Overview Vacuum conveying system Pipe clamp Pipe clamp - retainer Two-way pipe diverter Receiver type A Receiver type S Receiver type P Receiver type PK Receiver type PS Receiver type PKS Vacuum pump type V... Vacuum pump Mink Side-channel vacuum pump Water ring pump Vacuum ring blower type S38 Vacuum ring blower type S50 Vacuum ring blower type S65 Vacuum rotary piston blower type S65 Vacuum rotary piston blower type S80/S100 Vacuum rotary piston blower type S128/S154 Helical compressor Hose switch type SLD Hose switch type SLS and SLG AZO FlexiTakt system type TF...ex
Pressure conveying system Vacuum pressure conveying system Dense-phase conveying system AZO®MULTIAIR

AZO FlexiTakt system type TF...ex

AZO FlexiTakt system type TF...ex
AZO FlexiTakt system type TF...ex

Special advantages:

  • Power connections and drives in media columns
  • Receiver removable without the need for a tool
  • Easy-to-clean receiver parts
  • Large filter surface due to AZO SINBRAN® sinter filter cartridge (W.L. Gore trademark)
  • Filters can be washed and sterilised
  • Compact design
  • Excellent charging of product at a low conveying velocity
  • Design complies with ATEX guidelines

Preferred applications:

Flexible feed of reactors, dissolvers and mixers with powdered and granulated products from containers, big bag or drums. Use of pressurised inert gas means that the system can also be used in areas where there is a risk of explosion.

Functional principle:

The receiver can only be fitted to or removed from the media column when the valves are closed. The clean gas side and the conveying line are connected and the inflatable seal is activated. The conveying cycle begins by opening the inlet pipe and opening the pure air valve. The conveying ends after a specified cycle time. The clean air valve closes, the vacuum is released and the conveying line is closed. The product is discharged either by gravity alone or with back-up from compressed air or inert gas. In the same way the filter can be cleaned by means of compressed air or inert gas or also by prepared ambient air.

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