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Angle measurement accuracy: 0.5"/1", distance measurement accuracy(Prism): ±(1+1×10-6D)mm
1000m long range reflectorless distance measurement
Vertical shafting: dense ball bearing and four detectors design; Horizantal shafting: unitary and four detectors design
Adopts up-to-date automatic target recognition and positioning technology
Supports SDK and external control protocol for software developing
Supports one man survey with FOIF Inspire android app, and bluetooth can stably communicate above 200 meters away
Also applied for high precision surveying areas, such as rail traffic monitoring, dam monitoring
RTS005A | RTS010A | |
---|---|---|
Telescope | ||
Resolution/image | 3′ / Erect | 3′ / Erect |
Objective aperture | Φ45, EDMΦ50 | Φ45, EDMΦ50 |
Magnification | 30x | 30x |
Field of view | 1°20′ | 1°20′ |
Shortest focus distance | 1.5m | 1.5m |
Angle measurement | ||
Reading system | Absolute encoder(four detectors) | Absolute encoder(four detectors) |
Angle unit | 360°(dms/d)/400gon/6400mil | 360°(dms/d)/400gon/6400mil |
Minimum display resolution | 0.1″ | 0.1″ |
Shafting design | Dense ball bearing for vertical shafting, unitary design for horizontal shafting |
Dense ball bearing for vertical shafting, unitary design for horizontal shafting |
Accuracy¹ | 0.5″ | 1″ |
Distance measurement | ||
Accuracy | ||
Prism in standard mode | ±(1 + 1×10⁻⁶D)mm | ±(1 + 1×10⁻⁶D)mm |
Reflective sheet/RP60 | ±(2 + 2×10⁻⁶D)mm | ±(2 + 2×10⁻⁶D)mm |
Reflectorless | ±(3 + 2×10⁻⁶D)mm/(2 - 150)m ±(5 + 3×10⁻⁶D)mm/(150 - 300)m ±(10 + 5×10⁻⁶D)mm/(300 - 500)m ±(10 + 10×10⁻⁶D)mm/(500 - 1000)m |
±(3 + 2×10⁻⁶D)mm/(2 - 150)m ±(5 + 3×10⁻⁶D)mm/(150 - 300)m ±(10 + 5×10⁻⁶D)mm/(300 - 500)m ±(10 + 10×10⁻⁶D)mm/(500 - 1000)m |
Measurement range² | ||
Prism(standard mode/long mode) | 2 to 3000m / 2 to 5000m | 2 to 3000m / 2 to 5000m |
Reflective sheet/RP60 | 1 to 800m | 1 to 800m |
Reflectorless | 1 to 1000m | 1 to 1000m |
Measuring time³ | ||
Fine mode | ≤1.0s(initial 1.5s) | ≤1.0s(initial 1.5s) |
Track mode | ≤0.2s(initial 1.0s) | ≤0.2s(initial 1.0s) |
Unit selection | m/ft/US ft | m/ft/US ft |
Minimum display | 0.0001 / 0.001m(fine, fast modes); 0.01m(track mode) | 0.0001 / 0.001m(fine, fast modes); 0.01m(track mode) |
ATR system | ||
Working range(target is in the field of view) | 5 - 1000m⁴ | 5 - 1000m⁴ |
Positioning accuracy⁵ | ±1.5mm@≤200m, ±1.5′ >200m | ±1.5mm@≤200m, ±1.5′ >200m |
Positioning time(in field of view of telescope) | 0.5 to 2s | 0.5 to 2s |
Track speed⁵ | 7°/s | 7°/s |
Level vial sensitivity | ||
Plate level vial | 30″/2mm | 30″/2mm |
Circular level vial | 8′/2mm | 8′/2mm |
RTS010A | |
---|---|
Compensator | |
Working range | ≥±3′ |
Compensating method | Dual - axis |
Laser plummet | |
Accuracy | ±1.0mm/0.8 - 1.5m |
Light spot | ≤2.0mm/0.8 - 1.5m |
Maximum output power | 0.7 - 1.0mW |
Laser wave length | 635nm |
Endless drive | |
Motor drive | H&V |
Max. rotational angular speed | 35°/s |
Min. value for micro - rotation control in low speed | 1″ |
Servo positioning accuracy(standard deviation) | 3″ |
Display | |
Display | 3.5″ colour TFT LCD (320 x 240 dots), touch screen, transmissive sunlight readable display |
Power | |
Battery | 5800mAh Li - ion Rechargeable |
Output voltage | 7.4V DC |
Operation time | 5 - 8 hours |
Charger | 110/220V, charging about 4 hours |
Application programs | Data collection/Stake out/Resection/REM/MLM/LHM/Offset measurement/Traverse surveying/Auto aim and lock |
Others | |
Memory | Built - in 4GB/USB Host |
Sensor | Built - in temperature and pressure sensor |
Keyboard | Both - side alphanumerical illuminated keyboard |
Operating system | WinCE 7.0, SDK supported |
Guide light | Optional |
Operating temperature | -20°C to +50°C |
Storage temperature | -40°C to +60°C |
Interface | mini USB/RS - 232C/Bluetooth(optional) |
Water and dust protection | IP55(IEC60529) |
Software | One man survey with FOIF Inspire app |
Data collector | P9IV, fully rugged PDA(Optional) |
Dampproof | 95%, no condensing |