Union, DeuPlex, 81 mm flange/pilot, 1/2" NPT

Operating Specifications

Media

Vacuum, Air

Rotor Connection

81 mm Flange, 81 mm pilot

Housing Connection

1/2

Air Max. Pressure

10 bar

Air Max. Temperature

121 °C

Vacuum Max. Pressure

-0.95 bar

Vacuum Max. Temperature

121 °C

1590-000

  • "Deuplex" Duoflow Design for Air or Vacuum: This model is designed with a sophisticated duoflow configuration, catering to air or vacuum applications. The innovative design ensures optimal fluid dynamics in varied operational conditions.
  • Self-Supported Rotating Union: Stability and reliability are key features of this rotating union, as it incorporates a self-supported rotating union mechanism. This ensures seamless and dependable operation in air or vacuum systems.
  • Flanged Rotor: The inclusion of a flanged rotor enhances the efficiency of rotation, providing a secure and efficient linkage within the rotating union. This design contributes to the overall performance in air or vacuum applications.
  • Balanced Mechanical Seals: To prevent leakage and ensure effective sealing, the rotating union is equipped with balanced mechanical seals. This feature is crucial for maintaining optimal performance in air or vacuum systems.
  • Seal Combination: Carbon Graphite/Ceramic: The seal combination of Carbon Graphite/Ceramic is chosen for its effectiveness in air or vacuum applications, offering a reliable solution for varied operational demands.
  • Full-Media Flow: The duoflow design incorporates a full-media flow configuration, eliminating obstructions to ensure smooth fluid passage. This design optimizes the efficiency of air or vacuum systems.
  • Aluminum Housing and Cast Iron Rotor: Constructed with an aluminum housing and cast iron rotor, this rotating union provides a robust and corrosion-resistant solution. This design ensures durability and long-lasting performance in air or vacuum applications.
  • Oiler for Relubrication: The rotating union includes an oiler for relubrication, requiring only 3 to 5 drops per month. This feature facilitates easy maintenance and extends the life of the rotating union, contributing to overall system longevity.
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