GN 822.6-6-M10-C pin Z048150
Catalog numbers:
- GN 822.6-6-M10-C
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
GN 822.6-6-M10-C pin Z048150
Locking pin – precision and reliability in fastening
The GN 822.6-6-M10-C pin is a machine element used for precise and secure positioning. Made of high-quality materials, it ensures durability and resistance to loads. This is particularly important in applications requiring frequent assembly and disassembly, where the reliability of the fastening is crucial. This model, with a diameter of 6 mm and an M10 thread, is ideal for use in machines, devices and structures where a compact design and high precision are required.
Design and materials – a guarantee of long-term use
The GN 822.6-6-M10-C pin is characterized by careful workmanship with attention to detail. The threaded body is made of galvanized steel with blue passivation, which provides corrosion resistance. The pin itself is made of stainless steel AISI 303, guaranteeing strength and abrasion resistance. The knob made of durable technopolymer based on polyamide (PA) in black, with a matte finish, is resistant to solvents, oils, lubricants and other chemicals – making it an ideal choice for harsh industrial conditions. The spring made of stainless steel AISI 301 ensures smooth operation of the locking mechanism (version C).
Functionality and application – for professionals and demanding users
This pin is available in two versions: B (without locking) and C (with locking in the retracted position). Version C has an additional locking function obtained by pulling the knob and rotating it 30 degrees. Special notches prevent accidental unlocking, which increases safety. GN 822.6 pins are a cost-effective alternative to larger GN 607/GN 607.1 models while maintaining high quality and functionality. Installation is simple – the pin is screwed in by holding the knob, and then the hexagonal body is tightened with a flat wrench. The recommended hole cooperating with the pin should be made with a tolerance of +0.05/+0.1 mm for optimal fit.

