BetaFill
Peristaltic filling without the need for tighter accuracy filling that comes with more high-end peristaltic pumps.
Let's Talk BetaFill
Servo-Controlled, Highly Accurate Gear Or Peristaltic Filler
Stepper motor controlled peristaltic head
3 inch touchscreen HMI
Stackable pump heads (two pump heads driven from one motor) or:
Master unit can control up to 4 slave units, each with individual stepper drives
Self-priming
Intelligent calibration and specific gravity offset
Overview
40-60
Following on from the great success of the AlphaFill, its successor, the BetaFill brings a large technological leap, using more up to date technology such as touchscreen HMI and more accurate stepper motors.
Aimed at those that need the cleanliness that comes with a peristaltic filling machine but do not necessarily need the tighter accuracy filling that comes with more high-end peristaltic pumps.
That’s not to say the BetaFill is lacking. With the ability to fill to +or- 3%, recipe recall, suck back, intelligent fill level calibration and the highly desirable option of “piggy backing” up to four slave units of the original master unit, make for a very feature heavy entry level filler.
Especially for those taking advantage of the slave unit feature, the BetaFill is the most cost effective, UK manufactured filler in the market.
BetaFill Technical Specifications
Electrical
Motor Type
Schneider – Stepper Motor
Electrical
Controller
Integrated Controller
Electrical
Power Supply
230 Vac
Electrical
Power Consumption
Max 60 Watts
Electrical
Speed Control
Digital Touchscreen
Control System
PLC
Schneider – Integrated HMI/PLC
Control System
Touch Screen
Schneider 3.5” Colour
Control System
Remote Interface
5 Pin M12 – For Integration Into Third Party Machines
Dimensions
Additional 200mm X 200mm X 210mm
Weight
7 kg
Build Standard
EC Declaration Of Conformity. IP 54 Rated
Pump Head
Watson Marlow - 313D Or 314D
Speed
Variable, Maximum 1500 RPM
Options
Additional Options
Pneumatic Shut-off Nozzle
Options
Change Parts
Nozzle sizes
Production Rate
Operator dependent
