The Omron EE-SX672-WR is a slot-type photosensor designed for various detection applications. As an end-of-life product, it's important to verify availability and consider replacements for new designs.

Applications

• Paper detection in printers and copiers: Detects the presence or absence of paper to control feeding mechanisms.
• Object detection in automated machinery: Senses the presence of objects on conveyors or in other automated systems.
• Position detection in medical equipment: Used to determine the position of moving parts in medical devices.
• End-of-travel detection: Indicates when a mechanical part has reached its limit of travel.
• Coin detection in vending machines: Detects the insertion of coins in vending machines.

Features

• Slot-type design: Allows for easy insertion of objects to be detected.
• Infrared LED light source: Provides a reliable and consistent light source for detection.
• Phototransistor output: Produces an electrical signal in response to the presence of light.
• Compact size: Allows for easy integration into tight spaces.
• Wide operating voltage range: Provides flexibility in power supply options.

Benefits

• Accurate object detection: Provides reliable and consistent detection performance.
• Easy to integrate: Simple design and compact size allow for easy integration into various applications.
• Long lifespan: Offers extended operational lifespan for reduced maintenance costs.
• High reliability: Designed for reliable performance in demanding environments.
• Versatile applications: Suitable for a wide range of object detection needs.

Additional Details

The EE-SX672-WR operates on a principle of interrupting an infrared beam. When an object blocks the beam, the phototransistor output changes state, indicating detection. Specific electrical characteristics should be verified based on the datasheet. Given its end-of-life status, consider newer models with improved features and availability for new product designs. Alternative sensors should be evaluated based on similar slot dimensions and electrical characteristics. Environmental factors, such as dust and ambient light, may affect the sensor's performance, so proper shielding and calibration may be necessary.