Three-arm handle VB.839/80 SST-M10-C2 Z077350

Three-arm knob – precision and functionality in every detail

This three-arm knob, made of high-quality polyamide (PA), is an element combining durability, ergonomics and aesthetics. Designed for demanding industrial applications, it is perfect for devices where precision and reliability are key. Offered by the renowned manufacturer ELESA+GANTER, it guarantees compliance with the highest quality standards.

Design and application

The knob is characterized by a solid three-arm construction, providing a firm grip and easy operation. Made of plastic, it is resistant to corrosion and mechanical damage. It has a metric M10 thread with a length of 17 mm, which allows for quick and secure mounting in various applications. With a diameter of 80 mm, it provides comfortable operation even in difficult conditions.

• Versatility: Ideal for control panels, precision instruments, machines and tooling.
• Durability: Polyamide (PA) provides resistance to abrasion, impact and chemicals.
• Ergonomics: The three-arm design makes it easy to grip and make precise adjustments.
• Easy installation: M10 thread allows for quick and trouble-free mounting of the knob.
• Aesthetics: Black color gives the knob an elegant look that blends well with various structural elements.

Advantages for professionals and end users

This knob is not only a fastening element – it is an investment in the reliability and functionality of your devices. For installers, this means easy installation and confidence in operation, and for end users – comfortable operation and long-lasting satisfaction. Choosing ELESA+GANTER products guarantees that you receive components of the highest quality that will meet your expectations even in the most demanding working conditions. ELESA+GANTER has been known for years for its attention to detail and innovative solutions in the field of standard components for industry. Their products are tested for mechanical, physical and chemical resistance, which guarantees their reliability during use.