Knob ELK.70 P-M10x30-C1 Z017410

Knob with thread – precision and functionality in one

This knob, made of high-quality polyamide (PA), is an element used for precise control and adjustment in machines and devices. Its solid construction and thoughtful design make it a reliable solution for both professional installers and end-users. The knob is characterized by high resistance to wear and mechanical damage, which guarantees a long service life even in demanding working conditions.

Construction and application

The ELK.70 P-M10x30-C1 knob has a metric M10 thread with a length of 30 mm, which ensures stable and secure mounting. The diameter of the knob is 70 mm, which makes it easy to grip and operate precisely. Made of plastic, it is lightweight yet durable. The model with a threaded end allows direct mounting without the need for additional connecting elements.

• Versatile application: ideal for control panels, measuring devices, production machines and all kinds of devices requiring precise adjustment.
• Easy installation: the threaded element allows for quick and easy installation in the prepared hole.
• Durability: polyamide (PA) provides resistance to abrasion, impact and the action of many chemicals.
• Ergonomics: a diameter of 70 mm provides a comfortable grip and precision during adjustment.

Advantages of Elesa+Ganter knobs

By choosing Elesa+Ganter products, you are choosing quality confirmed by years of experience and innovation. This company is a leader in the production of standard machine elements, offering a wide range of products tailored to diverse industrial needs. Elesa+Ganter knobs are distinguished by:

• Precision of execution: every detail is carefully refined, which guarantees reliable operation.
• Durability of materials: the plastics used are characterized by high resistance to external factors.
• Wide range of applications: Elesa+Ganter products are used in many industrial sectors.
• Availability: a wide distribution network ensures easy access to Elesa+Ganter products throughout Poland thanks to Onninen.