High-Flow Peristaltic Pump 0.169-1880 mL/min, 0.1-400 rpm Filling Pump with Thick-Wall Tubing Head

The Master Science High-Flow Peristaltic Pump is the larger-volume version in this drive family. Its pump head takes thick-wall tubing with a 2.4 mm wall, which lifts the top flow to 1880 mL/min while the low end still reaches 0.169 mL/min.

That range makes the Master Science High-Flow Peristaltic Pump a good choice for filling bottles, transferring media between vessels or feeding a process line. The same stepper drive, 3.5 inch LCD and three dispensing modes are used, with one-key filling repeatable to ±0.5%. The body is PPS, the rollers are 304 stainless steel and the gaskets are PTFE.

Technical Specifications

Specifications for the Master Science High-Flow Peristaltic Pump (drive with high-flow pump head):

• Brand: Master Science
• Model Number: MSPP-Z400SWISS,MSPH-Z1880SWISS
• SKU: MSPP-Z400SWISS,MSPH-Z1880SWISS
• Brand: Master Science
• Model: MSPP-Z400SWISS (drive), MSPH-Z1880SWISS (pump head)
• SKU: MSPP-Z400SWISS, MSPH-Z1880SWISS
• Speed: 0.1-400 rpm
• Speed resolution: 0.1 rpm (≤100 rpm), 1 rpm (>100 rpm)
• Flow range: 0.169-1880 mL/min
• Dispensing volume: 400 µL-9999 L
• Filling volume resolution: 0.001-0.01 mL (depends on tubing)
• Dispensing time: 0.1-999.9 s
• Intervals: 0.1-999.9 s
• Times: 0-9999 (0 = infinite loop)
• Repeat error: ±0.5%
• Retention error: 1% within 68 h at 100 rpm (special filling tube)
• Suck-back angle: 0-720°
• Tubing sizes: 15#, 24#, 35#, 36#
• Tubing wall: 2.4 mm
• Rollers: 4, 304 stainless steel
• Gaskets: PTFE
• Shell material: PPS
• Display: 3.5 inch LCD
• Operation: Membrane keypad and digital control knob
• External speed control: 4-20 mA and 0-10K standard; 0-5 V, 0-10 V optional
• External start/stop and direction: TTL 5 V standard; TTL 12 V, 24 V optional
• Communication: RS232, RS485
• Protection level: IP31
• Power: ≤45 W; AC 220 V ±10%, 50/60 Hz standard
• Working environment: 0-40°C, RH <80%
• Weight: 6.8 kg (gross 8 kg packed)
• Package dimensions (W×D×H): 390 × 340 × 280 mm

Key Benefits

• More volume per minute: Thick-wall tubing lets the Master Science High-Flow Peristaltic Pump move up to 1880 mL/min.
• Same dosing accuracy: One-key filling still repeats within ±0.5%.
• Robust wetted path: Tube-only contact, with stainless rollers and PTFE gaskets in the head.
• Ready for process control: Analog, TTL and serial inputs connect the Master Science High-Flow Peristaltic Pump to sensors and controllers.

For lower flows down to 0.0063 mL/min, see our dispensing peristaltic pump 0.0063-1460 mL/min, the fine-dose partner to the Master Science High-Flow Peristaltic Pump.

Product Features

Flow and dosing

• 0.169-1880 mL/min with 15#, 24#, 35#, 36# tubing
• Timed, copy and volume dispensing
• Suck-back adjustable to 720°

Drive electronics

• Stepper motor with high torque and load-independent speed
• Double CPU control, power-off memory
• Conformal-coated board, wide voltage design

Build and connectivity

• PPS body, 304 stainless steel rollers, PTFE gaskets
• Foot switch and sensor inputs; RS232/RS485
• Carry handle; accepts multiple pump heads

Applications

Typical uses for the Master Science High-Flow Peristaltic Pump:

• Bottle and container filling
• Transferring culture media and buffers in bulk
• Chemical feed and dosing lines
• Food and beverage liquid transfer
• Pilot plant and environmental engineering work

Standard Accessories Included

• Peristaltic pump drive with 3.5 inch LCD
• High-flow pump head (4 stainless steel rollers)

Optional Accessories

• External control at 0-5 V or 0-10 V
• TTL 12 V or 24 V control input
• DC 5 V TTL output
• Foot switch and sensors (capacitive, liquid level, photoelectric)

Transfer Problems the Master Science High-Flow Peristaltic Pump Solves

Moving larger volumes accurately is hard with gravity or small pumps. The Master Science High-Flow Peristaltic Pump helps with:

• Slow bulk transfer: Up to 1880 mL/min clears large volumes quickly.
• Overfilled or underfilled containers: Volume mode and calibrated flow give repeatable fills.
• Product contamination: Only the tube contacts the liquid, and tubes swap in minutes.
• Hard-to-integrate pumps: Serial and analog control make line integration simple.