Handwheel VRTP.250+I A-20 Z012908

Handwheel VRTP.250+I A-20 is an equipment element for machines and devices, designed for manual control of various mechanisms. Made of high-impact technopolymer based on polypropylene (PP), it is characterized by high resistance to solvents, oils, lubricants and other chemicals. The matte finish ensures a secure grip and aesthetic appearance.

It finds application in a wide range of industries, including production machines, laboratory equipment, and applications requiring high hygiene standards – thanks to the possibility of FDA (U.S. Food and Drug Administration) compliance certification. The wheel construction is based on a black oxidized steel hub with a through hole bored to H7 tolerance as standard, ensuring precise mounting and stability.

The VRTP.250+I A-20 wheel is equipped with a self-adhesive disc made of anodized aluminum and a type I.621+x technopolymer rotary handle, which increases user comfort and enables precise control. Thanks to the original ELESA design, mounting is done by pressing, and disassembly by pressing on the outer edge of the disc – this is a quick and intuitive way to install and maintain.

• Versatility: Suitable for use in various industries.
• Chemical resistance: Polypropylene construction guarantees resistance to aggressive environments.
• Hygiene: The possibility of FDA certification makes it an ideal choice for the food, pharmaceutical and medical industries.
• Easy installation: The press-fit system allows for quick and easy installation.
• Precision: Steel hub with H7 hole ensures stable mounting and accurate control.
• User comfort: Rotary handle increases operator ergonomics.

VRTP handwheels are a proven choice for professionals looking for reliable and durable solutions for controlling machines and devices. Their solid construction and resistance to external factors guarantee long-term use even in demanding working conditions. Additionally, the possibility of using accessories such as GN 184.5 axial locking washers allows for optimal adaptation to specific application needs.