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8 RTK Mapping 8.3.4 Antennas The Series 4000 or Site Surveyor 4400 RTK system comes standard with two dual frequency, compact L1/L2 geodetic antennas (P/N 16046-10). The base antenna is usually attached to a tripod and the rover antenna to a range pole. The antenna of the GPS Total Station 4800 RTK system is integrated into a self-contained unit. For all systems it is imperative to accurately measure the height of both the base and rover antennas, as an error in these measurements will result in a corresponding error in your final results. This is especially true with respect to the vertical component of a three-dimensional position. The antenna receives GPS signals at the Antenna Phase Center (APC). You cannot measure directly to the APC as it is inside the plastic housing. The best way to measure the antenna height is to measure the vertical height from the survey mark on the ground to a specified part of the antenna housing. This type of measurement is called an uncorrected measurement. The Asset Surveyor software then corrects to the true vertical height to the APC. When you enter a value for the antenna height, also ensure that you specify the correct measurement method that was used in the Measurement Method field. The software then corrects the antenna height value according to the antenna that you have selected. Note – If you use a fixed height range pole at the rover, you do not need to measure it. Simply enter the fixed height in the Antenna height field and select Vertical as the measure option. Figure 8.4 shows how to measure the height of an antenna mounted on a range pole. Alternatively you could be using a fixed height range pole, in which case the height would be a constant value. 204 TSC1 Asset Surveyor Operation Manual
Measure to here Correction Uncorrected Height RTK Mapping 8 Vertical (APC) Height Figure 8.4 Measuring the height of a Compact L1/L2 antenna on range pole For example, on a Compact L1/L2 antenna, measure to the bottom of the plastic antenna housing and enter this value as the antenna height, with Measurement method set to ‘Bottom of antenna mount’. The software then calculates the APC based on the antenna type you have selected and, in this case, adds 62.5 mm to the measured value. This APC height is used to calculate the ground height for points. TSC1 Asset Surveyor Operation Manual 205
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TSC1 Asset Surveyor Operation Manua
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Corporate Office Trimble Navigation
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Contents About This Manual 1 Quick
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Data Files . . . . . . . . . . . .
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7 Carrier Phase Data Collection Int
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B Pro XR System Introduction . . .
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Base Station Operation. . . . . . .
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Configuration for Use with the Asse
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About This Manual Welcome to the TS
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About This Manual Technical Assista
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1 Quick Setup In this chapter: ■
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1.2 Before Leaving the Office Quick
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1.5 Rover Configuration Quick Setup
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1.5.1 Data Collection Quick Setup 1
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1.6.1 Base Station Data Collection
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2 Introduction to the Asset Surveyo
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Introduction to the Asset Surveyor
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2.3 System Components 2.3.1 GPS Rec
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Introduction to the Asset Surveyor
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3 Introduction to the TSC1 Datalogg
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Function keys Backspace key Space k
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Introduction to the TSC1 Datalogger
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3.3.4 Menu Key 3.3.5 Next Key 3.3.6
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3.5.1 Choosing a PC Card 3.6 Reboot
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3.7 Data Capacity B Tip Introductio
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3.9.1 Battery Status Introduction t
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Introduction to the TSC1 Datalogger
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3.11Servicing Introduction to the T
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4 Before Leaving the Office In this
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Before Leaving the Office 4 The Qui
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4.3.1 Creating a Project Before Lea
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Before Leaving the Office 4 To star
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4.7 Data Files Before Leaving the O
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Before Leaving the Office 4 To ensu
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4.8 Data Transfer B Tip Before Leav
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4.8.2 Transferring Files to the TSC
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4.9 Configuring the System Before L
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B Tip Before Leaving the Office 4 T
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Table 4.2 Non-critical configuratio
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Table 4.3 Display configuration set
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5 In the Field In this chapter: ■
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In the Field 5 When you first start
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In the Field 5 If the Asset Surveyo
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In the Field 5 Note - The entire co
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In the Field 5 The skyplot is a gra
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In the Field 5 The Asset Surveyor s
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In the Field 5 You can perform a va
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Points Well sites Power poles Accid
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In the Field 5 Point features When
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In the Field 5 To segment a line fe
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In the Field 5 Reviewing features W
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B Tip In the Field 5 Repeating feat
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In the Field 5 To nest the updating
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In the Field 5 when driving along a
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B Tip In the Field 5 A line, area,
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B Tip In the Field 5 This form cont
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In the Field 5 When you have finish
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B Tip In the Field 5 The fields in
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In the Field 5 Feature icons Each e
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In the Field 5 Note - Changing a fe
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In the Field 5 You can use this for
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5.5.3 File Operations In the Field
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In the Field 5 To specify the filte
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In the Field 5 Searching In a large
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In the Field 5 Updating attributes
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In the Field 5 If a feature has alr
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5.5.5 Collecting New Features B Tip
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5.5.7 Exiting Data Update B Tip In
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The default mode is graphical. Use
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In the Field 5 In the Map display o
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5.6.4 Navigating Using the Map In t
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In the Field 5 When a feature’s l
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5.7 Navigating with the Asset Surve
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B Tip 5.7.2 Heading Lock In the Fie
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B Tip In the Field 5 Close-up scree
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5.7.5 Road Screen In the Field 5 Th
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5.7.6 Info Panels In the Field 5 In
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5.7.7 Waypoints In the Field 5 An A
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5.8 Managing Data Files C 5.8.1 Del
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5.8.3 Copying Files to and from the
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6 Back in the Office In this chapte
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B Tip Back in the Office 6 Transfer
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Back in the Office 6 To transfer fi
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B Tip Back in the Office 6 4. From
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The Data Transfer dialog appears: B
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Back in the Office 6 6. In the list
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Page 179 and 180: Back in the Office 6 To export data
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Page 185 and 186: 7.2.2 Planning Carrier Phase Data C
Page 187 and 188: Carrier Phase Data Collection 7 Tim
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Page 193 and 194: 7.2.7 Postprocessing Carrier Phase
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Page 197 and 198: 7.4 In the Field Carrier Phase Data
Page 199 and 200: 7.4.2 Starting to Log Data Carrier
Page 201 and 202: 7.4.4 Logging Carrier Phase Data Ca
Page 203 and 204: Carrier Phase Data Collection 7 Ify
Page 205 and 206: 7.5 Back In the Office Carrier Phas
Page 207 and 208: 8 RTK Mapping In this chapter: ■
Page 209 and 210: RTK Mapping 8 While the RTK system
Page 211 and 212: RTK Mapping 8 The difference betwee
Page 213 and 214: C RTK Mapping 8 Warning - If you ar
Page 215 and 216: RTK Mapping 8 In the Asset Surveyor
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Page 221 and 222: RTK Mapping 8 Positions logged in R
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Page 231 and 232: SC1 datalogger TSC1 data cable PWR-
Page 233 and 234: RTK Mapping 8 4. Connect the radio
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Page 239 and 240: RTK Mapping 8 To ensure RTK correct
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Page 253 and 254: A Pro XRS System In this chapter:
Page 255 and 256: Pro XRS System A A.4 Configuring th
Page 257 and 258: A.5.3 RTCM Output Pro XRS System A
Page 259 and 260: A.6 Cabling Diagram Pro XRS System
Page 261 and 262: Pro XRS System A A.8 Activating Sat
Page 263 and 264: C Warning - Make sure that the 24-d
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Page 267 and 268: Pro XR System B B.4 Configuring the
Page 269 and 270: Pro XR System B If you require the
Page 271 and 272: B.6 Cabling Diagram Pro XR System B
Page 273 and 274: C ProXL System In this chapter: ■
Page 275 and 276: Pro XL System C C.5 Operational Asp
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C.6 Cabling Diagram Pro XL System C
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D Series 4000 In this chapter: ■
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Series 4000 D For Maxwell Technolog
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Series 4000 D If you have changed a
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Series 4000 D 3. Page through the v
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D.5.3 Overdetermined Positions Seri
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D.5.10 Receiver Outputs D.5.11 Velo
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D.7 Equipment List Series 4000 D Ta
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APPENDIX E E Site Surveyor 4400 Rec
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Site Surveyor 4400 Receiver E E.5 O
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E.5.7 Base Station Operation Site S
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E.7 Equipment List Site Surveyor 44
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F 4600LS Surveyor In this chapter:
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F.5 Operational Aspects Specific to
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F.5.6 Base Station Operation 4600LS
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4600LS Surveyor F Figure F.2 Two-po
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F.7 Equipment List 4600LS Surveyor
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G GPS Total Station 4700 In this ch
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GPS Total Station 4700 G G.5 Config
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G.6.6 Receiver Outputs GPS Total St
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G.8 Equipment List GPS Total Statio
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H GPS Total Station 4800 In this ch
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H.2 Switches and Indicator LEDs GPS
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H.4 Turning the Receiver On GPS Tot
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H.7.3 Real-Time Output GPS Total St
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H.9 Equipment List GPS Total Statio
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I Laser Rangefinders In this chapte
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Laser Rangefinders I Compass detail
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Laser Rangefinders I Cabling for th
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Laser Rangefinders I 2. Press the
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Laser Rangefinders I 5. Use the ←
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Laser Rangefinders I Entering a com
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Laser Rangefinders I I.2.5 Using th
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C Laser Rangefinders I Set the Type
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Laser Rangefinders I If you attempt
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B Tip Laser Rangefinders I 5. Press
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I.3 Laser Atlanta ProSurvey 1000 La
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Laser Rangefinders I Calibration of
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Laser Rangefinders I Select Externa
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Laser Rangefinders I Activating the
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C Laser Rangefinders I Checking the
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C Laser Rangefinders I Warning - Th
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I.4 Laser Atlanta Advantage Laser R
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Laser Rangefinders I Calibration of
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Laser Rangefinders I Configuring th
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Laser Rangefinders I If you attempt
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Laser Rangefinders I 3. Keeping a s
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I.4.5 Collecting Data The following
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Laser Rangefinders I Powering The L
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Laser Rangefinders I I.5.3 Configur
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Laser Rangefinders I You can press
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I.5.5 Collecting Data Laser Rangefi
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I.6.2 Accessories Laser Rangefinder
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I.7.2 Accessories Laser Rangefinder
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Laser Rangefinders I Testing When y
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J External Sensors In this chapter:
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External Sensors J You can configur
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3. Change the fields in this form a
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B Tip External Sensors J - After co
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J.3 Digital Cameras External Sensor
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3. Change the fields in this form a
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J.4 Echo Sounders External Sensors
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B Tip 3. Change the fields in this
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B Tip External Sensors J The Asset
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K NMEA Output Messages In this chap
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K.2 Common Message Elements NMEA Ou
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Longitude of ascension node Mean an
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NMEA Output Messages K Fields 3 to
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NMEA Output Messages K K.3.8 ZDA: U
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Index Symbols .ddf files 42 importi
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B back in the office 4, 141, 226 ba
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waypoints 68, 101, 135 in GPS Pathf
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File manager module 14, 137-140 fil
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I icons 97 update status 98 Import
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Info panels 133 proximity alarm 130
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echarging the TSC1 battery 32 recom
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statistics, on files 138 status bat
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Reader Comment Form TSC1 Asset Surv
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