The mining laser rangefinder emits a very fine laser beam towards the target during operation, and the laser beam reflected by the target is received by the photoelectric element. The timer measures the time from emission to reception of the laser beam, and calculates the distance from the observer to the target. It is a high-precision measurement equipment designed specifically for mining environments.
Scope of application:
Widely applicable for accurate and rapid measurement of distances underground in coal mines, tunnels, working faces, mining faces, etc.
It can also be used for measurement work in mining tunnels, mining areas, open-pit mines and other scenarios, providing comprehensive support for the safety production of mines.
In addition, it can also be applied to industrial and commercial decoration, engineering construction and other fields, such as floor tile laying, wall coating area estimation, construction site distance/area/volume measurement, etc.
To use the mining laser rangefinder correctly, the following key steps and precautions need to be followed:
Understanding instruments and preparation:
Before use, it is necessary to carefully read and understand the user manual of the laser rangefinder, master its various functions and safety operation specifications.
Ensure that the battery of the rangefinder is fully charged or properly connected to the power source.
Safe operation:
When using, the rangefinder should be kept away from water, fire sources, and flammable materials to prevent fires.
It is strictly prohibited to directly shoot laser beams into human or animal eyes to avoid eye injuries.
When used in potentially explosive environments such as underground mines, it is necessary to ensure that the rangefinder has explosion-proof performance and comply with relevant safety regulations.
Correct measurement:
Select the appropriate measurement mode (such as continuous measurement, single measurement, etc.) based on the measurement requirements.
Before measurement, it is necessary to ensure the stability of the rangefinder and avoid shaking to improve measurement accuracy.
Consider measuring the light reflection of the environment and target surface, avoiding measurements in environments with direct sunlight or strong light to reduce light interference.
For mining laser rangefinders, special attention should be paid to their measurement range and accuracy to ensure that the measurement results meet the needs of mine surveying.
Data recording and storage:
During the measurement process, the measurement results should be recorded in a timely manner and the data should be stored as needed.
Some laser rangefinders support data sharing and remote control, making it easy to transmit measurement data to computers or other devices.
Cleaning and maintenance:
After use, the surface of the rangefinder should be cleaned in a timely manner to prevent stains and dust from entering the body.
Do not forcefully rotate or disassemble the rangefinder to avoid damaging internal components.
Regularly check whether the various functions of the rangefinder are normal, and if there are any abnormalities, repair or replace them in a timely manner.
Special function applications:
Mining laser rangefinders may have the ability to measure various parameters such as height, angle, area, and volume, and these functions should be used correctly according to actual needs.
When using special functions, carefully read the user manual to ensure correct operation.