Connection with Arduino:
The sensor uses a closed separate probe design that is waterproof and dustproof, suitable for harsh and moist environments. All signal processing units are integrated inside the module, allowing users to obtain distance values directly via an asynchronous serial interface. With a 9600 bit/s baud rate, the sensor easily communicates with Arduino or other MCUs, significantly reducing development time.

Connection with Raspberry Pi:

Use this sensor with an Arduino controller to build projects such as backing car annunciators, obstacle avoidance robots, or object approach detectors.

Beam Directionalities Diagram

Specification
- Accuracy: ±1 cm
- Operating Voltage: 3.3 ~ 5 V
- Average Current: < 8 mA
- Blind Zone Distance: 3 cm
- Detecting Range (Flat Object): 3 - 450 cm
- Output: UART
- Response Time: 100 ms
- Operating Temperature: -15 ~ 60 °C
- Storage Temperature: -25 ~ 80 °C
- Reference Angle: 60º
- Waterproof Grade: IP67
Documents
Connection with Arduino:
The sensor uses a closed separate probe design that is waterproof and dustproof, suitable for harsh and moist environments. All signal processing units are integrated inside the module, allowing users to obtain distance values directly via an asynchronous serial interface. With a 9600 bit/s baud rate, the sensor easily communicates with Arduino or other MCUs, significantly reducing development time.

Connection with Raspberry Pi:

Use this sensor with an Arduino controller to build projects such as backing car annunciators, obstacle avoidance robots, or object approach detectors.

Beam Directionalities Diagram

Specification
- Accuracy: ±1 cm
- Operating Voltage: 3.3 ~ 5 V
- Average Current: < 8 mA
- Blind Zone Distance: 3 cm
- Detecting Range (Flat Object): 3 - 450 cm
- Output: UART
- Response Time: 100 ms
- Operating Temperature: -15 ~ 60 °C
- Storage Temperature: -25 ~ 80 °C
- Reference Angle: 60º
- Waterproof Grade: IP67
Documents