- Boxer Pumps
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- BOXER 1K Miniature Diaphragm Pump Series
1K Series
The 1K series is currently the smallest miniature diaphragm pump in the Boxer range. It has an outstanding flow to size ratio, although it runs at only 3000 rpm. It is designed for gas sampling applications and, like all other pumps in the Boxer range, can be customised to meet specific requirements. The components are produced in a wide variety of materials providing compatibility with a wide range of applications.
This series is available in iron core and coreless motor options.
› Flow rate to 1.8 l/min
› Outstanding flow to size ratio
› Slow running hence long life and low sound
› Choice of wetted parts
Flow control is available in combination with PWM Flow Controller.
Return to Miniature Diaphragm Pumps for Air and Gas range.
Economic motor option available in 4.5 and 6.5 V.
Technical Data
| Free Flow | 1.8 l/min |
| Max Pressure | 500 mbar |
| Max Vacuum | -400 mbar |
| Voltage Options | 4.5 / 6.5 V DC |
| Elastomers Options | EPDM, Silicone |
| Other Wetted Parts | PPO (Polyphenylene Oxide) |
| Tube Connection | ∅3 mm |
| Weight | 29g |
Order Information
Part Number: 1002.045 4.5 V DC / EPDM
Part Number: 1003.065 6.5 V DC / EPDM
All data is representative for initial selection purposes. It is the responsibility of the user to determine suitability for the intended use.
Low power consumption with excellent life available in 4.0, 7.0, 9.0, 13.5 and 18.0 V.
Technical Data
| Free Flow | 1.8 l/min |
| Max Pressure | 500 mbar |
| Max Vacuum | -400 mbar |
| Voltage Options | 4.0 / 7.0 / 9.0 / 13.5 / 18.0 V DC |
| Elastomers Options | EPDM, Silicone |
| Other Wetted Parts | PPO (Polyphenylene Oxide) |
| Tube Connection | ∅3 mm |
| Weight | 29g |
Order Information
Part Number: 1007.001 4.0 V DC / EPDM
Part Number: 1007.002 7.0 V DC / EPDM
Part Number: 1007.003 9.0 V DC / EPDM
Part Number: 1007.004 13.5 V DC / EPDM
Part Number: 1007.005 18.0 V DC / EPDM
All data is representative for initial selection purposes. It is the responsibility of the user to determine suitability for the intended use.