E3X-DA41TG-S 2M

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• Amplifiers

• E3X-DA41TG-S 2M Application Field and Working Principle
  • Application Field
    • The E3X-DA41TG-S 2M is a digital sensor amplifier manufactured by Omron Automation and Safety. It is widely used in industrial applications such as positioning, counting, speed monitoring, and process control. It is also used in applications such as medical and agricultural equipment.
    • The E3X-DA41TG-S 2M is designed for use in a wide range of environmental conditions, from -10°C to +55°C (-14°F to +130°F). Its operating temperature range is from -10°C to +55°C (-14°F to +130°F), and its storage temperature range is from -20°C to +65°C (-4°F to +149°F). It is rated to operate correctly with a voltage range of 18 to 24V DC.
    • The E3X-DA41TG-S 2M amplifier is capable of detecting a range of objects from 0.03 to 2 meters in distance (0.12 to 6.6 feet). It has a detection capability of a maximum of 3 millimetres (0.12 inch) in height. The E3X-DA41TG-S 2M also has an adjustable sensing range from 0.01 meter to 2 meters (0.04 to 6.6 feet).
  • Working Principle
    • The E3X-DA41TG-S 2M amplifier operates using the triangulation principle. It sends out a light beam which reflects off of the object being sensed and returns to the amplifier. The light beam is received by a light receiver, and the amplifier then calculates its distance from the object.
    • The E3X-DA41TG-S 2M amplifier has a light source (LED) which is combined with two parallel angles. It also has two sensors which are used to measure the reflected light intensity. By combining the reflected light intensity from both sensors, the E3X-DA41TG-S 2M amplifier is able to determine the distance from the object.
    • The E3X-DA41TG-S 2M amplifier has an algorithm which uses an output signal to adjust the light source intensity and the sensors detection widths. This ensures that the amplifier can correctly measure the object’s distance.
    • The amplifier is capable of detection in areas of darkness or when the object is moving quickly. By adjusting the sensitivity of the sensors, the sensitivity of both sensors can be tuned easily to match the object.

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