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General| Memory | 256 MB RAM, 1 GB Flash |
|---|---|
| Processor | 806 MHz |
| Connectivity | Bluetooth, USB, WiFi |
| Durability | IP67 |
| External Memory | SD card slot |
Guidance on handling and maintaining the Trimble SCS900 software and associated hardware.
Safety precautions to be observed when operating equipment in vehicle mode with SCS900.
Instructions on how to arrange for service or repair of Trimble controllers.
Information on using approved accessories for the equipment to ensure proper operation.
Links to additional resources, release notes, and training materials for SCS900.
Guidance on obtaining technical assistance and support for the SCS900 software.
Details about the current SCS900 software version, enabled modules, and connected sensors.
Overview of the main menu screen and its primary function buttons in SCS900.
Tools for creating, opening, and managing sites, designs, and work orders in SCS900.
Control and setup functions for GNSS operation, including site calibration.
Control and setup functions for total station operations and instrument connections.
Functions for exporting measured or design data to external devices or systems.
Access to site measurement functions like grade checking and material thickness.
Functions for staking out points, lines, alignments, and surfaces in the field.
Calculations, point generation, and editing functions for design data in SCS900.
Options for closing the SCS900 software and shutting down the controller.
Description of different measurement modes available for GPS and Total Station operations.
Information displayed in the status bar regarding system status, battery, and measurement type.
Icons and their meanings related to GNSS positioning accuracy and satellite tracking.
Customization options for viewing data on the map display for better readability.
How to switch between plan and cross section views for road and alignment data.
Explanation of the readings and values displayed in the information bars at the top of the screen.
How to set and adjust antenna or target height for accurate elevation measurements.
Accessing context-sensitive functions and settings through the Trimble icon menu.
Structure and organization of project data into sites, designs, and work orders.
Steps to create or open a work order and configure site settings for field operations.
Overview of services like data synchronization and remote assistance via Connected Community.
How to view and interpret cut/fill information on the design surface in SCS900.
Procedure for measuring points to check grade and elevation differences against a design.
Steps to measure and verify material thickness against specified tolerances.
Guide to collecting topographic data for surface models or specific site features.
Calculating volumes from measured data, such as cut/fill, stockpiles, or design surfaces.
Viewing, editing, and deleting measured points and lines, and generating contours.
Creating new design points and arcs using various geometric methods in the field.
Retrieving, modifying, or deleting stakeout points from the loaded design.
Procedure for staking out individual points from a loaded design in SCS900.
Configuring stakeout parameters, including elevation reference methods for grade stakes.
Guidance on staking out lines, including different stake methods and navigation.
Using side slope and catch point stakeout modes for earthwork operations.
Using a reference line or alignment to aid in staking out other objects.
Putting grade stakes on a design surface to indicate cut/fill to the surface.
Methods for staking out road alignments, features, catch points, and locations.
Steps to set up and configure the GPS base station for RTK operations.
Procedure to connect and configure the GPS rover receiver for data collection.
Tying GPS positions to the local coordinate system using control points for site calibration.
Methods for measuring and adding new control points to a site's control point file.
Establishing a connection between the controller and a total station via cable, radio, or Bluetooth.
Procedure for accurately leveling the total station using its built-in compensator.
Methods for determining the total station's position and orientation on the jobsite.
Setting up the total station at a convenient location without a known point.
Establishing the total station position and orientation over a known control point.
Retrieving previously saved station setup information from the total station's memory.
Procedure for determining setup point elevation when it's not initially known.
Configuring the serial port for outputting raw or coordinate data to other software.
Using mechanical total stations with the SCS900 software and their operational differences.
Configuring the instrument for use with Trimble GCS900 machine control systems.
Setting the search window parameters for target acquisition in machine control operations.
Collecting data for volume calculations by scanning stockpiles or excavations.
Performing routine checks and adjustments on the total station for accurate measurements.
Measuring rounds of angles to control points for network or traverse accuracy evaluation.
Procedure for measuring multiple rounds of angles for network control point setup.
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