Products > Thermal Imaging

UNI-T UTi260B vs INFIRAY C200 vs something else?

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OnlyJack:
Hey everyone, I read a lot about the UTi260B and the C200 individually but I did not find a good direct comparison.
It looks like their specs, software and price are mostly equal so maybe you can help pointing out differences and which one you would buy.
Also maybe there is another option that i'm currently not aware of.
Thx a lot in advance!

OnlyJack:
I attached the data sheets.
Most noticeable differences for me:
C200 -20°C - UTi260B -15°C
C200 <50mK - UTi260B <60mK
C200 25Hz - UTi260B <25Hz

Some other things I figured out by reading this forum:
- You can use focus lens for both of them
- The C200 does not support USB Video recording while the C210 does, but that model is not available anymore. Not sure if the 260B supports it.

But all these points don't help me with a decision so it would be awesome to get some input from people with experience   :)

Paw85:
It would probably be useful to know what your purpose is with a thermal imager, what is it you intend to use it for?
We dont know if either of them may be suitable for what you intend to use them for?

Both these at least on paper look pretty similar but the Uni-T one has a higher IP-rating (better protected against dust and water) if that is of interest?
So whichever is cheaper if IP-rating is of no importance and you think they are suitable for your application?

OnlyJack:
Hey Paw85, thx a lot for your reply!
The intended use is indeed an important information.
I would like to use it for checking the heat distribution across the heatbed of my 3D printer, checking electronics (by using a focus lens) and also checking at home which windows might lack isolation / finding cold spots at home or leaking hot spots outside of my home.
So the IP rating is not is not too much of interest but you're right, I missed that difference!

Paw85:

--- Quote from: OnlyJack on December 06, 2021, 02:03:47 pm ---Hey Paw85, thx a lot for your reply!
The intended use is indeed an important information.
I would like to use it for checking the heat distribution across the heatbed of my 3D printer, checking electronics (by using a focus lens) and also checking at home which windows might lack isolation / finding cold spots at home or leaking hot spots outside of my home.
So the IP rating is not is not too much of interest but you're right, I missed that difference!

--- End quote ---

As for alternatives, if cost is of concern then at half the cost perhaps the UTi690A may be of interest (you can find my review here: https://www.eevblog.com/forum/thermal-imaging/uni-t-uti690a-review-(120x90)/)
It has 1/5 the thermal pixels, lacks a regular camera and a few options like box measurement (available on the PC-software though), and no one I think have yet tried it with a ZnSe lens for closeup electronics work.
As for closeup PCB-work without a lens, you can check the performance here: https://www.eevblog.com/forum/thermal-imaging/uni-t-uti690a-(120x90-entrybudget)/msg3836309/#msg3836309
I already had a hacked Flir E30bx (320x240) with but wanted a more rugged thermal imager that I didnt have to be very careful about using, and having used both, for checking my 3D printers and cold spots around the house indoors both work equally well, the UTi690A just gives smaller picture but the temperature readings are the same on both thermal imagers (within tolerance).

That being said, if you have already saved up for the UTi260B or C200 then those are probably more fun options, but.... I dont know if there really are any other good alternatives to those two other than that in that price segment when it comes to a standalone unit? (Probably why the low number of responses)

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