P162AL52.40.86

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Multiple conductor cables are widely used in various applications, from telecommunications to industrial control. The P162AL52.40.86 is an example of a multiple conductor cable, and can be found in a variety of industrial applications. The technical specifications of this particular cable include the following, and can be found on its product page:

Insulation Rating: (UL) 1.5kV
Temp Range: -40°C to +105°C
Conductor Size: 2 x 16 AWG
Jacket Thickness: 0.030 in
Conductor Strand: 19AWG Stranded Tinned Copper
Insulation Material: Polyethylene
Jacket Material: Polyvinyl Chloride (PVC), Gray
Approval: UL listed (UL Style 2464)
Shielding: Braid and Foil
Voltage Rating: 300V

The P162AL52.40.86 multiple conductor cable is primarily used in industrial and electronic controls. It is designed for use in traveling cable, machine tool wiring, control wiring, and many other applications that require reliable power. Aside from its common usage in industrial applications, it is also used in other applications, such as data and audio/video applications. The cable is designed with two 16AWG conductors and a 19AWG stranded tinned copper conductor, along with two shielded braids and a foil. The insulation is made of polyethylene and the jacket material is PVC.

The working principle behind the P162AL52.40.86 cable is that it transfers power from one point to another. The conductor carries electrical current along its length, and the insulation protects it from environmental factors, such as water and heat. The shielding provides additional protection from external electromagnetic radiation. Additionally, the jacket helps to protect the cable from the elements, allowing it to be used in more harsh environments.

In conclusion, the P162AL52.40.86 multiple conductor cable is a versatile product, designed to provide reliable power in a variety of industrial and electronic applications. Its high-quality insulation and shielding ensures reliable protection for the cable even in harsh environments. The cable’s working principle is based on the transfer of electrical current along its length, which is protected by the insulation and the shielding.

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