Leica GS09: 马来西亚的首选 Obsnap Instruments Sdn Bhd

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Your tasks, your choices, our solutions!
Are you starting a new business? Have you been considering changing to GNSS surveying? Then the Leica GS09 is the surveying system for you. Providing a simple positioning tool that grows with your business to meet all your future measurement requirements.

The Leica GS09 can be used in a large variety of operating modes, providing you with a complete surveying systems. Requiring only the GS09 SmartAntenna and CS09 Controller, combined with appropriate accessories, many different operating choices are available.

SmartWorx Controller

The SmartWorx field software is based on the proven and familiar concept of the Leica System 1200. Made even easier to use with icon-based menus, ensures instant productivity.

RTK Rover

The extremely light-weight and cable free rover is comfortable to use for the entire day. Built exceptionally rugged, the rover withstands rough use and topple overs.

Reference Station

The easily setup RTK base station requires only the GS09 SmartAntenna, a radio modem and battery. By connecting the CS09 Controller, raw satellite data can be logged.

Network Rover

The Leica GS09 works perfectly in all reference networks. The network corrections can be received with Leica GSM/CDMA modules or by using your mobile phone.

SmartStation

Leica TPS instrucments can be combined with the GS09 SmartAntenna into one easy-to-use instrument

GNSS Technology	Measurement Engine
	Leica patented SmartTrack+ technology	· Jamming resistant measurements · High precision pulse aperture multipath correlator · Excellent low elevation tracking technology · Very low noise GNSS carrier phase measurements with <0.5 mm precision · /SPAN>Minimum acquisition time
	No. of channels	120 channels
	Reacquisition time	< 1sec
	GNSS Measurements
	Satellite signals tracking	GPS: L1, L2, L2C (C/A, P, C Code) GLONASS: L1, L2 (C/A, P narrow Code)
Measurement Performance	Accuracy ¹
	DGPS/RTCM	Typically 25 cm (rms)
	RTK Rapid static (phase) Static mode after initialization	Horizontal: 5 mm + 0.5mm (rms) Vertical: 10 mm + 0.5 ppm (rms)
	RTK Kinematic (phase) Moving mode after initialization	Horizontal: 3 mm + 0.5 ppm (rms) Vertical: 6 mm + 0.5 ppm (rms)
	Post Processing (phase) Static with long observations	Horizontal: 5 mm + 0.5 ppm (rms) Vertical: 10 mm + 0.5 ppm (rms)
	One-The-Fly initialization
	Reliability	Better than 99.99% using Leica SmartCheck+ Technology
	Time for initialization	Typically 8 sec ²
	RTK baseline range	Up to 50 km
	User Interface
	Keys	On / Off key
	Led Status indicator	Satellite tracking, Bluetooth^® communication and battery power
	Communication ports	· Combined USB / Power port with 8-pin Lemo plug · Integrated Bluetooth^® port · 5-pin clip on contacts for Leica SmartStation setup
	Physical
	Weight	1.05 kg including battery
	Dimension (diameter x height)	186 mm x 89 mm
	Environmental specifications
	Temperature, operating	-40ºC to +65 ºC (-40 ºF to +149 ºF) ³
	Temperature, storage	-40 ºC to + 80 ºC (-40 ºF to +176 ºF)³
	Humidity	100% ⁴
	Sealed against water	IP67: Temporary submersion into water (max. dept 1m)
	Sealed against sand and dust	Dust tight, protection against blowing dust
	Vibration	Withstands vibrations in compliance with ISO9022-36-08
	Drops	Withstands 1m drop onto hard surface
	Topple over	Withstands topple over from a 2 m survey pole onto hard surface
	Functional shock	No loss of lock to satellite signals when used on a pole setup and submitted to pole bumps up to 150 mm
	Power management
	Supply Voltage	Nominal 12V DC, Range 10.5 – 28V DC
	Power consumption	Typically: 1.8W, 150 mA
	Internal Power time	Up to 7 hours using GEB212 battery⁵
Communications	RTK transmission
	Source	Direct from GS09 (No datalogger required)
	RTK format	Leica Life propriety format
	Radio Modems	All Satellite and Pacific Crest radios in GFU or standard housing
	Integration with TPS
	SmartStation functionality	Connects to Leica TPS1200, TS30 and TM30 instruments

Leica CS09 Controller

User Interface	Standard software
	Operating system	Microsoft Windows CE 5.0 software
	Application software	Leica SmartWorx field software
	Terminal software	Leica SmartWorx sensor control
	Software control
	Display	¼ VGA colour, graphics capable
	Touch screen	Toughened film on glass
	Keyboard	62 keys with QWERTY alphanumeric  function keys
	Illumination	Backlight illuminated display and fully illuminated keys
Hardware	Physical
	Dimension	218 mm x 123 mm x 47 mm
	Weight of CS09	740g including battery
	Weight of pole setup	3.47 kg for complete rover pole setup
	Weight of network rover	2.85 kg for complete network rover using a Bluetooth^® mobile phone
	Interfaces
	Data storage	Removable CF card (256 MB and 1 GB available)
	Communication ports	· Combined USB/Power port with 8-pin Lemo plug) · 2 x Bluetooth^® ports Class 2 · 7-pin clip on contacts for GHT56 SmartHolder connection
	Environmental Specifications
	Temperature, operating	-30ºC to +65 ºC (-22 ºF to +149 ºF)³
	Temperature, storage	-40 ºC to +80 ºC (-40 ºF to +176 ºF)³
	Humidity	100%⁴
	Sealed against water	IP67: Temporary submersion into water (max. depth 1 m)
	Sealed against sand and dust	Dust tight, protection against blowing dust
	Drops	Withstands 1.5 m drop onto hard surface
	Vibration	Withstands vibrations in compliance with ISO9022-36-08
	Power Management
	Supply Voltage	Nominal 12V DC, Range 11.5 – 28V DC
	Power consumption	Typically: 1.4W, 120mA
	Internal Power supply	Removable  rechargeable Li-lon battery, GEB211 2.2Ah / 7.4V or GEB212 2.6 Ah / 7.4 V
	Operation time	Up to 13 hours using GEB212 battery⁵
	RTK specifications
	Data Formats	Leica propriety formats (Leica, Leica Lite, Leica 4G) Optional CMR, CMR+, RTCM 2.1, RTCM 2.3, RTCM 3.0, RTCM 3.1)
	RTK baseline	Optional 5 km maximum baseline or unlimited baseline lengths
	Position update rate	1 Hz standard, Optional 5 Hz (0.2 sec)
	Network Rover	VRS, FKP, iMAX, MAX, Nearest station
	External Devices
	Radio Modem	Satellite and Pacific Crest radios in GFU housing (connected using GHT56 SmartHolder)
	Mobile Phone	· GSM / CDMA modules in GFU housing (connected using GHT56 SmartHolder) · Bluetooth ^® Mobile phones
	GS09 SmartAntenna	· Bluetooth ^® · USB Cable
	PC with Microsoft Windows	· USN data cable · CF-card reader
	Internet	Mobile phone using FTP protocol

¹ Measurement precision and accuracy in position and accuracy in height are dependent upon various factors including number of satellites, geometry, observations time, ephemeris accuracy, ionospheric conditions, multipath etc. Figures quoted assume normal to favorable conditions. Times required are dependent upon carious factors including number of satellites, geometry, ionospheric conditions, multipath etc. GPS and GLONASS can increase performance and accuracy by up to 30% relative to GPS only.
² May vary due to atmospheric conditions, multipath, obstructions, signal geometry and number of tracked signals.
³Compliance with ISO9022-10-08, ISO9022-11-special and MIL-STD-810F Method 502.4-II, MIL-STD-810F Method 501.4II
⁴ Compliance with ISO9022-13-06, ISO9022-12-04 and MIL-STD810F Method 507.4-1
⁵ May vary with temperature and battery age.

Leica SmartWorx Field Software

Standard features

Operation

Always in view status information bar

Permanent display of current positioning accuracy

Data import: ASCII, DXF, GSI, DTM models

Data export: Custom ASCII, DXF, XML, Raw data

Field-to-Office data transfer using ftp

Setup Reference

Configuration of RTK base station for operation without requiring a controler

Selection of radio channel

Computation of navigated base position

GPS Resection

Provides a rapid localization of a GPS job

Positions onto existing control points

Uses a similar method as a TPS resection

Requires no knowledge of coordinate systems

Determine Coordinate Systems

For the conversion of GNSS positions to local coordinates

Provides a Onestep, Twostep or Classic 3D transformation type

One point localization for rapid calibration

Display and recording of parameters and residuals

Automatic matching of measured and entered points

Coordinate Geometry

Inverse, intersections, line and arc related computations

Calculations made from entered or measured points

Graphical plot view of computations

Coding of calculated points

Survey

Manual or automated point measurement

Configurable display layout

Point, line, area or free coding

Smart and Quick coding

Measuring of hidden points using offset data

Stakeout

Orientation to north, point, line, sun or by arrow

Quality comparison between stake and design

Automatic selection of closest design point

Graphical selection of point from map display

Design height editing during stakeout

Optional features

Reference Line

Staking of line, arcs and polylines

Staking of chainages

Staking of slopes

Quality comparison between stake and design

Graphical display of design

RoadRunner

Staking of alignments:
Stringlines, single/double cross slopes, batters, surfaces

Graphical staking and quality control

Alignments can be created in the field

Importing of alignments from various design formats

Comprehensive field report of completed work

Volume Calculations

Computation of surface areas and volumes

Using imported or measured points

Graphical display of triangles

DXF export of measured surfaces

Comprehensive reporting

DTM Stakeout

Staking out of height based on a digital terrain model

Staking out of points with height taken from the DTM

Various DTM layers can be selected for stakeout

Can be used for quality control of design surface

Functionality Options

GLONASS satellite tracking

Raw data logging for post-processing

RTK functionality with unlimited baseline length

Position and display update rate of 5 Hz (0.2 sec)

Reference network access (includes unlimited baseline)

RTCM/CMR RTK data messages input

Bluetooth^® mobile phone connection

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