FLIR E76 24° Thermal Imaging Camera

Description

FLIR E76 24° Thermal Imaging Camera – Advanced Clarity, Powerful Analysis

The FLIR E76 24° Thermal Imaging Camera is designed to meet the high demands of professional thermographers, electricians, mechanical engineers, and inspectors who require reliable, high-resolution thermal imaging in complex environments. Combining a robust IR resolution of 320 × 240 pixels with adjustable lenses and smart analysis tools, this handheld powerhouse delivers unmatched clarity and performance. Whether you’re detecting faults in electrical systems, diagnosing HVAC inefficiencies, or performing routine building diagnostics, the E76 helps you capture precise measurements and generate detailed, professional-grade reports with ease.

Key Features of FLIR E76 24° Thermal Imaging Camera

1. High-Resolution Imaging with Enhanced Thermal Sensitivity

Equipped with a 320 × 240-pixel infrared sensor and a thermal sensitivity of <40 mK (24° lens) and <50 mK (14° lens) at 30°C, the E76 reveals the subtlest differences in temperature, helping professionals catch problems early. With spectral range from 7.5 to 14 µm and spatial resolution as fine as 1.33 mrad/pixel (24°), the device is perfectly suited for detailed diagnostics in energy, electrical, or mechanical systems.

2. Multiple Lens Options for Versatile Field Coverage

With dual lens compatibility—24° × 18° and 14° × 10°—and automatic lens identification, users can switch between wide-field and narrow-field views without calibration hassles. Minimum focusing distance starts at just 0.18 m with the 24° lens, giving you the flexibility to inspect large equipment from afar or zoom in for fine details using the 14° lens. MSX integration enhances clarity by overlaying visible edge details on thermal images.

3. Smart Display and Built-In Visual Camera for Clearer Context

A built-in 5 MP digital camera with LED light enables sharp, contextual visual documentation alongside thermal data. The 4-inch, 640 × 480 pixel LCD touchscreen auto-rotates to match your angle, ensuring comfortable viewing. Use Picture-in-Picture or resizable overlays to compare infrared and visible data in real time, and take voice notes or text annotations directly on screen.

4. Radiometric Video and Real-Time Streaming Capabilities

The E76 allows real-time radiometric video recording in .csq format and supports video streaming over Wi-Fi or USB-C using H.264, MJPEG, or MPEG-4 formats. Whether you’re broadcasting live findings or creating detailed inspection reports, this camera handles high-speed data capture and export with professional precision.

5. UltraMax Image Enhancement & Advanced Focus Controls

UltraMax super-resolution technology boosts captured thermal image resolution up to four times when processed in FLIR software. Combine that with precision focus options—manual, one-shot contrast, and laser distance measurement (LDM)—for razor-sharp imaging every time. From tight machine rooms to vast rooftops, your focus will be flawless.

Why You’ll Love the FLIR E76 24° Thermal Imaging Camera

1. Advanced Measurements for Critical Analysis
Measure temperatures from -20°C to 120°C, and up to 650°C by default, with the option to go as high as 1000°C using FLIR’s High Temperature Range upgrade. Apply center spot, hot/cold spot, or user-defined presets to rapidly highlight problem areas, and use three live spot meters for dynamic evaluation.

2. Flexible Recording and Annotation for Seamless Reporting
Store images and radiometric videos directly to a removable SD card and add 60-second voice recordings or text notes using the built-in mic and keyboard. This ensures every image is properly documented, with no details lost in translation later.

3. Built Tough for Demanding Job Sites
With an operating range of -15°C to 50°C and tested storage range of -40°C to 70°C, the E76 is engineered to work wherever you do. Certified to global safety standards and delivered in a rugged, hard transport case, this camera is as durable as it is intelligent.

4. Long Battery Life with Smart Accessories
The rechargeable Li-ion battery provides over 2.5 hours of operation on a full charge—plenty for lengthy inspections. It ships with two batteries, a charger, and multiple cables including USB Type-C to HDMI, making it inspection-ready out of the box.

5. Seamless Software Integration with FLIR Inspection Route
Enable pre-defined inspection workflows directly on the camera with FLIR Inspection Route. This makes large surveys more efficient, consistent, and easy to review later using FLIR Thermal Studio software. Your thermal imaging process just became smarter, faster, and more streamlined.

How to Use

1. Unpack, Charge, and Power On the Camera
Start by removing the FLIR E76 and all accessories from the included hard transport case. Insert one of the two rechargeable Li-ion batteries into the compartment and fully charge it using the provided charger. Press the power button to activate the 4-inch touchscreen LCD, which automatically rotates based on the camera’s orientation. The user-friendly interface is optimized for both gloved and bare-hand operation, making it ready for inspections in any setting.

2. Adjust the Focus and Select Your Lens Settings
With its advanced focusing system, you can choose from continuous LDM (Laser Distance Measurement), one-shot LDM, one-shot contrast, or full manual focus. The FLIR E76 automatically detects lens types and focal lengths, ensuring accurate data and image clarity. Depending on your lens (24° or 14°), you can focus as close as 0.18 m or 1.0 m, perfect for tight machinery spaces or high-temperature targets in industrial environments.

3. Choose the Ideal Thermal Palette and Measurement Mode
Navigate to the palette settings and pick from Iron, Rainbow, White hot, Black hot, Arctic, or Lava color modes. Measurement presets include center spot, hot spot, cold spot, and two user-defined presets. You can scan objects from -20°C to 650°C by default, and with the optional T199559 module, extend up to 1000°C. Spot meters allow you to monitor up to 3 live temperatures on-screen simultaneously.

4. Capture, Stream, and Analyze with Radiometric Video
Take radiometric images or record real-time radiometric video in .csq format, which allows in-depth post-analysis. Use UltraMax to enhance spatial resolution from 320×240 to 640×480 pixels. For presentations or live monitoring, stream video in H.264, MPEG-4, or MJPEG over Wi-Fi or UVC. You can even use Picture-in-Picture mode to overlay IR on visible images and position it as needed.

5. Save Your Files and Sync with Analysis Software
All data is stored on a removable 8 GB SD card and can be easily transferred using the included USB-C cables or synced to FLIR Thermal Studio for professional reporting. Use the predefined text tags, on-screen keyboard, voice notes (up to 60 seconds), and Bluetooth mic integration to annotate your inspections. The camera also supports inspection routes for methodical asset checks across large facilities.

How to Take Care

1. Keep the Lens Clean and Scratch-Free
Always clean the thermal and digital lenses with a dry, soft microfiber cloth. Do not use alcohol or lens cleaning sprays. Use the provided front lens cap when the device is not in use to avoid dust buildup or scratches, especially when stored with other tools.

2. Store in the Transport Case When Idle
To protect the camera from accidental drops, vibration, or environmental damage, always place it back in the hard transport case provided. Each compartment keeps accessories like batteries, cables, and lens caps neatly organized and secure during transportation.

3. Avoid Extended Exposure to Heat and Cold
While the E76 is built for tough field conditions, storing it between -40°C and 70°C ensures maximum longevity. During usage, stay within the operational range of -15°C to 50°C to maintain thermal accuracy and avoid LCD fogging or sensor lag.

4. Regularly Recharge and Replace Batteries
Charge the battery after each day’s use, especially during long inspections. Each charge gives over 2.5 hours of runtime under typical use. Keeping both batteries fully charged ensures uninterrupted operation, especially when conducting multi-site inspections or field jobs.

5. Update Firmware and Manage Calibration Settings
Stay updated with the latest firmware via FLIR software tools to access new features and performance enhancements. Regularly recalibrate the device as needed and double-check temperature correction settings like emissivity, distance, and ambient temperature for high-accuracy reporting.

Safety Tips

1. Never Point the Laser at Eyes or Reflective Surfaces
The built-in laser pointer helps with distance measurement and focusing, but never direct it at people or shiny objects that may reflect the beam. Class 2 lasers are generally safe, but misuse can cause discomfort or temporary eye damage.

2. Use the Camera Only in Certified Environments
The FLIR E76 complies with global standards like EN/UL/CSA and is certified for industrial use. Always ensure the inspection site meets basic safety conditions, especially when near high-temperature equipment or flammable zones.

3. Secure the Device on a Tripod for Long Recordings
When using the E76 for long video recordings or streaming thermal footage, mount it on a tripod using the standard UNC thread. This reduces hand fatigue, improves stability, and prevents accidental drops while maintaining consistent focus.

4. Avoid Moisture Contact on Open Ports
While the camera is rugged, exposure to direct moisture or rain on its open HDMI, USB-C, or SD card ports may cause connectivity issues or corrosion. Always close protective flaps when not actively transferring data or charging.

5. Keep Firmware, Software, and Route Files Backed Up
During field work, data loss is a real risk. Regularly back up your inspection route files, thermal images, and voice notes to your computer or secure server. Loss of route files or measurement data can impact job continuity and delay reporting.

Why the FLIR E76 24° is a Powerful Thermal Imaging Solution for Industrial Use

The FLIR E76 24° Thermal Imaging Camera is built for demanding professionals who require precision, flexibility, and speed. With a high-resolution 320×240 thermal sensor, ultra-sensitive <40 mK NETD, and smart focusing options, it allows accurate detection of thermal anomalies in everything from electrical panels to mechanical systems. The large touchscreen display, voice note support, Bluetooth and Wi-Fi streaming, and automatic lens recognition make operation fast and foolproof. Whether you’re performing predictive maintenance, electrical diagnostics, or facility inspections, the E76 is your all-in-one tool for capturing, analyzing, and reporting data-rich thermal images. When accuracy matters most, and time is limited, this camera gives you the edge.