Products
100m Long Range Laser Distance Sensor Arduino
Product Introduction
100m long range laser rangefinder arduino can connected with Arduino control system for precise long-distance ranging. The sensor uses advanced laser technology to accurately measure distances in both indoor and outdoor environments. Its maximum distance measurement range is 100m, operates at 20Hz, enabling fast real-time measurements, and it has the functions of high precision and quick response. By cooperating with the Arduino control system, the data processing and programming control of the sensor can be realized, and customized solutions can be provided for users. Long range object detection sensor can be widely used in various fields, such as building surveying, industrial automation, robot navigation, civil engineering, surveying, etc. Arduino long distance sensor can provide accurate ranging data to help users perform accurate distance measurement and positioning operations, providing engineers and researchers with efficient and accurate measurement tools.
Features
• - Precise measurement of the displacement, distance and position on different surfaces
• - Visible lasers can be used to aim at targets
• - Large measuring range up to 100m, for both indoor and outdoor use
• - High repeatability 1mm
• - High accuracy +/-3mm and signal stability
• - Fast response time 20HZ
• - Extremely compact design and excellent price/performance ratio
• - Open interfaces, such as: RS485, RS232, TTL and so on
• -IP67 protective housing for easy installation and protection against water immersion and dust.
Parameters
| Model | J91-BC |
| Measuring Range | 0.03~100m |
| Measuring Accuracy | ±3mm |
| Laser Grade | Class 2 |
| Laser Type | 620~690nm,<1mW |
| Working Voltage | 6~36V |
| Measuring Time | 0.4~4s |
| Frequency | 20Hz |
| Size | 122*84*37mm |
| Weight | 515g |
| Communication Mode | Serial Communication, UART |
| Interface | RS485(TTL/USB/RS232/ Bluetooth can be customized) |
| Working Temperature | -10~50℃(Wide temperature can be customized, Suitable for more harsh environments) |
| Storage Temperature | -25℃-~60℃ |
Protocol
Serial asynchronous communication
Baud rate: default baud rate 19200bps
Start bit: 1 bit
Data bits: 8 bits
Stop bit: 1 bit
Check Digit: None
Flow Control: None
Control instruction
| Function | Command |
| Turn on the laser | AA 00 01 BE 00 01 00 01 C1 |
| Turn off the laser | AA 00 01 BE 00 01 00 00 C0 |
| Enable single measurement | AA 00 00 20 00 01 00 00 21 |
| Start continuous measurement | AA 00 00 20 00 01 00 04 25 |
| Exit continuous measurement | 58 |
| read voltage | AA 80 00 06 86 |
All commands in the table are based on the factory default address of 00. If the address is modified, please consult the after-sales service. The module supports networking, how to set the address for networking, and how to read it, you can consult the after-sales service.
The laser ranging sensor adopts the phase method laser ranging technology, which uses the frequency of the radio band to modulate the amplitude of the laser and measure the phase delay generated by one round-trip measurement of the modulated light, and then convert the phase delay represented by the wavelength of the modulated light. Distance, that is, the time it takes for light to travel back and forth by indirect methods.
FAQ
1. What is the difference between a laser measuring sensor and a laser rangefinder?
The biggest difference lies in the processing method of the measurement data. After collecting the data, the laser ranging sensor can record the data of multiple measurements and transmit it to the display for analysis, while the laser range finder can only display one set of data without recording. function and transmission. Therefore, laser ranging sensors are used in industry, and laser ranging can be used in life.
2. Can the laser ranging sensor be used for car collision avoidance?
Yes, our high-frequency measurement sensors can measure and monitor in real time, sense the distance between the front and rear, and help the car avoid collisions.
