Sine pump series

TECHNICAL SPECIFICATIONS:

 Max flow:93m3/h
 Max pressure:15 bar
 Max Temperature:130℃,Suitable for CIP or SIP cleaning and sterilization
 Material:1.4404/SS316L Dual-phase steel 2205, Hastelloy alloy C276
 Certification:3-A-02-12, FDA177.2600,177.1550, MD/06/42/EC

Get a Quote
Share:
FEATURES

DONJOY Hygienic stainless steel low shear sine pump PZX for food processings 

Sine pump is a new type of positive displacement pump, which has the characteristics of more compact structure, higher conveying efficiency, and wider viscosity range of applicable conveying medium. Can be widely used in food, beverage, dairy, chemical, pharmaceutical and other industries.

 Masosine pump model table

 Masosine pump performance curve 

Various sine pump configuration

THEORY OF OPERATION

Sine pump is a new type of positive displacement pump, which has the characteristics of more compact structure, higher conveying efficiency, and wider viscosity range of applicable conveying medium. Can be widely used in food, beverage, dairy, chemical, pharmaceutical and other industries.

Bidirectional reversible operation, worry-free granule transferring,no damage to material transferring, worry-free high and low viscosity,super self-priming ability, no pulse in transferring, clean, efficient,durable, safe, and low-cost solutions

Technical advantages

●Ultra-low shear conveying to effectively ensure media integrity
●High suction capacity, inlet negative pressure can reach -0.85bar
●Low-pulse conveying can effectively prevent pipeline vibration,  make the medium convey smoothly and quickly, and also increase  the measurement accuracy
●The conveying process is gentle, and it is not easy to generate  air bubbles
●Bidirectional operation
●Simple and fast maintenance
●All medium contacting parts comply with FDA and EC1935  standards
●Wide range of medium viscosity, 1cp to 8,000,000cps

 

 

 

DOWNLOAD
File Language Size
Sanitary pump catalogue English 27.54MB
RELATED PRODUCTS
LAST NEWS
GET IN TOUCH NOW
×
We value your privacy
We use cookies to provide you with a better online experience, analyse and measure website usage, and assist in our marketing efforts.
Accept All