Images are for illustration purposes only and may differ from the actual product. Some images have been generated or edited, in whole or in part, using artificial intelligence systems. The technical specifications in the product description are authoritative.
Designed for connecting valves and devices to a socket. The connection is made via the thread R 1-1/2". The nominal pressure is 16 bar.

Double nipple, flat sealing, separable, thread R 1-1/2", PN 16 bar, brass, -200 to +200 °C

FLUIDICS EQUIPMENT Original product
Net price (excl. VAT)
€103.27
Item FL-153402
Manufacturer no. DNT 112112 F MS
Personal expert advice
Brand new Specialist dealer since 2009 Original product Worldwide shipping
Product data
Manufacturer no.DNT 112112 F MS
EAN4050571261412
Customs tariff number74122000
ConditionNew
Artikel
FL-153402

This double nipple carries the medium on between two connections and saves an additional fitting. The material used is brass. The thread R 1-1/2" accepts the mating part. The component is rated for 16 bar nominal pressure.

Benefits

  • The nominal pressure of 16 bar defines the load limit of the joint.
  • The thread R 1-1/2" fits the existing port without an adapter.
  • Within the range of -200 to +200 °C the joint remains serviceable.
  • 2 male threads on one piece save an additional fitting in the line.
  • The hexagon in the middle transfers the tightening torque to both of the 2 threaded sides.

Technical data

FeatureValue
Materialbrass
ThreadR 1-1/2"
PN [bar]16
Temperature range [°C]-200 to +200

Applications

Connection of sockets and valves, connection of devices, maintenance on pipe networks. Brass is used in device engineering, in workshops and in water installation.

More Information
Weight 0.600000
Manufacturer Fluidics equipment
Hersteller-Nr DNT 112112 F MS
EAN 4050571261412
Zolltarifnummer 74122000
GPSR Herstellerdaten A1-ESD equipment GmbH. Keldersstr. 15, DE-42697 Solingen, www.esd.equipment
Artikelzustand New
Artikel-Authentizität Original product
Material Brass
Thread R 1 1/2
Temperaturbereich -200-200 °C