E3Z-D82 0.5M

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Photoelectric sensors detect objects primarily with the use of light. Commonly used for automated processing, the E3Z-D82 0.5M is a versatile digital optical sensor used for industrial applications. This photoelectric sensor can be used to accurately detect tiny objects and detect distance, speed, and position within an area.

Overview of the E3Z-D82 0.5M

At a glance, the E3Z-D82 0.5M appears to be a typical 3-wire NPN output device. But, its advanced features and compact sensor size make it stand out against other photoelectric sensors. It is a digital optical sensor that can detect objects in a 20-mm range with a resolution of 0.1 mm.

One of the most unique features of the E3Z-D82 0.5M is its ability to detect tiny objects. This photoelectric sensor can detect objects that are as small as 0.2mm (0.008 inch). This allows it to be used in applications that require precision and accuracy.

The sensor also has a built-in lightning protection circuit and built-in reverse polarity protection. This ensures that the device is reliable and will not be affected by electrical noise or power surges. In addition, it is rated up to IP67 protection class, making it ideal for use in harsh industrial environments.

Application Fields and Working Principle of the E3Z-D82 0.5M

The E3Z-D82 0.5M has multiple applications, such as safety light curtains, machine automation and control, counting and sorting, and monitoring for presence. The main feature of the E3Z-D82 0.5M is its digital output and standard NPN output, which can be used for precise measurements and quick responses. It can also be used to detect a fixed distance or measure the speed and position of moving parts.

The working principle of the E3Z-D82 0.5M is based on the conventional optical principle. It senses an object using a light source and a receptor. When an object blocks the light, the receptor senses the decrease in the intensity of the light and sends the signal to the controller.

The E3Z-D82 0.5M is equipped with a visible light source and a CMOS image sensor. The visible light source emits red light, while the CMOS image sensor is responsive to red light and can accurately detect objects within its viewfinder. The CMOS image sensor can also detect reflective objects and objects at different distances, giving it a wide range of applications.

The E3Z-D82 0.5M also has adjustable sensitivity and a red-light indicator to alert users when a conductive object is detected. In addition, the adjustment knob and LED indicators enable users to easily set up the sensor and quickly adjust settings for optimal performance.

Conclusion

The E3Z-D82 0.5M is an advanced digital optical sensor designed for industrial applications. It can be used to accurately detect tiny objects and measure distance, speed, and position in an area. It is highly reliable and can withstand electrical noise and power surges. With its advanced features and compact size, the E3Z-D82 0.5M is a versatile and reliable photoelectric sensor for industrial applications.

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