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DFRobot SEN0230 is an industrial rotary encoder based on photoelectric technology, generating 400 pulses per revolution in each phase, which in quadrature gives 1600 pulses. The robust aluminum and steel construction, with a maximum rotation speed of 5000 rpm, makes it ideal for precise measurements in automation and motion control systems.
The DFRobot SEN0230 is an industrial, incremental rotary encoder based on photoelectric technology, enabling precise measurements of speed, angle and angular velocity. It generates a two-phase pulse signal with 400 pulses per revolution in each phase (AB), which gives 1600 pulses per revolution when output in quadrature. The aluminum housing and steel shaft ensure durability, and the maximum rotational speed is 5000 rpm, making the encoder ideal for industrial and automation applications.
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Module with a digital rotary encoder controlled by the I2C interface. The potentiometer has RGB LED backlight. The encoder generates post-movement information with 24 levels per revolution and rotation direction detection. SparkFun DEV-15083
Gravity: 360 Degree Hall Angle Sensor is a rotation angle sensor measuring a value in the range of 0-360 ° with an analogue output, powered by 5V. DFRobot SEN0221
Digital rotary encoder with green and red LED backlight. It has unlimited rotation and generates a digital signal in the form of a Gray code. SparkFun COM-15140
No product available!
Module with a mechanical encoder and RGB backlight in the form of 24 colorful LEDs. It offers five buttons and a rotary encoder. For communication, it uses a Qwiic/Stemma QT connector or a connector compatible with the Breakout Garden system. It is perfect, for example, for controlling lighting. Pimoroni PIM673
Module with an incremental encoder with a rotation range of 360° and a button. Communicates via a digital interface
Module designed to operate four incremental encoders. It reads the encoder rotation and transmits the information via the I2C interface. Adafruit 5752
Module with an incremental encoder with a rotation range of 360° and a button. Communicates via a digital interface. DFRobot SEN0235
The EN11-VNB1BQ15 incremental encoder is a precise component for detecting the angle of rotation, with a quadrature output with a resolution of 20 pulses per revolution, ideal for position and speed control. Thanks to THT mounting, 5V power supply and low current consumption, it will be perfect for automation and robotics systems.
The EC11 is a precision rotary encoder with a pushbutton, generating 20 pulses per revolution, ideal for controlling user interfaces such as volume control or menu selection. With its compact design and easy mounting, it is suitable for a variety of DIY projects and automation applications.
No product available!
Incremental encoder (horizontal) with a resolution of 15 pulses per revolution. Equipped with a switch
Module with Grove connector equipped with AS5600 magnetic encoder with a resolution of 12-bit. It allows for non-contact measurement of the angle of rotation. The module has an analog/PWM output and an I2C interface. Seeed Studio 101020692
Module with encoder and RGB backlight. It has an unlimited range of motion and is perfect for e.g. lighting control. Pimoroni PIM522
No product available!
Absolute encoder module with 8421 (BCD) coding with 16 positions. Horizontal mounting. DFRobot DFR0722
The module is designed to support incremental encoders. It reads the rotation of the encoder and transmits the information via the I2C interface. It has two built-in STEMMA QT connectors. Adafruit 5740
The module is equipped with an AS5600 magnetic encoder with a resolution of 12-bit. It allows for non-contact measurement of the angle of rotation. The module has an analog/PWM output and an I2C interface.
No product available!
DFRobot SEN0230 is an industrial rotary encoder based on photoelectric technology, generating 400 pulses per revolution in each phase, which in quadrature gives 1600 pulses. The robust aluminum and steel construction, with a maximum rotation speed of 5000 rpm, makes it ideal for precise measurements in automation and motion control systems.