Round Festoon Cables

Round festoon cable is a flexible wire solution that features a circular form for easy movement.  It offers dependable power and control signal transfer and is frequently utilised in overhead cranes, hoists and conveyors. 

It is made of sturdy materials and provides resistance to abrasion,  oils, and chemicals. 

Round festoon cable, readily available in a range of gauge sizes, conductor counts, and insulation types is flexible enough to operate effectively and safely in a range of industrial settings while supporting heavy-duty applications.

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  1. Material

Polyvinyl chloride (PVC) and polyurethane (PUR) are materials frequently used to make round festoon cables. 

These materials are suitable for festoon systems used in industrial applications because they offer flexibility, toughness, and resilience to environmental variables.

  1. Size

Round festoon cables are available in a range of diameters, usually from 6 to 12 mm. 

Your application’s voltage, current needs, and mechanical limitations will determine the exact size you need.

Depending on the particular use and requirements, festoon cables often include numerous conductors, which can range in number from 2 to 8 or more.

The cable’s ability to transfer various signals or power depends on the number of conductors.

Depending on the precise type and structure of the cable, round festoon cables are intended to endure a variety of temperatures, often from -40°C to roughly 70°C (-40°F to 158°F).

As different wires may have different temperature tolerances, it’s crucial to check the festoon cable manufacturer’s specs for the precise temperature range of the cable you’re using.

Flexible multi-conductor cables called round festoon cables are frequently utilised in material handling systems.

They are perfect for overhead cranes and conveyor systems because of their toughness, high tensile strength, and resilience to mechanical stress.

Round festoon cables are sturdy and flexible wire options that are frequently utilised in industrial environments.

They are perfect for machinery such as conveyor systems, overhead cranes, and other devices requiring dependable power and data transfer because they are made to withstand the rigours of continuous motion.