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I Laser Rangefinders I.3.3 Configuration for Use with the Asset Surveyor Software This section provides instructions for configuring the ProSurvey 1000 laser rangefinder itself. For more information on configuring the Asset Surveyor software to work with the ProSurvey 1000 laser rangefinder, see Using the ProSurvey 1000 with the Asset Surveyor Software, page 336. EEPROM configuration The ProSurvey 1000 contains an electrically erasable and programmable ROM chip (or EEPROM), which is used to hold a wealth of configurable settings. You can view and modify these settings using the LAEEPROM program, which can be obtained from Laser Atlanta. For operation with the Asset Surveyor software, it is critical that three of the EEPROM settings be correctly configured. These are: 334 TSC1 Asset Surveyor Operation Manual range_mode, whichmust be set to Range (averaged) rs232_output_mode, whichmust be set to ASCII range output (on trig release) range_opcode, whichmust be set to New ProSurvey format If any of these settings is incorrect, the ProSurvey 1000 does not output information about each laser shot in a form that can be interpreted by the Asset Surveyor software. The most likely symptom of this is that the Asset Surveyor software emits a warning beep each time the laser’s trigger is released. In addition, <strong>Trimble</strong> recommends that you set the hud_mode EEPROM setting to Bearing, so that you can watch the laser’s compass bearing stabilize in the head-up display before taking each shot.
Laser Rangefinders I Calibration of the ProSurvey 1000 Whenever you use the ProSurvey 1000 after storing it for a period, or in a new environment, calibrate the ProSurvey’s compass. This is particularly important if you feel that the site in which you are working is ‘hostile’ in the sense of there being local magnetic field distortions (for example, a vehicle, pipeline, overhead or underground power cable, and so forth). The purpose of calibration is to distribute compass error smoothly through a 360° circle. Note – The calibration procedure does not modify the compass’s idea of where magnetic north is. It simply distributes local distortion of the earth’s magnetic field evenly through a 360° circle. This is important as it ensures that compass readings are locally consistent. If you want to account for an error in the compass’s determination of magnetic north, do this by entering a new value for the Magnetic declination field in the Asset Surveyor software’s Units and display configuration form. Calibration of the compass is quick and extremely simple. Follow the instructions below: 1. Press the compass calibration control on the side of the ProSurvey 1000. This control is a black indented button on the right side of the unit (looking from the back), above and in front of the laser trigger. You are prompted in the head-up display to point the ProSurvey 1000 in approximate directions starting at 0° (due North), then turning clockwise to 45° (North East) and working around to 315° (North West) in increments of 45°. 2. Point in the indicated direction, wait for a few seconds to allow the compass to stabilize, and squeeze the laser’s trigger. After each squeeze of the trigger, the head-up display indicates the next point of the compass. TSC1 Asset Surveyor Operation Manual 335
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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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6.4.1 Starting Differential Correct
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The Map window now displays this da
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Back in the Office 6 To export data
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6.7 Batch Processor Back in the Off
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CHAPTER 7 7 Carrier Phase Data Coll
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7.2.2 Planning Carrier Phase Data C
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Carrier Phase Data Collection 7 Tim
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Number of SVs 8 7 6 5 4 3 2 1 A Car
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Carrier Phase Data Collection 7 Alt
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7.2.7 Postprocessing Carrier Phase
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C Carrier Phase Data Collection 7 3
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7.4 In the Field Carrier Phase Data
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7.4.2 Starting to Log Data Carrier
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7.4.4 Logging Carrier Phase Data Ca
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Carrier Phase Data Collection 7 Ify
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7.5 Back In the Office Carrier Phas
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8 RTK Mapping In this chapter: ■
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RTK Mapping 8 While the RTK system
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RTK Mapping 8 The difference betwee
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C RTK Mapping 8 Warning - If you ar
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RTK Mapping 8 In the Asset Surveyor
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RTK Mapping 8 Note - You cannot der
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8.2.5 Data Collection RTK Mapping 8
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RTK Mapping 8 Positions logged in R
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RTK Mapping 8 Selecting a site for
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8.3.3 Radios C RTK Mapping 8 Trimbl
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Measure to here Correction Uncorrec
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8.3.5 Batteries RTK Mapping 8 The f
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SC1 datalogger TSC1 data cable PWR-
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RTK Mapping 8 4. Connect the radio
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RTK Mapping 8 2. Assemble and erect
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The Real-time output options form a
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RTK Mapping 8 To ensure RTK correct
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RTK Mapping 8 8.3.7 Setting up a Ro
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8.4 In the Field RTK Mapping 8 Once
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RTK Mapping 8 Note - These port set
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RTK Mapping 8 8.4.3 Recording Less
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RTK Mapping 8 8.5.1 RTK Positions i
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B Tip RTK Mapping 8 - Use Filter by
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A Pro XRS System In this chapter:
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Pro XRS System A A.4 Configuring th
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A.5.3 RTCM Output Pro XRS System A
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A.6 Cabling Diagram Pro XRS System
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Pro XRS System A A.8 Activating Sat
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C Warning - Make sure that the 24-d
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B Pro XR System In this chapter:
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Pro XR System B B.4 Configuring the
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Pro XR System B If you require the
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B.6 Cabling Diagram Pro XR System B
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C ProXL System In this chapter: ■
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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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Page 329 and 330: I Laser Rangefinders In this chapte
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Page 361 and 362: Laser Rangefinders I Activating the
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Laser Rangefinders I You can press
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I.6.6 Collecting Data The following
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I.7.2 Accessories Laser Rangefinder
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Laser Rangefinders I Cabling for th
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Laser Rangefinders I I.7.4 Configur
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Laser Rangefinders I Testing When y
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Laser Rangefinders I Activating the
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Laser Rangefinders I You can press
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I.7.6 Collecting Data The following
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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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