Trimble RTS 573
Equipped with everything from Trimble DR Plus EDM measurement solutions to MagDrive technology for maximum speed, the Trimble RTS573 is powerful enough for even the most demanding job sites. Designed specifically for concrete, MEP, and general contractors, the Trimble Robotic Total Stations Series offers construction-specific functionality and one-person operation, so you can perform all job site layout and measurement tasks for maximum flexibility and cost savings.
Frequently Asked Questions
What is the Trimble RTS 573 Robotic Total Station?
The Trimble RTS 573 is a robotic total station designed for precise measurements and efficient layout tasks in construction.
What is the accuracy of angle measurements with the Trimble RTS 573?
The horizontal angle measurement accuracy is 3”, and the vertical angle measurement accuracy is 2”.
How long can the Trimble RTS 573 operate on a single battery charge?
With one internal battery, it operates for approximately 6.5 hours, and with three batteries in a multi-battery adapter, it can operate for up to 18 hours.
What environmental conditions can the Trimble RTS 573 withstand?
The Trimble RTS 573 can operate in temperatures ranging from -20°C to +50°C (-4°F to +122°F) and has IP55 dust and waterproofing.
Applications
- Layout of control
- Layout of property boundaries
- Layout of excavation lines
- Layout of concrete forms and anchors
- Layout of control lines for subcontractors
- Layout of hangers, sleeves and underground pipe
- Topographical measurements
- As-built checks
Key Features & Benefits
- DR Plus EDM : DR range 4265 ft (1300m) white card 90% reflectivity
- 3″ Angular Accuracy
- Track Light and Telescope
- Robotic communication link – 2.4 GHz radio
- Robotic radio communication range: 200 m (675 ft)
- Prism Layout Only
- Distance measurement accuracy (Prism Mode): ±2 mm + 2 ppm (0.01 ft + 2 ppm)
- Reflectorless DR Measuring: Yes – 120m
- Easy-to-follow user interface shortens learning curve and faster operation
- Rugged design, withstands tough jobsite conditions and minimizes downtime due to repair