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- BOXER 15QQ Peristaltic Pump Series
15QQ Peristaltic Pump Series
The 15QQ series is a unique and versatile peristaltic pump range designed for accurate dispensing of liquids.
DC / Gear motor versions offer a range of 30 to 420 rpm with optional back shaft encoder providing accurate feedback of rotor speed.
Stepper motor versions offer the versatility of 2 different size motors and supporting driver options.
AC Synchronous motor versions offer a range of just 8 to 15 rpm.
› Flow rates from 1.4 ml/min (or lower using stepper motor) to 1000 ml/min
› Continuous tube
› Flip-top easy tube exchange
› Unique floating saddle to enhance tube life and/or limit pressure
› Clip-on head
› 4 different tube sizes
› 4 different tube materials
› 2 roller configurations
Tubing must always be ordered separately.
The 15QQ supersedes the 15KS series.
Flow control of the DC / Gear motor versions is available in combination with PWM Flow Controller.
Return to Peristaltic Pumps for Liquid range.
Economic and versatile available in 12 and 24 V.
Technical Data
| Flow Data | |
| ID Ø 1.6 mm tube | 190 / 170 µl per revolution (4 / 6 Roller) |
| ID Ø 2.4 mm tube | 390 / 320 µl per revolution (4 / 6 Roller) |
| ID Ø 3.2 mm tube | 660 / 495 µl per revolution (4 / 6 Roller) |
| ID Ø 4.8 mm tube | 1250 / 830 µl per revolution (4 / 6 Roller) |
| Flow data measured at 100 RPM using water and Pharm-a-line tubing | |
| RPM (at nominal voltage) | |
| 12 V | 30 / 312 / 437 |
| 24 V | 60 / 298 / 420 |
| Power Comsumption | 6.5 to 10.5 W |
| Tube Materials | Pharm-a-line / Silicone / Norprene G / ED-Plex |
| Max pressure | 2 bar |
| DC motor life | >1000 hour |
| Weight | 405 g |
| Optional encoder | 10 pulses per motor revolution (associated rotor speed depends in gear ratio) |
Economic and versatile available in 12 and 24 V.
Order Information
Part Number: 15008.900 12 V DC 40 RPM 4 Rollers ⇒ 
Part Number: 15011.900 12 V DC 312 RPM 4 Rollers ⇒
Part Number: 15012.900 12 V DC 437 RPM 4 Rollers ⇒
Part Number: 15009.900 24 V DC 80 RPM 4 Rollers ⇒
Part Number: 15013.900 24 V DC 298 RPM 4 Rollers ⇒
Part Number: 15014.900 24 V DC 420 RPM 4 Rollers ⇒
Accessories:
Tubing, encoder, spare rotor
Economic and versatile available in 12 and 24 V with 2 channel encoder.
Order Information
Part Number: 15408.900 12 V DC 40 RPM 4 Rollers ⇒
Part Number: 15411.900 12 V DC 312 RPM 4 Rollers ⇒
Part Number: 15412.900 12 V DC 437 RPM 4 Rollers ⇒
Part Number: 15409.900 24 V DC 80 RPM 4 Rollers ⇒
Part Number: 15413.900 24 V DC 298 RPM 4 Rollers ⇒
Part Number: 15414.900 24 V DC 420 RPM 4 Rollers ⇒
The 15QQ is available with 2 different size 24 V stepper motors.
The Nema 17 frame offers:
› Compact
› Light weight
› Low power consumption
Supplied with stepper motor only or complete with assembled driver.
Technical Data
| Flow Data | |
| ID Ø 1.6 mm tube | 190 / 170 µl per revolution (4 / 6 Roller) |
| ID Ø 2.4 mm tube | 390 / 320 µl per revolution (4 / 6 Roller) |
| ID Ø 3.2 mm tube | 660 / 495 µl per revolution (4 / 6 Roller) |
| ID Ø 4.8 mm tube | 1250 / 830 µl per revolution (4 / 6 Roller) |
| Flow data measured at 100 RPM using water and Pharm-a-line tubing | |
| RPM | 0 to 500 RPM |
| Power Comsumption | 7.0 to 12.0 W |
| Tube Materials | Pharm-a-line / Silicone / Norprene G / ED-Plex |
| Max pressure | 2 bar |
| Motor life | >10000 hour |
| Weight | 655 g |
Supplied without driver
Order Information
Part Number: 15602.900 24 V Stepper 4 Roller ⇒
Part Number: 15603.900 24 V Stepper 6 Roller ⇒
Accessories:
Tubing, encoder, spare rotor
Driver
Supplied with driver assembled.
Order Information
Part Number: 15652.901 24 V Stepper 4 Roller + A2 Driver ⇒
Part Number: 15653.901 24 V Stepper 6 Roller + A2 Driver ⇒
Accessories:
Tubing, encoder, spare rotor
Driver
The 15QQ is available with 2 different size 24 V stepper motors.
The Nema 23 frame offers:
› Enhanced speed control
› High acceleration
› High max speed
Supplied with stepper motor only or with 3 driver options.
Technical Data
| Flow Data | |
| ID Ø 1.6 mm tube | 190 / 170 µl per revolution (4 / 6 Roller) |
| ID Ø 2.4 mm tube | 390 / 320 µl per revolution (4 / 6 Roller) |
| ID Ø 3.2 mm tube | 660 / 495 µl per revolution (4 / 6 Roller) |
| ID Ø 4.8 mm tube | 1250 / 830 µl per revolution (4 / 6 Roller) |
| Flow data measured at 100 RPM using water and Pharm-a-line tubing | |
| RPM | 0 to 800 RPM |
| Power Comsumption | 18.0 to 20.5 W |
| Tube Materials | Pharm-a-line / Silicone / Norprene G / ED-Plex |
| Max pressure | 2 bar |
| Motor life | >10000 hour |
| Weight | 890 g |
Supplied without driver
Order Information
Part Number: 15702.900 24 V Stepper 4 Roller ⇒
Part Number: 15703.900 24 V Stepper 6 Roller ⇒
Accessories:
Tubing, encoder, spare rotor
Driver
Supplied with driver assembled.
Order Information
Part Number: 15702.901 24 V Stepper 4 Roller + A4 Driver ⇒
Part Number: 15703.901 24 V Stepper 6 Roller + A4 Driver ⇒
Accessories:
Tubing, encoder, spare rotor
Driver
Supplied with driver assembled.
Order Information
Part Number: 15752.901 24 V Stepper 4 Roller + A4p Driver ⇒
Part Number: 15753.901 24 V Stepper 6 Roller + A4p Driver ⇒
Accessories:
Tubing, encoder, spare rotor
Driver
Supplied with driver assembled.
Order Information
Part Number: 15702.905 24 V Stepper 4 Roller + iD Driver ⇒
Part Number: 15703.905 24 V Stepper 6 Roller + iD Driver ⇒
Accessories:
Tubing, encoder, spare rotor
Driver
Long life and slow running available in 230 V / 50 Hz.
Technical Data
| Flow Data | |
| ID Ø 1.6 mm tube | 190 µl per revolution (4 Roller) |
| ID Ø 2.4 mm tube | 390 µl per revolution (4 Roller) |
| ID Ø 3.2 mm tube | 660 µl per revolution (4 Roller) |
| ID Ø 4.8 mm tube | 1250 µl per revolution (4 Roller) |
| RPM | |
| 230 V / 50 Hz | 8 / 15 |
| Tube Materials | Pharm-a-line / Silicone / Norprene G / ED-Plex |
| Max pressure | 2 bar |
| Motor life | >10000 hour |
| Weight | 409 g |
Supplied without driver
Order Information
Part Number: 15205.900 230 V / 50 Hz 8 RPM 4 Rollers
Part Number: 15204.900 230 V / 50 Hz 15 RPM 4 Rollers
Accessories:
Tubing, encoder, spare rotor
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.