1) Processing with aluminum alloy material.
2）Side of the shell has network interface and power interface, using IP67 waterproof connector.
3) can achieve 360 degrees arbitrary rotation, no need to worry about cable tangling problem.
4）Waterproof design with tabs and oil seal between the housing and the rotating shaft.
5）The rotating part is composed of instrument-level high-precision turntable, which ensures the mechanical precision and rotating precision of the equipment.
6）It comes with high precision encoder, the encoder precision is 2″.
7) remote upgradeable firmware for easy maintenance.
8）Using with sick laser scanner, reading point cloud file through SDK interface.
9) can open the two-dimensional scanning mode, the computer side directly control the laser scanner.
10) can remotely modify the speed configuration parameters.
11) with a variety of rotational speed can be adjusted.
12) with absolute encoder, can be arbitrarily set to zero, the angle value remains unchanged after power failure.

  In the field of power plants, steel mills and coal mines, there is often some demand for shed coils, which are very difficult to measure due to their large size and irregular shape, the above equipment solves this problem. The above scanner scanning speed is fast, only a few minutes to scan once, can greatly improve the efficiency of the power plant, save manpower and create benefits.
  The above equipment can be used for silo scanning, also can be used for scanning in the coal shed, once installed multiple, simultaneous joint measurement, real-time point cloud data. The 3D laser scan directly collects various large, complex, irregular entities or live views into the computer completely, and then reconstructs the 3D solid model of the coal pile quickly. After the scanning is finished, the computer synthesizes and processes the data obtained by the 3D laser scanner, establishes a digital model of the coal field surface using digital fitting technology, calculates the volume of the coal pile according to the volume integration principle, and draws a three-dimensional figure of the coal field according to the digital model. The calculated volume number is then multiplied by the specific gravity of coal to be the coal storage volume of the coal field.