ViscoTec Hygienic Dispenser VHD
| Dosing volume (ml/ rev) = recommended min. dosing volume | Max. volume flow (ml/min) | Max. dosing pressure (bar) | Max. inlet pressure (bar) | Dosing accuracy (%) | Repeatability (%) | Operating temperature (°C) | Material temperature (°C) | Max. rotation speed (U/min) | Weight without drive (kg) | Volume pump housing (ml) |
|---|---|---|---|---|---|---|---|---|---|---|
|
~ 0.17 (1) Depends on material |
24 (2) Depends on viscosity and primary pressure |
20 (1) |
5 (1) |
± 1 (3) Volumetric dosing as absolute deviation in relation to one dispenser revolution. Depends on the viscosity of the material |
> 99 (1) |
10 - 40 |
10 - 40 (1) |
140 (4) Higher speed causes increased wear |
~ 1.8 |
~ 21 |
| Dosing volume (ml/ rev) = recommended min. dosing volume | Max. volume flow (ml/min) | Max. dosing pressure (bar) | Max. inlet pressure (bar) | Dosing accuracy (%) | Repeatability (%) | Operating temperature (°C) | Material temperature (°C) | Max. rotation speed (U/min) | Weight without drive (kg) | Volume pump housing (ml) |
|---|---|---|---|---|---|---|---|---|---|---|
|
~ 0.35 (1) Depends on material |
49 (2) Depends on viscosity and primary pressure |
20 (1) |
5 (1) |
± 1 (3) Volumetric dosing as absolute deviation in relation to one dispenser revolution. Depends on the viscosity of the material |
> 99 (1) |
10 - 40 |
10 - 40 (1) |
140 (4) Higher speed causes increased wear |
~ 1.8 |
~ 21 |
| Dosing volume (ml/ rev) = recommended min. dosing volume | Max. volume flow (ml/min) | Max. dosing pressure (bar) | Max. inlet pressure (bar) | Dosing accuracy (%) | Repeatability (%) | Operating temperature (°C) | Material temperature (°C) | Max. rotation speed (U/min) | Weight without drive (kg) | Volume pump housing (ml) |
|---|---|---|---|---|---|---|---|---|---|---|
|
~ 1.7 (1) Depends on material |
238 (2) Depends on viscosity and primary pressure |
20 (1) |
5 (1) |
± 1 (3) Volumetric dosing as absolute deviation in relation to one dispenser revolution. Depends on the viscosity of the material |
> 99 (1) |
10 - 40 |
10 - 40 (1) |
140 (4) Higher speed causes increased wear |
~ 2.5 |
~ 33 |
| Dosing volume (ml/ rev) = recommended min. dosing volume | Max. volume flow (ml/min) | Max. dosing pressure (bar) | Max. inlet pressure (bar) | Dosing accuracy (%) | Repeatability (%) | Operating temperature (°C) | Material temperature (°C) | Max. rotation speed (U/min) | Weight without drive (kg) | Volume pump housing (ml) |
|---|---|---|---|---|---|---|---|---|---|---|
|
~ 5.1 (1) Depends on material |
714 (2) Depends on viscosity and primary pressure |
15 (1) |
5 (1) |
± 1 (3) Volumetric dosing as absolute deviation in relation to one dispenser revolution. Depends on the viscosity of the material |
> 99 (1) |
10 - 40 |
10 - 40 (1) |
140 (4) Higher speed causes increased wear |
~ 2.5 |
~ 33 |
ViscoTec Hygienic Dispenser VHD
VISCOTEC 1C DISPENSER VHD HYGIENIC DESIGN
Optimized delivery processes on semi-automatic and fully automatic production lines
The VHD Hygienic Dispenser promises huge potential for optimizing precision dosing in the food and cosmetics sectors. Based on proven endless piston principle, the dispenser impresses not only with its accuracy and precision but also with its ability to meet the most stringent hygiene requirements. Dosing and delivering micro doses is a breeze for the VHD. It impresses not only with its outstanding hygienic standards, but also through the ease with which it can be implemented on production lines with regard to dosing small quantities in the production of food and cosmetics. The dispenser is even capable of delivering or applying difficult high-viscosity liquids with aplomb. Decorative finishes with icing or chocolate or even the delivery of complex cosmetic products can be achieved with simple process steps.
New applications in the food and cosmetics manufacturing due to the VHD
Entirely new possible uses and ranges of applications which were until now limited in the food and cosmetics industry are becoming reality. The benefits of the endless piston principle (adjustable suck-back, for example, which guarantees clean dosing and maximum precision) can be used for the very first time in all manner of delivery and dosing applications in the field of hygiene and aseptics.
Your advantages:
- Compact & hygienic design for food and cosmetic applications
- Volumetric dosing, regardless of viscosity
- For low to high viscosity materials
- Particularly suitable for abrasive, filled or shear sensitive materials
- Continuous dosing, pulsation free
- Precise filling with high repeatability
- Linear relation between dosing volume and rotation speed
- Programmable suck-back prevents dripping or stringing of product
- Easy cleaning and maintenance due to quick assembly and disassembly options
- Optional flushing connection for automated cleaning
- Easy integration in automated processes
- Autoclavability of wetted components
Want to Learn More?
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