Customization: | Available |
---|---|
Appearance And Structure: | Integral |
Function of Measurement: | Robotic Total Station |
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RS10 is a new generation of high-precision robotic total station launched by FOIF. It adopts high-speed direct drive motor technology, which rotates faster and has more accurate positioning. It integrates high-speed automatic aiming, high-speed automatic target recognition, high-speed angle measurement, high-speed ranging and other new-generation technologies. Besides, it is equipped with ANDROID 11.0 operating system. It can be widely used in automatic deformation monitoring, automatic settlement monitoring, automatic bridge monitoring and other fields. After a variety of different projects have been verified, the accuracy of the instrument is credible and the performance is stable, leading the new generation of automatic measurement.
Direct drive technology: a new generation of direct drive motor, the maximum speed can reach 180°/s, high-resolution angle fine-tuning, high-precision positioning;
Electric focusing: electric focusing, the focusing process is stable and the operation is convenient;
Integrated compensation: A new generation of high-precision integrated compensator is adopted, which is placed in the shaft, and the compensation is faster and more stable
High-precision angle measurement: the dense bead shafting system is adopted, the shaft and the shaft sleeve are matched by steel balls to achieve interference fit, reduce the shaft clearance, and the sliding friction becomes rolling friction, which improves the angle measurement accuracy 4CCD radial reading system, and can effectively eliminate eccentric error;
Bluetooth, RS232 communication: to meet the customer's remote command control needs;
Automatic monitoring platform: it can realize 24-hour all-weather monitoring, automatic measurement, automatic recording, automatic analysis, automatic reporting, and the data can be stored in the cloud or local computer according to user needs;
Model
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RS10
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Telescope
|
|
Magnification/Resolution
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30x/3"
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Field of view
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1°30'
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Shortest focusing distance
|
1.5m
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Effective aperture
|
Φ50
|
Imaging
|
Erect
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Angle Measure
|
|
Accuracy
|
1" /0.5"
|
Method
|
absolute encoder
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Unit
|
360°(dms/d)400gon/6400mil
|
Min.display
|
0.1"
|
Distance Measure
|
|
Accuracy Prism
|
1mm+1×10-6·D
|
Reflective sheet
|
2mm+2×10-6·D
|
Reflectorless
|
3mm+2×10-6·D
|
Rang Standard prism(remote prism mode)
|
2~5000m
|
Reflective sheet
|
1~800m
|
Mini prism
|
2~1200m
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Reflectorless
|
1~1000m
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Time Fine/Fast/Track
|
≤1.0s(initial 1.5s)/≤0.5s(initial 1.0s)/≤0.2s(initial 1.0s)
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Unit
|
m/ft/US ft
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Min.display
|
0.0001m/0.001m(Fine,Fast),0.01m(Track)
|
ART
|
|
Working range
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5~1000m
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Basic positioning accuracy
|
±1.5mm@≤200m, ±1.5 " @>200m
|
Positioning time(in field of view of telescope)
|
0.5S-2S
|
Motor drive
|
|
Max.rotational angular speed
|
180°/s
|
Min.value for micro-rotation control in low speed
|
1"
|
Tilt compensation
|
|
Compensation method
|
Integrated dual-axis type
|
Compensation range
|
≥±6′
|
Level vial sensitivity
|
|
Plate level vial
|
30″/2mm
|
Circular level vial
|
8′/2mm
|
Laser plummet
|
|
Accuracy
|
±1.0mm/0.8m~1.5m
|
Laser spot
|
≤2.0mm/0.8m~1.5m
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Power
|
|
Battery
|
11.1V ,5800mAh lithium battery
|
Working time
|
5h~8h
|
Other
|
|
Endless drive
|
1 for horizontal, 1 for vertical
|
Display
|
6-inch touchscreen, resolution 1280*720,double displays,single display working supported
|
Keyboard
|
15 keys at the bottorn,backlight illumination+automatic sensitivity to light
|
Communication port
|
USB to RS232, USBC port, USB HOST port,close-range BT standard ,long-range BT(optional), various networks(4G optional)
|
Function support
|
Trigger key/buzz output/speaker/TF card/Temp. and air pressure sensor/cloud update
|
System
|
ANDROID 11.0,quad-core 64-bit ARM A55 CPU 2GHz,8GB+128GB
|
Protection grade
|
IP55(IEC60529)
|
Working temp.range
|
-20ºC ~+50ºC
|