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Guidance on handling and maintaining the instrument for optimal performance and longevity.
Information regarding the laser classification and safe operation of the Trimble TX8 3D Laser Scanner.
Explanation of the hazard label indicating potential dangers when operating the instrument.
Critical safety instructions and warnings related to the use and handling of the instrument's battery.
Instructions for safely unpacking the Trimble TX8 3D Laser Scanner from its packaging.
Guidelines for safely moving and transporting the instrument and its case.
Procedures for maintaining the instrument to ensure its optimal performance and longevity.
Sources of additional documentation such as release notes for the Trimble TX8 scanner.
How to obtain assistance and support for the Trimble TX8 3D Laser Scanner.
An overview of the instrument's various views and identification of key components.
Introduction to the different accessories that accompany the Trimble TX8 3D Laser Scanner.
Step-by-step guide for properly setting up the tripod for instrument stability.
Instructions for mounting and securing the Trimble TX8 scanner onto the tribrach.
Ensuring the instrument is correctly seated and stable within the tribrach's locking system.
Information on inserting and using the USB flash drive for data storage.
Options for powering the Trimble TX8 scanner using a battery or external supply.
Procedures for correctly powering the instrument on and off.
Steps to connect the scanner to a PC or tablet for remote operation.
How to modify the instrument's default settings to meet specific operational needs.
Guidance on measuring and determining the instrument's height for accurate data.
Overview of the instrument's touch screen interface for software settings and scanning.
Managing projects, including creation, opening, editing, and deletion.
Procedures for leveling the instrument and checking its status.
Configuring settings for scans, such as mode, precision, and corrections.
Accessing and changing general instrument settings like date, time, and units.
Detailed technical specifications for the Trimble TX8 3D Laser Scanner itself.
Dimensions and weight of the shipping box for the Trimble TX8 scanner.
Specifications for the instrument case, including dimensions and weight.
Technical data for the external power supply, including dimensions, voltage, and frequency.
Specifications for the USB flash drive, detailing dimensions, capacity, and transfer rates.
Specifications for the battery kit, including dimensions and weight.
Technical specifications for the smart battery, including dimensions, weight, and storage conditions.
Specifications for the two-bay battery charger, including dimensions and power.
Specifications for the tribrach, including dimensions, weight, and optical properties.
Specifications for the micro fiber lens cleaning cloth, including dimensions and fabric.
Specifications for the TX8 USB cable, including length and compatibility requirements.
Guidance on handling and maintaining the instrument for optimal performance and longevity.
Information regarding the laser classification and safe operation of the Trimble TX8 3D Laser Scanner.
Explanation of the hazard label indicating potential dangers when operating the instrument.
Critical safety instructions and warnings related to the use and handling of the instrument's battery.
Instructions for safely unpacking the Trimble TX8 3D Laser Scanner from its packaging.
Guidelines for safely moving and transporting the instrument and its case.
Procedures for maintaining the instrument to ensure its optimal performance and longevity.
Sources of additional documentation such as release notes for the Trimble TX8 scanner.
How to obtain assistance and support for the Trimble TX8 3D Laser Scanner.
An overview of the instrument's various views and identification of key components.
Introduction to the different accessories that accompany the Trimble TX8 3D Laser Scanner.
Step-by-step guide for properly setting up the tripod for instrument stability.
Instructions for mounting and securing the Trimble TX8 scanner onto the tribrach.
Ensuring the instrument is correctly seated and stable within the tribrach's locking system.
Information on inserting and using the USB flash drive for data storage.
Options for powering the Trimble TX8 scanner using a battery or external supply.
Procedures for correctly powering the instrument on and off.
Steps to connect the scanner to a PC or tablet for remote operation.
How to modify the instrument's default settings to meet specific operational needs.
Guidance on measuring and determining the instrument's height for accurate data.
Overview of the instrument's touch screen interface for software settings and scanning.
Managing projects, including creation, opening, editing, and deletion.
Procedures for leveling the instrument and checking its status.
Configuring settings for scans, such as mode, precision, and corrections.
Accessing and changing general instrument settings like date, time, and units.
Detailed technical specifications for the Trimble TX8 3D Laser Scanner itself.
Dimensions and weight of the shipping box for the Trimble TX8 scanner.
Specifications for the instrument case, including dimensions and weight.
Technical data for the external power supply, including dimensions, voltage, and frequency.
Specifications for the USB flash drive, detailing dimensions, capacity, and transfer rates.
Specifications for the battery kit, including dimensions and weight.
Technical specifications for the smart battery, including dimensions, weight, and storage conditions.
Specifications for the two-bay battery charger, including dimensions and power.
Specifications for the tribrach, including dimensions, weight, and optical properties.
Specifications for the micro fiber lens cleaning cloth, including dimensions and fabric.
Specifications for the TX8 USB cable, including length and compatibility requirements.
General| Maximum Range | 340 m |
|---|---|
| Ingress Protection | IP54 |
| Scan Speed | 1 million points per second |
| Field of View | 360° horizontal x 317° vertical |
| Laser Class | Class 1 |
| Wavelength | 1550 nm |
| Operating Temperature | -10°C to +45°C (14°F to 113°F) |
| Beam Divergence | 0.3 mrad |
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