WI-M-10-25-0

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Single Conductor Cables, commonly referred to as Hook-up Wire, refer to a family of insulated cables that are generally used to provide electrical connection, current-carrying capacity, and mechanical protection. WI-M-10-25-0 is a specific type of single conductor cable used in a variety of industries. In this article, we will discuss the application fields and working principles related to WI-M-10-25-0 single conductor cable.

WI-M-10-25-0 single conductor cable is mainly used in luminaire, low voltage motors, and transformers. It is also used in construction and industrial lighting, appliances, computers, generators, or other electrical devices. The conductor of WI-M-10-25-0 is made of stranded tinned copper wire. The insulation material is a thermoplastic material used to insulate the wire and provide mechanical protection. The wire is then jacketed in a flame retardant chemical that prevents fire from spreading while providing additional mechanical protection.

WI-M-10-25-0 single conductor cable has an electrical resistance value of 10Ω/m. This means that the cable has a resistance of 10Ω for every meter of the wire. This resistance value is useful in determining the total voltage drop in a circuit, resulting in better power management and cost savings. The insulation material provides protection against external physical damage, as well as against electrical shock. The cable\'s jacket is also flame retardant, providing additional protection against fire and heat.

The working principle of WI-M-10-25-0 single conductor cable is based on the principle of electrical power transmission. The cable is designed to carry electrical current in a circuit. The current flow from the source to the destination is mediated by the electrical resistance value of the conductor. The amount of current delivered to the destination depends on the resistance value, as well as the voltage applied to the wire. The wire also serves to transmit current from the source to the destination by acting as a channel for transmission of electrical power.

WI-M-10-25-0 single conductor cable is also designed to control electromagnetic interference. The cable\'s insulation material provides a physical barrier between the wires and the surrounding environment, minimizing interference from external sources. The cable also has a protective jacket that provides additional protection against environmental interference. The shielding material of the cable can also serve to minimize radiation from the wireless signals that are produced by the current that is running through the wires.

WI-M-10-25-0 single conductor cable provides efficient and reliable electrical power transmission, as well as protection from electromagnetic interference. The cable is commonly used in luminaire, low voltage motors, and transformers. The thermoplastic material used for the insulation provides protection against physical damage and electrical shock, while the cable\'s jacket is flame retardant, providing additional protection against fire and heat. The cable\'s resistance value is key to power management, and its shielding material provides minimal interference from external signals.

The specific data is subject to PDF, and the above content is for reference