Photoelectric Speed Sensor Encoder Coded Disc Wheel For Smart Car

Photoelectric Speed Sensor Encoder Coded Disc Wheel Description

The Photoelectric Speed Sensor Encoder Coded Disc Wheel is an advanced sensor designed for measuring the speed of rotating objects, such as wheels in smart cars, robots, or other automation systems. Using a coded disc and photoelectric sensors, this module detects the motion and calculates the rotational speed based on the number of pulses received per rotation. The sensor is crucial for applications requiring accurate speed measurement for motor control, robotics, and vehicle navigation systems, making it an essential component for smart car and autonomous vehicle projects.

Photoelectric Speed Sensor Features

• High Precision Speed Measurement: Accurate detection of rotational speed, perfect for use in smart car applications and robotic systems.
• Photoelectric Technology: Utilizes light-based sensors for precise pulse counting and minimal wear, ideal for long-term use.
• Coded Disc Integration: The coded disc design allows for precise pulse generation to track rotational motion and speed.
• Compact and Durable: Small form factor and robust construction for use in demanding environments like vehicles or industrial machinery.
• Easy Integration: Compatible with microcontrollers like Arduino or Raspberry Pi for simple implementation in various projects.

Photoelectric Speed Sensor Specifications

• Output: Digital pulses (depending on the rotation of the disc)
• Voltage Range: 5V to 12V DC
• Pulses Per Revolution: Configurable, typically in the range of 10-100 pulses per rotation

Photoelectric Speed Sensor Applications

• Smart Cars and Robotics: Used in autonomous vehicles or robots for speed and position feedback.
• Motor Control: Ideal for precise speed control in motors, conveyors, or other automated systems.
• Industrial Systems: Used in manufacturing and industrial systems to measure the speed of rotating machinery or conveyor belts.