Neoprene Flat Festoon Cable, 50°C TO 90°C, UL AND CSA - 600V

Flat cable helps conductors move in a controlled path while keeping the cable package compact.

In a festoon system, multiple cables may need to travel together as equipment moves. A flat construction can help organize those cables, limit twisting and make more efficient use of the available carrier or trolley space. The final cable arrangement should still account for conductor count, cable dimensions, travel distance and the mechanical design of the festoon system.

The conductor count should match the number of power and control circuits required by the moving equipment.

A crane, hoist or other traveling machine may require conductors for motor power, controls, limit switches, brakes or auxiliary functions. The system wiring diagram should be used to determine the required conductor count, along with conductor size and current requirements. Choosing the cable from the electrical design helps avoid unnecessary conductors or an undersized configuration.

Neoprene is used because it combines flexibility with resistance to several types of physical and environmental stress.

In moving industrial applications, the outer jacket is repeatedly bent and exposed to handling, abrasion and surrounding operating conditions. A neoprene jacket can provide a durable protective layer while allowing the cable to flex as the equipment travels. The specific cable rating should always be checked against the actual temperature, oil, moisture and mechanical conditions of the installation.

Yes, provided the cable and festoon system are designed for the required motion and flexing cycle.

Repeated directional movement places mechanical stress on conductors and jackets, particularly when travel cycles are frequent. Cable selection should consider flex life, conductor construction, bend radius, cable support and trolley spacing. Proper system design is important because even a flexible cable can experience premature wear if it is forced into excessive bending or poor alignment.

Match more than just the voltage and conductor count.

A replacement should be evaluated for conductor size, number of conductors, cable dimensions, temperature rating, current requirements, jacket material and mechanical flexibility. It is also important to confirm that the new cable will fit the existing festoon hardware and follow the same travel path without creating excessive tension or bending. Comparing the original cable specification or equipment documentation is the safest starting point.