In a large part of the technological processes taking place in many factories and other objects of an industrial nature, include the monitoring of the correctness and effectiveness of the results of the process in real time in accordance with its design settings. An example of such a process is robotic production of moving vehicles, where in addition to ensure the required strength of the material requires a complete repetition of the size of the individual elements within tolerance. One of the tools which are used in this process are digital distance sensors.
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Digital distance sensors
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Adjustable digital distance sensor E18-D80NK 3-80cm v2
Adjustable, digital distance sensor with a cable with the length of 50 cm and nuts to facilitate the mounting. Measuring range is from 3 to 80 cm, it is set via knob. It is...
Index: MOD-09841
Index: MOD-09841
Distance sensor, reflective 3,3V/5V - 30mm - Waveshare 9523
The reflective module with IR sensor equipped with digital and analog output. It works with a voltage from 3 V to 5.3 V. It enbales the detection of obstacles in the range from...
Index: WSR-04459
Index: WSR-04459
VL53L7CX time-of-flight - 8x8 I2C distance sensor - 350cm - Pololu 3418
VL53L7CX laser distance sensor measuring in the range of up to 350 cm using the Time-of-Flight method via the I2C digital interface. It has a wide field of view and the...
Index: PLL-23800
Index: PLL-23800
Laser distance sensor Lidar TFMini-S UART / I2C - 12m
Laser distance sensor that measures precisely from 0.1 m to 12 m with an accuracy of 0.06 m. The blind spot has been reduced to 10 cm. The sensor communicates through the...
Index: BEN-15862
Index: BEN-15862
Laser distance sensor Lidar TFMini Plus UART / I2C - 12m
Precise, laser distance sensor operating in the range from 0.1 to 12 m with an accuracy of 0,05 m. The supply voltage is 5 V. The device communicates using the UART and I2C...
Index: BEN-13634
Index: BEN-13634
Lidar TF Luna- laser distance sensor - 8m - UART/I2C
Very accurate laser sensor measuring distance from 0.2 m to 8 m with an accuracy of 0.06 m . The sensor is powered by 5 V. Lidar TF Luna communicates via UART or I2C...
Index: BEN-16638
Index: BEN-16638
VL53L5CX time-of-flight - 8x8 distance sensor I2C - 400cm - Pololu 3417
The VL53L5CX laser distance sensor measures up to 400 cm using the Time-of-Fligh t method via the I2C interface. With it, it is possible to measure the absolute distance...
Index: PLL-21487
Index: PLL-21487
Digital Distance Sensor 130cm PWM - Pololu 4071
PCB with distance sensor based on Lidar technology. The sensor detects objects up to 130 cm and is powered from 3 V to 5.5 V . It is equipped with one PWM digital output,...
Index: PLL-19809
Index: PLL-19809
APDS-9930 - proximity and light intensity sensor I2C 3.3V
Module with proximity sensor and light intensity sensor, based on a system APDS9930. It detects objects at a distance of up to 100 mm. It has a resolution of 16-bits. It...
Index: MOD-09873
Index: MOD-09873
APDS9960 Proximity, Light, Color and Gesture Sensor - STEMMA QT/Qwiic - Adafruit 3595
The sensor, which can detect simple gestures, light of the surroundings, color and approaching obstacles. The device communicates with a microcontroller via the I2C bus. It...
Index: ADA-09815
Index: ADA-09815
VL53L5CX Mini Time-Of-Flight Imager - Distance Sensor - 4000mm - I2C - Qwiic - SparkFun SEN-19013
Digital distance sensor measuring based on the Time-of-Flight (ToF) solution. Based on the VL53L5CX chip , which integrates the SPAD array, physical infrared filters and...
Index: SPF-21118
Index: SPF-21118
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Digital distance sensor 150cm - Waveshare 9524
Digital distance sensor for detecting the obstacles in range of up to 150 cm. The connection is via the digital output, it is working with the voltage from 2.5 V to 5 V.
Index: WSR-04454
Index: WSR-04454
Lidar TF02 Pro IP65 - laser distance sensor - 40m - UART/I2C
Laser distance sensor measuring from 0 .1 m to 40 m with an accuracy of 0.05 m. The supply voltage is between 5 V and 12 V. The device communicates through the UART and I2C...
Index: BEN-16637
Index: BEN-16637
Adjustable digital distance sensor E18-D80NK 5-80cm
Adjustable, digital distance sensor with a cable length of 65 cm and nuts to facilitate mounting. Measuring range from 5 to 80 cm, is configured using a knob. Voltage supply...
Index: MOD-02575
Index: MOD-02575
VL53L1X time-of-flight - distance sensor - 4m - Waveshare 14929
The VL53L1X distance sensor measures up to 4 m at a speed of up to 50 Hz . The system uses Time-of-Flight technology and uses the I2C interface for communication. The...
Index: WSR-22018
Index: WSR-22018
Cytron Maker Object - Digital distance sensor IR 38kHz
A small digital distance sensor using the IR beam to measure, the sensor's operating range is adjustable. The distance at which it is able to detect objects depends on the...
Index: CTN-16039
Index: CTN-16039
VL53L4CD Time-of-Flight - Distance sensor - 1-1300mm - I2C - STEMMA QT/Qwiic - Adafruit 5396
Efficient, digital distance sensor made in the Time of Flight technology. Equipped with the VL53L4CD system, it measures distances in the range from 1 mm to 1300 mm with...
Index: ADA-21060
Index: ADA-21060
Digital Distance Sensor 100cm - Pololu 4069
The module is equipped with a distance sensor based on Lidar technology. The sensor's operating range is up to 100 cm and it is powered from 3 V to 5.5 V . It is equipped...
Index: PLL-19812
Index: PLL-19812
Grove - VL53L0X Time of Flight - distance sensor - I2C
The VL53L0X laser distance sensor measures with Time of Flight technology. It is equipped with a diode emitting a 940 nm long beam. It can measure distances from 3 cm to 100 cm...
Index: SEE-15331
Index: SEE-15331
Sharp GP2Y0D810Z0F - digital distance sensor 10cm with PCB base - Pololu 1134
Digital distance sensor Sharp GP2Y0D805Z0F to detect objects at a distance of up to 10 cm. The system has soldered PCB stand, making it easier to use it.
Index: PLL-01623
Index: PLL-01623
VL6180X time-of-flight - distane and ambient light sensor I2C - Pololu 2489
A digital sensor combining time-of-flight proximity measurement and the ability to measure ambient light intensity. It operates up to 10 cm with a resolution of 1 mm. It...
Index: PLL-04856
Index: PLL-04856
VCNL4010 - distance and light sensor 20cm I2C - Adafruit 466
A digital sensor measuring the distance ranging up to 20 cm and the intensity of the incident light. It communicates via the I2C bus (TWi), it works with a voltage of 3.3 V and...
Index: ADA-04969
Index: ADA-04969
DFRobot Gravity - VL53L0X time-of-flight - distance sensor I2C
Digital proximity sensor performs the measurement with the method of time-of-flight. It operates in the range of from 3 to 200 cm with accuracy of +/- 3%. It communicates via...
Index: DFR-11762
Index: DFR-11762
TOF laser distance sensor -8m - UART/CAN - DFRobot SEN0337
Laser sensor based on ToF (Time of Flight) measurement technology. It detects objects in the range from 0.01 m to 5 m with an accuracy of 1.5 cm . The measuring resolution...
Index: DFR-16577
Index: DFR-16577
See also
Laser sensors - popular in the Amateur and professional
One of the most commonly used types of distance sensors laser sensors. The principle of operation of such sensors is a directional emission of the laser beam. In automation, control, measurement and protection, laser sensors provide information about the presence of an object in a stable state of attention and its colour, brightness, size and shape. The output of a laser beam system equipped with a temperature compensation, which allows to increase the measurement accuracy. Laser sensors are part of the construction of several industrial applications and systems from hacking. Success can also serve as sensors in Autonomous intelligent robots - then in case of detecting obstacles at a distance that exceeds the pre-set software threshold is, for example, 2.5 cm, the sensor sends the information to the appropriate logic state on the digital input into the Arduino, and the robot performs the transmission in accordance with the program code necessary maneuvers to prevent a collision with the external object previously detected using the laser sensor.
Universal sensors working according to the technology of time-of-flight
Time-of-flight is one of the methods that is used in the sensor. Method time-of-flight is to measure the time difference between beginning of signal transmission from the sensor until the return beam of this light, after reflection from the object back to the sensor. In this method can be used with various types of signals (also called signals nośnymi) - the most common is the use of light signals and sound effects, but the most preferred is the use of sensors to infrared light, given the large range, high speed and no danger of damage to the eyes of strangers. In addition, the sensors on the IR is characterized by low susceptibility to interference from the outside and work very well in different light conditions of the environment. Distance sensors using the technology of time-of-light are useful elements in many devices. Autofocus in cameras booster during ascent and landing unmanned aircraft, warning system for preventing collision of vehicles or robots, automation budynkowa - gesture recognition for touch-free adjustment of the intensity of the lighting, automation equipment, sanitary equipment, automatic calculation of product, IoT devices and more are just some applications of sensors time-of-light.
