Overview Vacuum conveying system Pressure conveying system Vacuum pressure conveying system Two-way pipe diverter Pipe clamp Pipe clamp - retainer 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 Spark barrier Hose switch type SLD Hose switch type SLS and SLG
Dense-phase conveying system AZO®MULTIAIR

Receiver type P

Receiver type P
Receiver type P

Special advantages:

  • Stainless steel construction
  • Sturdy and perfected design
  • Generously dimensioned filters ensure dust-free continuous operation
  • Suitable for continuous operation due to compressed air purging of the filter
  • No production stoppage due to a device indicating that the product supply at the feeding point is running low
  • High functional reliability through electronic control and monitoring
  • Can be completely dismantled for cleaning without tools
  • Simple filter inspection via a swivelling device at the cover

Preferred applications:

For reliable feeding of free-flowing powders and granular bulk materials to processing machines in the food, plastics and chemical industry. The materials can be picked up from e.g. sacks, drums, containers or silos. The type P... receivers are used as individual receivers, with a separate blower each, in discontinuous vacuum, low-velocity vacuum and dense-phase vacuum conveying systems. They are mounted on the batch hoppers of the processing machines where they serve for separating the bulk materials.

Functional principle:

When switching the blower on, a vacuum is generated causing the product to be transferred via the conveying line from the pickup point to the receiver. When the conveying phase has ended, the outlet valve opens and the product is discharged. A new conveying cycle starts when the level control in the outlet requests more product. The filter is purged by automatic compressed air pulses after each conveying phase, and the air escapes via the vent filter. The sequence of the operating cycles is controlled by a freely programmable or an electronic control system. The actual operating state is displayed at the electronic control.

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