Feeding Progressing Cavity Pumps with hoppers and propellers for food and industry

  • Scope of application- Scope of application
  • Material- 304,316L
  • Rotating speed- 18-120r/m
  • Cutting diameter- 25-50c㎡
The feeding Progressing Cavity Pump is an internally meshing closed screw pump, a rotary positive displacement pump. This pump has strong adaptability to the medium, stable flow, slight pressure pulsation, good suction performance, and can transport various fluids.

Description

The feeding Progressing Cavity Pump is an internally meshing closed screw pump, a rotary positive displacement pump. This pump has strong adaptability to the medium, stable flow, slight pressure pulsation, good suction performance, and can transport various fluids. In addition to the media, it can also transport highly viscous media, media containing hard suspended particles or solid particles, and media containing fibers, with suitable adjustment performance, wide range, and high efficiency.

Overview


Flow: 20m3/h
Lift: 30M
Pressure: 0.3Mpa
Speed: 280
Efficiency: 70%
Suction diameter: 100mm
Excluded caliber: 100mm
Power: 5.5Kw

Feeding Progressing Cavity Pumps structure diagram

Product application range


Feeding Progressing Cavity Pumps are used in food, chemical industry, petroleum, power plant, papermaking, metallurgy, mining industry, sewage, river pond dredging, etc., supporting filter press, high-lift conveying materials (honey, bean paste, mud, mortar, chemical Liquid, liquid medicine)

Characteristics of the Feeding Progressing Cavity Pump


  • Hopper cavity with rectangular inlet flange and spiral feeder and squeeze cavity, To facilitate the flow of slow and paste medium into the rotor and stator between the hole.
  • Continuous low pulsation transmission, not affected by pressure and viscosity fluctuation
  • The conveying capacity is proportional to the rotational speed and can achieve high precision measurement in the whole speed range.
  • High pressure no valve transmission
  • The stator with a hopper-type feed mouth can make the medium easy to enter the conveying cavity.
  • Low noise, slight vibration
  • Wide range of flow and pressure
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