Monitoring my wine cellar for temperature and humidity?
Monitoring my wine cellar for temperature and humidity? |
The Problem: | |
| You are looking to monitor the temperature and humidity within your wine cellar without the need to go down to it. You wish to log your readings and have them transfer by Bluetooth or WiFi so you can view them. So, how do you go about doing this? | |
The Solution: | |
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There are two solutions for these requirements. The first utilizes Bluetooth which when connected to either an
iPad or iPhone will transfer your readings for you to view and download, whilst the second interfaces with your
existing WiFi connection. This option will upload information to a Cloud based server that can be accessed from
anywhere in the world using your login.
This makes it the ideal setup for field studies where size, time of setup and functonality are
parmamount. If you need assistance selecting a weather station or an anemometer for your
requirements please feel free to contact one of our friendly Scientists via
email or
phone on 1300 737 871.
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| Recommended Products | |
| MX1101 - HOBO MX Temperature/Relative Humidity Data Logger | |
Onset’s HOBO MX1101 data logger measures and transmits temperature and relative humidity data wirelessly to
mobile devices via Bluetooth Smart technology. The self-contained wireless data logger, which works with
Onset’s free HOBOmobile app for logger setup and data management, enables you to access data anytime from your
iOS mobile device over a 100-foot range, and it requires no dedicated equipment beyond an iOS device for
configuring the logger or reading out data.
Using Onset’s free HOBOmobile app, you can view data in graphs, check the operational status of loggers,
configure alarm notifications, and share data files.
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| EL-WIFI-TH - WIFI Temperature & Humidity Data Logger | |
The EL-WiFi-TH sensor measures the temperature and humidity of the environment in which it is situated. Data
is transmitted wirelessly via a WiFi network to a PC and viewed using a free software package. During
configuration the sensor will search for an existing wireless network whilst physically connected to the PC.
It can then be placed anywhere within range of the network. If the sensor temporarily loses connectivity with
the network, it will log readings until it is able to communicate again with the PC application (max 60 days
at 10 second sample interval). The range of the sensor can be increased by using WiFi extenders.
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