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Lab Expo Digital Peristaltic Pump LE-DP101 operates at a maximum flow rate of 2280 mL/min for continuous fluid delivery. It provides adaptability to multiple pump heads for customizable flow rates. Designed with dual working mode to offer enhanced flexibility for both routine operations. Integrated with LCD touchscreen display for easy control and monitoring. Our Digital Peristaltic Pump is a reliable and efficient solution for precise and stable performance.
$2,530.00 $ 2108
| Max Speed | 600 rpm (Reversible) |
| Max Flow | 2280 mL/min |
| Speed Resolution | 0.1 rpm |
| Speed Mode | Touchscreen Adjustment |
| Timing Range | 0.1 seconds to 9999 minutes |
| Quantitative Range | 0.001 mL to 9999 L |
| Filling Times | 0 to 9999 times |
| Back Suction Angle | 10° to 720° |
| Back Suction Speed | 10 to 300 rpm |
| Start Control | 0 to 5V |
| Direction Control | 0 to 10V |
| Speed Control | 4 to 20mA (Optional) |
| Display | Colour LCD Display |
| Power Consumption | < 50W |
| Power Supply | AC100 to 240V, 50 Hz/60 Hz |
| Dimension | 215 ×136 × 236 mm |
| Package Dimension | 410 × 260 × 360 mm |
| Net Weight | 4.94 kg |
| Gross Weight | 8 kg |
Function Implementation Laboratory fluid transfer 2280 mL/min max flow supports precise reagent dispensing Process automation lines 0.1 rpm speed resolution enables fine-tuned dosing control Quality control sampling 0.001 mL to 9999 L quantitative range handles micro-volume assays Industrial fluid handling <50W power consumption allows energy-efficient continuous operation Clinical diagnostic workflows Touchscreen adjustment with colour LCD display simplifies operator interaction
Pump Head- 1pc
Silicone Tube (2 Meter)- 1Pc
Plastic Connector- 4Pcs
Foot Switch- 1Pc
Power cable-1Pc
Silicone Tube (10 meter)
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.
