GN 114.2-20-50 stud Z043035

GN 114.2 Mounting pins – quick and secure mounting

GN 114.2 mounting pins are an economical solution for quickly securing and joining components, especially where frequent assembly and disassembly are required. The design with stainless steel fins ensures secure axial locking, even with larger hole tolerances. These are versatile elements, finding applications in both industry and workshops.

Materials and construction

GN 114.2 pins are available in various materials, allowing them to be adapted to specific working conditions and application requirements:

• Pin: zinc-plated steel with blue passivation for corrosion protection or stainless steel AISI 304/301 for applications requiring high corrosion resistance.
• Fins: stainless steel AISI 304 sheet metal – provides stable axial locking.
• Knob: polyamide-based technopolymer (PA) – available in gray-black (temperature resistance up to 80°C) or red (also resistance up to 80°C).
• Spring: stainless steel AISI 301 – guarantees reliable operation of the locking mechanism.

Applications and benefits

GN 114.2 pins find wide application in many industries:

• Positioning: precise positioning of elements during assembly or machining.
• Joining components: quick and secure joining of structural components.
• Mounting covers: mounting machine and device covers, providing easy access to the interior.
• Mechanical industry: ideal for use in machines and equipment where frequent configuration changes are required.
• Industrial automation: used in automation systems for quick tool changes or adjustments.

By choosing a GN 114.2 pin, you gain:

• Quick assembly and disassembly: the fin design allows for instant locking and unlocking without tools.
• High load capacity: stainless steel fins increase the contact area, resulting in greater load capacity with larger hole tolerances.
• Corrosion resistance: availability of stainless steel versions ensures long-term reliability in harsh environmental conditions.
• Versatility: a wide selection of diameters and lengths allows adaptation to various applications.