Handle EKH.125 A-14-C4 Z017800
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Handle EKH.125 A-14-C4 Z017800
Crank handle EKH.125 A-14-C4 – precision and functionality in one element
The EKH.125 A-14-C4 crank handle is an element from a wide range of standard machine parts offered by ELESA+GANTER, a renowned manufacturer of machine and industrial equipment components. Designed for smooth and precise adjustment, it finds application in many industries, from agricultural machinery to advanced production equipment. Made of high-quality materials, it guarantees reliability and durability even in demanding working conditions.
Design and application
Crank handles from the EKH series are characterized by an ergonomic shape and a solid construction. They are ideal for manual adjustment of machine element positions, providing comfort and control during operation. A wide range of available sizes allows you to match the crank handle to specific application needs. They are used wherever precise control of linear or rotary motion is required – from simple mechanisms to complex automation systems.
Advantages and benefits
- Durability and reliability: Made of durable materials, it ensures long-term operation without frequent replacement.
- Ergonomic shape: Provides comfortable operation, reducing operator fatigue during prolonged work.
- Precise adjustment: Allows accurate positioning of machine elements, which translates to high quality of performed tasks.
- Wide range of applications: Ideal for various types of machines and equipment, offering a universal solution for many engineering problems.
- Easy installation: Simple construction facilitates installation and integration with existing systems.
- Standard offer: Availability in many sizes allows for quick selection of the appropriate model without the need to order special finishes (in most cases).
The EKH.125 A-14-C4 crank handle is not only a mechanical element – it is an investment in efficiency, safety and work comfort. Thanks to its solidity and precision, it allows for optimization of production processes and increased efficiency of machines and equipment.