Rated 2 out of
5 by
Engineer8736 from
Not as accurate as indicatedPurchased 2 1/10 DIN RTDs and immediately sent them out for calibration. One is at the accuracy limit and the other is significantly outside the accuracy limit.
What is the Pressure Rating for Part#: P-M-A-1/8-6-0-T-3?
Asked by: Joeseph
Thank you for your inquiry Joeseph. Unfortunately, Part#: P-M-A-1/8-6-0-T-3 is not pressure rated.
Answered by: Application Engineer SP
Date published: 2022-12-22
What is the tolerance on the diameter of the probe? Specifically for the 3mm and 1/8 in varieties.
Asked by: ThermalStudies
Thank you for your inquiry. The tolerance is ±0.001" for a 1/8" probe diameter.
Answered by: Application Engineer CB
Date published: 2022-03-21
What is the pressure rating for part number: P-M-A-1-8-3-1-4-T-3?
Asked by: Jospeh
Hi Joseph,
Thank you for the inquiry. Please forward this question to TEMP@OMEGA.COM.
Best regards
OMEGA
Answered by: NorwalkAE_RDS
Date published: 2022-10-31
what are the response times of these RTDs? I ordered a P-M-1/10-1/8-6-P-3
Asked by: BBoedeker
The response times for the P-M-1/10-1/8-6-P-3 are 0.9 seconds to get to 50% of response time in Water flowing at 3 feet per second and 7.5 seconds to 90% of the response.
Answered by: Engineer9
Date published: 2021-11-02
how much self-heating error can once expect with 1mA excitation current with the 1/8" diameter probe? Conversely, what is the dissipation constant, E? Thanks.
Asked by: moyar
Hi Moyar,
Thank you for the inquiry. Please forward these questions to TEMP@OMEGA.COM.
Best regards
OMEGA
Answered by: NorwalkAE_RS
Date published: 2022-07-29
Which is the distance from the tip to the thread, in the 150 mm version with the G 1/8'' BSPP? Also, how much of the probe must be immersed to have an accurate reading?
Asked by: marcelofcosta
Hello and thank you for connecting with Omega Engineering!
The distance from tip of probe to beginning of threaded connection will be equal too the probe length, in this case 150mm.
In order to produce an accurate reading a minimum of 1" should be immersed in media.