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Terminal blocks are essential electrical components whose main goal is to provide a safe way of connecting two electrical conductors. Marker strips, as a subcategory of terminal blocks, are also designed to serve this purpose and their application fields and working principles are manifold.

Marker strips get their name from the small label, often made of paper or plastic, that can be stuck to them to mark individual wires or assign them to particular motors and outlets.

One example of the application field of marker strips is in industrial settings. These types of marker strips typically come with a range of indicator LEDs or mechanical switches to indicate a particular process taking place, such as when a starter is tripped.

The working principle behind marker strips is based on the concept of a conductor connecting two points in a circuit. A conductor can be any material, from metal to rubber, that has a current-carrying capacity. When electric current flowed through the conductor, it creates a magnetic field which is measured by the marker strips.

Marker strips can be used in conjunction with various types of control systems. For example, they can be used to detect when a motor is running and when it needs to be switched off or in the event of emergency shutdown. They can also be used to manage the heat output of certain machines.

The marker strips’ working principle also applied in the automatic welding industry. The marker strips are used to detect the presence of weld electrodes and to measure their position from a pre-determined reference point in the welding machine. In the event of a welding fault, the marker strips will shut down the machine or adjust the welding parameters accordingly.

Marker strips can also be used to protect electrical circuits from over-voltage. This is done by connecting an electronic device to the strips which are then used to monitor the current voltage. If the voltage increases beyond the safe limit, the strips will trip the device to reduce it back to the safe level.

Marker strips are indispensable tools for numerous electrical systems and have lots of potential applications. For instance, they can be used to track and detect temperature, humidity, and vibration levels, which are important parameters for the safe and efficient functioning of many industrial processes.

The applications and working principles of marker strips are nearly endless. They are cost-effective electrical components capable of being used in countless situations, allowing for the integration of electrical circuits into a wide range of different industries and processes.

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