Application Principle of Laser Distance Meter in Industrial Automation Control
The prismless laser rangefinder can constantly gather data at a rate of once per 0.7 seconds and includes a conventional RS232 serial output feature. Through the RS232 data interface, the instrument transmits the measured slant distance, vertical distance, horizontal distance, tilt angle, and other parameters to the computer, which uses the data to determine the target's position and adjust the mechanical components to achieve automatic height control. Purpose.
Its structural features enable you to receive data such as distance and height within 1 second without the requirement for a prism as a reflection target by just passing the red dot through the aiming eyepiece on top, pointing, and pressing the launch button. The measuring feature allows for the measurement of information such as height, inclination, and horizontal distance through the use of a multi-function menu system (200 type and 200LR type). It is more user-friendly, offering features like left-handed operation, data download, and optional remote control triggering, which are more sensitive of the demands of the client.
Additionally, it is even more effective when used in conjunction with alternatives like [MapStar] (MapStar), which may be utilized with data output ports, collectors, software, and other alternatives to instantly become the most portable X, Y, and Z three-dimensional measurement system. to satisfy customers' expanded measurement demands.
Aiming eyepiece: The aiming eyepiece has a red aiming point that you can use to precisely aim at your target. The red point's intensity can be changed to accommodate various lighting conditions. Transmission ——- sends out laser infrared impulses via the transmitter. Receiving mirror — Infrared rays that are reflected are picked up by the receiver mirror, which then sends the signal to the instrument's internal circuit for computation. operational buttons Numerous tasks can be carried out by pressing three buttons in various ways.collaboration to address various job needs. The instrument's operational status is reported to you through the loudspeaker through various sounds. Precision backlit LCD screens can match your day and night operation needs and show the data you need whenever and wherever you need it. For more in-depth processing, you only need to download the data through the data output port, which performs the function of data download.
A large-scale laser sensor, a fluid tilt sensor, an aiming eyepiece, and a data output port make up the majority of the internal structure. The three buttons on the two panels of the instrument are used to operate a combination sensor and software system. The data is sent to the display.
Utilizes a laser sensor and tilt sensor to instantly calculate distance and angle measurements. The transmitter mirror releases an infrared beam that is reflected back to the receiver mirror when it strikes the target during the measurement process. The tilt sensor measures the vertical angle, and the laser sensor calculates the distance by calculating the time between brief infrared pulses. Data like height, elevation angle, inclination, and horizontal distance can be calculated and determined.
It can measure reflective and non-reflective targets with high spectral sensitivity. The maximum distance is 600 meters (2000 feet), although the real maximum distance depends on the particular target and the surroundings around it, which in turn is determined by the environment. The instrument is presented by the tilt sensor as 180 degrees, the instrument is kept horizontal at 0 degrees, the upward rotation is + value, and the downward rotation is - value. The tilt sensor has a measurement range of 360 degrees.
