HFE7060-200I

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

In any environment, accuracy and precision are of the utmost importance. This is true in industrial, commercial, and academic surveys, but is also true within the growing need for accurate surveying data in the engineering and construction sectors. The HFE7060-200I is a laser surveying system designed to meet the needs of these industries. This article will cover the application fields and work principle of the HFE7060-200I.

The HFE7060-200I is a laser surveying system designed for industrial, commercial, and academic surveys. It offers a powerful laser that offers precision and accuracy to its operators. The laser system is capable of measuring distances up to 20 km, as well as angular, linear, and profilometric measurements. The laser system is also weather-resistant, so it can be used in a variety of environmental conditions. Additionally, the HFE7060-200I offers convenient interfacing options, including an intuitive graphical user interface (GUI) with an auto-calibrating LCD display for quick setup and operation.

The application field of the HFE7060-200I ranges from easy to complex precision surveys. For quick and accurate measurements of distances up to 20km, the laser system offers a highly accurate displacement measurement. This is ideal for measuring distances in engineering, construction, and investigation surveys. The laser system’s linear, angular, and profilometric measurements are particularly useful for high-accuracy surveys, especially in areas that require accurate date time recordings such as for seismolitics and environmental studies. The HFE7060-200I can also be used for surveying monuments, buildings, railways, and archaeological sites, as well as for the creation of high-resolution maps and land surveys.

The HFE7060-200I utilizes several components to calculate its measurements. The laser system utilizes a shear plate, fiber optic cable, and filter servo control functions to produce the most accurate results. The shear plate is positioned in front of the laser and it divides the laser beam into two, creating a fringe. This fringe is then received by a fiber optic cable, which is connected to a filter that measures the intensity of the fringe. This information is then used to determine the angle of the laser beam. The servo control functions are used to ensure that the focus is correct and to ensure that the laser beam is stable.

The HFE7060-200I is an advanced laser surveying system that offers accuracy and precision to its users. With its powerful laser and its angular, linear and profilometric measurements, the HFE7060-200I is suitable for industrial, commercial, and educational surveys. The laser system is also weather-resistant, so it can be used in any environment with a range of up to 20 km. The laser system utilizes a shear plate, fiber optic cable, and servo control functions, to ensure that it produces accurate and reliable readings. With its ease of use and accurate results, the HFE7060-200I is the perfect tool for surveying projects of any size.

The specific data is subject to PDF, and the above content is for reference