Knob GN 3663-27-M5-1.5 Z066497

Product features

• High precision and ergonomics in one.

This knob from the GN 3663 series, manufactured by ELESA+GANTER, is a standard component characterized by high-quality workmanship and a well-thought-out design. It is an ideal solution for applications requiring precise and convenient adjustment, especially where aesthetics and ergonomics are important. Made of high-quality materials, it ensures durability and reliability in various working conditions.

Design and application

The GN 3663-27-M5-1,5 knob has a threaded sleeve, which facilitates mounting and ensures a stable connection with the adjusted element. The knob diameter is 27 mm, and the thread length is 9 mm. The M5 metric thread ensures compatibility with a wide range of devices and machines. The black color gives it an elegant look that blends well with various housing and panel color schemes.

These types of knobs are used in many industries, including:

• Mechanical engineering: adjustment of machine and device settings

• Automation: precise process control

• Food industry: setting parameters of production lines (in versions approved for contact with food)

• Medicine: adjustment of medical equipment settings

• Laboratory equipment: precise setting of experiment parameters

Advantages and benefits

• Ergonomic shape: provides a comfortable grip and ease of use, even during prolonged use.

• Durable construction: made of high-quality materials guarantees long life and resistance to mechanical damage.

• Precise thread: ensures a stable connection and accurate adjustment.

• Aesthetic appearance: black color and careful finishing give it an elegant look.

• Wide application: compatible with many devices and machines from various industries.

• ELESA+GANTER standard: guarantees high quality and reliability – ELESA+GANTER has maintained its position as a leader in the segment of standard components for machines and industrial equipment for over 75 years. The company's products are tested for strength, mechanical, physical and chemical properties.