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General| Resolution | 320 x 240 pixels |
|---|---|
| Field of View | 24° × 18° |
| Wi-Fi | Yes |
| IR Resolution | 320 x 240 pixels |
| Accuracy | ±2°C (±3.6°F) or ±2% of reading |
| Spatial resolution (IFOV) | 1.31 mrad |
| Digital Camera | 5 MP |
| Digital Zoom | 1-4x continuous |
| Laser Pointer | Yes |
| Infrared Resolution | 320 x 240 pixels |
| Operating Temperature Range | -15°C to 50°C (5°F to 122°F) |
| Storage Temperature Range | -40°C to 70°C (-40°F to 158°F) |
| Battery Life | 4 hours |
| Thermal Sensitivity/NETD | < 0.03°C at +30°C (86°F) / 30 mK |
| Image Modes | Infrared, Visual, MSX®, Picture-in-Picture |
| Video Recording | Yes |
| File Formats | Radiometric JPEG |
| Weight | 1 kg (2.2 lbs) |
| Minimum Focus Distance | 0.15 m (0.49 ft) |
| Spectral Range | 7.5 – 14 µm |
| Connectivity | Wi-Fi, USB |
| Image Storage | SD card |
| Sensitivity | <30 mK |
| Lens Options | 42° × 32° (optional), 14° × 10° (optional) |
Covers warranty terms, limitations, and governing law for FLIR products.
Details on usage statistics gathering and software update registry changes.
Information regarding copyright protection and intellectual property rights.
End-User License Agreement terms for software included with the device.
Information on compliance with FCC rules and potential interference.
Precautions regarding the laser distance meter and potential eye irritation.
Covers safe handling, charging, and disposal of batteries and device usage.
Information on community forums and available infrared training courses.
Guidance on camera calibration frequency and achieving accurate measurements.
Instructions for proper disposal of electronic equipment according to WEEE directives.
Information on accessing manual updates and notes regarding manual content.
Procedure for contacting customer help and required information.
Information on available downloads such as firmware, software, and documentation.
Step-by-step guide for initial camera setup and image capture.
Important tips for accurate measurements and optimal camera performance.
Steps to register the camera online for extended warranty and benefits.
Identifies and explains the parts visible from the front of the camera.
Identifies and explains the parts visible from the rear of the camera.
Information on the laser distance meter, transmitter, receiver, and warning labels.
Identifies key elements displayed on the camera's screen.
Explains how to navigate through the camera's menu system.
Description of various status icons and indicators on the screen.
Details on accessing and using the camera's swipe-down menu.
Configuration options for displaying image information overlays.
Overview of navigation options including touch and navigation pad.
Detailed instructions on using the navigation pad for menu interaction.
Instructions for charging the camera battery using different methods.
Step-by-step guide for safely removing the camera battery.
Procedures for turning the camera on/off and manual focus adjustment.
Explanation of contrast and laser-based autofocusing options.
Guide to enabling and using the continuous autofocus feature.
Instructions for saving images and using the laser distance meter.
Using laser for area measurement and connecting external devices.
Moving files to computer and assigning functions to the programmable button.
Procedures for mounting hand straps and lanyard straps.
Attaching front protection and procedures for changing camera lenses.
Steps for calibrating the lens-camera combination and the compass.
Details on image file formats, naming conventions, and storage capacity.
Procedures for saving images and previewing before saving.
Steps for opening images from the archive and editing them.
Viewing image information and digitally zooming images.
Deleting images and resetting the image counter.
Procedures for opening files, creating, renaming, and moving folders.
Managing folders by changing the active folder and moving files between them.
Steps for deleting individual images, multiple files, or entire folders.
Guidance on manual and automatic focusing techniques.
Methods for adjusting infrared images automatically or manually.
Setting camera temperature ranges and changing color palettes for analysis.
Setting parameters like emissivity, distance, and atmospheric temperature.
Explanation and procedure for performing manual or automatic NUC.
Procedure to hide all camera overlay graphics for a clearer view.
Overview of available image modes like Thermal, MSX, and Picture-in-Picture.
Steps to select and switch between different image display modes.
Guide to adding spots, boxes, circles, and removing measurement tools.
Creating and managing custom measurement tool presets.
Instructions for repositioning and resizing measurement tools on screen.
Setting global and local parameters for accurate measurements.
Configuring the camera to show max, min, average, and area values.
Setting up difference calculations and measurement alarms.
Explanation of color alarms (isotherms) for anomaly detection.
Procedures for setting up above, below, interval, condensation, and insulation alarms.
Procedure for adding free-form text notes to image files.
Using tables for structured textual information and creating templates.
Recording and saving audio annotations with images.
Creating freehand drawings and annotations on infrared images.
Steps to program the camera for periodic image saving (time-lapse).
Instructions for recording and saving video clips to the memory card.
Steps to play or pause saved video clips from the image archive.
Configuring the screening alarm for temperature anomaly detection.
Steps to pair the camera with Bluetooth devices like meters or headsets.
Procedure for configuring the camera as a Wi-Fi access point.
Steps to connect the camera to an existing wireless local area network.
Information on technical support and procedures for fetching meter data.
Typical procedure for documenting moisture measurements with FLIR meters.
Configuring recording modes and network connections (Wi-Fi, Bluetooth).
Setting temperature ranges and configuring save options for images/videos.
Adjusting display, focus, geolocation, and other device-specific settings.
Instructions for cleaning the camera body, cables, and accessories.
Procedure for safely cleaning the camera's infrared lens.
Steps for removing dust from the infrared detector.
Access to an online tool for calculating field of view for lens combinations.
Detailed technical specifications for the FLIR E53 camera with a 24° lens.
Using infrared cameras to detect moisture and water damage in buildings.
Detecting faulty contacts and oxidized sockets in electrical connections.
Identifying missing or degraded insulation in building structures.
Locating air leaks and drafts around building elements.
Overview of FLIR Systems' establishment, growth, and acquired companies.
Information on training resources and worldwide customer service network.
Basics of how infrared cameras measure and image temperature.
Explanation of emissivity and its importance for accurate temperature readings.
Parameter for compensating radiation reflected by the object surface.
How distance and relative humidity affect transmittance and measurements.
Additional parameters like atmospheric and optics temperature/transmittance.
Prerequisites for temperature measurement and definition of calibration.
Differences between user calibration and factory calibration procedures.
Distinguishing calibration from verification and adjustment processes.
Explanation of NUC for compensating detector element deviations.
Techniques for adjusting thermal contrast and brightness for better image detail.
Historical context of infrared spectrum discovery and early detection instruments.
Overview of the electromagnetic spectrum and infrared bands used in thermography.
Explanation of blackbody radiation, Kirchhoff's, Planck's, Wien's, and Stefan-Boltzmann's laws.
Processes preventing real objects from acting as blackbodies: absorptance, reflectance, transmittance.
Analysis of emissivity for materials that partially absorb or transmit radiation.
Derivation of the general thermographic measurement formula.
List of literature and sources for emissivity data.
Compiled emissivity values for various materials across different spectra.
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