A number of sensors for measuring distances using infrared light or a laser beam is provided ultrasonic distance sensorsthat are used in various automated applications. Their task is the detection of objects and measuring distance to them. Ultrasonic sensors are used for the operation of the ultrasound, i.e. sound with frequencies that exceed the theoretical range audible to the human ear (i.e., above 20 kHz).
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Pi-Blox case for Raspberry Pi 4B - black - Multicomp Pro MP001209
Index: FAR-18852
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Ultrasonic distance sensors
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Ultrasonic distance sensor HC-SR04 2-200cm - justPi
Ultrasonic sensor operating in the range from 2 cm to 200 cm. It is powered with voltage of 5 V. The output is a signal whose duration is proportional to the measured distance.
Index: MOD-01420
Index: MOD-01420
Mounting bracket for distance sensor HC-SR04
Mounting bracket for HC-SR04 distance sensor. Made of transparent acrylic with a thickness of 2.6 mm, it has two mounting holes with a diameter of 3.5 mm.
Index: MOD-04822
Index: MOD-04822
Grove - ultrasonic distance sensor 3-350cm
Ultrasonic sensor operating in the range from 3 cm to 350 cm. It is powered with voltage of 5 V. The output is a signal, duration of which is proportional to the measured...
Index: SEE-11360
Index: SEE-11360
Waterproof Ultrasonic distance sensor JSN-SR04T 20-450cm
Waterproof ultrasonic sensor operating in the range from 20 cm to 450 cm. It is powered with voltage of 5 V. The output is a signal whose duration is proportional to the...
Index: MOD-07266
Index: MOD-07266
Ultrasonic distance sensor HC-SR04 2-200cm + mounting bracket
Ultrasonic sensor operating in the range from 2 cm to 200 cm with special bracket for mounting. It is powered with the voltage of 5 V. The output is a signal whose duration is...
Index: MOD-05686
Index: MOD-05686
Mounting bracket for distance sensor HC-SR04 - blue
Bracket for installation the distance sensor HC-SR04. It is made of blue acrylic with 3 mm of thickness, it has three holes for mounting.
Index: MOD-09416
Index: MOD-09416
A02YYUW ultrasonic distance sensor 3-450cm - waterproof - DFRobot SEN0311
Ultrasonic distance sensor measuring the distance by measuring the time between sending and receiving a pulse. The sensor allows to measure distances from 3 cm to 450 cm . It...
Index: DFR-15717
Index: DFR-15717
Gravity URM09 - ultrasonic distance sensor 2-500cm sensor analog - DFRobot SEN0307
Module with ultrasonic distance sensor URM09, with measuring range from 2 cm to 500 cm. Supply voltage is 3.3 V to 5.5 V. The measuring frequency can reach up to 30 Hz. It...
Index: DFR-14859
Index: DFR-14859
Mounting bracket for distance sensor HC-SR04 - red
Bracket for installation the distance sensor HC-SR04. It is made of red acrylic with 3 mm of thickness, it has three holes for mounting.
Index: MOD-09712
Index: MOD-09712
ME007YS ultrasonic distance sensor 28-450cm - waterproof - DFRobot SEN0312
A distance sensor that measures by calculating the time between sending and receiving a pulse. ME007YS measures the distance in the range from 28 to 450 cm and communicates...
Index: DFR-15715
Index: DFR-15715
Velleman WPSE306N ultrasonic distance sensor 3-550cm
Ultrasonic sensor operating in the range from 3 cm to 550 cm. It is powered with the voltage from 3,3 V to 5 VDC. The output is a signal whose duration is proportional to the...
Index: VEL-13022
Index: VEL-13022
A01NYUB ultrasonic distance sensor 28-750cm - waterproof - DFRobot SEN0313
An ultrasonic sensor that measures by calculating the time between sending and receiving a pulse. The sensor can measure distances from 28 cm to 750 cm . It communicates...
Index: DFR-15716
Index: DFR-15716
Gravity - TRIG URM09 ultrasonic distance sensor - DFRobot SEN0388
Ultrasonic distance measuring module produced by DFRobot with integrated URM09 chip. It detects objects at a distance from 2 cm to 500 cm . The distance is determined...
Index: DFR-19194
Index: DFR-19194
A set of ultrasonic sensors, round, with a diameter of 16 mm.
Index: SES-01209
Index: SES-01209
Parking sensors kit - Blow CPW4 - black
Kit of ultrasonic parking sensors. It helps reverse driving by warning about obstacles using sound. The detection of the obstacle ranges 0-2.5 m. Sensor hole diameter equals 19...
Index: MOT-06056
Index: MOT-06056
Ultrasonic distance sensor HC-SR04 2-400cm - SparkFun SLEEP-15569
Ultrasonic sensor with an operating range from 20 mm to 4000 mm , with a tolerance of 3 mm. The module consists of a transmitter, a receiver and a control circuit and is...
Index: SPF-16257
Index: SPF-16257
DFRobot - kit for ultrasonic scanner 120°/400cm - URM37 sensor + servo
Kit for self-assembly enabling the addition of ultrasonic scanner function to robot. The sensor is able to scan an area of 120 ° in the range from 10 cm to 400 cm. It consists...
Index: DFR-07683
Index: DFR-07683
Maxbotix XL - MaxSonar AE0 - ultrasonic distance sensor MB1300 - Pololu 1660
Ultrasonic sensor operating in the range from 0 to 765 cm. It operates with a supply voltage from 3.3 V to 5 V. Output is the signal, the duration of which is proportional to...
Index: PLL-11114
Index: PLL-11114
Maxbotix XL - MaxSonar AE3 - ultrasonic distance sensor MB1330 - Pololu 1663
Ultrasonic sensor operating in the range from 0 to 765 cm. It operates with a supply voltage from 3.3 V to 5 V. Output is the signal, the duration of which is proportional to...
Index: PLL-11120
Index: PLL-11120
Maxbotix XL - MaxSonar AE4 - ultrasonic distance sensor MB1340 - Pololu 1664
Ultrasonic sensor operating in the range from 0 to 765 cm. It operates with a supply voltage from 3.3 V to 5 V. Output is the signal, the duration of which is proportional to...
Index: PLL-11122
Index: PLL-11122
Ultrasonic sensor 250SR160 - 0-30cm
Ceramic ultrasonic sensor 250SR160 with a diameter of 16 mm enclosed in an aluminium housing. It can work as a transmitter and receiver. Works up to 30 cm away.
Index: FAR-15074
Index: FAR-15074
Ultrasonic distance sensor URM08-RS485 35-550cm - DFRobot SEN0246
Ultrasonic distance sensor operating in the range from 35 to 550 cm . The sensor is powered from 6 V to 12 V. It communicates via RS485 interface, supports Modbus RTU protocol...
Index: DFR-15317
Index: DFR-15317
Fermion - ultrasonic sensor 15-900 cm - URM13 - DFRobot SEN0352
Ultrasonic distance sensor equipped with URM13 chip. It can measure distances from 15 cm to 900 cm with an accuracy of 1 cm and a distance error of ± 1%. For...
Index: DFR-19197
Index: DFR-19197
Ultrasonic distance sensor 30-500cm 75kHz - URM15 - RS485 - with waterproof probe - DFRobot SEN0519
The ultrasonic distance sensor manufactured by DFRobot and equipped with the URM15 system enables the measurement of distances in the range from 30 cm to 500 cm . The...
Index: DFR-22122
Index: DFR-22122
See also
How does an ultrasonic distance sensor?
The principle of ultrasonic distance sensor is in the transmission through the ultrasound transducer and receiving them back, the same as in the case of the laser beam from the laser distance sensors. Based on the difference in time between the sending and receiving of the signal (ultrasound), you can calculate the distance between the sensor and the object from which the reflection of ultrasonic waves. As ultrasonic distance sensors are used in the process of measurement of the audio signal, not light, can be used in applications where photoelectric sensors show difficulties in detection of objects made of plastic and curved surfaces with very good light odbijalności. Ultrasonic sensors are also to withstand any interference of the light environment and the environment, heavily contaminated with dust.
What guided the choice of ultrasonic sensor?
Depending on the application requirements, the ultrasonic sensors can be installed for different devices in different ways. The emission of ultrasonic waves from the sensor is to send them into space, as the laser beam sensor of the photoelectric effect, so that the parallel collaboration of these sensors can go very effectively when performing measurements in environments with a light scattering of sound waves and light. For most applications, using ultrasonic distance sensors in difficult conditions, you should install additional photoelectric sensor to prevent irregular reflections of ultrasonic waves that can seriously falsify the measurement.
It's also worth considering aspects such as the selection of optimal measurement mode depending on the application of the sensor, the required measurement range, output type, measurement information (for example, to connect to analog in of the Arduino, or to the relay control unit, for example, the movement direction of the robot), as well as the shape and material of the housing of the device in which we want to set the ultrasonic distance sensor.