Imprimer la page
L'image a des fins d'illustration uniquement. Veuillez lire la description du produit.
FabricantDWYER
Réf. FabricantTE-TNS-N065N-12
Code Commande82AK8281
Gamme de produitTE-TNS Series
Fiche technique
Impossible de récupérer les informations sur la disponibilité
Informations produit
FabricantDWYER
Réf. FabricantTE-TNS-N065N-12
Code Commande82AK8281
Gamme de produitTE-TNS Series
Fiche technique
Thermowell TypeMachined
Bore Size0.25"
Thermowell Material316 Stainless Steel
Insertion Length152.4mm
Shank TypeStraight
External Thread19.05mm
Shank Diameter19.05mm
Internal Thread12.7mm
Pressure Rating5500psi
Stem Length / Probe Length-
Outer Pipe Diameter-
Flange Size-
Product RangeTE-TNS Series
SVHCTo Be Advised
Aperçu du produit
TE-TNS-N065N-12 is a series TE-TNS stainless steel thermowell used to separate the instrument from the surrounding media. When used with the Series TE and TE-I immersion temperature sensors, further protection is offered from aggressive media, high pressures and flow rates while allowing for quick and easy installation of temperature sensors without having to drain process media. Typical applications include building automation, chiller or boiler loops, chemical industry or process technology.
- 6˝ insertion length
- Machined construction
- 1/2˝ NPT / 3/4˝ NPT internal/external connection
- Maximum pressure of 5500psi
- Maximum temperature of 1200°F (648°C)
- 316 SS material
Spécifications techniques
Thermowell Type
Machined
Thermowell Material
316 Stainless Steel
Shank Type
Straight
Shank Diameter
19.05mm
Pressure Rating
5500psi
Outer Pipe Diameter
-
Product Range
TE-TNS Series
Bore Size
0.25"
Insertion Length
152.4mm
External Thread
19.05mm
Internal Thread
12.7mm
Stem Length / Probe Length
-
Flange Size
-
SVHC
To Be Advised
Documents techniques (1)
Législation et Questions environnementales
US ECCN:Unknown
EU ECCN:Unknown
Conforme RoHS :Oui
RoHS
Conforme à la norme RoHS Phthalates:Oui
RoHS
SVHC :To Be Advised
Télécharger le certificat de conformité du produit
Certificat de conformité du produit