The Types of Track Rollers

Track rollers are a key motion transmission component, used in conveyor systems, cam drives and many similar material handling systems. When selected, employed and maintained properly, they can greatly facilitate system operations resulting in greater speed and efficiency.

 

The main function of track rollers is to support the weight of a wheeled machine. They are often found on crawler type construction machinery chassis such as excavators, bulldozers and backhoes to help keep the wheels aligned. They are also commonly used in conveyor systems to help prevent lateral slippage of the rail.

 

There are several types of rollers that can be used in these applications. They include ball bearing track rollers, yoke type track rollers and cam type track rollers. Each about these can be used with different load rails and are available in a variety of sizes.

 

Ball Bearing Track Rollers are self-retaining, single or double row units with thick-walled outer rings that can support radial and axial forces in both directions. They are frequently used in conveyor systems and are a popular choice for industrial applications. Be sure to browse this website here!

 

Yoke Type Track Rollers are single or double row units that can be mounted on shafts or studs. They can also be made as full complement rolling element sets.

 

These types of rollers are typically found on conveyor systems or cam controlled equipment and can be manufactured with a wide range of materials and designs. Some common materials for these types of rollers are stainless steel, aluminium, nylon and rubber.

 

They can be mounted on a spline or threaded shaft and are available in various sizes. They can be supplied with a wide range of lubrication options and are widely used in heavy-duty industrial applications.

 

The lubrication of these types of track rollers is critical in order to reduce the risk of breakage or damage during movement. Depending on the type of track rollers, a variety of options are available for lubrication. Some options include a coating process that incorporates Teflon for added corrosion protection to the non-v-edge sections of the track and fixed felt lubricators that are used as an option to linear guide carriages.

 

Another important consideration is the use of a lubrication system that can be placed between the rollers and the track. In applications that involve metal guide rollers, this can be accomplished using a process of wiping the tracks with a rag to create a layer of oil film that is picked up by the rollers and redeposited as they travel along the track. Learn more about industrial at https://en.wikipedia.org/wiki/Powder_coating.

 

Combined Roller Bearings and Mating Steel Profiles are another popular linear motion solution that can be utilized in a variety of ways. They are a versatile option that can be used in horizontal and vertical applications and can even be set up telescopically for a fully extended extension.

 

Unlike many other track systems, Combined Roller Bearings are designed to carry both axial and radial loads at once. This allows them to run in conjunction with a variety of rail systems and provides increased longevity for the overall system.

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