The sets of sensors, Arduino-compatible plates
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Filament Polymaker PolySmooth PVB 1,75mm, 0,75kg - Coral Red
Index: PLM-22739
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Arduino sensor kits
Products: 8
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Set of sensors and modules + box - 65 elements
A set of sensors for Arduino and Raspberry Pi, consisting of 65 items. The kit includes, i.a.: sensor of temperature and humidity, soil humidity sensor, smoke sensor, the...
Index: GRL-12795
Index: GRL-12795
Set of 13 modules with cables for Arduino - Waveshare 9467
Set of 13 popular modules compatible with Arduino plates. In the set are i.a.: sensors of flames, color, soil moisture, rotation, sound, liquid level and many others. The...
Index: WSR-04511
Index: WSR-04511
DFRobot KIT0011 - set of 27 modules with cables for Arduino
A set of 27 popular modules compatible with Arduino boards. In the set are i.a.: distance, light, touch, rotation, vibration, gas sensor, and a module with LED, relay and more....
Index: DFR-04297
Index: DFR-04297
DFRobot Gravity DFR0018 - set of 9 modules with cables for Arduino
A set of 9 popular modules compatible with Arduino boards. It has 7 sensors, including: light, temperature, touch, rotation, vibration sensors, and the button and the module...
Index: DFR-03933
Index: DFR-03933
DFRobot Gravity StarterKit with DFRduino Uno
Starter set introducing the world of Arduino programming. It allows for the construction of more than a dozen of projects using Arduino and i.a.: servos, LEDs, distance and...
Index: DFR-06291
Index: DFR-06291
Grove Creator Kit - Alpha - set of 20 Grove modules to Arduino
The set consists of 20 modules and a set of cables with Grove interface. The set can be used by anyone regardless of age or level of sophistication. Each module included in the...
Index: SEE-15466
Index: SEE-15466
Gravity - Arduino Zero to Hero Kit - DFRobot KIT0133
A set of electronic components with an online course created by Australian engineer: Sanjin Dedić. The set includes DFRduino Uno R3 board (compatible with Arduino Uno),...
Index: DFR-15295
Index: DFR-15295
Grove Creator Kit - Gamma - set of 40 Grove modules to Arduino
Set consisting of 40 modules and cables with Grove interface. It has been designed for creators of all ages, regardless of their level of sophistication and experience with...
Index: SEE-15410
Index: SEE-15410
PIR motion detectors
When you approach a particular object, you notice that the lights are on, or you walk in a shop with anti-theft protection, then you are most likely tracked by motion detectors. If you want to build such a device or want to introduce it as an addition to your design, a passive infrared sensor is a very good solution. Dedicated to Arduino PIR sensors allow easy connection to any Arduino board and immediate use. The field of view of such sensors allows to detect a moving object at a distance of up to 7 m, with a detection angle of 120°. Depending on the model, the sensor requires an auxiliary voltage of 3.3 V, 5.0 V or 12.0 V.
Ultrasonic sensors
If you are building a robot, or if you want to expand your car with systems that support its collision-free parking, then ultrasonic sensors will work great. The principle of such a sensor is based on time measurement from the moment when the ultrasonic wave sent by the sensor is reflected from an obstacle to the moment when the wave returns to the sensor. In the 65-piece set with a plastic storage box you will find the HC-SR04 sensor, which enables the detection of external objects at a distance of 2 cm to 200 cm. To connect the sensor to Arduino, it is easiest to use one binary output and one input with hardware PWM function.
Infrared distance sensors
When you need to take measurements of several tens of cm, it is worth considering the use of distance infrared sensors. Their principle of operation is similar to ultrasonic sensors. Infrared sensors send a beam of radiation in the form of infrared light, whose wavelength ranges from 700 to 1050 nm. After the reflection of the beam from the object, the beam returns to the sensor. Depending on the design of the sensor - analog or digital - we can measure the distance of the object from the sensor, or detect the presence or absence of the object.
Time of Flight" type sensors
If the distance measurement function is included in your project and high measurement accuracy is required, ToF (Time of Flight) sensors will be a very good solution. Unlike ultrasonic and infrared sensors, the ToF sensor uses laser beam emission. It does not have a conical form, but is generated as a thin line. The sensor measures the time from sending the beam to its return to the sensor after reflection. ToF sensors do not exhibit non-linear characteristics, which can occur in ultrasonic sensors.