360 Degree Rotary Encoder Brick Sensor Module

Name: 360 Degree Rotary Encoder Brick Sensor Module
SKU: EK403
Price: 40.00 EGP
Availability: OutOfStock

SKU: EK403 Category: Sensors Tag: Sensors

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Description

The M274 360 Degree Rotary Encoder Module Brick Sensor is a rotary input device (as in knob) that provides an indication of how much the knob has been rotated AND what direction it is rotating in. It’s a great device for stepper and servo motor control. You could also use it to control devices like digital potentiometers. M274 360 rotary Degree encoder, is an incremental electro-mechanical device that converts the angular position or motion of a shaft or axle to digital code. The output of incremental encoders provides information about the motion of the shaft, which is typically further processed in processor/controllers into information such as speed, distance, and position.

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Pin Connections

1 Table

Pin Connections Table 1

Board	Sensor Pin	Connection
Encoder	VCC/GND/A/B	3.3-5V / GND / board channel-A pin / board channel-B pin

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360 Degree Rotary Encoder Brick Sensor Module

7 Examples • C/C++ | Boards: Arduino Uno, Arduino Nano, Arduino Mega, ESP32, ESP8266, STM32, Raspberry Pi Pico

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360 Degree Rotary Encoder Brick Sensor Module - Arduino Uno

360 Degree Rotary Encoder Brick Sensor Module - Arduino Nano

360 Degree Rotary Encoder Brick Sensor Module - Arduino Mega

360 Degree Rotary Encoder Brick Sensor Module - ESP32

360 Degree Rotary Encoder Brick Sensor Module - ESP8266

360 Degree Rotary Encoder Brick Sensor Module - STM32

360 Degree Rotary Encoder Brick Sensor Module - Raspberry Pi Pico

📄 File: 360_degree_rotary_encoder_brick_sensor_module_-_arduino_uno.inoArduino Uno

660 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Channel A=2, B=3 on Arduino Uno. Both A and B need interrupt-capable pins on AVR boards (2/3 on Uno/Nano); ESP32/ESP8266/STM32/Pico support interrupts on any GPIO.

6volatile long pulseCount = 0;

7#define ENC_A 2

8#define ENC_B 3

10void handleEncoder() {

11 int b = digitalRead(ENC_B);

12 if (b > 0) pulseCount++; else pulseCount--;

13}

15void setup() {

16 Serial.begin(115200);

17 pinMode(ENC_A, INPUT_PULLUP);

18 pinMode(ENC_B, INPUT_PULLUP);

19 attachInterrupt(digitalPinToInterrupt(ENC_A), handleEncoder, RISING);

20}

22void loop() {

23 Serial.print("Pulse count: "); Serial.println(pulseCount);

24 delay(200);

25}

📄 File: 360_degree_rotary_encoder_brick_sensor_module_-_arduino_nano.inoArduino Nano

661 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Channel A=2, B=3 on Arduino Nano. Both A and B need interrupt-capable pins on AVR boards (2/3 on Uno/Nano); ESP32/ESP8266/STM32/Pico support interrupts on any GPIO.

6volatile long pulseCount = 0;

7#define ENC_A 2

8#define ENC_B 3

10void handleEncoder() {

11 int b = digitalRead(ENC_B);

12 if (b > 0) pulseCount++; else pulseCount--;

13}

15void setup() {

16 Serial.begin(115200);

17 pinMode(ENC_A, INPUT_PULLUP);

18 pinMode(ENC_B, INPUT_PULLUP);

19 attachInterrupt(digitalPinToInterrupt(ENC_A), handleEncoder, RISING);

20}

22void loop() {

23 Serial.print("Pulse count: "); Serial.println(pulseCount);

24 delay(200);

25}

📄 File: 360_degree_rotary_encoder_brick_sensor_module_-_arduino_mega.inoArduino Mega

661 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Channel A=2, B=3 on Arduino Mega. Both A and B need interrupt-capable pins on AVR boards (2/3 on Uno/Nano); ESP32/ESP8266/STM32/Pico support interrupts on any GPIO.

6volatile long pulseCount = 0;

7#define ENC_A 2

8#define ENC_B 3

10void handleEncoder() {

11 int b = digitalRead(ENC_B);

12 if (b > 0) pulseCount++; else pulseCount--;

13}

15void setup() {

16 Serial.begin(115200);

17 pinMode(ENC_A, INPUT_PULLUP);

18 pinMode(ENC_B, INPUT_PULLUP);

19 attachInterrupt(digitalPinToInterrupt(ENC_A), handleEncoder, RISING);

20}

22void loop() {

23 Serial.print("Pulse count: "); Serial.println(pulseCount);

24 delay(200);

25}

📄 File: 360_degree_rotary_encoder_brick_sensor_module_-_esp32.inoESP32

658 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Channel A=32, B=33 on ESP32. Both A and B need interrupt-capable pins on AVR boards (2/3 on Uno/Nano); ESP32/ESP8266/STM32/Pico support interrupts on any GPIO.

6volatile long pulseCount = 0;

7#define ENC_A 32

8#define ENC_B 33

10void handleEncoder() {

11 int b = digitalRead(ENC_B);

12 if (b > 0) pulseCount++; else pulseCount--;

13}

15void setup() {

16 Serial.begin(115200);

17 pinMode(ENC_A, INPUT_PULLUP);

18 pinMode(ENC_B, INPUT_PULLUP);

19 attachInterrupt(digitalPinToInterrupt(ENC_A), handleEncoder, RISING);

20}

22void loop() {

23 Serial.print("Pulse count: "); Serial.println(pulseCount);

24 delay(200);

25}

📄 File: 360_degree_rotary_encoder_brick_sensor_module_-_esp8266.inoESP8266

660 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Channel A=D5, B=D6 on ESP8266. Both A and B need interrupt-capable pins on AVR boards (2/3 on Uno/Nano); ESP32/ESP8266/STM32/Pico support interrupts on any GPIO.

6volatile long pulseCount = 0;

7#define ENC_A D5

8#define ENC_B D6

10void handleEncoder() {

11 int b = digitalRead(ENC_B);

12 if (b > 0) pulseCount++; else pulseCount--;

13}

15void setup() {

16 Serial.begin(115200);

17 pinMode(ENC_A, INPUT_PULLUP);

18 pinMode(ENC_B, INPUT_PULLUP);

19 attachInterrupt(digitalPinToInterrupt(ENC_A), handleEncoder, RISING);

20}

22void loop() {

23 Serial.print("Pulse count: "); Serial.println(pulseCount);

24 delay(200);

25}

📄 File: 360_degree_rotary_encoder_brick_sensor_module_-_stm32.inoSTM32

662 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Channel A=PA0, B=PA1 on STM32. Both A and B need interrupt-capable pins on AVR boards (2/3 on Uno/Nano); ESP32/ESP8266/STM32/Pico support interrupts on any GPIO.

6volatile long pulseCount = 0;

7#define ENC_A PA0

8#define ENC_B PA1

10void handleEncoder() {

11 int b = digitalRead(ENC_B);

12 if (b > 0) pulseCount++; else pulseCount--;

13}

15void setup() {

16 Serial.begin(115200);

17 pinMode(ENC_A, INPUT_PULLUP);

18 pinMode(ENC_B, INPUT_PULLUP);

19 attachInterrupt(digitalPinToInterrupt(ENC_A), handleEncoder, RISING);

20}

22void loop() {

23 Serial.print("Pulse count: "); Serial.println(pulseCount);

24 delay(200);

25}

📄 File: 360_degree_rotary_encoder_brick_sensor_module_-_raspberry_pi_pico.inoRaspberry Pi Pico

670 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Channel A=20, B=21 on Raspberry Pi Pico. Both A and B need interrupt-capable pins on AVR boards (2/3 on Uno/Nano); ESP32/ESP8266/STM32/Pico support interrupts on any GPIO.

6volatile long pulseCount = 0;

7#define ENC_A 20

8#define ENC_B 21

10void handleEncoder() {

11 int b = digitalRead(ENC_B);

12 if (b > 0) pulseCount++; else pulseCount--;

13}

15void setup() {

16 Serial.begin(115200);

17 pinMode(ENC_A, INPUT_PULLUP);

18 pinMode(ENC_B, INPUT_PULLUP);

19 attachInterrupt(digitalPinToInterrupt(ENC_A), handleEncoder, RISING);

20}

22void loop() {

23 Serial.print("Pulse count: "); Serial.println(pulseCount);

24 delay(200);

25}

Project Notes:

Quadrature rotary encoder - counts pulses on two channels to track direction/position.

Specification

WeightWeight	0,012 g
Dimensions	3 × 2 × 2,5 cm
Product Name	360 Degree Rotary Encoder Brick Sensor Module
Sensor Type	Rotary Encoder
Rotation Angle	360° Continuous
Output Type	Incremental Digital (A/B)
Switch Function	Integrated Push Button
Operating Voltage	3.3V – 5V
Resolution	20 Steps per Revolution
Mounting Type	Brick / Module
Interface	GPIO
Control Method	Clockwise / Counterclockwise Pulses
Application	Menu Navigation, Volume Control, Robotics, Arduino Projects

Customer Reviews

220,00 EGP