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PR-25AP
-100 °C to 250 °C RTD Air Temperature Probes M12 Connector
Modèles en stock
- Sonde RTD Pt100 à précision de classe A normalisée (des options de plus haute précision sont offertes)
- Sonde et boîtier en acier inoxydable 316L avec ouvertures autour de l'élément
- Plage de températures : de -100 à 250 °C (-148 à 500 °F)
- Connecteur M12 avec prise à 4 broches, code A, facile à installer
- Disponible avec ou sans filetage NPT
- La sonde peut supporter une pression différentielle de 27,6 bar (400 lb/po²) entre le courant aérien et les conditions ambiantes
PR-25AP
Depuis
C$
258.05
Modèles en stock
L'aperçu du produit
- Electrical Connection M12 4 pin Female
- Nominal Resistance 100 Ω
- Number of Wires 4
- Probe Diameter 0.25 in
- Process Temperature, Max 250 °C
- Process Temperature, Min -100 °C
- Sheath Material 316L Stainless Steel
- Temperature Sensor Type RTD
- Wiring/Connector Table 1
Description
Ce capteur convient à de nombreuses applications comme nos capteurs RTD de précision extrême tout en étant aussi facile à utiliser que nos modèles PR-21 compatibles M12. La sonde est munie d'une gaine perforée autour de l'élément de détection qui le protège des débris tout en permettant à l'air de l'atteindre. Résultat : un capteur apte à fournir des mesures de température précises et rapides.OMEGA offre également une vaste gamme de raccords à compression, de rallonges et d'instruments de mesure et de contrôle qui vous permettent de personnaliser votre système en fonction de vos besoins.
CARACTÉRISTIQUES
PDF et manuels
Accessories
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Miniature Temperature Transmitter for Sanitary RTD Probes and Sensors
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Afficher les notes et les avis
Rated 5 out of
5
by
Chris Lanning from
Everything You Want from an RTD
Simple, accurate, and reliable. I used these for all clean air applications.
Date published: 2025-01-22
Rated 5 out of
5
by
Darren Youngblood from
My Go-To
Easy Order, Great Packaging. My Go-To source for Temp supplies
Date published: 2024-07-08
What is the 50% response time for these sensors?
Thank you for your inquiry! 50% Response is the time the resistance thermometer element needs in order to reach 50% of its steady state value. 90% Response is defined in a similar manner. These response times of elements are given for water flowing with 0. 2 m/s velocity and air flowing at 1 m/s. For more information on RTD response time, please see this Technical Reference from our UK site: https://www.omega.co.uk/temperature/z/resistanceelements.html
Date published: 2022-01-11
Is your "1/10 DIN" RTD actually "1/10*Class B" across their full operating range or only at 0°C? For example, is their accuracy ±0.13°C at 200°C (1/10 of Class B, which is ±1.30°C) or something else? If something else, please provide a formula or table.
Thank you for your inquiry. This is the tolerance equation for it: 1⁄10 DIN = ±1⁄10* (0.3 + 0.005*t)°C or 100.00 ±0.03 Ω at 0ºC
Date published: 2021-06-29
can you tell me the response time? the documentation just says fast. How fast?
Thank you for your inquiry! 50% Response is the time the resistance thermometer element needs in order to reach 50% of its steady state value. 90% Response is defined in a similar manner. These response times of elements are given for water flowing with 0. 2 m/s velocity and air flowing at 1 m/s. For more information on RTD response time, please see this Technical Reference from our UK site: https://www.omega.co.uk/temperature/z/resistanceelements.html
Application Engineer CK
Date published: 2022-01-10
Is this temperature probe submersible into liquids?
Thank you for your inquiry. This air probe is designed for measuring air only and cannot be submersed in liquids. We offer sealed probes that are designed for liquid submersion.
Date published: 2020-11-19
I know what a response time is and that they are determined either in water at 0. 2 m/s velocity and air flowing at 1 m/s. What is the response time for this sensor?
Thank you for your inquiry. Response Time would be less than 5 seconds.
Date published: 2022-01-25