Overview Vacuum conveying system Pressure conveying system Vacuum pressure conveying system Dense-phase conveying system Pipe clamp Pipe clamp - retainer Two-way pipe diverter Receiver type P Receiver type A Receiver type S Receiver type PK Receiver type PS Receiver type PKS Vacuum ring blower type S38 Vacuum ring blower type S50 Vacuum ring blower type S65 Pressure ring blower type D50 Pressure ring blower type D65 Vacuum pump type V... Vacuum pump mink type V...MM Side-channel vacuum pump type V...SK Water ring pump type V...WR Vacuum rotary piston blower type S65 Vacuum rotary piston blower type S80/S100 Vacuum rotary piston blower type S128/S154 Pressure rotary piston blower type D50/D65 Pressure rotary piston blower type D80/D100 Pressure rotary piston blower type D128/D154 Helical compressor type SD...VML 18 Hose switch type SLD Hose switch type SLS and SLG
AZO®MULTIAIR

Two-way pipe diverter

Two-way pipe diverter
Two-way pipe diverter

Special advantages:

  • Pressure up to 3 bar with static seals
  • Sizes 50-150 up to 6 bar with inflatable seals
  • Compact form
  • Two channel design
  • Pressure shock resistant up to 10 bar

Preferred applications:

The two-way pipe diverter type RW GE... serves for branching and joining bulk materials lines within pneumatic conveying systems. It is suitable for powdery and granular materials in the food, plastics and chemical industries. The unit is vacuum-proof up to 1 bar in pneumatic vacuum conveying systems and pressure-proof up to 2 bar – optionally 3.5 bar – in pressure conveying systems. It can be installed in any position and used within a temperature range from –20° to +120°.

Functional principle:

Adjustment by means of a pneumatic cylinder using water- and oil-free 6 bar compressed air. Precise positioning of the valve diverter body and pick-up via limit switches. The setting of the diverter valve should not be changed during a conveying cycle or when the system is depressurized.

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