Leica GNSS Networks and Reference Stations Technical Data
Contents
1. Data links GRX1200 GRX1200 GR10 GNSS Serial data ports 4 4 1 USB data ports TCP IP 20 Slot device ports 1 TCP IP net ports 3 3 20 Simultaneous data streams 7 7 20 Concurrent RTK formats 2 2 10 7 2 Connectors GNSS Antenna All receivers Connector TNC female Output voltage 5 0 v DC nominal Maximum output current 150 mA Maximum cable loss 12 dB Recommended antennas Other antennas All receivers Description Connector Power port Leica GNSS Network and Reference Stations Technical Data 01 2011 AR25 AR10 AT504GG AT504 AS10 AX120x Older legacy Leica antennas can also be used Some third party antennas can also be used Third party antennas might require an additional inline amplifier or attenuator 5 pin LEMO supporting dual power inputs LEMO 1 5 pin LEMO HMG 1B 305 CLNP 11 Ethernet network interface Serial ports External oscillator Pulse Per Second PPS Event input USB Device Port All receivers IEEE Standard Link Speed Protocol Connector All receivers Description Default setting Connector P1 P2 P3 On GRX1200 only Connector RX All receivers Frequency Input impedance Input VSWR Signal level Frequency stability Wave shape Connector 8002 3 1OBASE T Ethernet 802 3u 100BASE TX Fast Ethernet 802 3 Auto negotiation 10 100 MB Half Full Duplex CSMA CD Ruggedised RJ45 8 pin LEMO supporting 2400 115200 baud incl RTS CTS 115200 N 8 1 N LEM2. 50 Hz Proprietary MDB RINEX 2 11 RINEX Hatanaka Additional File Compression Data Streaming Maximum Data Rate Hz TCP IP Netports Services HTTP HTTPS FTP Server DHCP DNS DynDNS Electrical Specifications Power Consumption watts 3 3 Ww 3 6w 3 5 W 3 5 Ww Internal Battery Physical Specifications Size mm 212 166 79 212 166 79 210 190 78 210 190 78 210 190 78 Weight kg 1 25 kg 1 25 kg 1 50 kg 1 50 kg 1 50 kg e Standard O Optional Leica GNSS Network and Reference Stations Technical Data 01 2011 Not Available 2 Tracking Characteristics Instrument Leica patented SmartTrack technology technology Advanced measurement engine Jamming resistant measurements High precision pulse aperture mulitpath correlator for pseudorange measurements a Excellent low elevation tracking Very low noise GNSS carrier phase measurements with 0 5mm precision Minimum acquisition time No of channels GRX1200 GRX1200 GNSS 120 channels GR10 120 channels Satellites signals GPS L1 L2 L2C L5 tracking GLONASS L1 L2 Galileo Test GIOVE A GIOVE B Galileo L1 E5a E5b Alt BOC Compass SBAS WAAS EGNOS GAGAN MSAS 16 channels Optional upgrade to 120 channels GIOVE A and B tracking capability is intended for signal evaluation and test purposes only The GR10 amp GRX1200
3. Leica GNSS Networks and Reference Stations Technical Data Hardware Leica Reference Networks s jt TET MEECESII ir Ti 4 40010 E OTOIO E 00 GT OT 07 os SEE Le ntum Toe s m i jisa I1nmTnn H LOTT i E E zs E e when it has to be right Seica Geosystems Table of Contents GNSS Receivers 2 Quick overview 2 2 Tracking Characteristics 3 2 1 Measurement Precision eeseeseseesen ne ehem heme nemen meses rumes sem demere enn 4 2 2 Measurement Resolution ceeseseeseeeeneen heme emen enemies semen e renes 4 2 3 AGCUPAGCY ee 5 3 Data recording 6 4 Data Streaming 7 5 Memory 8 6 User interface 9 6 1 GRIO User Interface ec eee ete cete dewc dae Gas odds lds ahs ihe vu ee o Ev rude 9 6 2 GRX1200 GRX1200 GNSS User Interface eee meme nennen 9 6 3 Operation 10 7 Connectors Ports and Devices 11 7 1 Connector ports overview sssssssssssersnsrrsnrnrtnrnrsnrrrnnrnrnntnrentnennnnnnnnnnnne esate 11 7 2 Connectors oce debe vee exe e ead cree miren i Ee Rue ree api rir Entre us 11 7 3 Communications Devices eeseeeee He nemen enne emm ese se senes nan 13 7 4 External Controllers eese eene mises sess sese denen 13 8 Ethernet Services l4 9 Weight amp Dimensions 15 10 Environmental specifications 15 11 Power amp Electric
4. GNSS receivers are designed to support future planned signals of the Compass System The Compass signal structure is not finalised although test signals have been tracked with all receivers in a test environment As changes in the signal structure may still occur Leica Geosystems cannot guarantee full Compass compatibility GNSS Fully independent code and phase measurements of all frequencies measurements GPS Type L1 L2 L5 All receivers Carrier phase Carrier phase C code Carrier phase C A code L2C and P2 code code GLONASS Type L1 L2 All receivers Carrier phase C A code Carrier phase P2 code Galileo Type L1 E5a E5b Alt BOC All receivers Carrier Carrier Carrier Carrier phase code phase code phase code phase code For GRX1200 receivers an upgrade kit to GRX1200 GNSS is required to track GLONASS and Galileo Leica GNSS Network and Reference Stations Technical Data 01 2011 GPS Carrier Type L1 AS off or on L2 AS off L2 AS on tracking All receivers Reconstructed Reconstructed Switches carrier phase via carrier phase via automatically to C A code P2 code patented P code aided technique providing full L2 reconstructed carrier phase GPS code Type L1 AS off L2 AS off L2 AS on measurements L1 AS off All receivers Carrier phase Carrier phase Carrier phase smoothed code smoothed code
5. Type Description Use AR25 Dorne amp Margolin GPS High end applications GLONASS Galileo Compass For example monitoring antenna element with 3D tectonic plate movements first choke ring ground plane order control and reference Optional protective radome station applications AT504 GG Dorne amp Margolin GPS High end applications GLONASS L1 L2 antenna For example monitoring element with gold anodized tectonic plate movements first choke ring ground plane order control and reference Complies with IGS type T station applications antenna JPL design Optional protective radome AR10 GPS GLONASS Galileo General use for standard and Compass reference station high accuracy reference station antenna with large ground and monitoring applications plane and built in radome AS10 Compact geodetic GPS Standard network RTK and GLONASS Galileo antenna with monitoring applications built in ground plane Type AR25 AT504 GG AR10 AS10 Height 20 0 cm 14 0 cm 14 0 cm 6 2 cm Diameter 38 0 cm 38 0 cm 24 0 cm 17 0 cm AR25 N Type female with TNC adapter supplied AT504 GG N Type female with TNC adapter supplied AR10 TNC female AS10 TNC female All antennas 5 8 Whitworth Thread Type AR25 AT504 GG AR10 AS10 Weight 7 6 kg 4 3 kg 1 1 kg 0 4 kg radome radome 1 1 kg 1 1 kg Leica GNSS Network and Reference Stations Technical Data 01 2011 17 Electrical data Environmental specificati
6. smoothed code measurements measurements measurements C A code P2 code and or Patented Pcode L2C code aided code and or L2C code Ss Carrier phase and code measurements on L1 L2 and L5 GPS are fully independent of AS on or off 2 1 Measurement Precision Measurement Type Carrier phase Code pseudorange precision All receivers L1 20 mm rms L2 20 mm rms L1 0 2 mm rms L2 0 2 mm rms GPS L5 and Galileo L1 E5a E5b AItBOC values are expected to be similar to L1 Final values will be determined after initial operational capability IOC has been reached 2 2 Measurement Resolution Measurement Type Resolution phase Resolution code resolution All receivers 0 01 mm 0 0005 m Leica GNSS Network and Reference Stations Technical Data 01 2011 2 3 Accuracy Ce Accuracy rms in single receiver navigation mode Acuuracy in differential code mode Accuracy in differential phase mode Accuracy is dependent upon various factors including the number of satellites tracked constellation geometry observation time ephemeris accuracy ionospheric disturbance multipath and ambiguity resolution The following accuracies given as root mean square are based on measurements processed using Leica Geo Office and the Bernese Software The use of multiple GNSS systems can increase accuracy by up to 30 relative to GPS only Navigation accuracy 5 10 m rms for each coord
7. 1 2011 5 Memory Memory Type Data capacity All receivers Type Card Capacity GRX1200 Compact Flash CF Up to 8 GB GRX1200 GNSS Compact Flash CF Up to 8 GB GR10 Secure Digital SD and SDHC Up to 32 GB Data can be recorded on the CF SD card The figures shown are accurate to about 1 They are dependent on the tracking settings configured on the instrument 4 GB card GPS L1 L2 L5 12 satellites Receiver Rate MDB only RINEX only Hatanaka only All receivers 1s 2180h 450h 1700 h 3700 h zipped 1700 h zipped 4500 h zipped 30s 56550 h 12650h 49700 h 95780 h zipped 47380 h zipped 108000 h zipped 4 GB card GPS GLONASS L1 L2 12 10 satellites Receiver Rate MDB only RINEX only Hatanaka only Allreceivers 1s 1400h 330h 1220h 2400 h zipped 1240 h zipped 3280 h zipped 30s 38400 h 9100h 36400 h 65000 h zipped 34000 h zipped 74800 h zipped 4 GB card GPS GLONASS Galileo L1 E5a E5b AItBOC 12 10 10 satellites Receiver Rate MDB only RINEX only Hatanaka only Allreceivers 1s 840h 185h 680h 1400 h zipped 700 h zipped 1800 h zipped 30s 23800 h 5050h 20400 h 40300 h zipped 19000 h zipped 41350 h zipped Leica GNSS Network and Reference Stations Technical Data 01 2011 6 User interface Buttons LEDs GRX1200 GRX1200 GNSS GR10 ON OFF button e e e Function button c 5 e LEDs 3 3 Web
8. 4 V 150 mA All receivers designed for continuous operation All receivers Dual input Up to two external power sources can be connected simultaneously For the GRX1200 Series it is possible to configure one as the primary power input and the other as backup power source GRX1200 GRX1200 GNSS GR10 Battery internal E Battery external e Internal Type Voltage Capacity Weight Operation time External Type Voltage Capacity Weight Operation time Compliance to Rechargeable Li lon battery 3 8Ah 7 2V An internal plug in battery can be used for temporary set ups 1 battery fits into GRX1200 GRX1200 GNSS 7 4 V GEB221 4 4 Ah 0 2 kg Powers receiver plus antenna for about 8 hrs Rechargeable 8Ah 12V NiCd External power supply unit Power supply unit for GPS GNSS receiver for indoor use only input 100V 240VAC 50 60HZ output 12VDC Ideal for continuous receiver operation 12V GEB171 9 0 Ah 2 1 kg Powers receiver plus antenna for about 25hrs FCC CE Local approvals as IC Canada C Tick Australia Japan China Leica GNSS Network and Reference Stations Technical Data 01 2011 1 6 GNSS Antennas 12 GNSS Antennas Description and use Dimensions Connector Mounting Weight The antenna is selected for use based upon the application The table below gives a description and the intended use of the individual antennas
9. Interface Both the GRX1200 series and GR1O series have integrated web interface functionality that provides full status information and configuration options The web interface contains a detailed Event Message log that keeps the user informed of all important activities The web interface also contains a detailed built in online help GNSS Spider Both the GRX1200 series and GR10 series can be configured and maintained using the Leica GNSS Spider Software 6 1 GR1O User Interface GR10 button Receiver power up power down functionality Start stop all logging sessions E Start stop all data streams Initialize the measurement engine Reset receiver settings Format SD card GR10 LED status a Power LED indicator E SD card LED E Raw data logging LED E RT out data stream LED RT in data stream LED L Position LED 6 2 GRX1200 GRX1200 GNSS User Interface GRX1200 Receiver power up power down GRX1200 GNSS button functionality GRX1200 TRK Tracking LED GRX120 GNSS MEM Memory LED LED status E PWR Power LED indicator Leica GNSS Network and Reference Stations Technical Data 01 2011 6 3 Operation Internet connectivity OWI interface Startup configurator RX1200 CS09 controllers Web interface for remote configuration operation and status displays Supports HTTP and HTTPS The GR10 additionally supports DHCP DNS and unique hostname Web interface ports Ethernet port GPRS via mobile int
10. O 1 8 pin LEMO HMA 1B 308 CLNP LEMO 1 8 pin LEMO HMI 1B 308 CLNP 5 MHz or 10 MHz 50 Q nominal 2 1 maximum O dBm minimum to 13 0 dBm maximum 0 5 ppm maximum Sinusoidal MMCX female 24QMA 50 2 3 133 CE On the GR10 please remove the External oscillator port cover before N connecting the cable GRX1200 and GRX1200 GNSS only Peak Impedance Pulse length Positive negative edge Cable connectivity Connector 3 3 V High 500 1 ms Leading edge Coinciding with the beginning of each epoch Selectable via CS09 RX1200 controller or Web interface Matched with an appropriate impedance of 50 Q LEMO ERN OS 250 CTL GRX1200 and GRX1200 GNSS only Pulse type TTL positive or negative going pulse Pulse length 125 ns at minimum Voltage TTL level 5 V min 3 3 V Pin definition Centre signal Case ground Connector LEMO HGP 00 250 CTL GR10 only USB Full Speed USB Connector Mini B Leica GNSS Network and Reference Stations Technical Data 01 2011 12 7 3 Communications Devices The GRX1200 Series and the GR1O Series both support a variety of communications devices All receivers support the use of external serial devices Leica Geosystems offers many devices in external ruggedised GFU housings Additionally the GR10 supports the use of removable slot in communication devices Supported Radio modems Supported GSM UMTS HSDPA phone modems Supported CDMA phone modems Supported Landline phone mod
11. Up to 10096 Compliance with 1 09022 13 06 ISO9022 12 04 and MIL STD 810F Method 507 4 The effects of condensation are to be effectively counteracted by periodically drying out the product Leica GNSS Network and Reference Stations Technical Data 01 2011 18 Vibration Type Rating AR25 1 09022 3 10 to 55 Hz 2 g 0 15 mm AT504 GG 1 09022 36 08 and MIL STD 810F Method 514 5 Cat 24 AR10 1509022 3 10 to 55 Hz 2 g 0 15 mm AS10 1 09022 36 08 and MIL STD 810F Method 514 5 Cat 24 Drops AR25 Withstands 0 6m drop onto hard surfaces AT504 GG Withstands 0 6m drop onto hard surfaces AR10 Withstands 1 2m drop onto hard surfaces AS10 Withstands 1 5m drop onto hard surfaces Cable length Available cable lengths for all antennas m 1 2 2 8 10 30 50 and 70 Leica GNSS Network and Reference Stations Technical Data 01 2011 19 Whether providing corrections from just a single reference station or an extensive range of services from a nationwide RTK network innovative reference station solutions from Leica Geosystems offer tailor made yet scalable systems designed for minimum operator interaction whilst providing maximum user benefit In full compliance with international standards Leica s proven and reliable solutions are based on the latest technology When it has to be right Illustrations descriptions and technical specifications are not binding and may change Copyrigh
12. al Certifications 16 GNSS Antennas 17 12 GNSS Antennas 17 Leica GNSS Network and Reference Stations Technical Data 01 2011 GNSS Receivers 1 Quick overview GRX1200 GRX1200 GR10 GNSS Basic GR1O Performance GR10 Professional Supported GNSS Systems GPS L1 amp L2 including L2C GPS L5 GLONASS L1 amp L2 Galileo L1 E5a E5b AItBoC ojojoje Oolojoj e ojojoje Position amp data recording 1Hz logging and streaming 2 20Hz logging and streaming 50Hz logging and streaming RINEX logging Oo Oololoj e ejoloje e ojoJje Additional licenses FTP Push Extended Formats Multi Clients Wake Up STONOJ ojej oje ojejoje Campaign Extended OWI oj e o e o ejojejoje o Oo Oo o Connectors Ports Power Inputs Lemo Ethernet RJ45 ruggedized Serial Lemo je jN je jN nen PPS External Oscillator Event Input eejej rjej v ejeje hje jN USB Client Slot in communication port User Interface Power Button Function Button LEDs Web Interface via LAN WAN GNSS Spider Support ejejojeje ejejojeje ejejojeje Start Up Configuration File eeje uw ejejeju Dat Storage Logging Memory Type CF SD SDHC SD SDHC SD SDHC Memory Size 8 GB 8 GB 32 GB 32 GB 32 GB Maximum Data Rate Hz 20 Hz 20Hz 50 Hz 50Hz
13. ems Supported Slot in devices for GR10 Support of any suitable UHF VHF radio with RS232 interface and operating in transparent mode Satelline3AS in Leica GFU housing fully sealed and protected IP67 Pacific Crest PDL in Leica GFU housing fully sealed and protected IP67 Support of any suitable GSM GPRS UMTS HSDPA modem Siemens MC75 in Leica GFU housing Quad Band 850 900 1800 1900 MHz fully sealed and protected IP67 Support of any suitable CDMA modem Multitech MTMMC CDMA in Leica GFU housing Dual Band 800 900 MHz 1xRTT fullysealed and protected IP67 Support of any suitable Landline phone modem based on US Robotics or Courier V 90 Support of a variety of removable slot in devices on the GR10 Satelline TA11 radio 403 470 MHz TXO Telit 3G GSM GPRS UMTS module 5 Band 850 900 1800 1900 2100 MHz Cinterion MC75i GSM GPRS EDGE module 4 Band 850 900 1800 1900 MHz 7 4 External Controllers GRX1200 Series GR10 Optional controllers can be used to configure the receivers For full control of the GRX1200 and GR1O receiver users should use the receiver Web Interface The GRX1200 can be fully configured for Campaign work using the RX1200 or CSO9 controllers for static raw data logging The GR10 has a built in web server software called RefWorx Any Web enabled device can be used to configure the GR10 The CS10 15 controllers can be used to configure the GR10 using the built in web browser and a USB connect
14. ernet Serial Port PPP GRX1200 series only USB Client Port GR10 series only Simultaneous access over Ethernet port is fully supported Security Access restrictions configurable in User Management component Viewers status only s Users GNSS Managers configuration and status Administrators SSL encryption E Mail Sending of message log in scheduled intervals over email Ethernet and PPP connection to the internet is supported FTP Push optional Automated FTP Push of raw data and or RINEX files to a remote FTP server Ethernet and PPP connection to the internet is supported RTK Multiplexing Multi Client Option to allow RTK data streaming direct from the sensor via TCPIP for up to 10 clients per TCP IP port DynDNS Allows receiver addressing with dynamic IP address through a static host name Requires registration with a DynDNS service Leica proprietary Outside World Interface OWI for receiver control commands from PC etc for receiver configuration control and status e g using Leica GNSS Spider Binary and ASCII version of the OWI protocol are available Supported via serial and Ethernet ports Simultaneous access control and message output is fully supported OWI is available per default on the GRX1200 series On the GR10 OWI use requires a license to be used with third party software Using the GR10 with GNSS Spider does not require the OWI option GRX1200 and GRX1200 GNSS only Initial configura
15. files e e e File Sizes Maximum 24 hr 24 hr 24 hr Minimum 1 min 1 min 5 min Data Rates Maximum MDB 20 Hz 20 Hz 50 Hz Maximum RINEX 20 Hz 20 Hz 20 Hz Minimum MDB RINEX 3005s 300s 300s Logging Type Continuous e e e Timed e e e Standard O Optional Not Available RINEX logging when configured will generate files in real time On the GR10 RINEX files can be logged independently without the need to log raw Leica MDB files Note For the GR10 Basic RINEX logging is optional Leica GNSS Network and Reference Stations Technical Data 01 2011 6 4 Data Streaming Data streaming GRX1200 GRX1200 GNSS GR1O Data Streaming Maximum number of 7 7 20 streams Maximum number of real 2 2 10 time streams Streaming Ports Serial ports 4 4 1 TCPIP net ports 3 3 20 USB client port 1 Slot communication port z 1 Data Types and rates Leica 10 Hz 10 Hz 10 Hz Leica 4G 10 Hz 10 Hz 10 Hz RTCM 2 1 2 2 and 2 3 10 Hz 10 Hz 10 Hz RTCM 3 0 and 3 1 10 Hz 10 Hz 10 Hz CMR CMR 10 Hz 10 Hz 10 Hz BINEX records 0x00 0x01 20 Hz 10Hz 10 Hz Ox7d Ox7e Ox7f Leica Proprietary LB2 20 Hz 20Hz 50 Hz NMEA 0183 v2 20 and 20 Hz 20Hz 10 Hz Leica Proprietary Multi Clients Clients per net port 10 10 10 Time slicing of RTK output e e Standard O Optional Not Available 1 Requires Multi Client option 2 Requires Multiplex option Leica GNSS Network and Reference Stations Technical Data 0
16. inate Degradation possible due to Selective Availability The baseline precision of a differential code solution for static and kinematic surveys is 25 cm Normal baseline up to 30 km with GR10 GRX1200 Series plus AS10 Static Kinematic Horizontal Vertical Horizontal Vertical 5 mm 0 5 ppm 10 mm 0 5 ppm 10 mm 1 ppm 20 mm 1 ppm Long baseline over 30 km with GR10 GRX1200 Series plus AR25 AR10 Static Vertical 6 mm 0 5 ppm Horizontal 3 mm 0 5 ppm Note The above values based on post processing using Leica Geo Office With Leica Geo Office processing software the GLONASS option is needed to process GLONASS data Note Using specialist scientific software Bernese available from Leica Geosystems the following accuracies can be achieved in static post processing mode even on very long baselines e 4mmin plan e 6mmin height Leica GNSS Network and Reference Stations Technical Data 01 2011 3 Data recording Data recording GRX1200 GRX1200 GNSS GR10 Date Storage Storage Type removable CF yes CF ves SD SDHC yes Logging channels 2 2 10 Primary data logging e e Ring Buffer e e Multi session logging e Auto delete e e e Smart Clean up e User defined folders e Data Types Leica raw MDB e e e RINEX 2 11 o o e Hatanaka Oo Oo e Zipping of raw files e e e Zipping of RINEX
17. ion to the GR10 Leica GNSS Network and Reference Stations Technical Data 01 2011 13 8 Ethernet Services Services GRX1200 GRX1200 GR10 GNSS TCP IP e e e Static IP e e DHCP R 2 e DNS e e e Hostname support e P e DynDNS e e HTTP e e e HTTPS e e e User defined HTTP port e e e User defined HTTPS port e e e Secure SSL e e e Custom SSL certificates e FTP Server e e e User defined FTP ports e e P Passive mode FTP e e e Active mode FTP e e Simultaneous FTP clients 3 3 6 Anonymous FTP e e FTP push O e File download via HTTP e e e TCP IP server e e e NTRIP server source e e e PPP over serial e e 3 TCP IP over USB e Web interface event log e e e Email alerts e e e Standard O Optional Not Available On the GR10 Basic FTP Push is optional Leica GNSS Network and Reference Stations Technical Data 01 2011 l4 9 Weight amp Dimensions Dimensions Weight The dimensions are given for the housing without the sockets Type Length mm Width mm Thickness mm GRX1200 212 166 79 GRX1200 GNSS 212 166 79 GR10 210 220 190 200 78 94 With bumpers GRX1200 1 25 kg GRX1200 GNSS 1 25 kg GR10 1 50 kg 1 67 kg With bumpers 10 Environmental specifications Environmental specifications Leica GNSS Network and Reference Stations Temperature Type O
18. ons Type AR25 AT504 GG AR10 AS10 Voltage 3 3 V to 4 5 V to 3 3 V to 4 5 V to 12V DC 18 V DC 12 V DC 18 V DC Current 100 mA max 50 mA typical 100 mA max 35 mA typical Frequency GPS L1 L2 L1 L2 L1 L2 L1 L2 including including including including L2C L5 L2C L2C L5 L2C L5 GLONASS L1 L2 L3 L1 L2 L1 L2 L3 L1 L2 Galileo E2 L1 E1 E E2 L1 E1 E2 L1 E1 E5a E5b E5a E5b E5a E5b E5atb Alt E5atb Alt E5atb Alt BOC E6 BOC E6 B1 BOC Compass B1 B2 B3 B2 B3 B1 B2 Gain 40 dBi 29 dBi 29 dBi 27 dBi typically Noise Figure 1 2 dBi 3 dBi lt 1 8 dBi lt 2 dBi typically max Phase OA Imm lt 1mm 1mm lt 1mm stability Temperature Type Operating temperature Storage temperature C C AR25 55 to 85 55 to 90 AT504 GG 40 to 70 40 to 70 AR10 40 to 70 55 to 85 AS10 40 to 70 55 to 85 Operating temperatures in compliance with 1 09022 10 08 1 09022 11 05 and MIL STD 810F Method 502 4 Il MIL STD 810F Method 501 4 II Storage temperatures in compliance with 1 09022 10 08 1509022 11 06 and MIL STD 810F Method 502 4 Il MIL STD 810F Method 501 4 II Protection against water dust and sand Type Protection All antennas IP67 IEC 60529 Dust tight Protected against water jets Waterproof to 1 m temporary immersion Humidity Type Protection All antennas
19. perating temperature C Storage temperature C GRX1200 40 to 65 40 to 80 GRX1200 GNSS 40 to 65 40 to 80 GR10 40 to 65 40 to 80 Leica SD cards 40 to 85 40 to 85 Leica CF cards 40 to 85 40 to 85 Compliance with ISO9022 10 08 1 09022 11 special MIL STD 810F 502 4 II MIL STD 810F 501 4 II operating and MIL MIL STD 810F 502 4 l MIL STD 810F 501 4 I storage Protection against water dust and sand Type Protection All receivers IP67 IEC 60529 and MIL STD 810F Dust tight Protected against water jets Waterproof to 1 m temporary immersion Humidity Type Protection All receivers Up to 100 Compliance with 1 09022 13 06 ISO9022 12 04 and MIL STD 810F Method 507 4 I The effects of condensation are to be effectively counteracted by periodically drying out the product Vibration Type Protection All receivers Withstands strong vibration during operation compliance with IS09022 36 08 and MIL STD 810F 514 5 Cat 24 Drops Type Protection All receivers Withstands 1m drop onto hard surfaces Technical Data 01 2011 15 11 Power amp Electrical Certifications Supply voltage Power consumption Operating times Power supply Batteries Certifications Nominal 12 V DC voltage range 10 5 V 28 V DC GRX1200 GRX1200 GNSS GR10 3 2 W typically 12 V 270 mA 3 2 W typically 12 V 270 mA 3 5 W typically 2
20. t Leica Geosystems AG Heerbrugg Switzerland February 2011 787675 Swiss Technology by Leica Geosystems TOM Total Quality Management our commitment to total customer satisfaction The Bluetooth word mark and logos are owned by Bluetooth SIG Inc and any use of such marks by Leica Geosystems AG is under license Other trademarks and trade names are those of their respective owners SD is a trademark of the SD Card Association Leica Geosystems AG Heinrich Wild Strasse CH 9435 Heerbrugg e Switzerland when it has to be right etca Phone 41 71 727 31 31 www leica geosystems com Geosystems
21. tion and query of serial ports settings Ethernet port and address settings using a simple ASCII text file on the CF card Set and query Serial port settings PPP on RX port Ethernet settings Web Server settings DynDNS settings Query MAC address GRX1200 and GRX1200 GNSS only The RX1200 CSO9 controllers can be used for initial receiver configuration and status information display With the Campaign option GRX1200 receivers can be used for field campaigns for static raw data logging Leica GNSS Network and Reference Stations Technical Data 01 2011 10 7 Connectors Ports and Devices 7 1 Connector ports overview Connector ports GRX1200 and GRX1200 GNSS only Type Description Power Lemo 1 female 5 pin Serial RS232 4X Lemo 4 female 8 pin GNSS Antenna 1x TNC female PPS output 1x Lemo ERN OS 250 CTL Event input 1x Lemo HGP 00 250 CTL External Oscillator 1x MMCX female 24QMA 50 2 3 133 5 10 Mhz Ethernet 1x RJ45 ruggedised 10 100 Mbit GR10 Type Description Power 1x Lemo 1 female 5 pin Serial P1 1x Lemo 1 female 8 pin GNSS Antenna 1x TNC female Communication Slot Port 1x UART Serial USB for removable internal communication devices P3 Slot in Antenna 1x TNC female External Oscillator 1x MMCX female 24QMA 50 2 3 133 5 10 Mhz Ethernet 1x RJ45 ruggedised 10 100 Mbit USB USB device Mini B
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