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General| Type | 3D laser scanner |
|---|---|
| Range Accuracy | 1.2 mm + 10 ppm |
| Field of View (Horizontal) | 360° |
| Field of View (Vertical) | 290° |
| Weight | 11.5 kg |
| Weight (including battery) | 12.5 kg |
| IP Rating | IP54 |
| Laser Class | Class 1 |
| Scan rate | 1, 000, 000 points/sec |
| Beam Divergence | 0.22 mrad (Full angle) |
| Operating Temperature | -20°C to 50°C |
| Battery Life | 4.5 hours |
Step-by-step instructions for securely setting up the scanner on a tripod.
Describes instrument setup using the laser plummet over a control point.
Steps for switching the instrument on and off, including shutdown methods.
Creating or selecting a project and defining a new station for scanning.
Explanation of various station setup methods available in the software.
Scanner setup over a known point without aiming at a target.
Scanner setup over a known point by aiming at a backsight target.
Scanner setup over a known point by aiming at a known backsight target.
Scanner setup over an unknown station by aiming at known target positions.
Scanner setup over an unknown station without using target IDs.
Defining the area to be scanned using various methods.
Defining point spacing and sensitivity for scans.
Configuring parameters for the internal camera.
Configuring parameters for the external camera.
Options for target acquisition, including selecting target ID and type.
Creating new projects and traverses, and starting a defined traverse.
Setting limits and specifications for the entire traverse workflow.
Setting up the start station and orientation for a traverse.
Defining the next station of a traverse with foresight details.
Executing scanning, imaging, and targeting from a traverse station.
Defining the backsight target for a traverse station.
Displaying the misclosure of a closed traverse and station coordinates.
Showing results of an adjusted traverse, including adjusted coordinates.
Information about the electronic level, laser plummet, and compensator settings.
Configuring communication parameters for the internal WiFi device.
Checking angular parameters, range parameters, and tilt compensator.
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