MU-D02 | Major Science digital peristaltic pump with maximum flow rate of 2.28 L/min (MU-D02)








Key Features

  • Digital microprocessor for precise speed control
  • Compact size and handle for portability
  • Compatible with a wide range of sizes of silicon tubing
  • Uses high quality Easy-Load pump heads
  • Operates with one or two peristaltic pump heads
  • Reversible for purging purposes
  • Flow rate ranging from 0.3 mL to 2.28 L/min depending upon tubing diameter

Description

The MU-D02 peristaltic pump from Major Science is ideal for a variety of laboratory applications including filtration, circulation, sampling, chemical spraying, dispensing, transferring, feeding and filling. The easy-to-use pump head design accommodates a wide range of silicon tubing diameters to increase the range of pump flow rates. Pump direction is reversible for purging purposes.

The digital microprocessor in the MU-D02 provides highly accurate speed control and the brushless motor reduces noise and increases instrument longevity. The MU-D02 can be used with either one or two pump heads.

Specifications

Manufacturer
Major Science
Model number
MU-D02
ControllerDigital microprocessor
MotorBrushless
Power100 W
Pump speed range/ increment5 rpm - 600 rpm/ 1 rpm
Maximum pump speed600 rpm
Variable flow rate0.3 mL - 2.28 L/min depending upon tubing diameter
Timer99 Hr:59 min:59 sec
Number of rollers3
Number of peristaltic pumps1 or 2
Operating temperatureAmbient to 40ÂșC
Dimensions (W x D x H)200 mm x 340 mm x 130 mm
ConstructionPainted iron metal
Weight5.7 Kg
 Voltage240 V

About Us

Advance Scientific Products Pty Ltd is based in Queensland and is focused on delivering high-quality products and service to our customers in the life and analytical sciences across Australia.

The company was established in 2013 by experienced instrumentation specialists to provide full distribution and customer support capability to manufacturers seeking to expand their activities in Australia without having to create their own sales and marketing infrastructure.