55PC1211-10-9-9CS2502

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 or Hook-up Wires are used for electrical wiring of internal components in a system or equipment. This particular wiring system is also referred to as high strand count wire, as it variants incorporate a large number of strands of copper wire.

The most common category used in high-level system wiring is 55PC1211-10-9-9CS2502, with a 9 conductor cable gauge being the standard. The core of this type of cable is composed of 9 strands of soft annealed tinned copper wire, with each strand measuring 25 AWG. This particular wire is noted for its flexibility, durability and corrosion resistance. To add to the rate of conductivity of the wire, it\'s coated with a layer of clear PVC for insulation.

This particular single conductor type of cable is used primarily in applications where movement and implementation of electrical signals from one component to another is required. Examples of the most common use cases for this type of cable include the wiring of lights, motors, sensors, robotics, as well as HVAC systems and PCBs. This type of wire can tolerate a maximum temperature of 105°C without display any signs of degradation.

The working principle of a single conductor cable or Hook-up Wire is simple: electricity is conducted from one point to another via a copper-based conductor wire. All insulation is designed to prevent any chance of sparks, arcing, overheating and interference. To enhance the efficiency of the cable a higher strand-core wire enables more current to flow.

In conclusion, the 55PC1211-10-9-9CS2502 single conductor cable is a highly reliable and robust wiring system. Used in a wide range of applications, from HVAC systems to industrial-grade robots, this type of cable is suitable for all kinds of environments and can withstand high temperatures with ease. Moreover, its flexible structure ensures that it can be used in bent or cramped spaces, an added benefit considering the ever-shrinking sizes of the components.

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