9985 0041000

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Single Conductor Cables (Hook-Up Wire) are composed of either stranded or solid copper conductor. The insulation that encloses these cables may be made of PVC, FEP, PPL, Teflon, or ETFE, depending on the application. 79850041000 is a single conductor cable with a -55°C low temperature FEP insulation and a temperature rating of 450°C. It is used in applications requiring environments where moisture, chemicals, and temperature fluctuations are present.

9985 0041000 has a conductor size of 10 AWG, an insulation wall thickness of 0.007 inches, and a diameter of 0.222 inches. It is commonly used in instrumentation, thermostat wiring, and in other harsh environment industrial applications. Due to its insulation rating, it is also suitable for use in military-spec aircraft wiring due to its ability to withstand extreme temperatures.

9985 0041000 cables are also strong and reliable. They feature stranded tinned copper conductors, an abrasion-resistant insulation, excellent tensile strength, and excellent resistance to stretch. Their excellent mechanical and electrical properties make them the perfect choice for high current carrying applications and for use in robotics, automation systems, and other high power applications.

The working principle of 9985 0041000 is relatively simple. It consists of a copper wire which is surrounded by a dielectric material (insulation) and then connected to external equipment at both ends via its terminals. When electric current passes through the cable, it creates an electromagnetic field. This field travels through the insulation and ultimately out of the cable at the terminals. This is the same principle as any other type of power cord.

Overall, 9985 0041000 is an excellent choice for single conductor cable applications. Its insulation rating makes it suitable for use in extreme temperature environments, and its excellent mechanical and electrical properties make it a great choice for robotics, automation systems, and high current carrying applications. It is also very economical, making it a cost-effective alternative to other types of power cords.

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