CRT12-4BK-50

Single Conductor Cables, also known as Hook-Up Wire, are flexible cables designed for use in a variety of applications in a variety of industries. The CRT12-4BK-50 is a single conductor cable, used in electrical and electronic applications. The properties of the cable make it particularly suitable for applications such as low voltage, low current control, wiring, and protective wiring applications.

The CRT12-4BK-50 is composed of fine copper strands. The stranded construction provides flexibility and makes it easier to install the cable. The cable is coated in a protective layer which helps to prevent abrasions and other damage, as well as offering protection from moisture and other elements. The cable also has a PVC outer jacket, which helps to prevent damage and wear, and offers additional protection from corrosion.

The CRT12-4BK-50 can be used in a variety of applications, ranging from general purpose control, wiring, and protective wiring, to automotive, audio visual, and lighting applications. It is also suitable for use in industrial applications, including equipment,Switchgear Pumps, signal systems, and other industrial installations. The cable is UL and CSA listed, and meets RoHS 2.0 requirements.

The working principle of the CRT12-4BK-50 is relatively straightforward. When electrical energy is applied, it passes down the insulated conductors and produces a voltage drop across the entire length of the cable. Depending on the size and type of conductor, this voltage drop may vary, but it generally remains within an acceptable range, allowing the cable to remain functional. The cable is also designed to resist RF interference, which can be caused by nearby electromagnetic radiation.

In conclusion, the CRT12-4BK-50 is a single conductor cable, designed for use in a variety of applications. It is composed of fine copper strands with a protective coating and PVC outer jacket, and is UL and CSA listed. The working principle is straightforward; when electrical energy is applied, it passes down the insulated conductors and produces a voltage drop across the entire length of the cable. The cable is designed to withstand normal wear and tear, and offers additional protection from corrosion and electromagnetic interference.