2200/26GR-1000

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Single conductor cables, or hook-up wire, are composed of a single insulated wire, making them ideal for applications needing to consume a low amount of space and be lightweight. They also have a low-level impedance which eliminates the need for expensive filtering. In some cases, two or more insulated wires may be laid up with devices like tapes and/or shields to increase flexibility and to protect against radiation or mechanical interference.

2200/26GR-1000 single conductor cables are primarily used in equipment such as power supplies, motors, and transformers. The number 2200 indicates the conductor size in American Wire Gauge (AWG). The number 26GR stands for the type of conductor jackets; MC stands for Polytetrafluoroethylene (PTFE) and X stands for an extra layer of jackets. The 1000 indicates the voltage rating, which means the cables can withstand up to 1000 volts continuously.

The cable has a center conductor made of stranded or solid copper with a nominal outer diameter of 0.041”. The center conductor is surrounded by a PTFE insulation and an extra layer of protective jackets with an overall nominal diameter of 0.189”. The protective jacket is made from a High-Temperature Plastic or Glass polyvinylchloride (PVC) compound, which provides high dielectric strength and resists high temperatures. This cable uses a double-layered shielding system to protect against electromagnetic interference.

The working principle of 2200/26GR-1000 single conductor cables is simple and straightforward: the current flows through the center conductor into the load. The PTFE insulation is a strong insulator, which helps prevent any electrical leakage along the cable. The extra layer of jackets protects the PTFE insulation from any possible mechanical damage. The double-layered shielding further strengthens the ability of the cable to protect against radiation and interference. In addition, the PVC compound helps prevent the cables from getting damaged due to elevated temperatures.

2200/26GR-1000 single conductor cables are widely used in a variety of applications due to their low cost, lightweight, flexibility, and ability to withstand high temperatures and resist interference. These cables are ideal for any applications that require low consumption of space and a low-impedance connection, such as power supplies, motors, and transformers.

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