257-000-284

• Monoflow and Duoflow Design: This rotating union features a versatile design, providing both monoflow and duoflow configurations. This adaptability allows for efficient use in various applications.
• Self-Supported Rotating Union: The self-supported design ensures stability during rotation, contributing to reliable and smooth operation in diverse industrial settings.
• Radial Housing Connection: With a radial housing connection, this rotating union facilitates easy integration into systems, offering a space-efficient and convenient installation process.
• Balanced Mechanical Seals: Equipped with balanced mechanical seals, the rotating union ensures effective sealing, promoting an extended operational life and dependable performance.
• Keyed Rotor Seal: The rotor seal is keyed, allowing for secure and precise positioning, contributing to the overall stability and reliability of the unit.
• Easy and Quick Replacement of Sealing Components: The design enables easy and quick replacement of sealing components, streamlining maintenance procedures and minimizing downtime.
• Ball Bearings Lubricated for Life: The inclusion of ball bearings lubricated for life reduces maintenance requirements, ensuring the smooth and reliable rotation of the unit over an extended period.
• Extended Life Service (E.L.S.) Seal Combination: Specifically designed for challenging water quality conditions, the E.L.S. seal combination enhances the unit's durability and performance in demanding environments.
• 3 Vent Holes: The inclusion of three vent holes enhances the ventilation of the unit, contributing to efficient operation and preventing potential issues related to pressure differentials.
• Forged Brass Housing and Stainless Steel Rotor: The rotating union is constructed with a forged brass housing and a stainless steel rotor, providing a durable and corrosion-resistant configuration for longevity.
• Special Options Including Threaded Vent Holes: The unit offers special options, such as threaded vent holes, allowing for customization to meet specific application requirements.