Clevis pins, usually joined to clevis joints (a.k.a. fork heads) and clevis mounts/tangs, are vital mechanical components in many industrial applications. This article takes a closer look at the technical specifications of clevis pins with holes to DIN 71752, their applications, and best practices for their use and maintenance.
A hole pin is a type of round shaft with holes that allow pins or bolts to be inserted, making for easier fastening and swivel motion (i.e. a joint) between mechanical components.
Clevis pins are designed to keep components aligned and allow for relative movement. They are often used in clevis joints, whereby a shaft passes through the clevis end to create a swivel joint.
The German DIN 71752 standard lays down clevis pins' required dimensions, tolerances and materials, guaranteeing their compatibility and interchangeability in various industrial applications. This industry standard guarantees consistent quality and performance.
Automotive sector
In the automotive industry, clevis pins with holes are used in suspension systems, steering mechanisms, and braking systems. Their ability to withstand dynamic loads and vibration is essential for safe, reliable vehicles.
Industrial machinery
Clevis pins are also essential in industrial machines, where they are used to align and fasten components such as levers, connecting rods and swivel arms. Their high precision and durability will keep your machine operating efficiently and reliably.
Aeronautical engineering
In aeronautics, clevis pins with holes are used in flight control systems, landing gears and other critical mechanisms. Both robust and lightweight, they are key parts in this sector.
Clevis pins are combined with clevises to create a joint. The clevis is a fork-shaped part into which the clevis pin is inserted, creating a swivel connection or joint. This is why it is also known as a fork head.
These components are used in a range of mechanisms containing joints, such as lifting systems, robotic arms and locking mechanisms. Their ability to withstand repetitive movements and dynamic loads makes them essential elements in a variety of machines and equipment.
Things to consider before making your choice
When choosing a clevis pin, you should take the following factors into account:
For some specific applications, you may also need to consider other factors such as corrosion resistance, heat resistance and weight. Make sure you fully understand your application requirements before making a decision.
Install instructions
To install a clevis pin, you will need:
Real-world success stories
Numerous companies in the automotive, manufacturing and aeronautical engineering sectors can attest to the effectiveness of our clevis pins in their daily operations.
Increasing productivity
Businesses noted that using DIN 71752 standard clevis pins significantly reduced their downtime and maintenance costs.
Conclusion
In short, clevis pins and clevis joints are essential components in many applications, offering a reliable and accurate fastening solution. Their compliance with industry standards such as DIN 71752 guarantees high quality and effectiveness, while their ease of installation and durability make them fundamental parts in many industries.
Discover our clevis pins. Compatible with DIN 71752 clevis joints. We can also offer raw, phosphated or other finishes on request.
Clevis pins, usually joined to clevis joints (a.k.a. fork heads) and clevis mounts/tangs, are vital mechanical components in many industrial applications. This article takes a closer look at the technical specifications of clevis pins with holes to DIN 71752, their applications, and best practices for their use and maintenance.
A hole pin is a type of round shaft with holes that allow pins or bolts to be inserted, making for easier fastening and swivel motion (i.e. a joint) between mechanical components.
Clevis pins are designed to keep components aligned and allow for relative movement. They are often used in clevis joints, whereby a shaft passes through the clevis end to create a swivel joint.
The German DIN 71752 standard lays down clevis pins' required dimensions, tolerances and materials, guaranteeing their compatibility and interchangeability in various industrial applications. This industry standard guarantees consistent quality and performance.
Automotive sector
In the automotive industry, clevis pins with holes are used in suspension systems, steering mechanisms, and braking systems. Their ability to withstand dynamic loads and vibration is essential for safe, reliable vehicles.
Industrial machinery
Clevis pins are also essential in industrial machines, where they are used to align and fasten components such as levers, connecting rods and swivel arms. Their high precision and durability will keep your machine operating efficiently and reliably.
Aeronautical engineering
In aeronautics, clevis pins with holes are used in flight control systems, landing gears and other critical mechanisms. Both robust and lightweight, they are key parts in this sector.
Clevis pins are combined with clevises to create a joint. The clevis is a fork-shaped part into which the clevis pin is inserted, creating a swivel connection or joint. This is why it is also known as a fork head.
These components are used in a range of mechanisms containing joints, such as lifting systems, robotic arms and locking mechanisms. Their ability to withstand repetitive movements and dynamic loads makes them essential elements in a variety of machines and equipment.
Things to consider before making your choice
When choosing a clevis pin, you should take the following factors into account:
For some specific applications, you may also need to consider other factors such as corrosion resistance, heat resistance and weight. Make sure you fully understand your application requirements before making a decision.
Install instructions
To install a clevis pin, you will need:
Real-world success stories
Numerous companies in the automotive, manufacturing and aeronautical engineering sectors can attest to the effectiveness of our clevis pins in their daily operations.
Increasing productivity
Businesses noted that using DIN 71752 standard clevis pins significantly reduced their downtime and maintenance costs.
Conclusion
In short, clevis pins and clevis joints are essential components in many applications, offering a reliable and accurate fastening solution. Their compliance with industry standards such as DIN 71752 guarantees high quality and effectiveness, while their ease of installation and durability make them fundamental parts in many industries.
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