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All Categories > Rotary Union Accessories > Syphon Elbows 
 

Syphon Elbows

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Syphon Elbow - 45 Degree Locking Elbow

Syphon Elbow - 45 Degree Locking Elbow

Applications
The 45 degree Locking Elbow is the first syphon elbow to feature a pinless design. The Locking Elbow is designed for high-speed, small roll diameter applications. The stainless steel horizontal body is secured to the vertical leg using a proprietary locking mechanism. As an integral component of the steam joint, the Locking Elbow is a maintenance-free, reliable syphon elbow.

Features
  • Stainless steel construction
  • Patented pinless design
  • Simple installation tool
  • Increased robustness of syphon system

    Benefits
  • Corrosion resistant materials
  • Easy installation and removal
  • Increased reliability
  • Capable of blind installation


  • Syphon Elbow - Spring Lock

    Syphon Elbow - Spring Lock

     (2)
    Increase the life of your existing syphon elbow by upgrading to the spring-lock syphon elbow. This simple, inexpensive upgrade installs quickly and easily using your existing joint and syphon pipes. The corrosion-resistant materials and increased robustness of the syphon elbow assembly improves syphon performance and reduces maintenance downtime.

    The spring-lock elbows are available off-the-shelf for immediate delivery.

    Spring-lock design
    Spring-locking elbows consist of the standard gravity-lock elbow and a spring-lock assembly. The spring-lock assembly consists of five parts:
    (2) Pipe collars, stainless steel (identical parts)
    (2) Collar straps (identical parts)
    (1) Locking spring, ...


    Syphon Elbow

    Syphon Elbow - Conventional

     (5)

    The conventional 60° elbow has a large bearing area for the hinge pin and the material greatly increases yield and tensile strengths.


    Determining Length of Syphon Pipe Used With 60° Elbow

    1. Calculate dimension "A" by dividing the internal roll diameter by 2.
    2. Subtract the desired syphon clearance (dimension “B”) from "A" and multiply this result by 1.155 to find dimension "C".
    3. Find "D" in the chart and subtract “D” from "C" to find the length of the angle pipe over the thread.