Document Outline

• USER GUIDE
• Legal Notices
• Safety Information
  • Regulations and safety
  • Type approval
  • Exposure to radio frequency radiation
    • For 450 MHz radio
    • For license-free 900 MHz radio
    • For Bluetooth radio
  • Installing antennas
  • Battery safety
• Contents
• Introduction
  • About the SPSx51 receivers
    • SPS551 GPS receiver
    • SPS551H GPS receiver
    • SPS651 Location GPS receiver with precise vertical accuracy
    • SPS751 GPS receiver
    • SPS851 GPS receiver
  • Related information
  • Technical support
  • Your comments
• Features and Functions
  • SPS551 features
    • SPS551 Receiver optional features
  • SPS551H features
  • SPS651 features
    • SPS651 Receiver optional features
  • SPS751 features
    • SPS751 standard features
    • SPS751 Basic
    • SPS751 Max
  • SPS851 features
    • Base station
    • Rover
  • Use and care
  • COCOM limits
  • Keypad and display
  • Rear connectors
• Batteries and Power
  • External power
  • Battery safety
  • Battery performance
  • Charging the Lithium-ion battery
  • Storing the Lithium-ion battery
  • Using the Lithium-ion battery as a Universal Power Supply (UPS)
  • Removing the rechargeable Lithium-ion battery
• Setup Guidelines
  • Base station operation guidelines
    • Base station components
    • Base station setup guidelines
    • Permanent installation antenna cabling for the SPSx51 Modular GPS receiver
  • Rover operation guidelines
    • Rover receiver components
    • Rover receiver setup guidelines
• Setting up the Receiver
  • Connecting the receiver to external devices
    • Trimble controller with SCS900 Site Controller software
    • External radio-modems
  • Common ways to set up a base station
    • Setting up a base station for permanent or semi-permanent installation
    • Setting up a base station for daily site use: T-Bar
    • Setting up a mobile base station: Tripod and fixed height tripod
  • Common ways to set up a rover receiver
    • Setting up the rover receiver on a jobsite vehicle
    • Setting up the rover receiver on a rod
    • Setting up a rover receiver on a belt or in a backpack
  • Setting up a pair of GPS receivers to provide heading
    • The Moving Baseline RTK positioning technique
    • Mounting a pair of GPS receivers
    • Assembling the receivers
    • Installing the receiver
    • Mounting the antennas
    • Configuring the receiver pair
    • Interfacing using the NMEA protocol
    • Heading output
• Configuring the Receiver Using the Keypad and Display
  • Button functions
  • Power button operations
  • Home screen
  • Status screens
  • Configuring the receiver as a base receiver
    • Configuring the receiver
  • Configuring the receiver as a rover receiver
    • Configuring the receiver
  • Configuring system settings
    • Turning off AutoBase technology
  • Managing application files
• Configuring the Receiver Settings
  • Using the SCS900 Site Controller software to configure the base station, the rover, and the radios
  • Configuring the receiver to log data for postprocessing
  • Configuring the receiver to use specific settings when it is turned on
  • Configuring Ethernet settings
  • Configuring the receiver using a web browser
    • Supported browsers
    • Connecting to the receiver using a web browser:
    • Connecting to the receiver using a web browser and Bluetooth wireless technology
    • Creating a new connection
  • Menus
    • Changing the settings
• Automatically Setting up a Mobile Base Station Using AutoBase Technology
  • AutoBase Warning
  • Working with AutoBase technology
    • Scenario One: First visit to a site with AutoBase Warning turned off
    • Scenario Two: First visit to a site with AutoBase Warning turned on
    • Scenario Three: Repeat visit to a site with AutoBase Warning turned off
    • Scenario Four: Repeat visit to a site with AutoBase Warning turned on
  • The AutoBase process
• Default Settings
  • Default receiver settings
  • Resetting the receiver to factory defaults
  • Data Logging option
    • Logging data after a power loss
• Specifications
  • General specifications
  • Physical specifications
  • Performance specifications
  • Electrical specifications
  • Communication specifications
  • GPS satellite signal tracking
  • Integrated radio options
  • Variable configuration options
    • Upgrading the receiver
• NMEA-0183 Output
  • NMEA-0183 message overview
  • Common message elements
    • Message values
  • NMEA messages
• GSOF Messages
  • Supported message types
  • General Serial Output Format
  • Reading binary values
    • INTEGER data types
  • GSOF message definitions
    • TIME
    • LLH
    • ECEF
    • ECEF DELTA
    • NEU DELTA
    • Velocity
    • PDOP
    • SIGMA
    • SV Brief
    • SV Detail
    • UTC
    • Batt/Mem
    • Attitude
    • BASE POSITION AND QUALITY INDICATOR
    • Flags
• Adding Internal Radio Frequencies
  • Adding receive frequencies for the 450 MHz internal radio
  • Setting UHF reception radio frequencies using the web interface
• Transmitting Corrections
  • Scenario 1: Outputting corrections using an HPB450 radio-modem
    • Solution
  • Scenario 2: Outputting corrections using a TRIMMARK 3 radio
    • Solution
  • Scenario 3: Outputting corrections from a SNB900 radio to an HPB450 or TRIMMARK 3 radio
    • Solution
• Real-Time Data and Services
  • RT17 Streamed Data service
    • Using the keypad and display to configure RT17 outputs
    • Using the web interface to configure RT17 outputs
  • Login authentication
• Upgrading the Receiver Firmware
  • The WinFlash utility
    • Installing the WinFlash utility
  • Upgrading the receiver firmware
  • Forcing the receiver into Monitor mode
• Troubleshooting
  • Receiver issues
• Drawings
  • Back view
  • Side view
  • Bottom view
• Receiver Connector Pinout Information
  • Lemo connector
  • Modem multi-function port
  • 1PPS and ASCII time tag
  • ASCII time tag
  • 26-Pin D-sub connector wiring chart (P/N 60789-00)
• Glossary