113.3-16-40
GN 113.3 Broches à billes en inox
Délai: 1-2 semaines Toutes les tailles et variantes de GN 113.3
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Fiche technique
Caractéristiques techniques
| Code | GN 113.3-16-40 |
|---|---|
| d1 -0.04/-0.08 | 16 |
| d1 | 16 |
| l1 | 40 |
| l1 +0.6 | 40 |
| d2 | 19 |
| d3 | 20 |
| l2 | 14 |
| l2 ±1 | 14 |
| l3+0.2 | 32 |
| Location bore H11 |
16 |
| Axial holding force in N≈ |
155 |
| Load F in kN ≈ Load capacity in kN ≈ Double sided shearing resistance according DIN 50141 (breaking strength) |
155 |
 |
137 |
Stainless Steel AISI 303
Balls
Stainless Steel AISI 420C
Spring
Stainless Steel AISI 631
temperature resistant up to 250 °C
Stainless Steel-Ball lock pins GN 113.3 are used for quick fixing, connecting and locking of various parts and workpieces. A typical application is locating pins which have often to be removed and installed again.
By pressing the spring loaded push button both balls are unlocked and by releasing it the balls are locked again.
Ball lock pins GN 113.3 are renowned for their compactness. The eye ring is enclosed unmounted.
The load values given in the above table at shear stress are theoretically obtained and indicative only. They are non-binding recommended values and rule out any liability. They constitute no general warranty of quality and condition. The user must determine from case to case whether a product is suitable for the intended use.
- Ball chains GN 111
- Stainless Steel-Ball chains GN 111.5
- Retaining cables GN 111.2
- Spiral retaining cables GN 111.4
Information
The load capacities specified in the table for the double sided shearing resistance (breaking strength) have been calculated or theoretically defined on the basis of DIN 50141.
At the same time, the endangered bolt cross-section S, according to a nearby sketch, was considered in two shear planes before breakage.
The details given on load rating are non-binding guide values without any liability. In general, they do not constitute a warranty of condition.
The user must determine whether the product is suitable for the intended purpose. Environmental factors can influence the specified values.
An appropriate safety factor must be taken into account in the design.