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Defines manual's audience and scope for operators, technicians, dealers, and supervisors.
Overview of the control box screen, buttons, and essential functions for system operation.
Instructions for moving data between the control box and a USB flash drive for backup and transfer.
Guidance on navigating menus, dialogs, and screens for system configuration and status checks.
Explains how to view and interpret various guidance screens for machine operation.
Details the meaning of external and internal lightbar LEDs for guidance feedback.
Basic checks to ensure all system components function correctly during startup.
Steps to verify the control box has powered up successfully and displays expected information.
Information on how software option keys manage system functionality and support.
Guidance on resolving issues related to missing or invalid software option keys.
Essential tasks to prepare the system for operation before starting work.
How to view and restore correct machine settings files for accurate guidance.
How to switch between different guidance modes based on sensor availability.
Procedure for adjusting the brightness of the control box and external lightbars.
Steps for setting up the machine radio for communication with UTS or GNSS systems.
Details on configuring radio parameters like network and frequency for machine communication.
Information on setting up and connecting to Wi-Fi networks for data transfer.
Steps to join known Wi-Fi networks and establish a wireless connection.
How to exchange files with a remote file space via a cellular modem.
Steps to configure settings for file synchronization with the Connected Community.
How to configure the control box to connect to the internet via cellular or Wi-Fi.
Procedure to create a new internet connection profile for service provider details.
How to select the correct excavator bucket model for accurate guidance calculations.
How to select the vertical guidance method for 3D systems based on sensor configuration.
How to set the reference point on the bucket used for benching.
Details on using GNSS for machine positioning and creating basic designs in the field.
Method for fine-tuning rotation bench accuracy using two bucket tip points.
How to select or create guidance models like Depth, Slope, Profile, or Alignments.
Steps to check and select appropriate 2D guidance methods for excavation tasks.
Information on how depth and slope models are stored and accessed in memory.
Procedures for setting up an elevation reference using bucket focus or a laser plane.
How to set the system's elevation reference using the bucket focus point.
Common tasks performed during 2D guidance operations.
Methods for transferring the bench elevation when moving the machine to a new position.
Essential tasks for preparing UTS and GNSS sensors before using 3D guidance.
Instructions for benching a UTS target to establish an elevation reference for 3D guidance.
Procedure to initialize machine orientation for single-3D systems when first started or moved.
How to select the appropriate GNSS accuracy mode for optimal performance.
How to load a design file or create a new design for 3D guidance operations.
Steps to select and load design files, including specific procedures for 3D lines designs.
Explanation of how lane guidance works and its requirements for 2D and 3D systems.
Common problems and solutions encountered when setting up and using lane guidance.
Common tasks and configurations for operating the system with 3D guidance.
How to set vertical offsets and lifts for working surfaces in 3D guidance.
How to select a design feature to use as the horizontal alignment for guidance.
How the system supports automatic map recording based on pre-configured rules.
Conditions that must be met for fixed mapping rules to be active and non-configurable.
How to load an existing map file or create a new empty map directory.
Steps to create a named, empty map directory to store map recording data.
Overview of on-screen map and log file features for tracking job progress.
Explains the different states (Auto, On, Off, None) for mapping and recording.
Feature to record the 3D location of points identified by the focus position.
How to request online remote system support from dealers or site supervisors.
Common problems and solutions when setting up and using Remote Assistant.
General checks for troubleshooting system issues including error messages and component status.
How to check system components and their status, including CAN bus devices.
Detailed diagnostics for UTS systems, including status field values and common issues.
Tools to view GNSS diagnostic information and satellite data for troubleshooting.
How to interpret and resolve flashing warning messages that require operator action.
Common UTS warning messages and their corresponding troubleshooting solutions.
Common GNSS warning messages and their corresponding troubleshooting solutions.
How to handle error messages that indicate system malfunctions or configuration problems.
Specific error messages related to software components and their resolution.
How to inspect component status indicators (LEDs) to troubleshoot system issues.
Meaning of LED patterns on external lightbars for troubleshooting.
Interpreting the meaning of receiver status LED activity for GNSS troubleshooting.
Steps to quickly assess GNSS components, including receiver status and data link.
Steps to diagnose and resolve issues with UTS components and their connectivity.
Information to gather before contacting support to expedite problem resolution.
Defines manual's audience and scope for operators, technicians, dealers, and supervisors.
Overview of the control box screen, buttons, and essential functions for system operation.
Instructions for moving data between the control box and a USB flash drive for backup and transfer.
Guidance on navigating menus, dialogs, and screens for system configuration and status checks.
Explains how to view and interpret various guidance screens for machine operation.
Details the meaning of external and internal lightbar LEDs for guidance feedback.
Basic checks to ensure all system components function correctly during startup.
Steps to verify the control box has powered up successfully and displays expected information.
Information on how software option keys manage system functionality and support.
Guidance on resolving issues related to missing or invalid software option keys.
Essential tasks to prepare the system for operation before starting work.
How to view and restore correct machine settings files for accurate guidance.
How to switch between different guidance modes based on sensor availability.
Procedure for adjusting the brightness of the control box and external lightbars.
Steps for setting up the machine radio for communication with UTS or GNSS systems.
Details on configuring radio parameters like network and frequency for machine communication.
Information on setting up and connecting to Wi-Fi networks for data transfer.
Steps to join known Wi-Fi networks and establish a wireless connection.
How to exchange files with a remote file space via a cellular modem.
Steps to configure settings for file synchronization with the Connected Community.
How to configure the control box to connect to the internet via cellular or Wi-Fi.
Procedure to create a new internet connection profile for service provider details.
How to select the correct excavator bucket model for accurate guidance calculations.
How to select the vertical guidance method for 3D systems based on sensor configuration.
How to set the reference point on the bucket used for benching.
Details on using GNSS for machine positioning and creating basic designs in the field.
Method for fine-tuning rotation bench accuracy using two bucket tip points.
How to select or create guidance models like Depth, Slope, Profile, or Alignments.
Steps to check and select appropriate 2D guidance methods for excavation tasks.
Information on how depth and slope models are stored and accessed in memory.
Procedures for setting up an elevation reference using bucket focus or a laser plane.
How to set the system's elevation reference using the bucket focus point.
Common tasks performed during 2D guidance operations.
Methods for transferring the bench elevation when moving the machine to a new position.
Essential tasks for preparing UTS and GNSS sensors before using 3D guidance.
Instructions for benching a UTS target to establish an elevation reference for 3D guidance.
Procedure to initialize machine orientation for single-3D systems when first started or moved.
How to select the appropriate GNSS accuracy mode for optimal performance.
How to load a design file or create a new design for 3D guidance operations.
Steps to select and load design files, including specific procedures for 3D lines designs.
Explanation of how lane guidance works and its requirements for 2D and 3D systems.
Common problems and solutions encountered when setting up and using lane guidance.
Common tasks and configurations for operating the system with 3D guidance.
How to set vertical offsets and lifts for working surfaces in 3D guidance.
How to select a design feature to use as the horizontal alignment for guidance.
How the system supports automatic map recording based on pre-configured rules.
Conditions that must be met for fixed mapping rules to be active and non-configurable.
How to load an existing map file or create a new empty map directory.
Steps to create a named, empty map directory to store map recording data.
Overview of on-screen map and log file features for tracking job progress.
Explains the different states (Auto, On, Off, None) for mapping and recording.
Feature to record the 3D location of points identified by the focus position.
How to request online remote system support from dealers or site supervisors.
Common problems and solutions when setting up and using Remote Assistant.
General checks for troubleshooting system issues including error messages and component status.
How to check system components and their status, including CAN bus devices.
Detailed diagnostics for UTS systems, including status field values and common issues.
Tools to view GNSS diagnostic information and satellite data for troubleshooting.
How to interpret and resolve flashing warning messages that require operator action.
Common UTS warning messages and their corresponding troubleshooting solutions.
Common GNSS warning messages and their corresponding troubleshooting solutions.
How to handle error messages that indicate system malfunctions or configuration problems.
Specific error messages related to software components and their resolution.
How to inspect component status indicators (LEDs) to troubleshoot system issues.
Meaning of LED patterns on external lightbars for troubleshooting.
Interpreting the meaning of receiver status LED activity for GNSS troubleshooting.
Steps to quickly assess GNSS components, including receiver status and data link.
Steps to diagnose and resolve issues with UTS components and their connectivity.
Information to gather before contacting support to expedite problem resolution.
General| System Type | Grade Control System |
|---|---|
| Technology | GNSS, GPS, Laser |
| Connectivity | Wireless |
| GNSS Support | GPS, GLONASS, Galileo, BeiDou |
| Power Supply | 12-24V DC |
| Operating Temperature | -20°C to 55°C |
| IP Rating | IP67 |
| Accuracy | Sub-inch to centimeter level |
| Storage Temperature | -40°C to +70°C (-40°F to +158°F) (typical, component dependent) |
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