Description
Spectra Precision Focus 30
*Spectra Focus 30 Robotic Total StationFocus 30 Robotic Total StationFOCUS Total Stations – FOCUS 30
StepDrive technology
LockNGo technology
Featuring Spectra Precision Survey Pro software onboard
Three Robotic models: 2, 3 and 5 accuracies
Long-range, reflectorless distance measurement
High-precision prism measurements
GeoLock GPS-assist technology
Focus 30
Introducing the powerful Spectra Precision FOCUS 30 Total Station. The FOCUS 30 fully robotic motorized solution provides the same usability as a mechanical total station, but with improved speed, accuracy, and precision in measurement. A robotic instrument moves the power of the observer from the instrument to the range pole, improving the quality of your work.
All robotic instruments require:
motorized drive system at the instrument
a tracking sensor to track the range pole and prism
a communication connection between the instrument and range pole and prism
The speed of observation and precise positioning of the FOCUS 30 robotic total station is provided by patented StepDrive motion technology. Included in all models, the StepDrive motors control the horizontal and vertical motion of the motors, so there is no need for traditional motion locks. Using the motorized drives it is possible to precisely turn to, and repeat, angle measurements. This results in quick and reliable measurements which substantially increases your staking productivity.
The Robotic and LockNGo FOCUS 30 models include a tracking sensor that uses LockNGo tracking technology enabling the instrument to constantly lock onto the prism. The benefit of LockNGo is the ability to follow the prism at all times and reduces downtime from not having to re-point the instrument on every observation.
Spectra Precision Focus 30 Total Station
To maintain contact between the FOCUS 30 instrument and the remote observer with the range pole and prism, the robotic solution must include a communication link. The FOCUS 30 uses an integrated 2 4 GHz radio modem, as does the Spectra Precision Ranger data collector. The 2.4 GHz radio modem provides interference-free robotic data communications.
Once your robotic communications have been established you can control all the functions of the FOCUS 30 from the range pole as you move through the jobsite making measurements. This makes it possible for a single surveyor to perform high accuracy stakeout or topographic surveys by themselves. From high-order control surveys to topographic data collection or fast-paced construction stakeout, you can rely on a FOCUS 30, even in harsh outdoor conditions.
The FOCUS 30 total station is combined with Spectra Precision Survey Pro field software, providing you with world class software solutions for any surveying situation. An example of these features includes a unique robotic software technology that can be used when associating the FOCUS 30 with a low-cost GPS receiver and Survey Pro software. This combination of technologies allows the user to take full advantage of the Spectra Precision GeoLock GPS-assist technology to keep locked on target.
The Spectra Precision GeoLock technique allows a robotic total station to perform an aided search for an optical target using an initial GPS position. The remote instrument can then be directed towards the robotic roving operator using the GPS position and a subsequent search is quickly performed to re-acquire the target at the robotic rover. This technique greatly reduces wasted time, improving your field work efficiency.
The FOCUS 30 robotic solution is best described as Simply Powerful. Packaged in a modern, sleek, and streamlined design, it is easy-to-use, affordable and tough.
FOCUS 30 Total Stations are designed to meet all your surveying needs.
Details
Spectra Precision Focus 30 Robotic Total Station
Featuring World Class Spectra Precision Field Software
Introducing the powerful Spectra Precision® FOCUS® 30 Total Station. This fully robotic motorized solution provides improved speed, accuracy and precision in measurement. A robotic instrument moves the power of the observer from the instrument to the range pole improving the quality of your work.
All robotic instruments include:
- Motorized drive system at the instrument
- A tracking sensor to track the range pole and prism
- A communication connection between the instrument and range pole and prism
StepDrive
The speed of observation and precise positioning of the FOCUS 30 robotic total station is provided by patented StepDrive™ technology. StepDrive controls the horizontal and vertical motion of the motors, so there is no need for traditional motion locks. Using the motorized drives it is possible to precisely turn to, and repeat angle measurements. This results in quick and reliable measurements which substantially increases your staking productivity.
LockNGo
The Robotic and LockNGo™ FOCUS 30 models include a tracking sensor that uses LockNGo technology enabling the instrument to constantly lock onto the prism. The benefit of LockNGo technology is the ability to follow the prism at all times and reduces downtime from not having to re-point the instrument on every observation.
Communication Link
To maintain contact between the FOCUS 30 instrument and the remote observer with the range pole and prism, the robotic solution must include a communication link. The FOCUS 30 uses an integrated 2.4 GHz radio modem as does the Spectra Precision Ranger™ 3 data collector. The 2.4 GHz radio modems provide interference free robotic data communications. Once your robotic communications have been established you can control all the functions of the FOCUS 30 from the range pole as you move through the job site making measurements. This makes it possible for a single surveyor to perform high accuracy stakeout, layout or topographic surveys by themselves. From high-order control surveys to topographic data collection or fast-paced construction layout, you can rely on a FOCUS 30, even in harsh outdoor conditions.
FOCUS 30 and Survey Pro
Combined with Spectra Precision Survey Pro™ field software, providing you with world class software solutions for any surveying situation. An example of these features includes a unique robotic software technology that can be used when associating the FOCUS 30 with a low-cost GPS receiver and Survey Pro software. This combination of technologies allows the user to take full advantage of the Spectra Precision GeoLock™ technology to keep locked on target.
The Spectra Precision GeoLock technology
Offered in Survey Pro this technique allows a robotic total station to perform an aided search for an optical target using an initial GPS position. The remote instrument can then be directed towards the robotic roving operator using the GPS position and a subsequent search is quickly performed to re-acquire the target at the robotic rover. This technique greatly reduces wasted time, improving your field work efficiency.
FOCUS 30 and Layout Pro
Spectra Precision Layout Pro™ software and the FOCUS 30 together offer the convenience of carrying, managing, editing, and laying out your job site blueprint. This combination is a critical tool in the field of construction layout and is designed to make the layout process more productive, accurate and reliable. For example, use Layout Pro to guide the layout of the major points, add string dimensions on the print, as well as calculate diagonals and angles.
Features:
- Survey Pro™ and Layout Pro™ software
- GeoLock™ GPS assist technology
- 2″, 3″, and 5″ angle accuracy
- StepDrive™ motion technology
- LockNGo™ advanced tracking technology
- Windows CE Touchscreen
- Ultra lightweight at only 5 kg (11 lb)
- 2.4 GHz interference-free radio
Specifications:
Angle measurement |
Accuracy
(Standard deviation based on ISO 17123-3) |
3″ (1.0 mgon) |
Angle reading (least count display)
Standard
Tracking |
1″ (0.1 mgon)
2″ (0.5 mgon) |
Distance measurement |
Accuracy to Prism
(Standard deviation based on ISO 17123-4)
Standard
Tracking |
2 mm + 2 ppm (0.007 ft + 2 ppm)
5 mm + 2 ppm (0.016 ft + 2 ppm) |
Accuracy Reflectorless Mode
Standard <300 m (984 ft)
Standard >300 m (984 ft)
Tracking |
3 mm + 2 ppm (0.01 ft + 2 ppm)
5 mm + 2 ppm (0.016 ft + 2 ppm)
10 mm + 2 ppm (0.033 ft + 2 ppm) |
|
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