A1AXH-1636M

A1AXH-1636M application field and working principle

A1AXH-1636M is a rectangular cable assembly which is used in fields like power, ground and data connections. Its main purpose is to keep the different wires in order. It utilizes a product construction system such that cables are tightly packed in one maintenance and wire layout. This product is made of a hard plastic material known as PTFE and it overcomes the key issue that other rectangular cable assemblies with standard shapes faced: unreliable connections in harsh environment.

A1AXH-1636M is designed to provide the best possible connection between the different cables and to minimize the loss of signal strength. The rectangular cable assembly not only keeps the cables together, but it also utilizes mechanical contacts and hermetic seals to secure the cables and provide an airtight barrier. This way, the signal loss is minimized.

A1AXH-1636M is designed to be compatible with different types of components, which makes it suitable for many applications. For instance, it can be used in the power and data transmission between different devices, in the automation of industrial processes, or for the transmission of information from a server to a remote device.

The working principle of the A1AXH-1636M is quite simple. The assembly is designed to be flexible so it can easily fit the different sizes of cables. The assembly is then placed over the cables and the connections are achieved by the use of a special clip. This clip creates a mechanical contact between the different cables and secures them in one assembly. The mechanical contact also ensures that all the cables maintain their connection even when under stress, such as vibration or thermal shock.

The A1AXH-1636M is a great tool for anyone who needs to keep their cables organized and secure. It is a highly reliable product which can withstand harsh conditions and provide a solid connection between the different cables. By tightly packing the cables and using reliable mechanical contacts, it ensures that the signals are transmitted with high fidelity.