Kamoer DIP1500 Peristaltic Pump 24V 1500ml/min High Flow Intelligent Variable Speed 0.1-400rpm
Important Links
Safety Operating Procedure
Description The Kamoer DIP1500 is an intelligent variable-speed peristaltic pump for precise liquid dosing and transfer. A stepper-driven 3-rotor head squeezes a silicone tube to move fluid, with a digital LED display showing real-time speed and flow rate and RS485 for external control. Because the liquid only ever contacts the inside of the tube, it handles viscous, abrasive, or shear-sensitive fluids cleanly. In the lab, it meters and transfers materials such as slips, inks, gels, and solutions at controlled, repeatable flow rates for preparation, dosing, and experimentation.
Specs * Type: Intelligent variable-speed peristaltic pump * Drive: High-precision long-life stepper motor, 3 rotors * Flow rate: Up to 1500 ml/min * Speed range: 0.1–400 rpm * Display: Digital LED (real-time speed and flow rate) * Control: RS485 interface * Tubing: Silicone S18# (7.9 mm ID × 11.1 mm OD), tool-free swap * Tube life: ~200 hours (consumable) * Power: 24 V DC (via adapter) * Model: Kamoer DIP1500
Hazards
- Pinch point: the rotating rotor against the tube can catch fingers, hair, or loose clothing
- Tube rupture/leak: a worn tube (past ~200 h) can crack and spray or drip fluid
- Chemical exposure: depends on the pumped fluid (slips, solvents, deflocculants)—splash and contact risk
- Back-pressure: a blocked or kinked outlet can build pressure and pop connections
- Spill/slip: leaked fluid on the bench or floor
- Electrical: 24 V DC adapter and mains cord
Things to Avoid
- Fingers, hair, or clothing near the rotor while running
- Pumping fluids that are incompatible with silicone tubing (some solvents degrade it)
- Running with a worn tube past its service life
- Blocking, clamping, or kinking the outlet line during operation
- Prolonged dry running (accelerates tube wear)
- Liquids on the controller or electronics; operating with a damaged adapter cord
Safety Checks
- Inspect tubing for cracks, flat spots, or wear; replace if degraded or near tube-life limit
- Confirm the tube is routed and seated correctly in the pump head
- Inlet/outlet tubing secured to containers, no kinks or blockages
- Verify the fluid is compatible with silicone tubing
- Correct 24 V adapter connected; cord and connectors undamaged
- Containers positioned to catch flow before starting
Operational Checks
- Set direction and speed/flow rate appropriate to the task
- Prime the line and confirm steady flow before leaving it running
- Watch the pump head and connections for leaks
- Monitor tube wear during long or unattended runs
- Stop immediately if the tube slips, leaks, or the line blocks
Cleanup
- Stop the pump and power down
- Flush the line with water or an appropriate solvent for the pumped fluid
- Wipe the pump head, rollers, and any spills
- Inspect or swap the tube; log tube hours
- Dispose of fluids per the correct waste stream
- Return the device to its station; log usage