Stock Helical-Coil Compression Spring: Specifications and Features

What are the key specifications of the stock helical-coil compression spring?

The stock helical-coil compression spring has 14 coils, squared and ground ends, a free length of 1.25 inches, and an outside coil diameter of 7/16 inches. How do these specifications contribute to its functionality?

Specifications of Stock Helical-Coil Compression Spring

The stock helical-coil compression spring is specifically designed with 14 coils, which determine the flexibility and strength of the spring. The squared and ground ends ensure secure attachment and stability in various applications. The free length of 1.25 inches allows for movement and compression without altering the spring's overall structure. The outside coil diameter of 7/16 inches provides information on the size and placement of the spring.

Exploring the Features of Stock Helical-Coil Compression Spring

A stock helical-coil compression spring is a versatile component used in multiple industries for its reliable performance and durability. With 14 coils, this spring can effectively absorb and release energy, making it ideal for shock absorption or tension applications. The squared and ground ends enhance the spring's stability and prevent slippage when connected to other components.

The free length of 1.25 inches allows the spring to adjust to different loads and pressures while maintaining its original shape. This feature is crucial in ensuring consistent performance and longevity of the spring. The outside coil diameter of 7/16 inches indicates the overall size and capacity of the spring, making it easier to match with compatible parts.

Overall, the key specifications of the stock helical-coil compression spring highlight its versatility, reliability, and efficiency in various mechanical systems. Understanding these features can help users optimize the performance of the spring and benefit from its exceptional qualities.

← How symmetrical charges cancel each other out an exciting electric field experiment Microscopes exploring the tiny world →