qocsuing: Twin screw pump with Servo motor

Twin screw pump with Servo motor

9 Mar 2023 at 23:23

Twin screw pump with Servo motor


Twin-screw pump has self-priming ability and can transport various complex conditions such as solid particles, gas-liquid mixture, high viscosity, low viscosity and material transportation and extraction; it not only used for material extraction and Conveying, also applicable to CIP and SIP systems, it can reduce pipeline, valve control, CIP dedicated pumps, Not only improve efficiency but also reduce costs. The pump also has the performance that other volumetric pumps do not have, such as no pulse phenomenon, no damage to particles, high pressure, speed range and large flow range.To get more news about screw pump, you can visit hw-screwpump.com official website.
One alternative can be positive displacement (PD) screw pumps. The difficulties with increasing the use of screw pumps in chemical processing are twofold: the built-in advantages of the centrifugal pump’s vast installed base, and convincing design engineers to acknowledge that there are alternatives like screw pumps.

Many engineers are also of the opinion that screw pumps are capable of producing only low flow rates.


In reality, today’s screw pumps have experienced remarkable advancements in terms of the flow rates that they can create, with flow ranges from 220 gallons per minute (gpm) (833 liters per minute [L/min]) to 11,000 gpm (41,635 L/min) increasingly common.


The design of PD screw pumps makes them capable of handling various liquids, even those with higher viscosities. The screw pump’s method of operation allows opposed screws to engage in order to form a sealed cavity with the surrounding pump casing.
Technical specifications
Max flow: 110m3/h
Max Particles: 23mm
Max pressure: 20 bar
Speed range: 10-3500 R.P.M
Working temperature (Max Temperature): -40 ° C to 150 ° C
Surface treatment: Ra≤0.6μm; EP=Ra0.4μm
Material: 100% stainless steel, medium contact part 316L.
Certification: 3-A-02-11 No.1759; FDA 177.2600; CE-MD/06-42 No .705201402401-00



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