2831 WH001

Single conductor cables, also known as Hook-Up Wire, refer to a wide variety of insulated wires used in different engineering projects. Among them is the 2831 WH001, which is a type of Hook-Up wire with a wide variety of applications and distinct working principle.

The 2831 WH001 is a thermocouple-type cable designed for use in measuring temperatures above 600C in industries like steel factories, metallurgy, etc. It consists of stranded bare copper and tinned copper wires for high temperature and low-temperature measurements. The insulation of the wire is made from a high-temperature silicone rubber, making it suitable for applications in extreme working conditions. Additionally, the shielding of this single conductor wire is made from nylon, giving it a good anti-corrosion characteristic.

Due to its insulation and shielding, the 2831 WH001 is able to withstand high temperatures and has a good electrical conductivity. It is also highly flexible, which allows it to be used in tight spaces. The single conductor cable is also resistant to oil, acids and alkalis and is flame retardant so it can be used in hazardous working environment. Furthermore, this single conductor cable is also equipped with a 5.5mm pin and a 7mm socket, allowing it to be easily and safely connected to other electronic devices.

The working principle of the 2831 WH001 is based on the thermocouple principle. The cable contains two wired coils of different temperature: a low-temperature coil and a high-temperature coil. When voltage is applied to the coil, the coils generate an electric field along the length of the cable. This electric field then produces an induced voltage in the thermocouple sensor at the end of the cable. This induced voltage is then passed through the thermocouple sensor to a thermostat, which can detect the temperature of the working environment and then control the temperature accordingly.

In conclusion, the 2831 WH001 is a single-conductor Hook-Up wire with a wide variety of applications in industries like steel factories, metallurgy, etc. Its good insulation, shielding and electrical conductivity make it suitable for use in extreme conditions. Additionally, it is highly flexible and resistant to hazardous substances like oil and flame. Its working principle is based on the thermocouple principle, which enables it to measure temperatures accurately. It is an essential component in electronic temperature control systems.