What to do if my Leica HDS6000 battery switches off automatically when starting a scan?
If the battery switches off automatically when starting a scan with your Leica Scanner, it might be due to low battery capacity. Try recharging or replacing the battery.
What to do if Cyclone reports a 'timeout' error with my Leica HDS6000?
If Cyclone reports a timeout error with your Leica Scanner, the data cable might be damaged or not working correctly. Check the data cable to ensure it is functioning properly.
What to do if my Leica Scanner cable is damaged?
If you have a damaged cable, carefully examine the cabling for damages that could cause loose contacts or short circuits. Defective circuits need to be replaced, and it's important to only use the supplied power cords.
Why does Cyclone report that the temperature is too high for my Leica Scanner?
If Cyclone reports that the temperature is too high for your Leica Scanner, it means the scanner is overheating. Leave the device powered on and wait for the active cooling system to stop before you resume scanning.
What to do if my Leica HDS6000 Scanner battery switches off automatically even after recharging?
If your Leica Scanner battery switches off automatically even after being fully recharged, the battery charger or charging cradle might be defective. Check the function of both the battery charger and the charging cradle, and note the charging status displayed on each.
Why does Cyclone report that the temperature is too low for my Leica HDS6000 Scanner?
If Cyclone reports that the temperature is too low for your Leica Scanner, it indicates that the scanner is too cold. Start scanning, such as performing preview scans, as this activity helps warm up the HDS6000.
Explains where to find type and serial numbers.
Lists and illustrates system components.
Illustrates and labels battery and charging cradle components.
Describes the scanner's field of view.
Introduces the HDS Cyclone software packages.
Step-by-step guide to setting up the scanner on a tripod.
Details how to measure and enter instrument height.
Describes the procedure for switching the system on and off.
Details scanning parameters like resolution and laser power.
Explains the function of each control button.
Describes how to navigate the main and sub-menus.
How to copy or move data to an external drive.
Details network, USB, and WLAN connection types.
Provides solutions for common problems.
Instructions for cleaning product components and cables.
Step-by-step guide to adjust the instrument's circular level.
Defines permitted/adverse uses and environmental/hazardous area limits.
Details operational hazards and laser safety precautions.
Information on accuracy, distance, and angle performance.
Details the scanning system's method, class, and rate.
Technical data for power, consumption, and environmental conditions.
Lists dimensions, weight, and standard accessories.
General| Accuracy | 6 mm at 50 m |
|---|---|
| Beam Divergence | 0.22 mrad |
| Field of View (Horizontal) | 360° |
| Field of View (Vertical) | 310° |
| Angular Resolution | 0.009° |
| Interface | Ethernet |
| Type | Terrestrial Laser Scanner |
| Measurement Range | 0.5 m to 79 m (Object reflectivity dependent) |
| Point Density | Up to 1 million points per second |
| Operating Temperature | -10°C to 45°C |
| Laser Class | Laser Class 1 |
| Laser Type | Infrared |
| Scan Speed | Up to 500, 000 points/second |
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