MC47WS-KT-900

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MC47WS-KT-900 is a photoelectric switch with a combination of features which make it ideal for industrial applications. It has an maximum operating voltage of 900 Vdc and is usually used in industrial automation and control applications. It has a modulated optical source with a calibrated adjustable light intensity, making it suitable for reliable, robust detection in most industrial environments.

Photoelectric switches can be divided into two main categories: active and passive models. The MC47WS-KT-900 is an active photoelectric switch. This means that the emitted light beam in the MC47WS-KT-900 is actively modulated, resulting in a more reliable detection that is suitable for industrial applications. This is because the user or the system can easily and accurately calibrate and adjust the light intensity to meet the needs of the particular application.

The MC47WS-KT-900 has two operating modes. The first mode is used for non-contact sensing, while the second mode is used for contact sensing. Non-contact sensing is a type of detection that allows for the device to detect an object without ever having to touch it. This type of detection is ideal for industrial applications where safety and speed are of utmost importance. In contact sensing mode, the switch senses the presence of an object by coming into direct contact with it.

The MC47WS-KT-900 also features a signal output circuit, which allows for a direct connection to a variety of electrical output devices such as relays, PLCs, PCs, etc. This feature also means that the user can configure the switch to match up to the system’s signal requirements.

The MC47WS-KT-900 is also designed with a special feature known as the “working range”. This is a dynamic range needed to ensure that the switch is operating correctly. The working range is specifically designed to provide optimal detection performance for the particular application. The switch also has two individual LED modules, which can be used for separate switching purposes.

In terms of working principle, the MC47WS-KT-900 utilizes its infrared light-emitting diode (LED) and phototransistor. The LED emits an infrared light beam, which is then received by the phototransistor. If the light beam is broken or blocked, the phototransistor cannot receive the light beam, and the switch is triggered. The switch is then able to generate the corresponding output signal, depending on the type of electrical output device connected to switch.

Overall, the MC47WS-KT-900 is an ideal choice for industrial applications due to its reliable, robust detection and adjustable light intensity. Its combination of features makes it an excellent choice for all types of industrial automation and control applications.

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