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General| Brand | FLIR |
|---|---|
| Model | E53 |
| Category | Thermographic Cameras |
| Language | English |
Equipment compliance with FCC rules, RF exposure information, and user guidelines.
Warnings regarding direct laser beam exposure and pointing at faces.
Warnings on battery handling, disassembly, leaks, charging, and proper equipment usage.
Cautions on water exposure, puncturing, impact, fire, heat, and soldering batteries.
Step-by-step procedure for initial camera setup and basic operation.
Important tips for accurate measurements and effective image analysis.
Step-by-step guide to registering the camera online and through the device interface.
Explanation of the laser distance meter and pointer functionality and operation.
Specific instructions for using the navigation pad and back button for menu interaction.
Procedures for charging the battery using USB charger, stand-alone charger, or computer.
Step-by-step instructions for safely removing the camera battery.
How to power the camera on and off using the dedicated button.
Procedure for manual focus adjustment using the focus ring.
How to use the autofocus function for achieving sharp images.
How to enable and use the continuous autofocus feature for automatic focusing.
How to capture and save an image using the trigger button.
How to use the laser distance meter for accurate measurements.
How to measure areas using the laser distance meter and measurement tools.
Steps to transfer images and videos from the camera to a computer.
How to customize the programmable button for quick access to frequently used functions.
Procedure for safely removing and installing different camera lenses.
Steps for calibrating new lenses using the AutoCal feature for optimal performance.
Procedure for saving captured images to the memory card.
Steps to edit saved images, including applying adjustments and measurement tools.
Importance of correct focus for image and temperature accuracy.
How to adjust image parameters automatically or manually for clarity.
How to select the appropriate temperature range for accurate measurements.
How to perform NUC manually to improve image signal accuracy.
How to add, remove, and configure various measurement tools.
How to set global and local parameters for accurate measurements.
How to configure alarms based on temperature conditions for spots, boxes, or differences.
How to use color alarms (isotherms) to easily discover anomalies and temperature thresholds.
Step-by-step guide to setting up and starting a time-lapse recording.
Step-by-step instructions to start and stop video recording.
How the screening alarm can be used to detect elevated body temperatures or anomalies.
Step-by-step guide to setting up and using the screening alarm feature.
Step-by-step instructions for pairing Bluetooth devices with the camera.
Procedure for setting up the camera as a Wi-Fi access point for other devices.
Step-by-step guide for pairing meters and fetching data.
How to select the temperature range to suit the expected object temperature.
Options for previewing, annotating, image resolution, video compression, and file naming.
Procedures and liquids for safely cleaning the infrared lens.
Procedure for removing dust from the infrared detector using pressurized air.
Importance of emissivity setting for accurate temperature measurement and how to determine it.
Parameter used to compensate for radiation reflected by the object.
Explanation of NUC (pixel offset update) for compensating detector response variations.
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