Affordable and straightforward peristaltic pump with flow rate and motor speed display and control. Constructed from laboratory-grade ABS, this pump is user-friendly and capable of achieving flow rates as low as a few µL/min.
Available with the new AMC pump heads from 1 to 12 channels, with 6 or 10 rollers for less pulsatility.
General
The LabN1 peristaltic pump is a precise multichannel microfluidic flow control system designed for budget-conscious applications. As an upgraded version of the LabM1 model, it offers calibration options and displays both motor speed and flow rate on a 3.2" color LCD screen. It can be operated using its mechanical keypad and knob or controlled externally. The pump provides various basic functions, including start, stop, speed adjustment, direction change, and fast forward for filling or emptying. A time range from 0.1 seconds to 9999 hours is available for simple time-based dispensing.
Features & Benefits
- Motor speed and flow rate display,
- Flow rate calibration, back suction feature,
- 3.2" color LCD screen,
- Mechanical keypad and knob control,
- ABS engineering plastic shell and UV spray coating: anti-corrosion and anti-static,
- Motor speed range of 0.1 to 150 rpm,
- Up to 12 channels with the AMC series pump heads,
- Flow rate ranges from 0.2 µL/min to 65 mL/min,
- Suitable for 0.8 - 1 mm wall thickness 3-stop tubing, ID: 0.13 - 3.17 mm,
- RS485 & RS232 interface, Modbus protocol,
- CE & SGS certifications.
Pump head options
- AMC (10 rollers): from 1 to 12 channels, with 1 meter of 2*1 (2 mm ID, 4 mm OD) per channel
- AMC (6 rollers): from 1 to 12 channels, with 1 meter of 2*1 (2 mm ID, 4 mm OD) per channel
More information about these pump heads is in the "Specifications" tab!
Tubing & Flow range
| Tubing ID x WT (mm) |
AMC 10 rollers
Flow rate (mL/min)
(0.1 - 150 rpm) |
AMC 6 rollers
Flow rate (mL/min)
(0.1 - 150 rpm) |
| 1 x 1 |
0.0050 - 7.55 |
0.0062 - 9.36 |
| 2 x 1 |
0.0183 - 27.52 |
0.022 - 33.06 |
| 2.4 x 0.8 |
0.0254 - 38.13 |
0.0319 - 47.81 |
| 3 x 1 |
0.0323 - 48.38 |
0.0434 - 65.17 |
| 0.13 x 0.86 |
0.0002 - 0.29 |
0.0002 - 0.31 |
| 0.19 x 0.86 |
0.0003 - 0.44 |
0.0003 - 0.46 |
| 0.25 x 0.86 |
0.0005 - 0.76 |
0.0005 - 0.80 |
| 0.51 x 0.86 |
0.0013 - 2.00 |
0.0014 - 2.05 |
| 0.89 x 0.86 |
0.0030 - 4.47 |
0.0031 - 4.65 |
| 1.14 x 0.86 |
0.0061 - 9.16 |
0.0065 - 9.74 |
| 1.42 x 0.86 |
0.0125 - 18.75 |
0.0142 - 21.28 |
| 2.06 x 0.86 |
0.0197 - 29.60 |
0.0234 - 35.17 |
| 2.79 x 0.86 |
0.0286 - 42.86 |
0.0372 - 55.77 |
Content
1x LabN1 flow rate peristaltic pump with AMC pump head
1x Power supply
1x 1m of 2*1 (2 mm ID, 4 mm OD) 3-stop peristaltic tubing per channel
Specifications
| Performance specifications |
| Flow rate range |
0.2 µL/min - 65 mL/min |
| Flow rate resolution |
0.01 μL |
| Speed range |
0.1 - 150 rpm |
| Speed resolution |
0.01 rpm |
| Testing time range |
0.1 s - 9999 h |
Back suction angle
|
0-360° |
| External control signal |
0-5 V, 0-10 V, 4-20 mA in option |
| Start/stop, change direction signal |
Passive switch signals such as foot pedal switch
Active switch signal: 5-24V (optional) |
| Communication interface |
RS232, RS485 supports ModBus protocol (RTU mode) |
| Electrical specifications |
| Motor type |
Stepper motor |
| Display |
3.2" high definition LCD screen |
| Control method |
Digital knob and mechanical keypad |
| Keypad lifetime |
300,000 times |
| Power supply |
220V +/- 10% 50Hz/60Hz
110V +/- 10% 50Hz/60hz |
| Physical specifications |
| Drive dimensions (LxWxH) |
259×157×237 mm |
| Drive weight |
4.4 kg |
| Power consumption |
< 50 W |
| Working temperature |
0-40 °C |
| Relative humidity |
< 80% |
| IP rate |
IP31 |
| Drive material |
ABS engineering plastic shell and UV spray coating |
| Pump head cartridge material |
POM/PVDF |
| Pump head rollers material |
304 stainless steel |
| Certifications |
CE, SGS |
| Warranty |
3 years |
Documentation
? LabN1 flow rate peristaltic pump brochure
? LabN series pump manual
? LabN series MODBUS Protocol
Appliable to all Innofluid Lab peristaltic pump series: How to Control a LabV Pump Using the MODBUS Protocol ?.
