Things To Consider When Using Small Spring Loaded Casters For Heavy Loads

There are a few things to remember when using small spring-loaded casters for heavy loads. These include the pre-load of the spring, the weight capacity, the type of wheel material, the foot guard, and the swivel offset.

Swivel Offset

When using small spring loaded casters for heavy loads, it’s important to ensure that the correct offset is selected. This helps reduce the risk of injuries to employees and the material handled. If the caster is not matched correctly, the user will not be able to get the best results from their caster.

To help keep the caster running smoothly, selecting a caster with a strong kingpin is important. Casters with a weak kingpin can be susceptible to breakage. For a smoother swivel, try a caster with a nickel-plated kingpin.

There are several different types of swivel casters, including kingpinless casters. Some casters are available with a total lock break, which prevents the swivel raceway and wheel from moving simultaneously. These casters are specially designed for shipping decks and other industrial environments.

Wheel Material

When using small spring-loaded casters for heavy loads, selecting the right material for the wheel is essential. The right material can make a big difference in traction and durability. But, it is important to keep in mind that it can also be dangerous to use a caster that is not suitable for your application.

Several types of materials are available for caster wheels. These include metal, nylon, and elastomers. Each of these materials has its characteristics and advantages.

Casters with polyurethane wheels are great for applications that require floor protection. They are durable, easy to roll, and abrasion resistant. Polyurethane also offers noise reduction, which can be a major benefit. It is also non-marking, making it easy to push.

Pre-Load Of The Spring

It is important to know the spring’s pre-load when using small spring-loaded casters for heavy loads. If you do, your caster may perform more efficiently and safely. This could lead to damage to your cart or payload.

There are a few factors to consider when determining the spring’s pre-load. These include the free length of the spring, the pre-load itself, and the rate of the spring.

In general, the spring’s pre-load is measured in pounds of force. For instance, a spring with a snazzy 20mm free length will require a 10kg force to compress it. Therefore, the pre-load is the equivalent of 250 lbs.

A 10-pound force will cause a spring to deflect an mm. The same force applied to a spring with a 25mm free length will have a higher effect.

Weight Capacity

Many types of small spring-loaded casters for heavy loads are available on the market. Before choosing one, it is important to determine the load capacity and type of wheels that suit your needs.

Spring-loaded casters are ideal for use in industrial or commercial applications. They feature a swivel bracket with a thrust bearing and solid rubber elastic tire. This caster is ideal for moving equipment and machinery in various industries, including automotive manufacturing plants.

In addition to being resistant to corrosion and abrasion, a spring-loaded caster is also a great choice for towline applications. Moreover, the spring compression provides cushioned, quiet, empty returns. These casters are a good option for challenging material handling applications, such as jet engine dollies and lift truck stabilizer casters.

Foot Guard

If you are looking for a way to ensure the safety of your workers, one way is to install a foot guard for your small spring-loaded casters. The name of the game here is to maximize protection without sacrificing performance.

A footguard is useful equipment in many facilities, especially AGVs. It is designed to keep debris from hitting the floor and is usually mounted at about half an inch off the ground.

Toe guards are also appropriate in some facilities, particularly those with AGVs. They help keep larger objects from rolling over the caster, resulting in smoother and safer movement.

There are several finalists in this category, but picking a winner is tough. Some contenders include a solid elastomer, polyurethane, and stainless steel. Each type offers unique advantages. For example, the solid elastomer provides a surprisingly lightweight yet durable caster. Meanwhile, polyurethane material is known for its resistance to corrosion and elastic fatigue.