E3HT-1L 2M

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The E3HT-1L 2M is an advanced optical sensor that falls into three distinct fields of application: Photoelectric, Industrial and Optoelectronic. Developed by a manufacturer of industrial technologies, the sensor is used in a variety of applications to detect and monitor changes in environmental conditions or mechanical objects.

Photoelectric applications of the E3HT-1L 2M include the measurement of light intensity, presence/OK signals, production lines, light curtains, optical switches, safety devices, and optical counters. In these applications, the device operates by using an emitter and receiver. The emitter sends an infrared light beam to the receiver and triggers a signal based upon the interruption or amount of light detected. The device is outfitted with an adjustable sensitivity, which signals the receivers to trigger the output switch when the parameters of the light beam are met.

Industrial applications, including material handling and sensing applications make use of the E3HT-1L 2M. An industrial machine makes use of the sensor for various parameters such as detection of rotating surfaces, object presence/light interruption determination, detection of transparent objects, and detection of broken threads. The device is equipped with a 10-digit LCD display for more visibility and is suitable for use in more intensive environments, such as production lines, farming lines, pipe mills, and steel works.

Lastly, the E3HT-1L 2M is appliable in various optoelectronic applications. These applications include the detection of presence/object interruption, object insertion/detection, and object detection/measurement. The device is also applicable in non-contact rotary angle sensing, which is used for various computing functions such as detecting the position of a blade or rotary slide. The device is equipped with a built-in optical filter, which allows only a certain wavelength of light to enter the receiver, resulting in enhanced precision of measurements.

The working principle of the E3HT-1L 2M is based on the convergence of light beams from the emitter and receiver optics. The optical receiver collects the scattered light beam from the emitter and produces an electric voltage or current based on this light beam. This signal is processed and a switch is triggered when certain conditions are met, which is based on the sensitivity setting that is adjusted by the user. The device is designed to be shock and vibration resistant, allowing for more reliable and durable operations in more severe environmental conditions.

In conclusion, the E3HT-1L 2M is an advanced optical sensor for in a variety of applications, spanning across the photoelectric, industrial, and optoelectronic fields. The device is outfitted with adjustable sensitivity and a built-in optical filter, allowing for the precise detection and measurement of mechanical objects and environmental changes. The working principle of the device is based on the convergence of light beams from the emitter and receiver optics, and any signal produced is adjusted based on the user\'s sensitivity settings.

The specific data is subject to PDF, and the above content is for reference