Beta pins

Beta pin - Pin din 11024 - Form E pin

Beta pins
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In the world of engineering, small components can make a big difference. Pins, for example, play a crucial role in maintaining and securing various mechanical structures. Among these pins, the Beta pin, compliant with din 11024, stands out for its unique features and multiple applications. 

So what makes this little piece so essential?

What is a beta pin?

A Beta pin, also known as a safety pin or spring pin, is a small mechanical part used to secure or align components. It is characterized by its unique "E" shape, which allows easy installation and removal, while providing a secure hold. Beta pins are generally made from robust materials such as stainless steel or bronze, giving them exceptional durability.

din 11024 standard

DIN (Deutsches Institut für Normung) is a benchmark for quality and safety in engineering. The din 11024 standard specifies the dimensions and tolerances of Beta pins, guaranteeing their interoperability and reliability. This standard ensures that every pin manufactured to these specifications meets stringent performance and safety requirements.

Differences between beta and other types of pins

Unlike cylindrical pins, which are simply inserted into a hole, the Beta pin uses its "E" shape to create tension that holds components in place. Tapered pins, on the other hand, rely on friction and fit to stay in place. The Beta pin combines the best of both worlds: ease of installation and a secure hold.

beta pin applications din 11024

Beta pins are ubiquitous in several sectors:

  • Industrial: used in industrial machinery and equipment to secure moving components.
  • Automobiles: essential in the manufacture and maintenance of vehicles, they ensure the stability of crucial parts.
  • Domestic: they are found in various appliances and furniture, guaranteeing their structural integrity.

Advantages of the beta pin

Why choose a Beta pin? 

The advantages are numerous:

  • Sturdiness and durability: made from resistant materials, they can withstand extreme conditions.
  • Ease of installation and removal: their design enables fast, efficient handling.
  • Cost-effectiveness: their longevity and reliability make them a sound investment.

Procedure for installing a beta pin

Installing a Beta pin is simple with the right tools:

  1. Tools required: a pair of pliers and a hammer.
  2. Installation steps :some text
    • Align the components to be fastened.
    • Insert the pin in the hole provided.
    • Use the pliers to open the pin slightly and push it through.
    • Check that the pin is securely in place.

Maintenance and inspection

To ensure the long life of your Beta :

  • Inspection frequency: check regularly, especially in high-vibration environments.
  • Maintenance methods: clean and replace if signs of wear appear.

Safety and precautions

When using Beta pins, a few precautions must be taken:

  • Installation precautions: wear protective gloves and safety glasses.
  • Potential risks: incorrect installation can lead to mechanical failure. Always follow the manufacturer's instructions.

Tips for choosing the right beta pin

To choose the right Beta pin for your needs :

  • Selection criteria: consider material, size and standard.
  • Common mistakes to avoid: never underestimate the importance of correct sizing and component compatibility.

Beta pin case studies

Let's look at a few concrete examples:

  • Automotive industry: the use of Beta pins to secure brakes and suspensions.
  • Industrial machines: their role in maintaining moving parts in heavy equipment.

Conclusion

In short, the Beta pin, which complies with din 11024, is an indispensable mechanical component in many applications. Its robustness, ease of use and multiple benefits make it a preferred choice in a variety of sectors. Understanding its features and how to install it can greatly enhance the efficiency and safety of your projects.

Beta pins

Beta pin - Pin din 11024 - Form E pin

Discover our Beta pins. Please contact us for any other material or size.

  • Zinc-plated steel or stainless steel
  • Diameter range 2 to 7

Actual diameter D2Diameter D1TreeDamiètre D3Height HLength L5
22.39-1111.5347
2.539-1316.5664
33.513-1520.5568
3.5415-1723674
44.517-2021686
4.5520-2322.5690
5623-2624697
6726-30257.5108
7830-34269123
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In the world of engineering, small components can make a big difference. Pins, for example, play a crucial role in maintaining and securing various mechanical structures. Among these pins, the Beta pin, compliant with din 11024, stands out for its unique features and multiple applications. 

So what makes this little piece so essential?

What is a beta pin?

A Beta pin, also known as a safety pin or spring pin, is a small mechanical part used to secure or align components. It is characterized by its unique "E" shape, which allows easy installation and removal, while providing a secure hold. Beta pins are generally made from robust materials such as stainless steel or bronze, giving them exceptional durability.

din 11024 standard

DIN (Deutsches Institut für Normung) is a benchmark for quality and safety in engineering. The din 11024 standard specifies the dimensions and tolerances of Beta pins, guaranteeing their interoperability and reliability. This standard ensures that every pin manufactured to these specifications meets stringent performance and safety requirements.

Differences between beta and other types of pins

Unlike cylindrical pins, which are simply inserted into a hole, the Beta pin uses its "E" shape to create tension that holds components in place. Tapered pins, on the other hand, rely on friction and fit to stay in place. The Beta pin combines the best of both worlds: ease of installation and a secure hold.

beta pin applications din 11024

Beta pins are ubiquitous in several sectors:

  • Industrial: used in industrial machinery and equipment to secure moving components.
  • Automobiles: essential in the manufacture and maintenance of vehicles, they ensure the stability of crucial parts.
  • Domestic: they are found in various appliances and furniture, guaranteeing their structural integrity.

Advantages of the beta pin

Why choose a Beta pin? 

The advantages are numerous:

  • Sturdiness and durability: made from resistant materials, they can withstand extreme conditions.
  • Ease of installation and removal: their design enables fast, efficient handling.
  • Cost-effectiveness: their longevity and reliability make them a sound investment.

Procedure for installing a beta pin

Installing a Beta pin is simple with the right tools:

  1. Tools required: a pair of pliers and a hammer.
  2. Installation steps :some text
    • Align the components to be fastened.
    • Insert the pin in the hole provided.
    • Use the pliers to open the pin slightly and push it through.
    • Check that the pin is securely in place.

Maintenance and inspection

To ensure the long life of your Beta :

  • Inspection frequency: check regularly, especially in high-vibration environments.
  • Maintenance methods: clean and replace if signs of wear appear.

Safety and precautions

When using Beta pins, a few precautions must be taken:

  • Installation precautions: wear protective gloves and safety glasses.
  • Potential risks: incorrect installation can lead to mechanical failure. Always follow the manufacturer's instructions.

Tips for choosing the right beta pin

To choose the right Beta pin for your needs :

  • Selection criteria: consider material, size and standard.
  • Common mistakes to avoid: never underestimate the importance of correct sizing and component compatibility.

Beta pin case studies

Let's look at a few concrete examples:

  • Automotive industry: the use of Beta pins to secure brakes and suspensions.
  • Industrial machines: their role in maintaining moving parts in heavy equipment.

Conclusion

In short, the Beta pin, which complies with din 11024, is an indispensable mechanical component in many applications. Its robustness, ease of use and multiple benefits make it a preferred choice in a variety of sectors. Understanding its features and how to install it can greatly enhance the efficiency and safety of your projects.

FAQ
Frequently asked questions
What is your CSR/QHSE approach?
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We are committed to Corporate Social Responsibility (CSR) and plan to obtain ISO 14001 and ISO 45001 certification in 2024.

Are you concerned about your plant's carbon footprint?
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We are currently forming a multi-disciplinary group to reduce our carbon footprint. As part of this initiative, we will be carrying out a full carbon assessment (SCOPES 1, 2 and 3) during 2023, which will enable us to evaluate our overall environmental impact.

How can I view the parts in stock on the site?
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You can log in to your pro area to check availability online. For your first connection, please contact our sales department.

What should I do if I receive a damaged parcel?
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A missing, damaged or re-scotched parcel! It is essential that you record your reservations on the transport receipt and confirm them to us within 48 hours. Please note that valid reservations are as follows: "damaged pallet, open packages, missing parts". If your reservations are not precise, meaningful and complete, we will not be able to process your claim.

Where can we find the data sheets?
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Technical data sheets are available in PDF format in the "Products" section of our website. You can view and download them directly from this section. Feel free to browse our site for detailed product information.