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General| Brand | FLIR |
|---|---|
| Model | T6 series |
| Category | Thermal cameras |
| Language | English |
Legal disclaimer regarding product warranty, liability, and legal terms.
FLIR Systems reserves the right to gather anonymous usage statistics.
Automatic modification of LSA LMCompatibilityLevel registry entry for camera detection.
Information on US Export Regulations for the product.
Copyright notice for FLIR Systems' software and documentation.
Information on FLIR Systems' ISO 9001 certified Quality Management System.
List of patents and design patents applicable to the products.
End User License Agreement terms for software included with the camera.
Covers FCC compliance, laser pointer safety, and battery handling precautions.
Information on accessing FLIR's user-to-user forums for exchange of ideas.
Recommendation for annual camera calibration and contact information.
Recommendation to wait 5 minutes after camera start for accurate results.
Guidance on environmentally friendly disposal of electronic waste.
Information on infrared training resources and websites.
Accessing the latest manuals and product notifications from FLIR support.
Note that the manual may contain descriptions not specific to your camera model.
General customer support information and website link.
Procedure for submitting a question, requiring camera details.
List of downloadable resources available on the customer support site.
Step-by-step guide for initial setup, image capture, and report generation.
Advice on holding the camera ergonomically to prevent strain injuries.
Explanation of camera components visible from the right side.
Explanation of camera components visible from the left side.
Explanation of camera components visible from the rear.
Explanation of camera components visible from the bottom.
Explanation of battery condition and power LED status signals.
Information on operating the laser pointer and associated warnings.
Detailed explanation of the various screen elements and toolbars.
Description of menu navigation using the index finger or joystick.
Prerequisites for using Bluetooth devices with the camera.
Step-by-step guide for pairing Bluetooth devices with the camera.
Overview of camera Wi-Fi connection options.
Procedure for setting up a peer-to-peer Wi-Fi connection.
Procedure for connecting the camera to a WLAN.
Instructions for charging the camera battery using different methods.
Procedure for adjusting the viewfinder's dioptric correction for sharp focus.
Procedure for adjusting the camera's lens angle.
Procedure for manually adjusting the infrared camera's focus.
Procedure for using the camera's autofocus function.
Setting up and using the continuous autofocus feature.
Instructions for operating the laser pointer on the camera.
Procedure for using the camera's digital zoom function.
Step-by-step guide for changing the camera's lenses.
Procedure for calibrating the camera's compass.
Procedure for replacing the viewfinder eyecup.
Instructions on how to save thermal and visual images to a memory card.
How to preview an image before saving, allowing adjustment and editing.
Steps to edit saved images, including adjusting parameters and color palettes.
How to adjust infrared images automatically or manually for better analysis.
Procedure for performing NUC to compensate for detector element sensitivities.
How to change the temperature range based on the object being inspected.
Assigning the 'Hide graphics' function to the programmable button.
How to change the camera's color palette for image analysis.
Procedure for deleting an image from the memory card.
How to delete all saved images from the memory card.
Procedure for creating and saving PDF reports directly from the camera.
Overview of supported image modes: Thermal MSX, Thermal, Picture in Picture, Digital.
Procedure for selecting between Thermal, MSX, Picture in Picture, and Digital modes.
Using measurement tools like spot meters and boxes to measure temperature.
Procedure for adding or removing measurement tools on the screen.
Creating and using user presets for measurement tools.
How to resize and move measurement tools on the screen.
Setting object parameters like emissivity and distance for accurate measurements.
Configuring the display of measurement values in the result table and graphs.
Setting alarms to trigger when measurement conditions are met.
Creating and setting up a difference calculation between measurement results.
Merging data from external FLIR meters into the infrared image results.
List of FLIR meters supported for data fetching.
Contact information for technical support of external FLIR meters.
Procedure for using FLIR meters with infrared cameras for moisture measurement.
Using color alarms (isotherms) to discover anomalies in infrared images.
Procedure for setting up threshold-based color alarms.
Information on condensation and insulation alarms for building inspection.
Adding annotations to infrared images for enhanced reporting.
Procedure for adding free-form text notes to images.
Saving tables with textual information to image files for efficient data recording.
Recording and adding voice annotations using a Bluetooth headset.
Adding freehand drawings or stamps to images.
Introduction to programming the camera for periodic image saving (time lapse).
Steps to set up time lapse recording parameters.
Information on recording and saving video clips to the memory card.
Steps to start and stop video recording.
Description of the screening alarm function for detecting elevated body temperatures.
Steps to enable and use the screening alarm function.
Overview of the camera's settings menu options.
Procedure for accessing and changing various camera settings.
Accessing FLIR's online field-of-view calculator and tables.
Note regarding potential changes in specifications without prior notice.
Technical specifications for the FLIR T640 with a 15° lens.
Technical specifications for the FLIR T640 with a 25° lens.
Technical specifications for the FLIR T620 with a 15° lens.
Technical specifications for the FLIR T610 with a 15° lens.
Collection of camera dimension drawings from various views and with different lenses.
Dimensions for various infrared lenses.
Dimensions for batteries and battery chargers.
Procedure for cleaning camera housing, cables, and other external items.
Procedure for cleaning the infrared lens using specific liquids and cotton wool.
Procedure for removing dust from the infrared detector using compressed air.
Using infrared imaging to detect moisture and water damage in buildings.
Identifying faulty socket connections causing local temperature increases.
Detecting oxidized socket surfaces causing increased resistance and temperature.
Identifying insulation deficiencies in walls and roofs using infrared imaging.
Detecting air drafts in buildings caused by faulty installation.
FLIR Systems' history, product range, and commitment to innovation.
FLIR Systems' Infrared Training Center (ITC) for certified thermography courses.
Information on FLIR's worldwide service network for camera maintenance.
Introduction to infrared radiation and thermography principles.
Explanation of emissivity as a measure of radiation emission compared to a blackbody.
Definition and characteristics of blackbody radiation.
Explanation of Wien's displacement law relating temperature and peak wavelength.
Explanation of Stefan-Boltzmann's law relating emissive power to absolute temperature.
Discussion of absorptance, reflectance, transmittance, and emissivity for real objects.
Consideration of radiation behavior in semi-transparent materials.
Compilation of literature and FLIR Systems' measurements on emissivity data.
Tables of emissivity values for various materials recorded with a shortwave camera.
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