Ball lock pin stainless steel 03415-112825150
- For connecting machine parts and workpieces quickly and easily
- Application sectors: machine, instrument and fixture construction, measuring technology, domestic use
- Secure locking by simply pressing and releasing the push button
- Stainless steel 1.4305, 1.4125, 1.4310
- Self-locking
Sales unit
€140.08
plus sales tax
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Désignation
Goupille d'arrêt
Modèle 2
résistance élevée au cisaillement
Forme
B
Type de forme
avec creux de poignée et
Matériau
du corps de base
acier inoxydable
Matériau
des composants
acier inoxydable
D1=Diamètre de boulon
25
L=Longueur
150
Alésage
de réception
H11
25
Code acier
1.4542
D
28
D2
31
D3
26
D4
39
Force de cisaillement
double
kN max.
645
L1
22,1
L2
46,3
L3
71,6
L4
36,6
L5
172,1
Poignée de la goupille d’arrêt
-
SW
27
~ CONFLICT MINERALS 3TG status
no intentional 3TG
~ CP65 substance 2 cancer
nickel (metallic)
~ PFAS free?
yes
~ REACH SVHC-free?
yes
~ RoHS conformity
yes, without exemption
~ TSCA 6(H) conformity
yes
Description
Material
Grip and push button 1.4305 stainless steel.
Pin 1.4542 stainless steel.
Balls 1.4125 stainless steel.
Spring and hanger 1.4310 stainless steel wire.
Version
Bright.
Note
Ball lock pins are used for easy fastening or joining of components.
The two balls are disengaged by pressing the push button and the pin can be slipped into holes in the workpieces. When the push button is released, the balls lock the connection securely.
Shear force double shear (F) = S · τ aB max.
The values given for the shear force are the theoretical breaking load.
These are non-binding reference values without consideration of safety factors and exclude any liability. The values given are for information purposes only and do not constitute a legally binding assurance of properties.
The load values have been calculated in accordance with DIN 50141. Each user must determine individually whether the ball lock pin is suitable for the respective application.
Different materials in which the ball lock pins are used, weather conditions and wear can influence the determined values.
Ball lock pins with high shear strength are identified by a groove marking on the pin.
The two balls are disengaged by pressing the push button and the pin can be slipped into holes in the workpieces. When the push button is released, the balls lock the connection securely.
Shear force double shear (F) = S · τ aB max.
The values given for the shear force are the theoretical breaking load.
These are non-binding reference values without consideration of safety factors and exclude any liability. The values given are for information purposes only and do not constitute a legally binding assurance of properties.
The load values have been calculated in accordance with DIN 50141. Each user must determine individually whether the ball lock pin is suitable for the respective application.
Different materials in which the ball lock pins are used, weather conditions and wear can influence the determined values.
Ball lock pins with high shear strength are identified by a groove marking on the pin.
Advantages
Higher loading in comparison to standard ball lock pins.
The pins made from 1.4542 stainless steel is hardened, has a higher shear resistance and is extremely durable.
The pins made from 1.4542 stainless steel is hardened, has a higher shear resistance and is extremely durable.
Accessory
Locating bushes for ball lock pins 03197
Safety spiral cable 03199
Retaining cable with loop 03199
Key ring 03199
Safety spiral cable 03199
Retaining cable with loop 03199
Key ring 03199
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