0150200260

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Flat Flex

Flat Flex cables are constructed of multiple insulated conductor strands within a flat insulated jacket, with the individual conductors covered in a variety of jacket materials. This type of cable offers superior flexibility over round cable, and is well suited for applications where long runs of flexible cables are needed such as robotic systems, instrumentation and medical equipment. In addition, they can be used in automated machinery, and can be easily routed around tight corners and in tight spaces.

Ribbon Jumper Cables

Ribbon Jumper Cable is a type of electrical cable that is made up of multiple wires that are arranged in parallel in a flat ribbon-like formation. Each wire is individually insulated to protect from electrical shorts when routing through tight spaces or through walls. Because each wire is insulated, Ribbon Jumper Cables are excellent for point-to-point connections where there is limited space available for wiring.

0150200260 Application Field and Working Principle

Flat Flex and Ribbon Jumper Cables can be used in a wide variety of applications where minimal space and superior flexibility is needed. Both cable types are designed to be routed through tight spaces, allowing for point-to-point connections that save both time and money. The two types of cables are typically used in panels, control cabinets, and in industrial machinery.

Working Principle of Flat Flex Cable is very simple. Basically they use insulated conductors arranged in a flat insulated jacket to provide superior flexibility when it comes to wiring different devices together or routing through small spaces. The insulated conductors are designed to protect the electric circuit from any shorts or damages due to vibration or movement.

Similarly, Ribbon Jumper Cable works on a very similar principle, with insulated conductors within a flat insulated jacket, arranged in a parallel formation, in-order to provide superior flexibility when routing through tight spaces or through walls. The individual conductors are also insulated in-order to protect the circuit from any electrical shorts or damages due to vibration or movement.

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