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Overview of the Quantum system's features, components, and working principles.
Key components and controls of the 6-axis FaroArm Quantum.
Key components and controls of the 7-axis FaroArm Quantum.
Identification and explanation of safety labels and essential operating precautions.
Compliance statements for wireless components, including FCC and Industry Canada.
Information regarding WEEE and RoHS compliance for environmental responsibility.
List of standard components and accessories shipped with every Quantum system.
Details on optional accessories available for purchase from FARO.
Description and contents of the Quantum's protective shipping case.
Description and contents of the case that holds the system's probes.
Procedures for safely unpacking the Quantum system from its case.
Safe procedures for lifting and handling the Quantum device.
Steps for physically connecting the Quantum to a mounting surface or tripod.
Explanation of the storage hook's function for securing the arm.
Step-by-step instructions for attaching probes to the Quantum.
Instructions for attaching and using the optional 7-axis handle.
How to connect the Quantum to a computer using USB or Ethernet cables.
Procedures for powering the Quantum system via AC adapter or battery.
Instructions for properly packing the Quantum for transport or storage.
Information on connecting USB devices to the Quantum's powered USB port.
Description of the auxiliary port for connecting external FARO devices.
Specifications and usage details for the Quantum's power supply unit.
Technical drawings showing the dimensions of the surface mount plate.
How the Quantum processes sensor signals and positional data.
How the Quantum communicates with a host computer via various protocols.
Introduction to the FaroArm Manager software for Quantum settings and operation.
Managing connection settings between the Quantum and the computer.
Overview of probe selection, settings, and management.
General hardware and advanced connection settings for the Quantum.
Tools for checking the Quantum's setup, operation, and internal components.
Monitoring and analyzing the Quantum's internal temperature status.
Description of the standard FARO i-Probes used with the Quantum.
Guidelines and specifications for creating and using custom probes.
Details about the non-contact laser line probe, including requirements and safety.
Explanation of buttons, LEDs, and the range finder on the probe.
Understanding the graphical display for probe-to-part distance and area.
Steps for configuring measurement software to use the laser line probe.
Procedure for calibrating the FARO Laser Line Probe for accurate measurements.
Description of the Digital ReadOut window showing probe location.
Adjusting scan rate, density, material, and exposure for the laser line probe.
Instructions for installing and operating the Renishaw TP-20 touch-trigger probe.
Procedures for compensating custom probes for accurate measurements.
Definitions and specifications related to the Quantum's accuracy.
Accuracy testing standards including ISO 10360-12 and ISO 10360-8.
Performing tests to certify the Quantum's accuracy and repeatability.
Understanding conditions that can affect measurement accuracy due to joint limitations.
Basic care and cleaning procedures for the Quantum system.
Care and handling guidelines for the host computer to prevent damage.
Procedures to ensure the Quantum's mounting is stable and rigid.
How ambient temperature and rate of change affect Quantum accuracy.
Understanding and preventing damage from electrostatic discharge.
Solutions for common problems, errors, and system issues.
Resolving problems related to Bluetooth and WLAN connectivity.
Techniques to identify potential sources of accuracy or repeatability errors.
Steps for correctly installing a probe onto the Quantum.
Procedures for compensating probes to ensure accurate measurements.
Procedure for testing the repeatability of the Quantum's coordinates.
Performing manual arm compensation for improved accuracy.
Using certified artifacts for accuracy verification and calibration.
Troubleshooting accuracy issues specifically related to the laser line probe.
Technical specifications for the 1.5-meter Quantum model.
Technical specifications for the 2.5-meter Quantum model.
Technical specifications for the 3.5-meter Quantum model.
Technical specifications for the 4.0-meter Quantum model.
Technical specifications and dimensions for the FARO Laser Line Probe HD.
Environmental and operational limits including temperature, humidity, and pressure.
Performance metrics and accuracy standards for the laser line probe.
ISO 10360-12 accuracy specifications for 6-axis Quantum models.
ISO 10360-12 accuracy specifications for 7-axis Quantum models.
Accuracy specifications for ScanArm configurations with 7-axis and laser probes.
Overview of the CAM2 Measure interface for controlling the Quantum.
Steps to add a new device connection within CAM2 Measure.
Connecting the Quantum via Ethernet or wireless using FaroArm Manager.
Managing probe selection and settings within CAM2 Measure.
Procedure for performing hole compensation in CAM2 Measure.
Procedure for performing sphere compensation in CAM2 Measure.
Adjusting Quantum hardware settings through CAM2 Measure.
Accessing and interpreting diagnostic tools within CAM2 Measure.
Viewing Quantum temperature data and stability within CAM2 Measure.
Configuring default collection modes within CAM2 Measure.
Procedures for collecting measurements using the Quantum device.
How to add measurement points and readings in CAM2 Measure.
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General