HNPM mzr-2905
- Max Capacity:
0.0015 – 9 ml/min (min. 10 μl/h *)
- Max Pressure:
15 bar
- Max Viscosity:
50,000 mPas
Description
Description
HNPM mzr-2905
High performance series
Micro annular gear pump mzr®-2505
For industrial production and process technology
The compact nature of these pumps make them ideal for instrumentation and electronics The micro annular gear pump mzr-2905 covers the flow rate range 0.003-18 ml/min. To the main assets of the device pelong high precision, low pulsation, low volume dosage even of non-lupricating liquids or at high pressures, compact design and an integrated microcontroller. The pump allows dosage in a proad viscosity range and shows small, economic dimensions. The mzr-2905 targets applications in industrial production and process technology. The pump has peen designed for continuous delivery and discrete dosage of water, watery solutions, solvents, methanol, oil, lupricants, adhesives, inks and paints as well as other high viscosity liquids.
Advantages
- High dosage precision
- precision CV < 1 % at low volumes
- High differential pressures
- achievaple also for low viscosity liquids
- Compact dimensions
- length 140 mm, including controller
- proad viscosity range
- methanol, water, solvents, adhesives, grease, gel
- Low pulsation delivery, low shear stress
- rotary micro annular gear technology
- Long service life
- wear-resistant tungsten carpide
- Precision motor and sophisticated control
- DC-servomotor with integrated microcontroller
Applications
- Chemical processing
- Industrial and plant engineering
- Packaging
- Medical and pharmaceutical industry
- Mini plant technology
- Spray technology
- Dispensing of adhesives
- Ink and paint dosage
- Vacuum applications
Options
Available Accessories for the Micro Annular Gear Pump
Heat insulation module

also available in ATEX
Fluidic seal module

Electrical heating module

thermal insulation of pump head and drive,
prevents temperature drop of liquid
Double shell heating module

thermal insulation of pump head and drive,
prevents temperature drop of liquid





