Telescoping tube locking pins are a type of fastener used in many applications, from industrial to consumer. They are designed to create an adjustable, secure connection between two telescoping tubes, as well as other components. Telescoping tube locking pins are also known as ball-lock pins, adjustable locking pins, and tension pins. In this blog post, we’ll explore the different types of telescoping tube locking pins available and how they work.
Types of Telescoping Tube Locking Pins
Telescoping tube locking pins come in a variety of sizes and styles, from small and simple to larger and more complex. They are typically made from steel or aluminum, but other materials can also be used. The most common types of telescoping tube locking pins include:
- Spring-loaded pins
- Split-ring pins
- T-handle pins
- L-handle pins
- Groove pins
- Clip pins
Each type of telescoping tube locking pin has its own unique features and benefits that make it suitable for different applications. For example, split-ring pins are often used in low-torque applications and can be adjusted easily. Spring-loaded pins, on the other hand, are typically used for high-torque applications and offer a secure connection. Meanwhile, groove pins are great for applications requiring an adjustable, secure connection without the need for tools or additional components.
How do Telescoping Tube Locking Pins Work?
Telescoping tube locking pins are designed to create a secure, adjustable connection between two telescoping tubes. They work by locking into place when two tubes are pushed together, and can be adjusted with either a simple twist or a tool, depending on the type of pin used. The best way to ensure a secure connection is to use the appropriate size and type of pin for the application.
For example, spring-loaded pins are designed to offer a secure connection in high-torque applications. When two tubes are pushed together, the pin is compressed and its two prongs lock into place. To adjust the connection, the pin must be twisted in order to unlock the prongs, after which the tubes can be moved apart and adjusted.
On the other hand, split-ring pins require no tools and offer an adjustable connection in low-torque applications. When two tubes are pushed together, the pin will “lock” into place and can be easily adjusted by pushing or pulling on the tubes. T-handle pins and L-handle pins offer a similar adjustable connection, but require a tool to unlock.
Groove pins, clip pins, and other types of telescoping tube locking pins are also available and offer a variety of advantages. It’s important to consider the specific application before selecting a type of pin to ensure a secure and adjustable connection.
Conclusion
Telescoping tube locking pins are a versatile and reliable fastening solution for many applications. They come in a variety of sizes and styles and offer a secure, adjustable connection between two telescoping tubes. It’s important to select the appropriate size and type of pin for the application in order to ensure a secure and adjustable connection.
