Pin GN 717-5-M8x1-A-ST Z059686

Locking pin – precision and reliability in your installation

This locking pin, made of high-quality materials, is the ideal solution for precise positioning and locking of elements in machines, devices and structures. It finds application in many industries where certainty and stability of connections are required. Thanks to various design options, it can be adapted to specific mounting needs.

Design and materials

Locking pin GN 717-5-M8x1-A-ST is available in two material versions: galvanized steel and stainless steel AISI 303. The choice of the appropriate material depends on the environmental conditions and requirements regarding corrosion resistance. Galvanized steel provides good protection against the effects of atmospheric factors, while stainless steel AISI 303 guarantees high resistance to chemical and mechanical corrosion.

Additionally, versions with a knob or retaining ring are available, which facilitates operation and provides additional safety. Version A is without a lock nut and retaining ring, AK – with a retaining ring and lock nut, B – with a knob without a lock nut and BK – with a knob and lock nut. It is worth paying attention to the suggested hole tolerance cooperating with the pin (+0.06/+0.08), which ensures proper fit and connection stability.

Applications and benefits

Locking pins of this type are widely used in:

• Mechanical engineering: for locking moving parts, adjusting the position of tools.
• Precision devices: where accuracy and connection stability are required.
• Metal structures: as fastening and positioning elements.
• Industrial automation: in transport systems, robotics.

By choosing this pin, you gain:

• Precision: thanks to accurate execution and dimensional tolerance.
• Durability: high-quality materials guarantee long-term operation.
• Versatility: the ability to choose different design options allows you to adapt the pin to specific needs.
• Resistance: to chemical (in the case of stainless steel) and mechanical damage.
• Easy installation: thanks to the standard M8 thread.