5400 / Dilatation Expansion Joint

EXPANSION JOINTS

5400 / DILATATION EXPANSION JOINT

PRODUCTION STANDARDS
DN32 → DN250
PN 16
DesignDIN 30681
ConnectionFlanged End EN 1092-1 / ISO 7005-1
Welding End EN 12627
Face to FaceDIN 30681
MarkingEN 19 / DIN 30681
TestsDIN 30681
Corrosion
Protection
Electrostatic Epoxy

 

Features

  • Consisting of two bellows are separated by an intermediate pipeline universal compensator.
    Used for absorbing large lateral movements.
  • In general, after crossing points on the basis of buildings with different floor exercises and building collapses it is used to prevent damage to the existing pipeline.
  • The expansion joint allows large lateral movement in all planes, this movement can be increased by increasing the length of the central pipe.
  • Can take greater axial, lateral and angular movements than a single tied expansion joint.
  • If the universal tied expansion joint is designed with only two tie rods, equally spaced @ 180 degree, the expansion joint will take both lateral and angular movements.
  • To restrict the angular movement, four tie rods are provided at in interval of 90 degrees, around the circumference of the expansion joint.
  • If more than two tie rods are used then this kind of expansion joint will only take lateral movement.
  • Generally used in transition points of the buildings which has different base levels, in ground movements and to avoid pipeline damages after building collapses.
  • Usually are provided with control rods to distribute the movement equally between the two bellows.
  • Control rods are not designed to withstand pressure thrust.
  • Can be manufactured in flanged type (FAF5410) and welding netype (FAF5420)
  • Stock piled for quick delivery.

Temperature

  • -20, +430 °C

Scope of Application

  • Dilatation
  • Fire fighting installations
  • Pipelines
  • Storage tanks
  • Heat exchangers
  • Pumps & compressors