Sokkia SET630R3

Sokkia SET630R3 Reflectorless Total Station

The SET630R3 has a  Reflectorless range of 100 m (320 ft.) or more

Sokkia SET630R3 Reflectorless Total Station

Compatibility with prisms for long-range measurements
Prisms can be used for long-range measurement with high accuracy of ±(2 + 2ppm x D)mm. Measure distances up to 4,000m with a single AP prism for the SET630R3.

Sokkia’s original absolute encoder
Each model is equipped with Sokkia’s absolute encoders, which employ the RAB (RAndom Bi-directional) code technology first developed for the Digital Level SDL30. The absolute encoder uses advanced digital signal processing to offer high reliability and stability. Measurement can be started as soon as the total station’s power is turned on.

SET630R3

High-precision reflectorless distance measuringwith a narrow visible laser
A small-diameter visible laser ensures extremely accurate measure- ments of the points you wish to survey, and a red visible laser beam can be used to confirm measurement points without looking into the telescope. The laser conforms to IEC Class 2, so that anyone can use it safely without special supervision. Series30R Reflectorless Total Stations provide both high precision and speed, thanks to a measurement accuracy of ±(3 + 2ppm x D)mm and 1.3-second continuous measurement (fine measurement mode). In addition, all models have a range of over 100m (320 ft.).* Each model features Sokkia’s renowned optics, in which the central portion of the objective lens acts as the light emitter and the lens periphery is the receiver. Combined with the small-diameter measuring beam, this optical system gives you various advantages: accuracy even when the measured object is at an angle, accuracy with fine linear objects, and reliable measurements over fences and between trees.

Sokkia SET630R3 Total Station

SET630R3 Specifications:

Telescope Fully transiting, Coaxial sighting and distance measuring optics
Magnification 26x
Resolving power 3.5″
Field of view 1˚30′ (26 m/1,000 m)
Minimum focus 1.3m (4.3 ft.)
Angle measurement Photoelectrical absolute rotary encoder scanning. Both circles adopt diametrical detection
Unit Degree / Gon / Mil, selectable
Display resolutions 1″ / 5″, 0.2mgon / 1mgon, 0.005 mil / 0.02 mil, selectable
Accuracy (ISO12857-2 1997) 6″ (1.9 mgon)
Measurement mode H: Clockwise / Counterclockwise, 0 set, Hold, angle setting, repetition
V: Zenith 0˚, Horizontal 0˚, Horizontal 0˚±90˚, slope in %
Automatic dual-axis compensator Range : ±3′ (±55 mgon), ” out-of-range ” warning display provided
Distance measurement Modulated near infrared LASER, Laser diode,
Coaxial EDM transmitting and receiving optics (IEC Class 2 ,FDA Class II LASER
Maximum measuring range A: Average conditions: slight haze, visibility about 20 km (12 miles), sunny periods, weak scintillation.
G: Good conditions: no haze, visibility about 40 km (25 miles), overcast, no scintillation

Reflectorless*-
100 m (320 ft.) or more
With reflective sheet –
500m (1,640 ft.)
With one AP01 prism –
4,000 m (13,000 ft.)
Unit Meters / Feet / Inch, selectable
Display resolution 0.001 m (0.01 ft. / 1/8 inch)
Accuracy Reflectorless*1 ±(3 + 2ppm x D) mm
With reflective sheet ±(3 + 2ppm x D) mm
With AP prism ±(2 + 2ppm x D) mm
Measuring time Every 1.3 s (initial meas. 2.6 s)
Measurement mode Fine meas. (single/repeat/average) / Tracking
Laser Wavelength: 635 ~ 690 nm, Max. output:0.99 mW

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