The main measurement modes and functions of the laser rangefinder telescope

The main measurement modes and functions of the laser rangefinder telescope

The main measurement modes and functions of the laser rangefinder telescope are:

1. Measuring distance: This is the main indicator of the laser rangefinder telescope, which refers to the farthest distance the telescope can measure. The measuring distance of the telescope is generally 6-3000 meters. This distance refers to the straight-line distance from the measurement position to the measurement target.

2. Measurement accuracy: refers to the accuracy range of laser rangefinder telescope measurement. Now the measurement accuracy of telescope rangefinders on the market is generally 1 meter, and the measurement accuracy of some high-precision telescope rangefinders can reach 0.5 meters, such as Wei Rui The measurement accuracy of Jinko's IMETER brand LC series reaches 0.5 meters. As a new product launched in 2019, the company has very high expectations for this laser ranging telescope, and it is destined to become a popular model of ranging telescopes in 2019.

3. Altimeter: Whether it can measure the horizontal height, many rangefinders have this function, so this rangefinder can also be called an altimeter.

4. Angle measurement: Whether or not to measure the angle, many rangefinders also have this function, so this rangefinder can also be called a goniometer.

5. Speed measurement: switch the speed measurement mode, aim at the moving object and long press the measurement button to get the speed.

6. Measure the horizontal distance: The measurement distance mentioned above refers to the straight-line distance from the measurement position to the measurement target, while the horizontal distance refers to the horizontal distance from the measurement position to the measurement target. The two distances are not the same.

7. Scanning ranging: Different from the single-point ranging mentioned above, scanning ranging is realized by long-pressing the measurement button, instantly sensing the distances of multiple targets, which greatly improves work efficiency.

8. Vibration prompt: Some models will be equipped with a DIP switch, and there will be vibration prompt feedback during measurement, giving users a good human-computer interaction experience, and some high-end models only have this function, such as the IMETER brand. The LF series and LE series have all the above functions, and the measurement accuracy within 400 meters can also reach 0.5 meters. It can be said that this is an all-rounder.

Among the above measurement modes, only ranging and speed mode are named with S (SIMPLE simple) suffix, ranging, speed, angle, altimetry, horizontal distance, and scanning ranging are included in all modes with A (ALL ) suffix, the golf model is named after the G (GOLF) suffix, which is the concept first proposed by Sun Gong, a sales engineer of Weiruijinko, for the product characteristics. This naming method has gradually been accepted by domestic counterparts and is still in use today.