Digital Peristaltic Pump LE-DP102

Digital Peristaltic Pump LE-DP102

Lab Expo Digital Peristaltic Pump LE-DP102 offers a maximum operating speed of 600 rpm to ensure efficient fluid transfer. It features an adjustable back suction angle ranging from 10° to 720° to preventing drips. Equipped with digital knob to precisely adjust flow rates and settings. Integrated with intelligent calibration to ensure high accuracy and consistency. Our Digital Peristaltic Pump is reliable choice for space-conscious and noise-sensitive environments.

$3,696.00 $ 3080

Specifications

Max Speed

600 rpm (Reversible)

Max Flow

2280 mL/min

Speed Resolution

0.1 rpm

Timing Range

0.1s to 9999 min

Quantitative Range

0.001mL to 9999 L

Filling Time

0 to 9999 t

Back Suction Angle

10° to 720°

Back Suction Speed

10 to 300 rpm

Display

Colour LCD Display

Power Consumption

< 50W

Power Supply

AC 110/220 ± 10%

Dimension

263 × 184 × 147.7 mm

Weight

4.94 kg

Features

  • Dry Running Capability with 0.1 rpm speed resolution
  • External Control Operation via AC 110/220 ± 10% power supply
  • Easy Calibration using colour LCD display interface
  • Multiple Operation Modes with 0 to 9999 t filling time range

Applications

FunctionImplementation
Laboratory fluid transfer2280 mL/min enables efficient sample processing
Pharmaceutical dosing0.001mL to 9999 L supports precise volumetric control
Industrial dispensing< 50W maintains low energy consumption during operation
Quality control testingTiming Range of 0.1s to 9999 min allows flexible protocol execution
Research applicationsSpeed Resolution of 0.1 rpm ensures fine-tuned flow adjustment


Digital Peristaltic Pump LE-DP102

Digital Peristaltic Pump LE-DP102

Related Models Of Digital Peristaltic Pump

Lab Expo Digital Peristaltic Pumps are structured around microprocessor-based control architecture to deliver accurate, contamination-free liquid transfer. Multiple operation modes support manual, remote, and automated integration with stored parameter recall for repeatable dosing. A precision peristaltic mechanism, corrosion-resistant build, and compact drive design enable smooth flow regulation, consistent output, and controlled operation for laboratory, research, and industrial fluid-handling workflows.