RIEGL VZ-4000
$ 0,00
With the ultra-long-range 3D Terrestrial Laser Scanner RIEGL VZ-4000 – operating at eye-safe laser class 1 – and specifically designed software packages RIEGL offers an optimized and simplified workflow for the demanding fieldwork in open-pit mining and topography.
Description
With the ultra-long-range 3D Terrestrial Laser Scanner RIEGL VZ-4000 – operating at eye-safe laser class 1 – and specifically designed software packages RIEGL offers an optimized and simplified workflow for the demanding fieldwork in open-pit mining and topography.
Additional information
| Year of introduction | 2011 |
|---|---|
| Automatic detection of tie points | Y |
| Dual Axis Compensation | Y |
| Battery type | external |
| Scan time per battery [h] | 3 |
| External Camera | Y |
| Export formats of camera image | JPEG, TIFF, RAW |
| User interface | integrated, tablet, PC, terminal |
| Specifications | Windows, Android, iOS, Linux |
| Additional sensors | Inclination sensors, SyncTimer, GNSS receiver, Compass, Laser Plummet |
| Registration/orientation methods | Stand-alone Registration, Registration via Control Points, Totalstation-like-Registration |
| Software name | RiSCAN PRO |
| Real time visualization during scanning | Y |
| Control panel built in | Y |
| Geo-referencing | Y |
| Fitting of primitives | Y |
| Specification of primitives | lines; planes |
| Max. size of model [million points] | 1000 |
| Training facilities | Yes |
| Main users | surveyors; architects; civil engineers; archaelogy, mining |
| Main applications | Topography & Mining, Long Range Monitoring, Civil Enineering, Archaelogy |
| Distinguishable features | echo digitization; online waveform processing; multiple target capability; stand-alone data acquisition; HMI-interface; integrated GPS receiver; integrated compass; built-in SSD data storage media; laser plummet; inclination sensors; compact; lightweight, advanced camera options |
| Brand | RIEGL |
| Addres | RIEGL Riedenburgstrasse 48 3580 Horn Austria |
| IP Rating | 64 |
| Internal Camera | Y |
| Height [m] | 0.45 |
| Spot at 50 m distance [mm] | 20 |
| Depth [m] | 0.226 |
| Width [m] | 0.248 |
| Total Weight [kg] | 14.5 |
| Range measurement principle | pulse |
| Laser safety classification | 1 |
| Min. Range [m] | 5 |
| Max. Range [m] | 4000 |
| Range uncertainty (constant part) [mm] | 15 |
| Beam diameter at exit [mm] | 18 |
| Beam divergence [mrad] | 0.15 |
| Intensity recording [bits] | 16 |
| Humidity range [%] | 80 |
| Max. vertical field of view [deg] | 60 |
| Max. horizontal field of view [deg] | 360 |
| Min. horizontal step size [deg] | 0.002 |
| Min. vertical step size [deg] | 0.002 |
| Uncertainty of horizontal step size [deg] | 0005 |
| Uncertainty of vertical step size [deg] | 0005 |
| Beam deflection mechanism | rotating/oscillating mirror; rotating head |
| Max. measurement rate [kHz] | 300 |
| Operating temperature: min. [°C] | -20 |
| Operating temperature: max. [°C] | 40 |
| URL |
