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HSTH-44000
Capteurs de thermistance hermétiquement scellés
Modèles en stock
- Disponible en 3 valeurs de résistance standard : 2252 Ohms, 5000 Ohms ou 10 000 Ohms à 25°C.
- Interchangeabilité : ± 0,1°C entre 0 et 70°C.
- Plage de température de -80 à 150°C (-110 à 302°F)
- Disponible en longueurs standard de 40, 80 et 120 pouces (1, 2 et 3 mètres).
HSTH-44000
À partir de
C$
148.88
Modèles en stock
Aperçu du produit
- Précision ± 0,1 °C (± 0,18 °F)
- Isolation PFA
- Note sur l'isolation 1, 2 ou 3 m (40, 80 ou 120") de câble multibrin 26 AWG isolé en PFA et gainé avec conducteurs dénudés standard
- Nombre de fils 2
- Type de sonde Capteurs thermistances hermétiquement scellés
- Température maximale du processus 150 °C
- Température minimale du processus -80 °C
- ID de série HSTH-44000
- Type de capteur de température Thermistance
- Diamètre de la pointe, max 0.1 in
- Diamètre de la pointe, min 0.09 in
- Calibre du fil 26 AWG
- Type de fil Toronné
Les capteurs à thermistance flexible de la série HSTH sont hermétiquement scellés à l'extrémité du capteur afin d'offrir une protection continue contre les environnements corrosifs. Cette conception unique de sonde de température à thermistance offre un élément thermistance petit, flexible et isolé électriquement, adapté à une grande variété d'applications. La série HSTH est disponible en trois valeurs de résistance : 2252 Ω, 5000 Ω et 10000 Ω.
Si vous avez besoin de températures de fonctionnement plus élevées, consultez notre RTD ou notreversion thermocouple, qui pourraient mieux convenir à votre application.
PDF & Manuels
Afficher les évaluations et les avis
Rated 1 out of
5
by
Joe p from
Very disappointing!
Quality control and customer service needs improvement! I ordered 6 and only got 3 that worked. I sent the 3 bad ones back, and after months of waiting for the sensors that I needed months ago, I finally received 2 good ones and 1 bad one. I will not be using Omega again. Very disappointing!!!
Date published: 2020-05-26
Rated 5 out of
5
by
Johnny Linzan from
The item has good price and it came fast
High quality product. Good customer service and friendly people
Date published: 2025-09-23
Rated 5 out of
5
by
CMCC from
Thermistor
Good Quality Sensor. Excellent Drop-In replacement for obsolete part.
Date published: 2024-11-16
Rated 4 out of
5
by
Anonymous from
Precise Temperature Control
Fairly accurate, but tip is delicate and you cannot bend it too much otherwise the internal thermistor breaks.
Date published: 2020-09-29
Rated 1 out of
5
by
Joe p from
Need to improve quality control
This sensor is great when you get one that works. I ordered 6 and 3 didn't work. No prob I contacted Omega and they said send it back and we will send you new ones. After months of waiting they sent me 3 replacement sensors. Only two of those 3 sensors actually worked. I will not be using Omega for my futher needs.
Date published: 2020-05-26
Rated 5 out of
5
by
Loureiro58 from
Great product
Your tech suport is very helpful!
Thank you very much !
Date published: 2017-12-31
Is this a NTC(negative temperature coefficient) thermistor?
Thank you for your email . The HSTH-44031-120 uses a NTC thermistor which
drops in resistance with increase temperature . The Thermistor Resistance vs. Temperature table is found per the attached link
https://www.omega.co.uk/temperature/Z/pdf/z256-257.pdf
Date published: 2020-03-23
what is the diameter of the Item# HSTH-44031-120 probe end? thanks
Product appearance and tip diameter information is available on the Data Sheet (PDF) link on this page. Tip size ranges from 2.3 to 2.5 mm (0.090 to 0.100")
Date published: 2020-04-03
Is it possible to immerse this in a tube of flowing water (diameter of 15 mm) to monitor the temperature of the water? if you know another kind of thermistor that can do this job, I would be grateful if you could provide me with their link. Thank you
Thank you for your inquiry. This can be used to measure water.
Date published: 2024-11-27
What is the accuracy of this sensor?
Thank you for your inquiry. Interchangeability: ±0.1°C Between 0 and 70°C.
Date published: 2025-01-13