8489 060U500

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Multiple Conductor Cables

In many industrial applications, machines and pieces of electronics equipment require special cables to split and transport power. Multiple conductor cables are one of the most common and widely used cable types for these purposes.

8489 060U500 is a type of multiple conductor cable. It is a shielded cable consisting of seven individually insulated conductors. Each conductor is made of tinsel which is covered with polypropylene insulation.

8489 060U500 has a wide application field. It can be used in applications which require data and power connections over long distances. It is commonly used in machine components, elevators, and data acquisition systems. The cable can also be used in Control/Instrumentation applications and in SCADA and PLC systems. In addition, it is suitable for use in robotic, CNC, and industrial machines.

The working principle of 8489 060U500 is simple. The individual conductors are individually insulated and the cable is shielded. This prevents interference between the individual conductors and prevents any crosstalk. The signals will remain isolated from each other and the cable will be able to isolate and transmit power signals without any interference. This is especially useful for data and power connections over long distances.

8489 060U500 is designed with robust construction and features superior flexibility for easy installation. The cable has a highly conductive aluminum foil shield and is suitable for both indoor and outdoor use. The cable also provides excellent EMI and RFI shielding to protect agains electric interference.

In conclusion, 8489 060U500 is a type of multiple conductor cable frequently used for data and power connections over long distances. This cable is rugged and highly flexible, making it suitable for many applications. With its aluminum foil shield and strong insulation, 8489 060U500 provides superior EMI and RFI protection. This makes it a reliable and safe choice when transmitting power signals over a long distance.

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