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FLIR E76 Advanced Thermal Imaging Camera – Choice of Lens

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New for 2020

The FLIR E76 Advanced Thermal Imaging Camera is an ergonomic and easy-to-use infrared-imaging camera suitable for performing troubleshooting inspections of buildings and electrical and mechanical equipment.

FLIR AutoCal Lenses

The FLIR E76 Advanced Thermal Imaging Camera is available with a range of FLIR AutoCal Lenses. Each of these lenses is optimised for a different purpose:

  • 14°, 29mm lens: a telephoto lens with a narrow field-of-view facilitating precise focus and crisp imaging of distant targets
  • 24°, 17mm lens: provides a 24° x 18° FOV allowing the user to remain at a safe distance from energised equipment whilst providing a crisp focus when viewing smaller targets
  • 42°, 10mm lens: this wide-angle lens provides a large FOV allowing the user to gather maximum information in a single image; this is ideal when inspecting buildings and roofs

There are seven versions of the FLIR E76 Advanced Thermal Imaging Camera available that vary in regards to their supplied FLIR AutoCal Lenses; please see the table below for further details.

SKU Title Lenses 
78511-1101 FLIR E76 + 14° Lens 14°
78512-1101 FLIR E76 + 24° Lens 24°
78513-1101 FLIR E76 + 42° Lens 42°
78514-1101 FLIR E76 + 14° & 24° Lenses 14° & 24°
78515-1101 FLIR E76 + 24° & 42° Lenses 24° & 42°
78517-1101 FLIR E76 + 14° & 42° Lenses 14° & 42°
78516-1101 FLIR E76 + 14° & 24° & 42° Lenses 14° & 24° & 42°

 

The FLIR AutoCal Lenses are interchangeable. The FLIR E76 Advanced Thermal Imaging Camera will auto-calibrate to accommodate the attached lens, ensuring that it will deliver high-quality images and precise thermal measurements.

The FLIR E76 Advanced Thermal Imaging Camera also features the following selectable focus modes:

  • Continuous Laser Distance Meter (LDM)
  • One-shot LDM
  • One-shot contrast
  • Manual

Thermal Imaging

The FLIR E76 Advanced Thermal Imaging Camera has a thermal sensitivity of 30mk (at 30°C with a 42° lens) and an IR resolution of 320x240px which provides up to 76 800 measurement points. The FLIR E76 Advanced Thermal Imaging Camera can measure temperatures to an accuracy of ±2%/2°C and supports the following temperature ranges:

  • -20°C to +120°C
  • 0°C to +650°C

Using the FLIR E76 Advanced Thermal Imaging Camera’s UltraMax® Enhancement function, the user can increase the number of measurement points to 307 200. This function captures a series of radiometric thermal images in quick succession which are combined using FLIR’s UltraMax® algorithm and a FLIR analysis software program. This does not compromise the radiometric data. The UltraMax® function improves the FLIR E76 Advanced Thermal Imaging Camera’s distance-to-spot ratio and is especially useful when analysing small or distant components.

In addition to the UltraMax® Enhancement function, the FLIR E76 Advanced Thermal Imaging Camera includes an MSX® Image Enhancement function which overlays visual details onto thermal images. This improves the thermal image’s depth and clarity which makes it easier for the user to identify the source of faults. Visual images are captured via the FLIR E76 Advanced Thermal Imaging Camera’s integrated 5MP visual camera with a fixed focus and LED light.

The FLIR E76 Advanced Thermal Imaging Camera also includes imaging tools such as a 1-4x continuous digital zoom, three spotmeters (in live mode), and three area meters (in live mode).

The user can also sketch onto thermal images via the FLIR E76 Advanced Thermal Imaging Camera’s 640x480px touchscreen display. Images and videos can be saved with a GPS tag, voice annotation and/or on-screen text. This allows the user to begin building reports on the FLIR E76 Advanced Thermal Imaging Camera. This infrared imager is also compatible with FLIR’s Thermal Studio (included) and Thermal Studio Pro (NOT included) analysis and reporting software programs.

Radiometric, IR and visual images and footage can be saved to the FLIR E76 Advanced Thermal Imaging Camera’s 8GB SD card. Radiometric images are saved as JPEG files. Radiometric, IR and visual footage can also be streamed; to this end the FLIR E76 Advanced Thermal Imaging Camera supports a Wi-Fi interface which allows the user to connect to a smartphone or tablet.

Communication Interfaces & METERLiNK Compatibility

In addition to a Wi-Fi interface, the FLIR E76 Advanced Thermal Imaging Camera supports USB, Bluetooth and DisplayPort interfaces.

The FLIR E76 Advanced Thermal Imaging Camera is also METERLiNK compatible which means it can be connected to other FLIR tools such as clamps and multimeters. Data gathered using these tools can be saved alongside thermal footage and images.

Ergonomic Design

The FLIR E76 Advanced Thermal Imaging Camera features a simple folder and naming structure which makes it easier for the user to recall saved files. Also adding to the FLIR E76 Advanced Thermal Imaging Camera’s ease of use is its fast-responding touchscreen display, practically placed menu buttons, and intuitive user interface. Furthermore, its pistol-shaped design means the FLIR E76 Advanced Thermal Imaging Camera can be operated using a single hand.

The FLIR E76 Advanced Thermal Imaging Camera is suitable for use in rugged environments: it has been drop-tested from 3m (6.6ft).

Additionally, the FLIR E76 Advanced Thermal Imaging Camera has a typical battery life of over 2.5 hours.

Inspection Route Camera Function

Inclusion of FLIR’s exclusive Inspection Route Camera function is particularly useful to thermographers who perform a large number of inspections regularly. It guides the user through a pre-planned inspection route ensuring that he/she gathers images and data at specified inspection points. Images and data are automatically organised by the FLIR E76 Advanced Thermal Imaging Camera.

The thermographer can design his/her inspection route using the Route Creator Plug-in for FLIR’s Thermal Studio Pro Software (NOT included). He/she can add an unlimited number of inspection points which may be organised for maximum efficiency.

The FLIR E76 Advanced Thermal Imaging Camera’s Inspection Route Camera function improves inspection organisation and efficiency and simplifies reporting.

The FLIR E76 Advanced Thermal Imaging Camera is an adaptable, simple-to-use and practical infrared imager optimised for inspecting and troubleshooting buildings and electrical and mechanical equipment.

FLIR E76 Advanced Thermal Imaging Camera Key Features

  • An ergonomic and easy-to-use infrared-imaging camera
  • Perform troubleshooting inspections on buildings and electrical and mechanical equipment
  • Seven versions available that vary in regards to their FLIR AutoCal Lenses
  • FLIR’s AutoCal Lenses are interchangeable
  • Auto-calibrates to accommodate the attached lens
  • Focus modes: Continuous Laser Distance Meter (LDM), One-Shot LDM, One-Shot Contrast and Manual
  • Thermal sensitivity: 30mk (at 30°C with a 42° lens)
  • IR resolution: 320x240px (76 800 measurement points)
  • Accuracy: ±2°C/2%
  • Temperature ranges: -20°C to +120°C and 0 to +650°C
  • UltraMax® Enhancement function: increases the resolution providing 307 200 measurement points
  • MSX® Image Enhancement function
  • 5MP visual camera with a fixed focus and LED light
  • 1-4x continuous digital zoom
  • Three spotmeters (in live mode)
  • Three area meters (in live mode)
  • Sketch onto thermal images via the display
  • 640x480px fast-responding touchscreen display
  • Save images and videos with a GPS tag, voice annotations and/or on-screen text
  • 8GB SD card
  • Radiometric images are saved as JPEG files
  • Stream radiometric, IR and visual footage
  • Supports Wi-Fi, USB, Bluetooth and DisplayPort interfaces
  • METERLiNK compatible
  • Simple folder and naming structure
  • Practically placed menu buttons
  • Intuitive user interface
  • Pistol-shaped design
  • Can be operated using a single hand
  • Drop-tested from 3m (6.6ft)
  • Typical battery life: over 2.5 hours
  • Inspection Route Camera function: guides user along a pre-defined inspection route
  • The Inspection Route Camera function simplifies reporting and improves inspection efficiency and organisation
  • The Inspection Route Camera function is ideal for thermographers who regularly carry out large numbers of inspections
  • Adaptable, simple-to-use and practical infrared imager
  • Optimised for inspecting and troubleshooting buildings and electrical and mechanical equipment

What’s Included?

  • FLIR E76 Advanced Thermal Imaging Camera
  • Your Choice of Lens or Lenses
  • Battery (2 ea)
  • Battery Charger
  • Power Supply for Battery Charger
  • Printed Documentation
  • 8 GB SD Card
  • USB 2.0 A to USB Type-C cable,‎ 1.0 m
  • USB Type-C to HDMI adapter,‎ standard specification UH311
  • USB Type-C to USB Type-C cable (USB 2.0 standard)‎,‎ 1.0 m
  • Front Protection
  • Front Protection Fastener
  • Hand Strap
  • 2x Hand Strap Brackets (Left and Right)
  • Wrist Strap
  • Lanyard Strap (Camera)
  • Front and Rear Lens Caps
  • Lens Cap Strap
  • Screws
  • Torx T10 Wrench
  • Carabiner Hook
  • FLIR Thermal Studio Software
  • Hard Transport Case
Part Code

FLIR Exx Advanced Thermal Imaging Camera Technical Specifications 

Model E54 E76 E86 E96
IR resolution 320 × 240 pixels 320 × 240 pixels 464 × 348 pixels 640 × 480 pixels
Resolution with UltraMax® enhancement - 307,200 pixels 645,888 pixels 1.2 megapixels
MSX® image enhancement Yes: details from visual camera add depth and perspective
Built-in visual camera 5 MP, fixed focus, with built-in LED light
Thermal sensitivity <40 mK @ 30°C (86°F) <30 mK @ 30°C (86°F), 42° lens <30 mK @ 30°C (86°F), 42° lens <30 mK @ 30°C (86°F), 42° lens
Temperature range -20°C to 120°C (-4°F to 248°F);
0°C to 650°C (32°F to 1202°F)
-20°C to 120°C (-4°F to 248°F);
0°C to 650°C (32°F to 1202°F)
-20°C to 120°C (-4°F to 248°F);
0°C to 650°C (32°F to 1202°F);
300°C to 1500°C (572°F to 2732°F)
-20°C to 120°C (-4°F to 248°F);
0°C to 650°C (32°F to 1202°F);
300°C to 1500°C (572°F to 2732°F)
Optional temperature range - 300°C to 1000°C
(572°F to 1832°F)
- -
Accuracy ±2°C (±3.6°F) or ±2% of the reading
Focus modes Manual Continuous laser distance
meter (LDM), one-shot LDM, one-shot contrast, manual
Continuous LDM, one-shot LDM, one-shot contrast, manual Continuous LDM, one-shot LDM, one-shot contrast, manual
Digital zoom 1–4x continuous
Measurement tools 3 spotmeters in live mode,
1 area meter in live mode
3 spotmeters in live mode, 3 area meters in live mode
Measurement presets None, center spot, hot spot, cold spot, 3 spots, hot spot-spot* None, center spot, hot spot, cold spot, User Presets 1&2
Available lenses None (fixed lens) 14°, 24°, 42°, macro (2x)
Lens identification - Automatic (FLIR AutoCalTM)
1-Touch Level/Span Yes: automatic contrast enhancement
Laser pointer Yes
Laser distance meter - Yes
Area measurement information - - Yes
On-camera routing software FLIR Inspection RouteTM — enabled
On-camera report building Voice annotation and GPS tagging to images and video; on-screen text; sketch on infrared images from touchscreen
FLIR software integration FLIR Thermal Studio Starter, FLIR Thermal Studio, FLIR Thermal Studio Pro, FLIR Research Studio
Radiometric JPEG Yes
IR, radiometric, visual video recording Yes
IR, radiometric, visual video streaming Yes, over UVC (radiometric, non-radiometric, visual) and Wi-Fi (non-radiometric, visual)
Communication modes USB 2.0, Bluetooth®, Wi-Fi, DisplayPort
METERLiNK® Yes
Display 640 × 480 pixels (VGA) Dragontrail® touchscreen
Drop-testing 3 m (6.6 ft)
Battery operation time >2.5 hours, typical use

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