H3AKH-1606M

Rectangular Cable Assemblies

H3AKH-1606M is a kind of rectangular cable assembly, also known as cable harness, that is widely used across many industries. It consists of multiple insulated wires, several electric components or devices, and an insulating outer sheath. It is used to link two parts of a circuit, transferring power or signals between them. In this article, we\'ll discuss the application field and working principle of H3AKH-1606M cable assembly.

Application Field of H3AKH-1606M

H3AKH-1606M cable assemblies offer a wide range of applications. They are widely used in the construction of medical devices such as X-ray machines, dental equipment, and other medical imaging devices. It can also be used in household appliances, such as washing machine, air conditioner, dishwashers and so on. Futhermore, H3AKH-1606M cable assemblies are often used in robotics, communications, and aerospace applications.

Working Principle of H3AKH-1606M

The H3AKH-1606M cable assembly works by connecting one end of the cable to one part of the circuit and the other end to the other part. It allows electricity to flow from one part to the other part, thus creating a circuit. The inner core of the H3AKH-1606M cable assembly consists of several insulated wires, connected with terminals through electrical connectors. It is protected by insulation covers and outer Jacket, which shields it from moisture, dust, temperature and other external elements. Inside the Jacket, the wires are twisted together in braided or spiral configuration, thus creating a flexible, reliable and durable cable assembly.

Conclusion

H3AKH-1606M cable assembly is an efficient and reliable solution for connecting two parts of a circuit. It offers a wide range of applications, such as in medical equipment and household appliances. It is composed of several insulated wires, connectors, and an insulation outer jacket. The working principle consists of connecting one end of the cable assembly to one part of the circuit and the other end to the other part, thus allowing electricity to flow between the two parts of the circuit.