Running an industrial facility means paying attention to crucial details, such as keeping machinery running optimally to ensure production moves forward. Cable carriers help to move and protect the hoses and cables in working machines. Choosing the right cable carriers helps prevent damage to machines so they work better and last longer.
Consider the Application
When learning How to Select a Cable Carrier, the first step is to consider the specifics of the application. Determine the number of hoses or cables, the length of travel, the size of the cables, the necessary speed, and if the hoses and cables will be exposed to heat, chemicals, or other debris. Also, figure out the cables and hoses’ weight so they don’t snap in a moving machine and cause accidents, injuries, and production delays.
Two Basic Types
There are two basic types of cables to consider when choosing a cable carrier for machines. The first style is an open cable carrier that allows visible access to the cables and hoses so everyone can see the ongoing operations and easily change the cables. The other type is a closed carrier that protects the hoses and cables from external contaminants that could impact their proper function, but nobody can see them moving during operation.
Inspect the Environment
Choosing a suitable cable carrier also requires an assessment of the environmental conditions in the facility, such as metal filings or chemicals. If the machines are in an area with debris and contaminants, a closed carrier is the right choice to protect the cables and keep the device working correctly. However, open carriers are light and easy to replace in environments with minimal debris, helping to save time and effort.
What Is the Bend Radius?
The bend radius is one of the most critical aspects of choosing a cable carrier. Measure from the curve loop’s center to the pivot pin’s center located by the side link to find the bend radius. A larger radius reduces the stress on the cables to keep them working better and longer, making the most of this investment.
Bend Radius Tips
When considering the bend radius for cable carriers, never exceed the minimum suggested by the manufacturer, and choose the largest bend radius permissible. If the cables are located in a place that exceeds the temperature rating, consult with the manufacturer to determine the right bend radius in those conditions. The correct size is essential to keep the cables working correctly and avoid accidents and business interruption.
What About Small Spaces?
Some facilities have minimal room to work and may need to consider how to fit machines into a small space. Additionally, some applications have space restrictions that require the cable carrier to be smaller than the recommended bend radius. In these situations, choose cable designed for low-bend radius installations or discuss the best solutions with the manufacturer to avoid costly issues.
With these tips in mind, choosing the right cable carrier is easy. Consult an industry professional to find the ideal cable carriers for any application and environment.