Handle GN 472.3-80-V10-SW Z011988

GN 472.3-80-V10-SW Handle – a versatile tool for precise adjustment

The GN 472.3-80-V10-SW handle is a standard machine part designed for manual adjustment and control of devices. It finds application in many industries where precision and reliability are required in positioning machine elements. Thanks to its solid construction and ergonomic shape, it provides comfortable and efficient operation for both machine operators and installers during assembly.

Design and application

The handle is made of durable technopolymer, which guarantees its resistance to mechanical damage and external factors. Model GN 472.3-80-V10-SW is characterized by a diameter of 80 mm, which provides adequate torque for controlling various mechanisms. This is particularly useful in applications requiring precise positioning, such as production machines, laboratory equipment, or transport systems. These types of handles are often used where manual adjustment is needed without the use of tools.

Advantages and benefits

• Durability and reliability: Made of high-quality technopolymer ensures long-term operation even in harsh industrial conditions.
• Ergonomic shape: Allows comfortable and safe operation of the handle, reducing operator fatigue during work.
• Versatility: A wide range of applications in various industries makes the GN 472.3-80-V10-SW handle an ideal solution for many users.
• Easy installation: Simple construction facilitates quick and trouble-free installation of the handle in a machine or device.
• Precise adjustment: Ensures accurate positioning of machine elements, which translates into high quality of performed tasks.
• Wide availability: As a standard Elesa+Ganter offer item, the handle is readily available and quickly delivered through the Onninen distributor network.

Applications in practice

GN 472.3 handles are commonly used in:

• Production machines – for adjusting the position of work tables, guides, or cutting heads.
• Laboratory equipment – for precise setting of experiment parameters.
• Transport systems – for controlling the movement of conveyor belts or lifts.
• Machine tools – for manual movement of cutting or processed materials.
• Medical equipment – in devices requiring precise positioning of elements (e.g., operating tables).