81044/9-16-5

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Single conductor cables often referred to as hook-up wire, are designed to be used primarily in industrial or commercial applications where electrical power or control circuits are present. Examples of areas where these cables are used include manufacturing plants, public buildings, ships, aircraft, and amusement parks.

The 81044/9-16-5 single conductor cable is one type of hook-up wire commonly used in applications such as power and control circuits, dryers and washing machines, and other machines and equipment. In addition to the 81044/9-16-5, there are many variations of single conductor cables available depending on the type of application and environment.

The 81044/9-16-5 single conductor cable is composed of a 95% tinned annealed copper stranded conductor, such as ASTM B-174, with a high grade of thermoset insulation. The insulation is a PVC material which is designed to provide insulation for any environment.

The voltage rating of the 81044/9-16-5 cable is up to 600 volts. It is UL listed and RoHS complaint. The cable is UL listed for use in all rated temperature and voltage applications up to 600 volts. The cable is also RoHS compliant meaning it contains no hazardous materials such as lead, mercury, or Cadmium.

The 81044/9-16-5 cable can be used in a variety of applications. It is ideal for use as wiring in electric circuits, motors, circuits, and other areas where reliable and safe connections are required. The cable is also perfect for power and control circuits. Applications may include residential and commercial construction, HVAC, fire protection systems, and audio visual wiring.

The 81044/9-16-5 has a maximum insulation temperature rating of 75°C. This allows the cable to remain functional in high temperature applications such as outdoor applications, hot tubs, and saunas. In addition, the UL temperature rating allows for reliable operation even in extreme temperatures.

The working principle of the 81044/9-16-5 single conductor cable is very straightforward. When current is applied to the conductor, the electrons move through the cable. This causes a flow of energy which is used to power the equipment that it is connected to. The insulated jacket of the cable prevents the electrical current from leaking out, thereby ensuring safety and reliable operation of the equipment.

In conclusion, the 81044/9-16-5 single conductor cable is designed to be used in a variety of applications. It is composed of a 95% pure tinned annealed copper stranded conductor with a high grade thermoset insulation. The cable is UL listed, RoHS compliant, and has a maximum insulation temperature rating of 75°C. The working principle is simple; when current is applied to the conductor, the electrons move through the cable creating a flow of energy. This energy then powers the equipment the cable is connected to.

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