Top products from r/takecareofmyplant
We found 5 product mentions on r/takecareofmyplant. We ranked the 4 resulting products by number of redditors who mentioned them. Here are the top 20.
1. Adafruit MCP3008 8-Channel 10-Bit ADC With SPI Interface for Raspberry Pi
Sentiment score: 0
Number of reviews: 2
10-bit resolution8 input channelsAnalog inputs programmable as single-ended or pseudo-differential pairsOn-chip sample and holdSPI serial interface (modes 0,0 and 1,1)
Show Reddit reviews2. Homasy 80 GPH (300L/H, 4W) Submersible Water Pump, Ultra Quiet for Pond, Aquarium, Fish Tank Fountain, Powerful Water Pump with 5.9ft (1.8m) Power Cord
Sentiment score: 1
Number of reviews: 1
Ultra Quiet Design & Perfect Motor: The relible and duarable motor does not produce much noise, giving you quiet environment. It can elevate column of water up to 2.6ft ( 0.8m). (Make sure to connect a water pipe to the smallest nozzle , make sure the joint sealed securely and tightly).Adjustable Fl...
Show Reddit reviews3. DIGITEN DC 12V 1/4" Inlet Feed Water Solenoid Valve Quick Connect N/C normally Closed
Sentiment score: 0
Number of reviews: 1
DC 12V 1/4" Quick connect Solenoid valve.Turn on water when system start;and cut off water when system stop.Working pressure:0.02-0.8Mpa. Its working temperature:32-158℉ (0-70℃).Rated power:4.8W.It will become hot because there are so many coils inside. It’s normal and safe phenomenon. The hig...
Show Reddit reviews4. eBoot 30 Pieces Photoresistor Photo Light Sensitive Resistor Light Dependent Resistor 5 mm GM5539 5539
Sentiment score: 1
Number of reviews: 1
Quantity: 30 x photoresistor, 5 mm GM5539 resistorMaximum voltage: 150 Volt DCMaximum wattage: 100 mW; Spectral peak: 540 nmLight resistance (10 Lux): 50-100 Kohm; Operating temperature: - 30 ~ + 70 degree CelsiusEnough photo light sensitive resistors are handy for your DIY and hand working projects
Show Reddit reviews
Hey, the mechanics of it (i.e. not the code) is pretty straight forward
I have this pump plugged into this power relay
The Raspberry Pi has GPIO pins and you can control those in your code. They can be hooked up to the power relay to switch the power on or off. The pump is submerged in a water reservoir and plugged into the relay so when the Pi switches it on, the pump starts pumping.
This might be the ticket, because with that type of tubing, I think you want quick connects. I'm not sure about the pressure rating, or if it would be easy to connect to an Arduino.
Here is the mobile version of your link