Point to Point Optical Distance Measurement Sensor 100m for Car
Smartphone
Description:
Point to Point Optical Distance Measurement Sensor 100m has been
widely used to secondary development. The resolution of our B707C
Optical Distance Measurement Sensor is 1mm and the measuring range
is 0.03 to 100 metres. We are devoted ourselves to making great
laser ditance modules which can be used in various industries.The
Optical Distance Measurement Sensor can not only be connected to
USB, RS232, RS485 , BeagleBoard,Renesas controller,but also can be
applied to Arduino, Raspberry Pi, UDOO, MCU etc. RS232 is a common
output mode in the industry. So it is much more convenient for
cutosmers to test functions.
Optical distance measurement sensor Feature:
1. Good for optical distance measurement sensor
2. Support single measurement/continous measurement
3. Data output: RXTX, USB, RS232, RS485, Bluetooth optional
Specifications of Optical distance measurement sensor Feature:
| Brand Name | JRT |
| Product Name | Optical Distance Measurement Sensor 100m for Car Smartphone |
| Model Number | B707C |
| Certification | FDA/ISO9001/CE/FCC/ROHS |
| Place of Origin | China |
| Accuracy | ±1 mm (0.04 inch) |
| Measuring Unit | meter/inch/feet |
| Measuring Range (without Reflection) | 0.03-100m |
| Measuring Time | 0.125~4 seconds |
| Laser Class | Class II |
| Laser Type | 635nm, <1mW |
| Size | 72*40*18mm (±1 mm) |
| Weight | About 25g |
| Voltage | DC2.0~3.3V |
| Electrical Level | TTL/CMOS |
| Operating Temperature | 0-40 ℃ (32-104 ℉ ) |
| Storage Temperature | -25~60 ℃ (-13~140 ℉) |
1. Under bad measure condition, like environment with strong light
or the diffuse reflectance of measuring point over-high or low, the
accuracy would have bigger amount of error: ±1 mm+40PPM.
2. Under strong light or bad diffuse reflectance of target, please
use a reflector.
3.120m,150m can be customized.
4. Voltage can be changed by power converter LDO
5. Frequency would be affected by environment.
6. Operating temperature -10 ℃~50 ℃ can be customized.
