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- BOXER 4K Peristaltic Pump Series
4K Series
The 4K series is a high performance and versatile peristaltic pump for vending and industrial applications. The pumps are available in configurations for 2.4 mm and 3.3 wall thickness tubes, requiring different motors. A set of replaceable inserts secures the various tube sizes firmly in position.
The hinged clear lid forms an integral parts of the pump. The lid is secured in position with a quick action lock.
These pumps are not suitable in conjuction with life support equipment or any in-vivo applications.
The DC / Gear motor drive runs at 280 rpm at nominal voltage. Speed can be varied by lowering the input voltage.
› Flow rates to 3.5 l/min
› Easy tube change
› 4 different tube diameters
› 2 different tube wall thickness
› 3 different tube materials
3.2 mm wall is recommended for high viscous liquids or high pressure / vacuum applications. Otherwise the 2.4mm wall is the preferred choice due to lower power consumption and cost.
Tube sets must always be ordered separately.
Return to Peristaltic Pumps for Liquid range.
4000 - for 2.4 mm wall tube
DC / Gear Motor, economic and versatile available in 24 V.
Available to purchase online via BOX-it (see order information below).
Technical Data
| Flow Data | |
| ID Ø 6.0 mm tube | 1.9 l/min at 280 rpm |
| ID Ø 8.0 mm tube | 2.4 l/min at 280 rpm |
| ID Ø 9.5 mm tube | 3.4 l/min at 280 rpm |
| Starting / running current | 1.1 A / 0.5 A |
| RPM (at nominal voltage) | |
| 24 V | 280 rpm |
| Tube Materials | Silicone / Lagoprene / ED-Plex |
| Weight | 1000 g |
4500 - for 3.2 mm wall tube
DC / Gear Motor, economic and versatile available in 24 V.
Technical Data
| Flow Data | |
| ID Ø 6.0 mm tube | 1.9 l/min at 280 rpm |
| ID Ø 8.0 mm tube | 2.4 l/min at 280 rpm |
| ID Ø 9.5 mm tube | 3.4 l/min at 280 rpm |
| Starting / running current | 2.0 A / 0.6 A |
| RPM (at nominal voltage) | |
| 24 V | 280 rpm |
| Tube Materials | Silicone / Lagoprene / ED-Plex |
| Weight | 1200 g |
All data is representative for initial selection purposes. It is the responsibility of the user to determine suitability for the intended use. These products are not suitable for in-vivo applications.