Great!
Tell your supervisor that he will have to use a different sensor. K type TC's which I think your using have these limits of error
Standard:
2.2°C or 0.75% Above 0°C
2.2°C or 2.0% Below 0°C
Special:
1.1°C or 0.4%
From: https://www.google.com/url?sa=t&rct...=B7YS2e9GsesvyXN0eeIXMA&bvm=bv.98476267,d.eXY
Accuracy and repeatability are two different things. The display is likely +-1 digit as well.
A Grade B RTD can be a LOT better: **broken link removed** 0.25 deg C.
Accuracy wise your probably at least within 2.3 C and say with a 3 digit display you can't be certain it's 24.9, 25 or 25.1 because of the +- 1 digit.
What you have isn't that bad considering what you had to work with. Designing from scratch, the controller would have to be different and I probably would consider an RTD sensor.
Thank you for all the likes. Remember to report back how successful the project was.
We kinda got off on the wrong foot initially.
Tell your supervisor that he will have to use a different sensor. K type TC's which I think your using have these limits of error
Standard:
2.2°C or 0.75% Above 0°C
2.2°C or 2.0% Below 0°C
Special:
1.1°C or 0.4%
From: https://www.google.com/url?sa=t&rct...=B7YS2e9GsesvyXN0eeIXMA&bvm=bv.98476267,d.eXY
Accuracy and repeatability are two different things. The display is likely +-1 digit as well.
A Grade B RTD can be a LOT better: **broken link removed** 0.25 deg C.
Accuracy wise your probably at least within 2.3 C and say with a 3 digit display you can't be certain it's 24.9, 25 or 25.1 because of the +- 1 digit.
What you have isn't that bad considering what you had to work with. Designing from scratch, the controller would have to be different and I probably would consider an RTD sensor.
Thank you for all the likes. Remember to report back how successful the project was.
We kinda got off on the wrong foot initially.