(0) Shopping cart
You have no items in your shopping cart.
Shopping Categories

    Ultrasonic Distance Sensor

    View as Grid List
    Display per page
    Sort by

    Ultrasonic Distance Sensor, 100-1000 mm

    SKU: ATO-UDS-100
    Small ultrasonic sensor at affordable price for sale, material is high quality nickel copper alloy, ultrasonic wave range is 100-1000mm. Sensor with switching output or analog output can be chosen. Ultrasonic distance sensor can be optimally adapted to the industrial.

    Ultrasonic Distance Sensor, 100-700 mm

    SKU: ATO-UDS-700
    High frequency ultrasonic transducer (sensor) for sale online, 100-700mm detection distance in ultrasonic power transducer. Small ultrasonic transducer consumption current less than 50mA, IP67 waterproof grade for protection, is designed to deliver good performance and efficiency at an economical price.

    Ultrasonic Distance Sensor, 150-1000 / 150-2000 mm

    SKU: ATO-UDS-2000
    High power ultrasonic transducer (sensor) with 150-1000mm or 150-2000mm detection distance, hold high quality distance measuring sensor module. NPN and PNP switch output on ultrasonic transducer can be provided. Good performance and efficiency ultrasonic transducer for sale at an economical price.

    Ultrasonic Distance Sensor, 150-2000 mm

    SKU: ATO-UDS-150
    Affordable price long range ultrasonic sensor for sale, with 150-2000mm detection distance. Ultrasonic distance sensor with PNP open-collector output and 4-20mA output can be selected. Ultrasonic sensor for vehicle detection is a common usage in life.

    Ultrasonic Distance Sensor, 200-2000 mm

    SKU: ATO-UDS-200
    Cost-effective ultrasonic wave sensor for sale online. Industrial and medicinal use of ultrasonic sensor is a common way. Ultrasonic sensor distance range is 200-2000mm, working temperature between -20 ℃to 60 ℃, storage temperature of long range ultrasonic sensor between -25 ℃ and 70 ℃. It applies in industry, biology and medical treatment.

    Ultrasonic distance sensor (transducer) is an electronic device that measures the distance of a target object by emitting ultrasonic sound waves, and converts the reflected sound into an electrical signal. High power ultrasonic transducer with various detection range, 100-1000mm, 100-700mm, 150-2000mm, 200-2000mm can be selected on ATO. Ultrasonic sensor for vehicle detection is a common usage in life. And it also applies in industry, biology and medical treatment.

    What are the Application Conditions of Ultrasonic Distance Sensor?

    Ultrasonic distance sensors can offer reliable distance measurement performance in a variety of industrial environments. However, they must be engineered to withstand the conditions found in that environment. Some of the environmental factors to consider when choosing an ultrasonic sensor include:

    Ultrasonic distance sensor application conditions

    • Temperature. The speed of sound varies depending on temperature, which can affect the accuracy of the distance measured between the sensor and the targeted object.
    • Weather. Ice, snow, dust, mud, and other environmental material buildup can block the sensor face, which can prevent the ultrasonic soundwaves from being transmitted or received. Additionally, the ingress of contaminants, such as water, can affect sensor function. ATO ultrasonic distance transducers with IP67 waterproof, working temperature between -20 ℃ and +60 ℃. It can ensures durability in harsh outdoor environments.
    • Pressure or vacuum. Ultrasonic sensors are not designed for use in high-pressure or vacuum applications.

    System Composition of Ultrasonic Distance Sensor:

    The ultrasonic distance sensor is mainly composed of the following four parts:

    • Transmitter. Through the vibrator (generally ceramic products, diameter of about 15 mm) vibration to produce ultrasonic waves and radiation to the air.
    • Receiver. When the oscillator receives the ultrasonic wave, it produces the corresponding mechanical vibration according to the ultrasonic wave, and converts it into electrical energy as the output of the receiver.
    • Control part. Through the integrated circuit control transmitter ultrasonic transmission, and judge whether the receiver received the signal (ultrasonic), and has received the size of the signal.
    • Power supply. Ultrasonic sensors are usually powered by external DC power supply with voltage of DC12V ± 10% or 24V ± 10%, which is supplied to sensors by internal voltage regulator circuit.

    Typical Applications For Ultrasonic Distance Sensor Include:

    Ultrasonic distance sensors are used in various non-contact distance measurement applications, each of which carries different restrictions and requirements. The sensor you choose should meet the demands of your application, whether you need stainless steel sensors for corrosive environment operations, cross-talk-resistant sensors for multi-sensor operations, or wireless-enabled sensors for remote measurement operations.

    • The ultrasonic sensor can detect the container condition. An ultrasonic sensor mounted on top of a plastic melt tank or plastic pellet chamber can be used to analyze the container's status, such as full, empty or half-full, when it sends sound waves into the container.
    • It can be used to detect transparent objects, liquids, any surface rough, smooth, light dense materials and irregular objects. But not suitable for outdoor, hot environment or pressure tanks and foam objects.
    • Ultrasonic sensor can be used in food processing plants to realize the closed-loop control system of plastic packaging inspection. With the new technology can be in the wet ring such as bottle washing machine, noise environment, extreme temperature change environment for detection.
    • Ultrasonic transducer can be used to detect liquid level, detect transparent objects and materials, control tension and measurement distance, mainly for packaging, bottle making, material moving inspection coal equipment transport, plastic processing and automotive industry. Ultrasonic sensors can be used for process monitoring to improve product quality, detect defects, determine presence, and other aspects.