






🌡️ Elevate your IoT game with precision that’s built to brave the elements!
The BOJACK DS18B20 Temperature Sensor Module Kit offers a waterproof stainless steel probe with a wide operating range (-55°C to +125°C) and adjustable 9-12 bit resolution. Designed for Raspberry Pi and Arduino, it features a built-in pull-up resistor for direct GPIO connection, simplifying setup for professional-grade temperature monitoring in harsh or wet environments.
| Customer Reviews | 4.8 out of 5 stars 65 Reviews |
M**S
A good sensor kit for adding a temp sensor to a Raspberry PI
This worked exactly as expected. It came with everything I needed to hook it up to a Raspberry PI 4. They seem to be accurate and consistent - I ordered 3 and all of them measure the same levels, and measure exactly 0C in an ice bath. The sensor does not need a stepdown resistor and is easy to plug in and use. (Instructions are readily available on the internet) I configured this on the PI with exporter to Prometheus then graphed the data in Grafana, which gave me a nice web page with a time series graph of the temps. The kit was well packaged. I can't speak to the waterproof-ness of the probe. Also seems like a good price for what is included. I would buy again.
T**R
Arduino
temp probe for Arduino project. Working good. Using it against a metal line to judge temp and control a fan. Stable output, temp appears accurate. Does what I expect it to do.
R**S
Works reliably. Easy to use.
Many application examples on line. I use it with Raspberry Pi3 to monitor the temperature in our green house.
L**T
look closely
connectors are very small- could not tell that from the photo
C**N
It’s a sensor
Seems to be accurate
B**E
Works with my RPI 4
The temp sensor works great with my RPI 4B. About the accuracy I cannot speak but it feels like it does show the right temperature. I needed it for test purposes and therefore I did not need accuracy temperature thorugh.
D**Y
Works fine
Does its job but wish the cable was a foot or two longer.
Trustpilot
2 weeks ago
2 months ago