When purchasing a caster, you should consider the type of deflection. The most important difference is in the spring. While the spring provides protection, it also tends to bottom out if too much force is applied. As a result, you should choose small spring loaded casters built with a spring.
To ensure that your payload is protected and your product moves easily, you must choose the correct spring load and caster configuration. Spring-loaded casters are ideal for reducing noise in a manufacturing environment. Proper spring deflection will minimize noise and reduce vibration. However, improper spring deflection may damage your cart and payload.
A typical linear spring has a deflection curve that follows a linear equation. This graph shows the movement of the spring for each pound of force applied. However, the spring must move in a specific zone to achieve the maximum deflection for a particular application. This region is called the sweet spot and is represented by the graph. The sweet spot is where the spring functions well concerning the load applied to its legs.
The use of spring-loaded casters in manufacturing applications is a proven method to reduce noise and protect payloads. The right spring and caster configuration will provide optimal spring deflection, which is important for achieving planned noise reduction and minimizing vibration. The use of non-planed springs or small casters will result in zero deflection. Full deflection of small spring-loaded casters is the ideal configuration for all applications.
The coil length is an important consideration when comparing coil-bound and spring-loaded casters. Small coil springs are susceptible to variations in manufactured length. Coil-bound springs, however, have predictable and controlled deflection. On the other hand, coil-bound springs are designed to increase in diameter as the spring compresses. Therefore, this type of spring has a low spring rate and is softer than beam or coil springs.
If you’re considering purchasing a new set of small spring-loaded casters, choosing the proper caster type and mount plate is important. You’ll want the spring constant to be as high as possible, as too low of a value will have the same effect as no spring at all. A high spring constant will extend the time the caster deflects before it loses the shock-absorbing benefit. On the other hand, a low spring constant can cause excessive vibration, which will cause casters to be unusable.
When choosing a mounting plate, you’ll want to consider the type of caster you’ll use. Small spring-loaded casters often require a mounting plate that is larger than necessary. You’ll need to carefully measure the distance from the caster’s mounting plate to the floor to determine the correct size. You’ll also need to consider the type of surface on which the caster will be used. A soft surface will make it easier for children to grip and move their casters.
Small spring-loaded casters offer flexible movement and increased comfort while moving equipment. They absorb shocks and reduce noise while allowing for smoother movement. As a result, they are ideal for use in various environments, including those with uneven flooring or highly reactive loads. In addition, spring-loaded casters are aesthetically pleasing, making them a popular choice for office furniture, medical equipment, and other items.
The biggest difference between spring-loaded casters and traditional casters is in the amount of spring. Spring-loaded casters with low yielding capacities are often used for light loads, while larger ones can handle heavy loads. Although spring-loaded casters provide greater flexibility and protection, they must be properly adjusted to avoid bottoming out. In addition, spring-loaded casters are more costly than non-spring-loaded casters, which may be overloaded.