GPS500 Technical Reference Manual V4.0 - Leica Geosystems

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Symbols used in this manual Important paragraphs which must be adhered to in practice as they enable the product to be used in a technically correct and efficient manner. Symbols used in this manual 4 Technical Reference Manual-4.0.0en
View of chapters Chapter 1 Chapter 2 Chapter 3 Chapter 4 Chapter 5 - Introduction - Equipment Setup and Connection - Using System 500 without a Terminal - TR500 Terminal Overview - Configuring the Receiver 11 20 70 74 86 Chapter 6 - Jobs and Points Chapter 7 - Measuring with System 500 156 158 Chapter 8 Chapter 9 - Coding - The CONFIG key 232 241 Chapter 10 - Status Chapter 11 - Applications Chapter 12 - Utilities Chapter 13 - Transfer Appendices 259 273 307 310 321 Technical Reference Manual-4.0.0en 5 View of chapters
Page 1 and 2: 20 30 40 50 GPS System 500 Technica
Page 3: Technical Support Technical Support
Page 7 and 8: Contents, continued 5. Configuring
Page 9 and 10: Contents, continued 10.7 Code Log S
Page 11 and 12: 1. Introduction System 500 is used
Page 13 and 14: 1.2 The GPS Receiver The GPS Receiv
Page 15 and 16: 1.3 The TR500 Terminal The TR500 Te
Page 17 and 18: PC Card versus Internal Memory The
Page 19 and 20: 1.5.1 Charging the Batteries GEB121
Page 21 and 22: 2.1 GPS Receiver ports All other co
Page 23 and 24: Equipment Checklist 1. GPS Antenna
Page 25 and 26: 2.3 Equipment Setup - Post Processe
Page 27 and 28: Procedure 1. Set up the tripod. 2.
Page 31 and 32: The Next Steps If the Receiver has
Page 35 and 36: 2.6 Equipment Setup - Post Processe
Page 37 and 38: How to set up the equipment 1. Scre
Page 41 and 42: 2.8 Equipment Setup - Real-Time Ref
Page 43 and 44: How to set up the equipment Follow
Page 47 and 48: The Next Steps If the Receiver has
Page 51 and 52: 2.11 Equipment Setup - Real-Time Ro
Page 53 and 54: How to set up the equipment Follow
Page 55 and 56:
Equipment Checklist 1 1. Combined R
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The Next Steps If the Receiver has
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Equipment Checklist 1. GAT1\GAT2 Ra
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2.14 Using the Minipack The Minipac
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2.15 Measuring Antenna Heights The
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2.15.2 Antenna Height components 1.
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2. Tripod Setup MRP VE1 VE2 VO VO V
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2.15.3 Measuring Slope Heights VE2
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3.1 Setting up the Equipment 3.2 Op
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3.4.3 Memory Status LED Memory Stat
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4.1 Screen Layout When activated fo
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4.2 Status Icons Accuracy Status Hi
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Radio Status GSM Status Memory Stat
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Battery Status Battery Voltage OK B
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4.4 General Operating Principles Th
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Alternatively you can move down the
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The following screen will appear th
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Antenna Select the Antenna configur
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systems in the field using Applicat
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Real-Time For Static or Rapid Stati
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5.1.1 Advanced Operation Mode for S
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STOP P-PRC - Defines the method use
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5.2 Configuring the Receiver for Po
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Use ALL (F5) to reveal System 300 a
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Coding If you wish to select a codi
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key is pressed. During postprocessi
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To define your own Id Template pres
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Working Example 1 (cont) Field Proc
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Logging In addition to the function
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Working Example Application - Picki
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Antenna Select the Antenna configur
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Further options are available on th
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Real-Time 1/2 Configures the parame
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Note that a different port must be
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Real-Time 1/2 Configures parameters
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5.4 Configuring the Receiver for Re
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Use the DEFLT (F5) key to reveal de
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Coding If you wish to select a codi
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A complete description of all avail
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Log Auto Positions - Will automatic
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The logging of Auto-Positions may a
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Id - Displays the way in which the
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If Abs is chosen then the Avg. Limi
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East Pos - Sets the position of the
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Height Smoothing and Filter techniq
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Logging In addition to the function
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Threshold Settings In addition to t
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EAO (F3) allows the default method
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Creating a New Job Press NEW (F2) t
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7.1 Static and Rapid Static Survey,
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To break the auto numbering press S
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7.1.5 Adding a Starting Time It wil
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The line Time to go changes to Stat
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7.2 Post-processed Kinematic Survey
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To select the code: 1. Use the left
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Initialization on the Fly without s
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Adding Point Annotations Point Anno
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7.3.1 Measuring procedure You will
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RRRRMMDD_HHMMSSS Where: RRRR = last
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7.4 Real-Time Rover, Surveying New
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To select the code: 1. Use the left
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Measuring procedure with starting t
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or Highlight the interval that is i
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Note that adding a code is only pos
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7.4.8 Using the INIT key The INIT (
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Hidden Points A hidden point is a p
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Bearing and Distance, height includ
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Double Bearing, height included If
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Double Distance, height included If
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Chainage and Offset, height exclude
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Backward Bearing & Distance, height
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Then one of three scenarios can ens
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Store Pts - The Job where the stake
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7.5.4 Orientation The Orientation d
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Start+Endpoint The Line is defined
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7.5.5 Polar and Orthogonal There ar
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7.5.7 Using the Redraw function 7.5
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FILT (F6) allows to change the filt
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The graphical display is a square u
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1. Measurement/Stakeout of transiti
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You may also enter a completely dif
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Procedure Grid is selected as the S
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If you simply wish to add aditional
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If a point within the grid is obstr
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8.1.1 Importing, Selecting and Defi
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8.1.3 Defining and Activating/Deact
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8.2 Free Coding 8.2.1 Importing, Se
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8.2.3 Adding a Free Code When a Fre
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9. The CONFIG Key The CONFIG key ca
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9.2 General - Units Enables you to
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9.5 General - Time and Initial Posi
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9.8 General - Identification The Se
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9.12 Interfaces - ASCII Input Use -
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Working Example 1 You need to compl
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9.13 Interfaces - Hidden Point The
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9.16 Interfaces - PPS Out The PPS O
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Press PARAM (F5) to modify addition
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10. Status The Status of all Receiv
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2. Real-Time Reference 10.2 Stop an
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10.3 Position Moving Mode 5 Sats si
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Grade - Grade between the first po
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10.5 Satellite Status Information a
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REF (F6) This key is available when
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10.10 Sensor Status 10.11 Software
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11. Applications 11.1 Determining a
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When ASCII is selected, the ASCII (
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Use INFO (F5) to see where the geoi
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New WGS84 points may be measured fr
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For a 2-Step transformation first t
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11.2 Adding Points to Existing Coor
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Pressing INFO (F5) again reveals th
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Filter By - Sets a filter on the po
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Any existing Wake-up Sessions are d
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Inverse This function enables you t
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Traverse This function enables you
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Input: P1 - Start point of line (E,
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Intersection: Bearing - Distance Th
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Distance -- Offset This function en
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3 Point Arc This function enables y
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11.7 Area The Area function enables
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Job - Allows access to the standard
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12. Utilities The Utilities menu it
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12.3 Enter Security Code The securi
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13.3 Coordinate System 13.4 Antenna
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Select the file Type of the source
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Press IFACE (F5) and set Use Device
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13.11 Firmware TR500 13.12 Language
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13.17 Beacon Station List 13.18 Mod
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Appendix A - Operating and Storage
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Appendix C - Seismic Record Format
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Appendix E - NMEA Message Formats T
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GGA - Global Positioning System Fix
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GGQ - Real-Time Position with CQ GL
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GSV - GPS Satellites in View LLK -
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ZDA - Time and Date Format $GPZDA,
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1) Input into sensor 2) Output out
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GPS Antenna Info Record Files beaco
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RS232 Port 1, 2 and 3 of the Sensor
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Radio Modems and Channel Switching
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With User defined you may press SCA
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Press the OPT (F4) key to access th
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The SCAN functionality can be used
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Status of the GSM phone To access t
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Press the OPT (F4) key to access th
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Use the RSTN (F4) key to display th
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If Ref Stn ID is set to Automatic i
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Using a SMARTgate box SMARTgate is
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Using the Telemax Service To make u
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Hidden Point Hidden Point devices a
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If you are using a device that meas
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Standard Features The MC500 include
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Operating and Storage Temperatures
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Appendix J - RS500 Introduction The
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Using the TR500 with the RS500 When
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Starting the Ring Buffer Once the c
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Configuring Meteo Devices Press the
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Appendix K- GS50 / GS50+ and GIS Da
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DGPS For real-time DGPS positioning
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Hardware and Accessories (cont) LAS
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Operation and Configuration The GS5
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Configuration: Coding The GS50 / GS
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Configuration: Formats The line for
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Data Collection with the GS50 and G
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Leica Geosystems AG, Heerbrugg, Swi
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GPS500 Technical Reference Manual V4.0 - Leica Geosystems

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