Handle DIN 468-125-V17-D Z011886

Product features

• High strength
• Cast iron construction

DIN 468 crank – a solid solution for adjustment and drive

The DIN 468-125-V17-D crank is a machine element designed for manual adjustment and drive of devices. Made of cast iron, it is characterized by high strength and resistance to loads. It is a standard element used in many industries, providing reliable operation and long service life.

Construction and application

This crank, compliant with DIN 468 standard, finds application in machines and devices requiring manual adjustment, such as valves, gates, lifting mechanisms or transport devices. Its design allows transferring force from the operator's hand to the rotational movement of the shaft, enabling precise control of processes. Cast iron, as a material, ensures stability and dampens vibrations during operation.

Advantages of the DIN 468 crank in points:

• Strength: The cast iron construction guarantees resistance to mechanical damage and long-term use.
• Compliance with the standard: Meeting the DIN 468 standard ensures compatibility with other machine elements and ease of replacement.
• Versatility: Wide application in various industries – from agricultural machinery to industrial equipment.
• Simple assembly: Standard dimensions facilitate installation and integration with existing systems.
• Reliability: Solid construction minimizes the risk of failure and ensures stable device operation.
• Corrosion resistance: Cast iron is a material resistant to weathering, which increases the durability of the crank even in harsh operating conditions.

Construction and assembly

The DIN 468-125-V17-D crank has a standard mounting hole, allowing easy connection to the drive shaft using a screw or other appropriate fastening element. Assembly is simple and does not require specialized tools. However, it is important to maintain the appropriate tightening torque of the fastening screw to ensure a stable connection and avoid damage to the crank or shaft. The cast iron construction provides rigidity and minimizes the risk of deformation during operation.