Di-soric Ultrasonic Sensors | Fork & Lable Ultrasonic Sensor
At IndMALL Automation, we proudly present the comprehensive range of Di-soric Ultrasonic Sensors. These sensors excel in detecting various objects including transparent, light, dark, and reflective materials. Optimally designed for challenging environments, they are perfect for dusty and dirty settings. Our selection includes models from US-M8 to US-M30 and the specialized US-Q12, available in both cuboid and cylindrical designs. These devices support both analog and digital evaluation methods and feature versatile IO-Link connectivity for superior control. With outputs that accommodate NO/NC functions and various form factors.
Di-soric Ultrasonic Sensors: Barriers
Detection Abilities: Detects transparent, light, dark, and reflective objects.
- Environment Suitability: Ideal for dusty and dirty settings.
- Connectivity: Features IO-Link for improved control.
- Models Available: US-M8, US-M12, US-M18, US-M30, and US-Q12.
- Designs: Offered in cuboid and cylindrical shapes.
- Evaluation Options: Analog and digital.
- Outputs: Push-pull with NO/NC functions.
Di-soric Ultrasonic Fork Sensors
Series: The sensors are part of the USGT series.
- Fork Openings: Available with 30 mm, 40 mm, 60 mm, and 70 mm openings.
- Measuring Ranges: Options include 8 mm and 13 mm.
- Connection Type: Uses a Connector M12, 4-pin.
- Purpose: Designed to detect the position of edges in films and paper.
- Materials: Works with transparent, non-transparent, and reflective materials.
- Accuracy: Features very high repetition accuracy.
Di-soric Ultrasonic Label Sensors
Label Types: Detects thin, thick, transparent, foil, paper, and metallic labels.
- Series: Part of the UGUTI Ultrasonic series.
- Adjustment Features: Includes both keypad and remote teach for sensitivity adjustments.
- Fork Opening: Features a 6 mm fork opening.
- Leg Length: Internal leg length measures 70 mm.
- Connectivity: Equipped with IO-Link for advanced interfacing.
- Connection Type: Uses a Connector M12, 5-pin.
At IndMALL Automation, we offer an advanced range of Di-soric Ultrasonic Sensors designed for a variety of industrial applications. These sensors function as proximity switches, useful in automation tasks such as distance measurement and web edge control. Capable of detecting objects regardless of color or surface type, they can even identify transparent, liquid, and powdery materials effectively.
Di-soric Ultrasonic Sensors are remarkably immune to contamination and can operate over long distances, making them ideal for challenging industrial environments. Our portfolio includes ultrasonic barriers and sensors, fork sensors, and label sensors, each tailored to meet specific needs in automation and control processes. These sensors enhance operational accuracy and reliability, supporting continuous production with minimal downtime.
Frequently Asked Questions
What is an ultrasonic sensor used for?
An ultrasonic sensor is used for measuring distances and detecting objects. It emits ultrasonic waves and measures the time taken for echoes to return, calculating object proximity. This technology is ideal for applications in automation, obstacle detection, and fluid level measurement, providing precise, contactless measurements across various conditions.
How does Arduino ultrasonic sensor work?
An Arduino ultrasonic sensor operates by using a sender to emit ultrasonic waves and a receiver to capture them. The waves travel through air, reflect off an object, and return to the sensor. Arduino then calculates the time difference between wave emission and reception to determine the distance to the object, enabling precise distance measurements.
What is the maximum range of ultrasonic sensor?
The maximum range of an ultrasonic sensor is typically around 70 feet (21 meters). Due to sound speed limitations, their fastest measurement rate is 200 Hz, effective up to approximately 24 inches. Accuracy diminishes in vapor environments where the speed of sound differs from that in air, affecting performance.
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