Bearings Canada
KPHM400-ST high Flow Stepper Motor peristaltic Pump 24V Variable Speed lab Liquid dosing Pump 0~400ml/min
Title
$114.20 CAD
$190.35 CADyou save $76.15 CAD
SKU: VXB097XXJ1XD
UPC: 00193019431092
UPC: 00193019431092
KPHM400-ST High-Flow Peristaltic Pump with 24V Stepper Motor - 0-400 ml/min, Single Unit Pack 1, Nylon Head & PharMed BPT Tube
āļø 24V stepper-driven peristaltic pump, 0-400 ml/min flow, 400 rpm
āļø 24V stepper-driven peristaltic pump, 0-400 ml/min flow, 400 rpm
The KPHM400-ST is a high-flow peristaltic pump with a fixed-tube design and a 24V stepper motor, built for precise liquid dosing in labs and production environments. This single-unit pack (Pack 1) keeps setup simple for experiments and continuous processes. The pump head is nylon and the tubing is PharMed BPT, with a design that fixes the tube to prevent movement during operation. The liquid only contacts the tube, not the pump body, ensuring minimal contamination. Applications include experimental research, monitoring, inkjet printing, aquarium dosing, smart home projects, and aviation operation simulations.
ā Voltage: 24V DC ā Current: 0.3A ā Flow rate: 400 ml/min ā Speed: 400 rpm ā Pump head material: Nylon ā Pump tube material: PharMed BPT ā Rollers: 3 rotors ā Working temperature: 0-40°C; Humidity: <80% ā Net weight: 304 g ā Features: Fixed pump-tube design; low pulsation; no pollution; liquid touches only tube ā Applications: Experimental Research; Experimental Monitoring; Inkjet Printing; Aquarium; Smart Home; Aviation Operation š” What is a peristaltic pump used for in lab and industrial dosing? Here's a quick overview of why this pump is handy for precise dosing. - Provides clean dosing since only the tubing contacts the liquid - Supports programmable control with a 24V stepper motor for repeatable flow - Tubing is chemically resistant (PharMed BPT) for acids, alkalis, and oxides - Three-roller design minimizes pulsation for steady output In real-world use, it delivers reliable, repeatable dosing for tests, prints, aquariums, and automation tasks.