Trimble SX12 Scanning Total Station

$35000

Trimble SX12 Scanning Total Station with Wi-Fi HaLow Radio, Work robotically, Reliable, long-range radios are the invisible backbone of robotic total stations

Trimble SX12 Scanning Total Station description

The introduction of the Trimble SX12, Reliable, long-range radios are the invisible backbone of robotic total stations today.Trimble SX12 with Wi-Fi HaLow model now brings the benefits of this radio to Trimble users, allowing the SX12 to quickly and easily work robotically, including at long ranges. With the NEW Trimble SX12 3D Scanning Total Station, working harder has never been easier. It combines innovative technology with simple and intuitive functionality to help you save time, maximize efficiency and get more done in the field. The SX12 is the one instrument you need to handle any surveying project by integrating surveying, imaging and 3D scanning capabilities into your everyday workflow

Now Trimble SX12 equipped with Wi-Fi HaLow radio technology
Wi-Fi Halow provides a more reliable and robust connection—up to 14 times higher bandwidth than long-range radio. It makes it easy to complete data-heavy tasks like scanning transfers or video streaming.
Wi-Fi HaLow is a variation of Wi-Fi that operates at a different frequency band, providing a longer range but lower throughput compared to standard Wi-Fi. It's similar to the difference between 2.4 GHz and 5 GHz Wi-Fi frequencies commonly found in home routers.

High accuracy total station, high quality scan data

1” angular accuracy
1.5 mm scan range noise at 200 m
14 mm diameter EDM laser spot at 100 m

Quick data capture, even at long range

26.6 kHz scan measurement rate, up to 600 m
1.6 s total station measuring time in prism mode
1.2 s total station measuring time in DR mode

Vivid, eye-safe laser pointer

Green and focusable
Exceptionally small, bright, and still eye safe
3 mm diameter laser pointer spot at 50 m

Simple navigation and documentation with Trimble VISION™ camera system: Three integrated and calibrated cameras in the telescope

Applications

Topographic Survey/General Surveys (Boundary/Land Title Surveys)
Roadway/Corridor Surveys (Roadway design and Topo)
Volumetric Surveys (Stockpile volumes)
Infrastructure Surveys (Civil Infrastructure As-Builts)
Building As-Built and Design Surveys
Utility Design Survey
Power Line Inspection/Clearance
Forensics/Crash Scene Investigation
Mine/Quarry Survey
Tank Calibration/Inspection
Dimensional Control

Software
Trimble Business Center lets you fully integrate Trimble SX12 data into your projects using the familiar workflows of the marketing leading survey office software. Enhanced point cloud management, automated extraction and interoperability to leading CAD and GIS packages ensures that you can satisfy even your toughest client demands.

The Trimble Tablet Rugged PC operates the feature rich, intuitive Trimble Access field software. Streamlined workflows guide crews through common project types, helping to get the job done faster with less distractions. Trimble Access workflows can also be customized to fit your needs.

Back in the office, trust Trimble Business Center software to help you check, process and adjust your optical, leveling, and GNSS data in one software solution. No matter what Trimble instruments you use in the field, you can trust that Trimble Business Center office software will help you generate industry-leading deliverables.

FEATURES AND CAPABILITIES

Simple navigation & documentation: Trimble VISION™ camera system includes three integrated and calibrated cameras in the telescope for simple navigation and documentation.
Field-friendly workflows: Easily collect and check data quality and accuracy with Trimble Access software, whether checking your backsight, or doing a live surface inspection against an IFC model.
Built with Trimble MagDrive: Turn-to points silently, quickly, and precisely with Trimble MagDrive technology.
Office software: Process data and create reports with Trimble Business Center or Trimble RealWorks™ office software for more advanced scan processing.

INDUSTRIES AND APPLICATIONS

The future of your work.: Trimble facilitates high quality, productive workflows and data exchange, driving value for a global, diverse user base.
Industries: Discover how Trimble can help you solve your industry's most complex challenges and uncover opportunities to work smarter.
Applications: Trimble transforms data into real-world intelligence using the most progressive, reliable and accurate precision technology to meet needs of varied applications.

TRIMBLE SX12 SCANNING TOTAL STATION DATASHEET
SURVEY PERFORMANCE
ANGLE MEASUREMENT
	Sensor type	Absolute encoder with diametrical reading
	Angle measurement accuracy	” (0.3 mgon)
	Angle display (least count)	0.1” (0.01 mgon)
AUTOMATIC LEVEL COMPENSATOR
	Type	Centered dual-axis
	Accuracy	0.5” (0.15 mgon)
	Range	±5.4’ (±100 mgon)
	Electronic 2-axis level, with a resolution of	0.3” (0.1 mgon)
	Circular level in tribrach	8’/2 mm
DISTANCE MEASUREMENT
Accuracy
Prism mode	Standard Tracking	1 mm + 1.5 ppm 2 mm + 1.5 ppm
DR mode	Standard	2 mm + 1.5 ppm
Measuring time
Prism mode DR mode	Standard Standard	1.6 s 1.2 s
Range
Prism mode	1 prism	1 m–5,500 m
DR mode	Kodak White Card (Catalog number E1527795) Kodak Grey Card (Catalog number E1527795)	1 m–800 m 1 m–450 m
Autolock® and Robotic Range
	Autolock range - traverse 50 mm	1 m–800 m
	Autolock range - 360 prism	1 m–300 m 6 / 700 m
	Angle accuracy1	1”
SCANNING PERFORMANCE
GENERAL SCANNING SPECIFICATIONS
	Scanning principle	Band scanning using rotating prism in telescope
	Measurement rate	26.6 kHz
	Point spacing	6.25 mm, 12.5 mm, 25 mm or 50 mm @ 50 m
	Field-of-view	360° x 300°
	Coarse scan; Full Dome - 360° x 300° Density: 1 mrad, 50 mm spacing @ 50 m	Scan time: 12 minutes
	Standard scan; Area Scan - 90° x 45° Density: 0.5 mrad, 25 mm spacing @ 50 m	Scan time: 6 minutes
RANGE MEASUREMENT
	Range principl	Ultra-high speed time-of-flight powered by Trimble Lightning technology
Range
	Kodak White Card (Catalog number E1527795)	0.9 m–600 m
	Kodak Gray Card (Catalog number E1527795)	0.9 m–350 m
Range noise
	@ 50 m on 18–90% reflectivity	1.5 mm
	@ 120 m on 18–90% reflectivity	1.5 mm
	@ 200 m on 18–90% reflectivity	1.5 mm
	@ 300 m on 18–90% reflectivity	2.5 mm
Scanning Accuracy
	Scanning Angular Accuracy	5” (1.5 mgon)
	3D position Accuracy @ 100 m	2.5 mm
EDM SPECIFICATION

	Light source	Pulsed laser 1550 nm; Laser class 1M
	Beam divergence DR mode	0.2 mrad
	Laser spot size at 100 m (FWHM)	14 mm
	Atmospheric correction	Available through field and office software
	Color	Green, 520 nm
	Eye Safety	Laser Class 1
	Focusing	Automatic, Manual
	Operating modes	Low-light, Standard, Extended Range Flashing
Laser Pointer Spot Size (Full Width Half Maximum)
	1.3 - 50 m	3 mm ± 1 mm
	100 m	6 mm ± 1 mm
	150 m	9 mm ± 1 mm
IMAGING PERFORMANCE
	Imaging principle	3 calibrated cameras in telescope powered by Trimble VISION technology
	Cameras total field of view	360° x 300°
	Live view frame rate (depending on connection)	Up to 15 fps
	File size of one total panorama with overview camer	15 MB–35 MB
Panorama Measurement Time and Resolution
Overview Panorama	Full dome 360° x 300° with 10% overlap	2.5 mins, 40 images, 15 mm @ 50 m per pixel
Primary Panorama	Area capture 90° x 45° with 10 % overlap	2.5 mins, 48 images, 3.5 mm @ 50 m per pixel
CAMERAS SPECIFICATIONS
General Camera Specifications
	Resolution of each camera chip	8.1 MP (3296 x 2472 pix)
	File format of images	.jpeg
	Field of view max	57.5° (horizontal) x 43.0° (vertical)
	Field of view min	0.51° (horizontal) x 0.38° (vertical)
	Total zoom (no interpolation)	107 x
	35 mm equivalent focal length	36–3850 mm
	Exposure modes	Auto, spot exposure
	Manual exposure brightness	±5 steps
	White balance modes	Auto, daylight, incandescent, overcast
	Temperature compensated optics	Yes
	Calibrated cameras	Yes
Overview Camera
	Position	Parallel to measurement axis
	One pixel corresponds to	15 mm @ 50 m
Primary Camera
	Position	Parallel to measurement axis
	One pixel corresponds to	3.5 mm @ 50 m
Telescope Camera
	Position	Coaxial
	Focusing	Automatic, manual
	Focusing distance	1.7 m to infinity
	One pixel corresponds to	0.69 mm @ 50 m
	Pointing precision (std dev 1 sigma)	1” (HA: 1,5 cc, VA: 2,7 cc)
Plummet Camera
	Usable range	1.0–2.5 m
	Resolution on ground - one pixel corresponds to	0.2 mm @ 1.55 m instrument height
	Accuracy	0.5 mm @ 1.55 m instrument height
COMMUNICATION
	Communication	Wi-Fi, Wi-Fi HaLow™ , 2.4 GHz Spread Spectrum, cabled (USB 2.0)
	Wi-Fi/WLAN operating frequencies	2412–2462 MHz
	Wi-Fi HaLow operating frequencies	902–928 MHz
	FHSS Long Range Radio operating frequencies	2401.69–2469.89 MHz
SYSTEM SPECIFICATION
GENERAL SPECIFICATIONS
	IP-rating	IP55
	Operating temperature range	-20 °C to 50 °C
	Security	Dual layer password protection
SERVO SYSTEM
	MagDrive™ servo technology	Integrated servo/angle sensor electromagnetic direct drive
	Clamps and slow motions	Servo-driven
CENTERING
	Centering system	Trimble 3-pin
	Plummets	Built-in video plummet Split optics tribrach with optical plummet
POWER SUPPLY
	Internal battery	Rechargeable Li-Ion battery 11.1 V, 6.5 Ah
Operating time
	One internal battery	Up to 2.25 hours
	Three batteries in multi-battery adapter and one internal	Up to 7 hours
WEIGHT AND DIMENSIONS
	Instrument	7.5 kg
	Tribrach	0.7 kg
	Internal battery	0.35 kg
	Trunnion axis height	196 mm
	Front lens aperature	56 mm