OPB892N55Z

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The OPB892N55Z is an optical photointerrupter that is part of the slot type series of photointerrupters that use a transistor output. It has a built-in photosensing element along with an infrared emitting diode that provides a slot type functionality. With its slot type construction, the OPB892N55Z provides a significant increase in terminal life, providing a longer life solution compared to other photointerrupter types.

The applications for which the OPB892N55Z is used for include those that require very reliable machine parts including car engines, printers, reapers and electric controls. These hard to control applications require photointerrupters that provide efficient and reliable sensing for example by calibrating the position of motor and speed control or providing an ON/OFF function to various electronic appliances.

The working principle of the OPB892N55Z is that the IR light from the emitting diode is shone through to the sensor and when an object passes through the slot type block, the IR light is obstructed and this causes a switch in the status of the transistor output. The output is either in the OFF or ON state depending on whether the slot is blocked or not. This function makes the OPB892N55Z very handy in applications that require high speed object detection, such as security systems or conveyor systems.

The OPB892N55Z is suitable for the detection of object type, object size and object travel speed, making it a useful solution for applications such as conveyor systems, position detection, counting and automotive applications. The OPB892N55Z can also detect objects ranging from 1mm to 100mm in width, making it suitable for use with most sizes of objects.

The OPB892N55Z is a reliable and versatile photointerrupter that is suitable for a variety of applications ranging from industrial to automotive. With its slot type workings, it commands a long life solution in comparison to other options and has a response time of up to 100kHz, making it a good choice for applications that require fast actions and accurate sensing.

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