WSPSM24VLWO-D-BK

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The WSPSM24VLWO-D-BK is part of the Tamura series of proximity/occupancy sensors. The WSPSM24VLWO-D-BK is an infrared LED (light emitting diode) receiver which responds to the change in signal strength between an LED light source and its receiver. The detection range and sensitivity of the WSPSM24VLWO-D-BK are adjustable.

The WSPSM24VLWO-D-BK is most commonly used in applications involving automated positioning of objects and/or machines. This is due to its precision detection capabilities, relatively low-cost, and wide compatible device designs. The WSPSM24VLWO-D-BK is a non-contact type proximity/occupancy sensor which is capable of detecting the presence of objects or machines from short distances. The response time of the WSPSM24VLWO-D-BK is relatively fast and reliable, making it an ideal choice for applications where accurate proximity or occupancy detection is necessary.

The working principle of the WSPSM24VLWO-D-BK is based on the modulation of an LED light source by a power source. The LED will emit a constant frequency signal, which can be detected by the receiver. When an object or machine enters the detection range of the sensor, the signal will be modified by the object/machine, resulting in a change in the signal strength. The receiver will then interpret this change as a presence detection signal.

The WSPSM24VLWO-D-BK is typically used in applications where accurate object and machine positioning is required. Examples of applications include manufacturing lines, conveyor belts, pallet positioning systems, and other automated production lines. The WSPSM24VLWO-D-BK is also used in applications where the presence of an object or machine within a specific detection range needs to be monitored. Examples include security systems, door and window sensors, and occupancy sensing for thermostats and lighting systems.

The WSPSM24VLWO-D-BK is a reliable and cost-effective proximity/occupancy sensor. Its precision detection capabilities, reliability, and adjustable detection range make it an ideal choice for applications where precise object detection and machine positioning are necessary.

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