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FLIR ETS320 Thermal Imaging Camera for Electronic/Component Testing

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ETS320
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FLIR ETS320 Thermal Camera for Electronic/Component Testing

The FLIR ETS320 is a non-contact thermal imaging system designed specifically for use in product testing, scientific research and for educational use, combining together a high-sensitivity thermal imager from FLIR with an integrated stand, ideal for looking at even the smallest components.

With the FLIR ETS320, performing critical analysis of printed circuit boards and other small electronics just got significantly easier.

Introducing the FLIR ETS320 Benchtop Thermal Imaging Camera

No More Thermocouples and RTDs

Using thermocouples and RTD temperature sensors to determine whether your components are working correctly may be a traditional route, but it certainly isn’t an efficient one. With thermocouples and RTD sensors, you can simply focus on measuring from specific points, with no idea how the whole component or circuit board is operating unless using a multiple sensor system.

With the FLIR ETS320 thermal imager, you can visualise the entire section you want to test and hone in on specific temperature points. At a glance, you can tell which components are outputting excessive amounts of heat and then adjust your ETS320 as needed to measure specifically on that spot.

The FLIR ETS320 produces fully radiometric imagery – every individual pixel in the image displayed is assigned its own temperature reading, complete with exceptionally accurate results within ±3°C and high thermal sensitivity to spot even the most minor differences in temperature. Fully dynamic infrared radiometric video streaming can also be sent directly to a PC running FLIR Tools+ software (included as standard) for real-time analysis.

Making Benchtop Electronics Design Faster & Easier with the FLIR ETS320

Reduce Testing Times and Improve Product Design

Using the FLIR ETS320, you’ll be amazed at the difference it can truly make to your electronic designs.

As it gives you the ability to visualise all of the board/component at once, you can see exactly where the inefficiencies lie, helping you to improve your product designs and produce more efficient electronics that are better for your company and your customers. It will also drastically reduce your testing time, ensuring you spend less time actually figuring out where to attach sensors and more time simply looking at where the problems are.

In educational environments, the ETS320 is ideal for teaching students not only about thermal properties and infrared radiation, but also as a means of explaining how components overheat, how to spot these problems and how to take action to improve upon components which may not be as efficient as possible.

Hands-Free Benchtop Work

How to Use the ETS320 Benchtop Thermal Imaging Camera

The FLIR ETS320 thermal imaging system comes as standard with a microscope-style stand that gives you completely hands-free thermal analysis on your workbench.

With adjustable height for zooming in on components and quick, easy setup, the ETS320 will have you viewing your components in thermal in no time.

The viewing screen is built directly into the side of the ETS320, making viewing as comfortable as possible. A crisp 3” LCD allows you to view your findings seamlessly in real time, or you can – at the touch of a button – quickly capture a thermal image or stream video directly to a PC.

This system is powered entirely by rechargeable lithium ion batteries, giving on average up to four hours of analysis per charge.

FLIR ETS320 Thermal Imaging Camera for Electronics Testing Key Features

  • Benchtop-based stand with integrated FLIR precision thermal imaging camera for thermal studies of electronic components and printed circuit boards
  • Take the guesswork out of thermal testing – view the entire electronic at once and easily find hot spots and potential points of failure
  • Highly sensitive thermal detector can detect thermal shifts as low as <0.06°C
  • Wide temperature measurement range – quantifies heat generation and thermal dissipation up to 250°C
  • High quality thermal detector with resolution of 320 x 240 pixels (76,800 pixels in image)
  • Fully radiometric analysis – every pixel in the image is assigned its own temperature reading, allowing you to hone in on specific points for detailed analysis
  • Hands-free operation – simply set the stand/mount to the height you need and start viewing in thermal
  • High accuracy temperature measurements within ±3°C – ideal for quality assurance and factory acceptance of printed circuit boards
  • Crisp, 3” LCD display for viewing thermal findings in real time
  • Supports full radiometric IR video streaming to a PC using USB, or non-radiometric colourised video
  • Capture thermal images with a simple button press and transfer to PC for further analysis
  • Variable emissivity from 0.1 to 1.0 to cater for use on different types of surface
  • Area and spotmeter measurement modes with MAX/MIN temperature
  • Powered by lithium ion rechargeable batteries with average battery life of 4 hours
  • Use the FLIR ONE App to share thermal images and video to the social media platform of your choice
  • Adjustable colour palettes

What’s Included?

This kit includes all of the following:

  • ETS320 Camera System
  • Mount
  • Microscope-Style Stand
  • Power Supply
  • USB Cable
  • FLIR Tools+ Software Package

Unboxing the all new FLIR ETS320 Benchtop Thermal Imaging Camera

FLIR ETS320 Technical Specifications

System Overview 

IR Resolution

320 x 240 pixels (76,800 total)

Detector Type

Uncooled microbolometer

Spectral Range

7.5 to 13.0µm

Thermal Sensitivity/NETD

<0.06°C

Field of View (FOV)

45 x 34°
40mm x 50mm @ fixed focus distance

Fixed Focus Distance

70mm ±10mm

F-Number

1.5

Spot Size @ Min Focus

170µm

Image Frequency

9Hz

Measurement and Analysis 

Accuracy

±3°C (±3.6°F) or ±3% of reading for ambient temperature 10 to 35°C (50 to 95°F)

Spotmeter

Centre spot

Area

Box with MAX/MIN

Emissivity Correction

Variable from 0.1 to 1.0

Emissivity Table

Table of pre-defined materials

Reflected Apparent Temperature Compensation

Automatic, based on input of reflected temperature

Image Storage 

Image File Formats

Standard radiometric JPEG, 14-bit measurement data included

Video Streaming 

Radiometric IR Video Streaming

Full dynamic to PC (FLIR Tools/FLIR Tools+ Software needed) using USB

Non-Radiometric IR Video Streaming

Uncompressed colourised video using USB

Data Communication Interfaces 

Interfaces

USB micro: Data transfer to and from PC and Mac devices

Power System 

Battery Type

Lithium-ion rechargeable, charged in camera

Battery Operating Time

Approx 4 hours at 25°C (77°F) ambient temperature and typical use

Charging Time

2.5 hours to 90% capacity

Additional Specifications 

Display

3 inch, 320 x 240 pixel colour LCD

Operating Temperature Range

10 to 40°C (50 to 104°F)

Storage Temperature Range

-40 to 70°C (-40 to 158°F)

Directives and Regulations

Battery Directive 2006/66/EC
EMI/EMC Directive 2014/30/EU
WEEE 2012/19/EC
RoHS2 Directive 2011/65/EC
FCC 47 CFR Part 15 Class B Subpart B
REACH Regulation EC 1907/2006

Encapsulation, Shock, Vibration

IP 40 (IEC 60529)

Camera Weight (Including Battery)

1.8kg (4.0lbs)

Camera Size (L x W x H)

22 x 15 x 30cm (8.7 x 5.9 x 11.8 inches)

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Additional Information
SKU ETS320
Manufacturer Part Code 63950-1001
Country of Origin Taiwan
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