PPM1630 BK309

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Single Conductor Cables, more commonly referred to as ‘hook-up wire’, are used in a variety of applications across many industries. While there are many types of single conductor cables, PPM1630 BK309 is one of the most popular for its advantageous properties. This article will explore the application fields and working principle of PPM1630 BK309. First, let’s discuss the characteristics and specifications of PPM1630 BK309. This cable is a 300V-rated PVC insulated single conductor wire, made with stranded 16AWG 7/36 bare copper conductors. Much like other single conductor cables, it has UL and CSA certification, as well as RoHS compliance. Its jacket is halogen-free, making it safe for use in many commercial, industrial, and residential applications. PPM1630 BK309 is a fire-retardant, conformable cable that is suitable for use in high-temperature, high-humidity, and corrosive environments. It is also resistant to many chemicals. Thus, it can be used for many purposes, including in medical equipment, instrumentation, lighting coaxial cables, control panels, motors, and so on.The applications span across many industries, and this cable is often used in turnkey wiring solutions for data transfer, power installation, and automotive, aerospace, and defense applications. For the automotive industry, for instance, this single conductor cable can be used as UL-approved wire harnesses, or in lamps, harness assemblies, and so on. To complete these applications, PPM1630 BK309 also has an impressive maximum operating temperature of 105° Celsius and a dielectric strength of be 2000V. Its operating voltage is 125V, and its flexibility is good for up to 105°C. The diameter of the cable is 0.166 inches with a yield of 35 pounds, making it a perfect candidate for many tasks.When it comes to working principle, PPM1630 BK309’s insulated wire is composed of a copper conductor core surrounded by an insulating layer of PVC. This layer is usually reinforced with a cloth or cotton-based material, making it highly flexible and resistant to chemicals, abrasion, and heat. The insulation also serves to reduce electrons from flowing from the wire’s surface, allowing an electrical current to travel safely along the conductor.

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