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Place of Origin | China |
Brand Name | YBoptics |
Certification | CE, FCC, ROHS |
Model Number | RBP01 |
Long Distance Golf Galaxy Rangefinder Laser Range Finding Binocular
Parameters for YBoptics Range Finder
2 Years Warranty.
Category | model | RBP01 |
Performance | Range distance | 1m-1500m |
Measurement error | ±1m(1-600m)/±2m(1-1000m)/ ±3m(1-3000m) | |
Units of measurement | M/yard | |
Screen | High transparency LCD display | |
Angle measurement range | ±85° | |
Features | Distance measurement | Yes |
Height measurement | Yes | |
angle measurement, | Yes | |
meter/yard switch | Yes | |
electronic compass | Yes | |
measurement method | once | |
Automatic shutdown time | 30S after no operation |
Product introduction:
This product is based on a 905nm pulsed laser, a laser semiconductor transmitter and receiver Paul binoculars developed by TOF principle. It can obtain high-transmission stereo images while achieving multi-functions such as long-distance distance measurement, height measurement and angle measurement, And it build-in electronic compass that could measure real-time azimuth. The product has high accuracy. It has many functions, is portable and easy to operate. It can be used for measurement in a variety of complex environments.
LCD display indication
Ranging restriction statement
This range-finding telescope is suitable for measuring high-reflectivity objects (such as highway signs) in reflectivity objects (such as low-reflectivity objects on building walls (such as trees and golf flagpoles). When the reflectivity drops to a certain level, the range will change Reduce accordingly.
The range of this series of range-finding telescopes is defined under the following conditions: 1 The measurement target has a medium reflectivity: such as the wall of a building; 2 The reflection surface of the measurement target is perpendicular to the laser emission direction.
3Measure the weather as clear but not under direct sunlight as much as possible
4 The area of the reflecting surface of the target as far and close as possible (>400m) is not less than 2m*2m