Non Contact Ultrasonic Displacement Sensor

This ultrasonic displacement sensor features a 10–15° narrow beam angle and high sensitivity, enabling stable and precise distance measurement. The sensor supports multiple output modes and adopts an IP67 waterproof design for reliable operation in harsh environments. It offers two measurement ranges of 1000 mm and 4000 mm, and can stably measure various materials, including liquids, solids, and powders. The sensor is widely used in material level monitoring, robot collision avoidance, and ultrasonic proximity detection.

Specification

Features

1. Non Contact Displacement Measurement: Based on ultrasonic technology, this sensor provides high-precision non-contact displacement measurement. Free from mechanical wear, it ensures stable measurement, longer service life and lower maintenance costs.
2. High Directionality for Precise measurement: With high frequency and short wavelength, the ultrasonic displacement sensor provides strong directionality, ensuring stable and precise distance measurement.
3. Suitable for Various Materials: This displacement sensor can measure liquids, solids, powders, metals, and non-metal materials, and its detection performance is not affected by object color, material, or transparency.
4. Reliable Design: The ultrasonic displacement sensor features a waterproof design and easy installation, allowing stable operation in dusty or humid environments and convenient connection with industrial instruments.

Dimension (unit: mm)

1000mm-A1: Long threaded electronic bin

1000mm-B: Short screw type short electronic chamber

1000mm-C: Bracket type short electronic bin

1000mm-D: U-bracket type short electronic warehouse

1000mm-E: Vertically mounted electronic bin

4000mm-A2: Long threaded electronic bin

Tips: What are the advantages and disadvantages of ultrasonic displacement sensors?

Ultrasonic displacement sensors are non-contact measurement devices capable of measuring a wide variety of objects, including transparent, colored, metallic, or non-metallic materials, as well as solids and liquids. They are highly adaptable to various environments and are not easily affected by dust, water, or oil contamination. Additionally, they maintain measurement stability through noise suppression and signal filtering. It offers flexible detection ranges, a simple structure, low cost, and easy installation, making it suitable for industrial and research applications. However, its accuracy is limited, making it unsuitable for micrometer-level measurements. It is also susceptible to temperature changes and reflection effects, which may result in signal interference or errors in complex environments.