HAMPRO Prozesspumpen

HAMPRO® 20 process plunger pump

 
 
 
 

Hammelmann process pumps are designed for constant use. Pay attention to the crankshaft speed, average piston speed and drive power.

 
 

Other properties

Design:
Triplex plunger pump
3 cylinders, vertical

Rod force: 17,6 kN
Stroke: 30 mm
Weight: ~ 95 kg

 
 

Download data sheets

 
 

Pumping data

at max. power of 18.5 kW:

 
 
Metric system
U.S customary units

Plunger Ø

Max. operating pressure

Max. flow rate

8 mm

3800 bar

0,19 m³/h

10 mm

2250 bar

0,32 m³/h

12 mm

1550 bar

0,48 m³/h

15 mm

1000 bar

0,66 m³/h

17,5 mm

730 bar

0,90 m³/h

20 mm

560 bar

1,20 m³/h

25 mm

360 bar

1,86 m³/h

30 mm

250 bar

2,70 m³/h

35 mm

180 bar

3,70 m³/h

40 mm

140 bar

4,90 m³/h

45 mm

110 bar

6,20 m³/h

Plunger Ø

Max. operating pressure

Max. flow rate

8 mm

34,000 psi

0.5 gpm

10 mm

22,000 psi

0.8 gpm

12 mm

15,000 psi

1.2 gpm

15 mm

9,600 psi

2 gpm

17,5 mm

7,000 psi

2.7 gpm

20 mm

5,400 psi

3.6 gpm

25 mm

3,300 psi

5.6 gpm

30 mm

2,300 psi

8.0 gpm

35 mm

1,740 psi

11.0 gpm

40 mm

1,310 psi

14.4 gpm

45 mm

1,010 psi

18.3 gpm

 
 
 

Other performance classes:

Leistungsklassen
 
 

Process technology of the highest quality

Konstruktionsmerkmale

Design features

Hammelmann is renowned worldwide for its high quality standards. Our process pumps are manufactured precisely down to the millimeter and in line with certified quality standards.

 
 
Referenzen im Überblick

References at a glance

Our “Start your Process” brochure on process technology and pumps features many references and examples of projects we have implemented at customers around the world. It can be read online or downloaded in PDF format.

 
 
Anwendungsbereiche

Applications

Hammelmann process technology can be used in a wide range of applications in virtually all industries, and is always an effective and innovative choice.

 
 
Fördermedien

Pumped media

Process pumps from Hammelmann can be used to convey a wide range of pumped media, from acrylic acid to vinyl acetate. Contact us for an expert consultation today.

 
 
 
 
 

This website uses cookies

We use cookies to enable a smooth and user-friendly visit.
In addition to essential cookies, needed for basic functionality, we use third-party cookies (Google Fonts, YouTube) and tracking tools (Google Analytics) for analysis purposes. If you do not accept the use of cookies, we cannot guarantee unrestricted of all features of this website. You can find more information about our use of cookies and how you can manage your cookie settings in our data protection information.