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Ultra Low Wireless Temperature Monitoring Kit
£234.00 ex VAT
£280.80 inc VAT
WiFi data logger kit for cryogenic temperature monitoring
- Email alerts when alarm limits are exceeded
- Monitor readings remotely
- Free software with zero subscription costs
- Free traceable calibration certificate
- Free magnetic mount and silicone boot worth £23
- Accessible digital data archive
- Two probes for accurate low-temperature measurements
- Ideal for cryogenic freezing
- For UKAS Calibration please contact us to get a quote here
This WiFi logger kit enables remote tracking of ultra-low temperatures in cryogenic storage facilities or laboratories, ensuring the protection of sensitive materials without constant manual checks. With instant alerts for out-of-range readings, the WiFi logger helps prevent damage or loss of valuable specimens, offering peace of mind and streamlined processes.
What Does Each Ultra Low Kit Contain?
Each kit contains a two-channel WiFi data logger for remote monitoring. It’s paired with two type T Low-Temperature Cryo probes for accurate measurements at ultra-low temperatures.
The kit also comes with a free magnetic mount and protective silicone boot worth £23 to ensure your logger is stored safely and protected from water, dust and damage.
Kit Contents
ThermaData TD2TC Features
- Designed and made in Britain
- Records up to 2 x 9000 readings
- Temperature range -100 to 400 °C
- LCD screen displays temperature, WiFi connection status, max/min recorded temperatures, alarm status and battery life
- Battery-powered
- USB lead supplied
- Free ThermaData Studio software with no licence fee or ongoing subscription charges
Accurate Cryogenic Temperature Probes
Designed for accurate measurements of ultra-low temperatures, the Type T Cryo Probes read measurements between -100 and 250 °C with a ±1 °C accuracy. They measure 180mm in length and have a 2-metre stainless steel over-braided lead.
Why Switch to Wireless Temperature Monitoring?
Streamline your processes and save time and costs on manual labour with automated temperature monitoring. Use our free software to program your data logger with your timed intervals, put it in place, and it will record the temperature and send it to your PC.
Each logger transmits the recorded data to a WiFi router connected to the internet, which can be viewed and managed from a PC, laptop or tablet anywhere in the world.
Switch on push notifications and email alerts to get a notification as soon as temperatures fall outside of your set parameters. Take corrective actions more quickly and avoid costly spoilage.
Avoid human errors when you digitalise your HACCP plan. Every reading is measured and recorded accurately and on time, with a time and date stamp to prove it. Historical data is organised, accessible and ready to pull up in seconds.
ThermaData Hub Beta
Our new software platform, is now available for early access testing. Replacing ThermaData Studio (below), it not only manages all ETI WiFi Loggers, but now allows users to configure HACCP checklists, and contains new ways to analyse temperature data. Checks can be completed via a new mobile App, which connects to all ETI Bluetooth Thermometers.
For more information, please contact: sales@etiltd.co.uk
Disclaimer: ThermaData Hub is still under development and should not be used as a complete temperature monitoring solution until its official release. ETI is not responsible for any data loss during this period. For full terms and conditions please refer to ETI Apps – Terms and conditions at the bottom of this page.
Minimum requirements: .NET 8, Windows 10 or above, at least 500 MB of hard disk space (more may be needed depending on the amount of data being collected).
Need help installing .NET 8?
To install .NET 8, visit this link and download the x64 Windows Installer for the .NET Desktop Runtime 8.X (where X is the latest version).
860-971
Data sheet
| Range - T Thermocouple: | -100 to 400 °C |
|---|---|
| Max/Min: | Yes |
| Resolution: | 0.1 °C/°F |
| Accuracy - Instrument Only: | ±0.4°C ±0.1 % of reading |
| Sample Rate: | 6 seconds to 330 minutes |