Introducing our Miniature Vacuum Pump (12V, YW11-DC12), the perfect solution for small-scale vacuum applications. This compact and lightweight pump is designed to be easy to use and highly efficient, making it ideal for a wide range of projects and applications.
With a 12V DC power supply, this pump is both portable and versatile, making it perfect for use in the lab, at home, or in the field. Its small size and low noise level make it a convenient and unobtrusive choice for a variety of applications.
Constructed with high-quality materials and advanced engineering, this pump is built to last and deliver reliable performance. Its durable construction and corrosion-resistant design ensure that it will withstand frequent use and exposure to harsh environments.
This miniature vacuum pump is ideal for a variety of applications, including air sampling, vacuum filtration, and vacuum chucking. Its high vacuum flow rate and efficient operation make it a popular choice among hobbyists, DIY enthusiasts, and professionals alike.
Whether you need to remove air from a sealed container or create a vacuum for a specific application, our Miniature Vacuum Pump is the perfect choice for your project or application.
This pump can be used with both liquids and gasses to create a vacuum or suction. It is small and easy to use.
- Pression:Basse pression
- Puissance:Électrique
- Application:Mesure
- Numéro du modèle:YW11
- Standard ou non standard:Standard
- Structure:Pompe à membrane
- Carburant:no
- Théorie:diaphragm pump
- Usage:air and water
- Model:YW11
- Air flow rate:1L/min
- Liquid flow rate:180ml/min
- Motor type:DC/BLDC
- Lifetime:500/3000 hrs
- Voltage:12
- Positive pressure:0.03MPa
- Negative pressure:-0.03MPa
- Noise level:<52dB
- dimmension:L3*W2*H4cm
- N/A
-
Miniature 12V Vacuum Pump (YW11-DC12) Tutorial: Arduino Switching, Plumbing for Suction, and Reliable Vacuum Projects
This tutorial is a detailed, practical guide to using the Miniature Vacuum Pump (12V, YW11-DC12) (Leobot Product #2989) with Arduino. You will learn how this diaphragm pump behaves in real projects, how to wire and switch it safely from an Arduino (it is not an Arduino-pin load), how to plumb it for air suction or light liquid transfer, how to protect it with moisture traps and check valves, and how to implement simple control patterns (timed vacuum, purge cycles, and optional closed-loop vacuum using a pressure sensor).
