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6 X 35 CLEVIS PIN ISO2341B A2 303 STAINLESS STEEL

Clevis Pins

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Stock = 530
Manufacturing Approximate lead time = 7 days

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Description

ISO2341B, METRIC CLEVIS PINS,Head Dia 10mm Head Width 2mm Hole Dia 1.6mm Hole Centre 3.2mm,6mm x 35 Clevis Pin Stainless Steel Clevis Pin

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Metric
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Diameter / Width
6mm
Diameter / Width
Material Type
Stainless Steel
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Specification
Specification
Product SKU : CPM06035ISO2341BSS

SKU - CPM06035ISO2341BSS

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clevis pins and clips

 

Clevis Pins are a type of fastener or clip that will allow the swivel or rotation of the parts connected  around axis of the linkage of the pin. When using a fastening or clip, like a clevis pin, the hole which is at the opposite end of the pin to the head is inserted through the items to be linked, and then a cotter pin, R clip or similar retaining fastener is inserted through the hole to fix the clevis pin in place. A clevis pin, sometimes called a clevis pin retaining clip, hinge pin or link pin, consists of a shank, cross drilled hole and a head.

Simular to a set screw, clevis pins are often used to keep two pieces from moving relative to each other.

Our stock of ISO 2341 clevis pins in a variety of materials including mild steel (zinc plated), stainless steel A2 and stainless steel A4. We are also a UK manufacturer of non-standard custom-made clevis pins, which can be manufacuted to customer specifications or drawing. 

We can produce clevis pins with a large head diameters, and manufacure the hole size and grip length to suit your requirements. Our manufactured clevis pins are all turned, rather than headed, to provide a superior finish.

 

 

 

FAQs about Clevis Pins

  • What is a clevis pin and how is it used?

    • A clevis pin, a type of fastener with a cylindrical body, finds its utility in linking two components together, often employing a clevis or yoke. Commonly secured with cotter pins or retaining clips, this pin is fundamental in applications ranging from machinery to vehicles. For instance, when ISO2341B or DIN 1433 specifications are relevant, clevis pins are crucial for providing stability and alignment, even in metric clevis pin setups.

      These clevis pins can be crafted from different clevis pin materials like stainless steel or steel, granting them the durability required for heavy-duty tasks.

  • What are the different types of clevis pins available?

    • Diversity characterizes the world of clevis pins with options such as cotterless clevis pins, headed clevis pins, or DIN 1444B compliant pins. For those in need of metric clevis pins, suppliers offer a variety of clevis pins in both metric and imperial clevis pin sizes, catering to specific requirements. Materials play a crucial role in clevis pin manufacturing, including stainless steel clevis pins known for their corrosion resistance.

      With stainless steel cotter pins or stainless steel linch pins, these pins can withstand harsh conditions. Whether searching for clevis pins in Australia, the UK, or beyond, reputable suppliers ensure access to clevis pins and rings, ensuring reliable connections for various applications.

  • What materials are clevis pins commonly made from?

    • Clevis pins' composition encompasses a range of materials to align with distinct operational settings. Steel clevis pins exhibit robustness, ideal for heavy-duty tasks. Meanwhile, stainless steel clevis pins present an unmatched ability to resist corrosion, making them a preferred choice for challenging environments.

      In scenarios necessitating non-metallic properties or electrical insulation, plastic clevis pins prove advantageous. Materials like brass find their place when non-corrosive attributes are paramount, catering to diverse application needs such as those specified in DIN 1444 B or DIN 1443 standards. This wide material spectrum ensures clevis pins are available in various clevis and pin configurations to suit multiple applications.

  • How do I choose the right size clevis pin for my application?

    • Selecting an appropriate clevis pin size requires a comprehensive evaluation of several factors, including the pin's diameter, overall length, load capacity, material, and retaining mechanism. When considering options like large clevis pins or small clevis pins, understanding the impact of clevis pin dimensions is crucial.

      Suppliers specializing in clevis pins in the UK, like us at keysandpins.com offer a range of clevis pin sizes, including metric clevis pins, ensuring compatibility with both standard and specialized setups. It's essential to factor in standards like DIN 1444 or DIN 1445 when choosing clevis pins, ensuring that they align seamlessly with your application's requirements.

  • Can clevis pins be used in rotating applications?

    • Clevis pins, while versatile, may not be the ideal choice for continuous rotating applications where the pin experiences consistent rotation. Factors such as DIN 1444B specifications or alignment pin requirements should be evaluated when determining the suitability of clevis pins for rotating scenarios. For applications necessitating rapid assembly or disassembly, quick release pins provide a solution.

      However, for pivot pins or applications involving steel clevis pins, other fastening methods may prove more effective in ensuring the longevity and reliability of the connection in rotating settings.

  • What is the purpose of the hole in a clevis pin?

    • The presence of a hole in a clevis pin is a design fundamental that serves as the conduit for securing the pin. It plays a pivotal role in retaining clevis pins in applications conforming to DIN 1444 or ISO2341B standards. This hole accommodates the insertion of cotter pins, quick release pins, or other retaining devices, thereby preventing unintended detachment and ensuring the clevis pin maintains its integrity even in metric clevis pin setups.

      From clevis pins in Australia to clevis pins in the UK, the hole's significance remains consistent—guaranteeing a secure and steadfast connection between components.

  • Can I use a clevis pin without a cotter pin or retaining clip?

    • Employing a clevis pin without the accompaniment of a suitable retaining mechanism, such as a cotter pin or retaining clip, is not advised. Whether you're exploring clevis pins in NZ or clevis pins in the UK, cotter pins and retaining clips serve as vital safeguards against unintentional disconnection. This pairing ensures that the clevis pin remains securely anchored, minimizing the risk of hazardous occurrences attributed to component separation.

      For applications in compliance with DIN 1443 or DIN 1444, the use of a reliable retaining mechanism becomes even more imperative.

  • Can clevis pins be reused?

    • The potential for reusing clevis pins is contingent upon their condition. If a clevis pin remains free from deformities, damage, or wear, it can likely be utilized again. However, adhering to best practices when repurposing clevis pins is essential. In cases involving DIN 1444 B compliant pins or clevis pin dimensions critical for compatibility, careful inspection is pivotal.

      To preserve the safety and reliability of the connection, it's recommended to assess the clevis pin's integrity, ensuring it aligns seamlessly with DIN 1445 standards or other applicable specifications.

  • What are the advantages of using cotterless clevis pins?

    • Cotterless clevis pins, also known as clip pins, present several benefits to users:

      Ease of Installation:
      Cotterless pins facilitate rapid installation and removal, eliminating the need for separate cotter pin installation.

      Clean Appearance:
      By dispensing with protruding cotter pins, cotterless pins offer a streamlined and aesthetically pleasing connection setup.

      Reduced Snagging:
      The absence of protruding components minimizes the risk of snagging on surrounding objects, enhancing safety.

      Time Efficiency:
      In situations necessitating frequent assembly and disassembly, cotterless clevis pins expedite the process, saving valuable time.

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