Home Danmark
  Løsninger
Produkter
Support - Service
Nyheder
Udleje / Salg
Om os
Kontakt   Danmark
 
Produkter  
 
Agriculture (eng)
 
 
Airborne Sensors (eng)
 
 
Lasere
 
 
Field & Mobile Solutions (eng)
 
 
GNSS/GPS Systems (eng)
 
 
HDS Systems (eng)
 
 
Laser Afstandsmåler
 
 
Laser Tracker Systems (eng)
 
 
Leica System 1200
 
 
Leica Viva
 
 
Niveller Instrumenter
 
 
Locators (eng)
 
 
Machine Control (eng)
 
 
Mobile Mapping (eng)
 
 
Monitoring Systems (eng)
 
 
Teodolitter
 
 
Total Stations (TPS)
 
 
 Building & Construction TPS
 
 
 Anlægs & Landmålings TPS
 
 
 Landmålings TPS
 
 
 Landmåling og monitorering TPS
 
 
  Leica TS30
 
 
  Leica TM30
 
 
 Laser Stations
 
 
Software (eng)
 
 
Tilbehør
 

Leica TS30

Electro-optical Distance Measurement
For the electro-optical distance measurements (EDM) on prisms, reflector tapes or natural targets, a visible laser beam, which is coaxial to the optical axis, is transmitted by Leica Geosystems’ PinPoint EDMsystem.
Leica Geosystems’ reflectorless PinPoint R1000 EDM measures to natural targets at ranges of more than 1000m. To realize these long distance measurements without any prisms or reflector tapes, Leica Geosystems’ proven System Analyzer was implemented. This procedure allows the evaluation of the total signal information for the distance determination and combines the advantages of the phase and time-of-flight measurements without having their individual disadvantages 

For the Leica TS30 total station, the Leica PinPoint EDM was improved to achieve even greater accuracy. The established PinPoint EDM enables distance measurement accuracy, on Leica round prisms (GPH1P), of 0.6mm + 1ppm (tested according to ISO 17123-4). 

The PinPoint EDM provides many advantages for the distance measurements of the Leica TS30 total station. Beside the very high measurement quality and reliability, the Leica PinPoint EDM allows measurements even under adverse atmospheric conditions, such as dust, smoke, mist, rain or snowfall, etc.

Beside electronic and signal analyzing improvements of the distance measurements, the shape of the laser beam was significantly improved. This results in an optimized laser beam profile and footprint.