through the end piece of the locking tube. This is because of the spring-loaded end piece, which flips to the side to ensure correct spring function once.
  2. Press on the highest point of the end piece, and at the same time guide the piston through the hole in the end piece. Gas springs with a 6 mm piston are screwed into the end piece.
  3. The locking tube has now been fitted correctly, and the end fitting can be put on.

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