The Raspberry Pi 3 - even faster than the Pi 2, 1 Giga of RAM, WiFi...
Assortment of BreadBoard wires Female-Female 300mm and 75 mm + Long...
Prototyping and e-learning platform for creating interactive objects or...
2 heat sinks + adhesive - high performance, for your Raspberry-Pi
Hall effect sensor - Sensitive to magnetic fields
Manufacturers
Multi-Camera module for Raspberry-Pi for 5MP, 8MP, 12MP Camera 4 CSI...
PYBD adaptateur board (Pyboard-D) Breakout of positions X & Y UEXT...
Grove inventor kit for Micro:Bit 10 Grove modules Adapter board...
PYBStick interface board for UniPi V1.1 (or UniPi Lite) Kit (to...
Female connector 2x20 pins Hammer (Contact made by insertion)
Solderless GPIO connector for Raspberry PI 2x20 Male + Female...
4 wheels Mecanum kit - Omnidirectional robot. 80mm 2x right wheels 2x...
Raspberry Pi's Starter Guide In ENGLISH 252 pages 4th Edition, Nov.2020
Raspberry Pi's Starter Guide In FRENCH 4th Edition, Nov.2020
Get started with MicroPython on Raspverry Pi Pico In ENGLISH Fixed version
Viewed products
Liquid Solenoide valve 12V 12V 3A...
EL-VANNE-METAL
Liquid Solenoide valve 12V
In stock
Availability date:
Liquid Solenoid Brass Valve - 12V - 1/2"
Liquid Solenoide valve 12V
Recipient :
* Required fields
or Cancel
Take the control of liquid flow with a flow of electron! A solenoid valve is a great addon for garden projects, aquarium or poll based project. This valve offers 1/2 inch connectors.
The solenoide valvle is normally closed, when a voltage of 12VDC is applied on the solenoide then the valve get open and the water can flow through it.
This valve doesn't not have any gasket so there is no need for minimal pressure for them to work.
La solenoide valve has been tested with various input voltage. It can been activated from a voltage as low as 6VDC (even if the valve would open slowly).
If you have a need for a more basic product then you can have a look to our solenoide plastic valve (howevern this version needs a minimal pressure to work proprely).
This table show the various current consumption corresponding to the applied voltage.
Voltage -> Current
6V -> 1.6 A
7V -> 1.86 A
8V -> 2.0 A
9V -> 2.3 A
10V -> 2.5 A
11V -> 2.7 A
12V -> 3 A
We do suggest the usage of a TIP120 or a N-Channel Power FET with a 1N4001 diode (anti flyback diode) to control the the valve from a microcontroler. A 12v 5A power supply would do the job.