Fluke Ti400 Thermal Camera Review


The Fluke Ti400 thermal camera has high-resolution in the thermography industry. It is a handheld, thermal imaging camera used for numerous applications. These applications include predictive and preventive maintenance, equipment troubleshooting, building diagnostics, and innovative work.

At the point when you hear designers and home monitors spouting over a cool new device, you should know it’s Unique. This Fluke TI400 60HZ industrial thermal imager is a standout amongst other thermal cameras I have ever surveyed.

It’s not modest, yet once you use it, you’ll concur that the cost is justified, despite all the trouble.

It has probably the most noteworthy goals in the thermography business,

This camera includes laser focusing for accurate estimations and has a more extensive temperature value than some other thermal cameras. Also, it is used to make your work simpler and provides accurate measurement.

Fluke TI400 Thermal Imager Review

Fluke TI400 thermal imager


  • Resolution: 320 x240
  • Video: 5MP
  • Temp Range: -4°F to 1,202°F
  • Sensitivity: ≤ 0.05°C
  • Weight: 8.5 pounds


  • Facilities maintenance
  • Building diagnostics
  • Preventive & predictive maintenance
  • Equipment troubleshooting
  • Research & development

Noteworthy Features of Fluke TI400 60HZ Industrial Thermal Imagers

  1. Laser Autofocus

The Fluke TI400 thermal imager does come with a built-in laser. This thermal imaging camera is a handheld device. This highlight makes it simple to do a perusing around the region that have a varying temperature. If it is a leaking rooftop over a thick ceiling, you will have the option to see where the exact holes are originating from.

The type of laser also provides a focus on a particular target. It precisely calculates the distance to an object, giving you the right temperature estimations as opposed to being impacted by nearby objects.

The inbuilt laser operation gives an exact range estimation to your objective location. If you prefer a manual adjustment control, then you can turn off the autofocus.

  1. High Thermal Sensitivity

This Fluke TI400 is a high performance, proficient thermal imager camera suite that takes into account revealing and quality analysis.

Typically, the most significant proportion of a thermal camera’s action is its sensitivity to heat promotions. At the end of the day, how small of a temperature variation ranges would it be able to spot? This decides how exact it is in estimations.

While most different thermal cameras can quantify contrasts as low range as 0.07 to 0.15° C, and the fluke industrial thermal imager operates even lower. Also, it has a thermal sensitivity range of 0.05° C. If you are doing thermal inspection where exactness is principal, the Fluke Ti400 thermal imager is the best device.

  1. Wide Temperature Range

A large portion of the camera measure an actual temperature value.

Most thermal cameras provide a significant temperature estimation value. 

  • FLIR TG165 has a range of -13°Faranheat to 716°Faranheat.
  • FLIR Ex series uses the warmth up with a range of – 4°F to 1,202°Faranheat.

Fluke Ti400 thermal camera beats them all with the most stretched out range of – 4°F to 2192°F. typically, these are not simply pointless numbers to get them to purchase the camera. A more extensive territory implies that the camera can be utilized in a larger number of applications than different cameras.

Various experts from changing businesses are seeing the Fluke Ti400 as exceptionally helpful. Some are in any event, considering extending their fortes since they’ve discovered a camera that can be utilized in a wide range of circumstances.

So, if you are searching for an exceptionally flexible thermal infrared camera, I strongly prescribe this one.

  1. Advanced and Infrared Image Overlay

This is another element that makes the Fluke Ti400 an unquestionable requirement for professional users. The maker calls it Fluke IR-Fusion innovation.

Notwithstanding the infrared warm sensor, the Fluke Ti400 likewise has a 5-megapixel camera that takes typical advanced pictures nearby infrared pictures. Moreover, the two pictures are not introduced independently yet are overlaid pixel-for-pixel to make an ideal, complete symbolism.

This takes into account a more exact and in-depth analysis.

  1. Additional Features

Different highlights I cherished include:

  • Picture in picture mode:

With an installed, 5MP advanced camera, the Fluke TI400 can catch visual photographs and coordinate them with thermal images. This highlight is only significant in recognizing potential issues.

  • Full-screen mode:

Widescreen full-color display for clear images and a more extensive field of vision.

  • Color Alarm Mode:

You can adjust the color alarm modes to spot issues in a particular location rapidly.

  • Built-in WiFi:

You can transfer images remotely from the camera to the fluke connect system. This permits professionals to live stream their work to a remote PC or cell phone, and especially significant advantage for working together with groups.

Easy to use with three very much set buttons for route and control.

Notwithstanding the standard picture document, you can likewise save voice recordings and annotations. This gives progressively exhaustive analysis and post-field reporting.

Compatible with discretionary 2X and 4X zooming focal points that support camera execution.

  1. Versatile:

You don’t have to go searching for a separate thermal imager camera when you have to perform an investigation around different activities. The Fluke Ti400 offers interchangeable focal points with either 2x or 4x edge and telephoto focal points.


  • Various display modes
  • Build-in Laser system
  • Reporting analysis software
  • Telephoto lens and wide-angle


  • Doesn't have the most elevated thermal range

Comparison Table of Fluke Thermal Imagers


Fluke Ti400

fluke Ti300

fluke Ti200


Detector Type

320 x 240 pixels

240 X 180 pixels

200 X 150 pixels

Thermal Sensitivity

≤ 0.05 °C at 30 °C target temp
(50 mK)

≤ 0.05 °C at 30 °C target temp
(50 mK)

≤ 0.075 °C at 30 °C target temp (75 mK)

Spatial Resolution

1.31 mRad

1.75 mRad

2.09 mRad

Total Pixels

76,800 pixels

43,200 pixels

30,000 pixels

IR Spectral Band

7.5 µm to 14 µm

7.5 µm to 14 µm

7.5 µm to 14 µm

Field of View

24 ° x 17 °

24 ° x 17 °

24 ° x 17 °

Visual Camera

5.0 megapixel

5.0 megapixel

5.0 megapixel


Ironbow, Blue-Red, High Contrast, Amber, Amber Inverted, Hot Metal, Grayscale, Grayscale Inverted

Ironbow, Blue-Red, High Contrast, Amber, Amber Inverted, Hot Metal, Grayscale, Grayscale Inverted

Ironbow, Blue-Red, High Contrast, Amber, Amber Inverted, Hot Metal, Grayscale, Grayscale Inverted

Video Recording

Standard & Radiometric

Standard & Radiometric

Standard & Radiometric


SmartView ®

SmartView ®

SmartView ®

C Tick

IEC/EN 61326-1

IEC/EN 61326-1

IEC/EN 61326-1

Temperature Measurement Range

Cell 13-20 °C to +1200 °C
(-4 °F to +2192 °F) / 2

-20 °C to +650 °C
(-4 °F to +1202 °F)

-20 °C to +650 °C
(-4 °F to +1202 °F)

Limitation of Fluke TI400 Industrial Thermal Imager

Learning Curve

One of the drawbacks yet having a significant number of innovative highlights is that it requires some investment before you become familiar with your way around the camera. However, if you have already used IR cameras, it shouldn’t be excessively hard. You’ll be utilized to it in no time.

Regardless, the camera accompanies a far-reaching user guide and client manual. These two reports contain all that needed to begin utilizing the Fluke Ti400. What’s more, if you still have any issues, contact customer care.

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