1458318

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Sensor cable assemblies are essential for a variety of applications. They are used to connect peripheral devices to computers and other systems, in order to collect and measure data from these devices. In this article, we will be discussing the 1458318 application field and working principle of sensor cable assemblies.

What are Sensor Cable Assemblies?

Sensor cable assemblies are composed of signal and power cables that are protected by an outer jacket. The cables are typically terminated with appropriate connector types depending on the application, and can be ordered in various lengths to fit specific needs. Sensor cable assemblies are typically designed to meet specific temperature, vibration, electrical, or shock requirements.

1458318 Application Field and Working Principle

The 1458318 application field is in the industrial automation and control industry. The working principle of this sensor is based on the principle of induction: the inductance of the cable assembly causes the two-pole sensor to detect changes in the current flow. When the current is flowing in one direction, the electromagnet generates a signal that is higher than the signal generated when the current is flowing in the other direction. This signals the control system which direction the current is flowing, hence giving rise to the control logic.

In this application, the two-pole sensor is used to detect the presence or absence of a detected object. A current is passed through the cable assembly and the two-pole sensor will measure the resistance or inductance depending on the type of material that is used in the two-pole sensor. For instance, if the two-pole sensor detects an object made of metal, the resistance will be reduced significantly from its original value. This change in resistance or inductance can then be used to trigger a switch or some other algorithm in the control system.

Advantages of Sensor Cable Assemblies

Sensor cable assemblies offer several advantages compared to stand-alone sensors. The most important of these is that they are easier to install. Since they are composed of signal and power cables, the power and signal connections are already made, eliminating the need for additional wiring. Sensor cable assemblies are also more reliable as compared to stand-alone sensors, thanks to the protected cables and connectors. This increases the lifetime of the system and reduces the likelihood of errors.

In addition, the overall cost of the system is greatly reduced with sensor cable assemblies. The cost savings comes from the fact that the power and signal cables are already part of the sensor assembly, so there is no need to separately purchase the components.

Conclusion

Overall, sensor cable assemblies are an essential component of many applications, such as the 1458318 system in the industrial automation and control industry. They are easier to install and more reliable than stand-alone sensors, while also offering significant cost savings. This makes sensor cable assemblies one of the most valuable components for any industrial or commercial system.

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