Spécifications
Dimensions
- Taille réelle du filetage1/2 – 14 NPTF
- Taille du corps1/2 po
- Hexagonales1.13 po
Details
- ApplicationHydraulique
- Matériau du corpsAcier inoxydable
- Composant de couplageFiche
- Type de raccordManuel
- Mot-clé de descriptionFiletage femelle 1/2 po. NPTF, 1/2 – 14
- Débit12.00 gal/min
- Type de raccord de tuyauNPTF femelle
- Matériau du jointBuna-N
- Déversement0.11835 oz liq. (É.-U.)
- Interchange standardISO 7241-B
- Diamètre extérieur du tuyau fileté1/2 po
- Type de vanneSoupape bidirectionnelle
- Pression de service4250 psi
- Plage de pression de service4001 à 5000 psi
Aperçu
Données sur la conformité et la sécurité
Literature & Catalogs
Danfoss Hansen FD83 Thermal ManagementThermal management applications are increasingly used in a wide variety of industries, including energy storage, renewable energy, medical equipment, electric vehicle charging systems, and IT.
View Literature- Danfoss Hansen FD83 Operators Manual
View the Danfoss Hansen FD83 Coupling Operators Manual here!
View Literature - Danfoss Hansen Universal Quick Disconnect for Data Centers
Danfoss Hansen UQD is designed for thermal management applications, available in 4 sizes and has 2 color options. It complies with OCP (Open Compute Project) and exceeds requirements of specified performance characteristics.
View Literature - Danfoss Hansen Universal Quick Disconnect Blind Mate for Data Centers
Danfoss UQDB offers a self-alignment feature to help connect in location with limited access or visibility and guarantees 100% helium-leak testing on every coupling.
View Literature
More resources
Danfoss Hansen OCP ORV3 Blind Mate Quick Connector for Data Centers
Danfoss Hansen OCP Open Rack V3 Blind Mate Quick Connector (BMQC) has been designed with OCP (Open Compute Project) community to set industry standard for thermal management application in data centers.
Danfoss Hansen FD83 Series Coupling for Data Centers
Danfoss Hansen's FD83 coupling is designed for fluid transfer and electronics cooling applications where full flow, fluid compatibility and safety are essential.