• TMEs with DIN-mount rails (perfect for getting a TME into an industrial environment)
• DIN-mount power supplies converting from 12v to 5V DC
• The Gnome 232 Serial to Ethernet converter (enables you to connect an RS232 device via Ethernet)

For pricing, or if you would like a quote to write a Purchase Order, please contact us, and we can email you a quotation straight back.

For the black-colour PoE adapter:

• Ensure the adapter is set to output at ’5 Volts’ (do not run the adapter at any other voltage, otherwise damage will occur to your thermometer).
• Plug your beige (or gray) Ethernet network cable to the network port on your wall (or directly into your PoE-enabled Network switch) at one end, and the other end into the PoE adapter “Data In” port
• Connect the custom power lead from the PoE adapter to your TME’s / TH2E’s 5v power socket
• Take the black “Data out” lead from the PoE adapter, and plug this into your TME / TH2E device’s Ethernet socket
• Your TME or TH2E should now be networked and powered via PoE, without using the standard power supply unit (PSU)

For the silver-colour PoE adapter:

• Ensure the adapter is set to output at ’5 Volts’ (do not run the adapter at any other voltage, otherwise damage will occur to your thermometer). Plug your beige (or gray) Ethernet network cable to the network port on your wall (or directly into your PoE-enabled Network switch) at one end, and the other end into the PoE adapter “Data In” port
• Connect the custom power lead from the PoE adapter to your TME’s / TH2E’s 5v power socket
• Take the additional network patch lead/cable, and plug one end into the “LAN out” socket on the PoE adapter. Plug the other end of the lead into your TME / TH2E device’s Ethernet socket
• Your TME / TH2E should now be networked and powered via PoE, without using the standard power supply unit (PSU)

Here is an extract from page 41 of the TMEv1.8 manual (also available from our Downloads section):

MIB table
Temperature as number

• Name: int_temperature
• Object ID: 1.3.6.1.4.1.18248.1.1.1
• GET address: 1.3.6.1.4.1.18248.1.1.1.0
• Description: The measured temperature value in degrees Celsius as an integer – the measured value multiplied by ten. (For example, 56.9 °C is expressed as 569.)

Temperature as string

• Name: string_temperature
• Object ID: 1.3.6.1.4.1.18248.1.1.2
• GET address: 1.3.6.1.4.1.18248.1.1.2.0
• Description: The measured value as a text string. (For example, “+22,4″.)

Device name

• Name: device_name
• Object ID: 1.3.6.1.4.1.18248.1.1.3
• GET address: 1.3.6.1.4.1.18248.1.1.3.0
• Description: Thermometer name set by user.

For more details, please see the TME manual.

• Install ThermoSpider (instructions are included when you purchase ThermoSpider)
• Register ThermoSpider using your name, email address and license code (supplied after purchasing ThermoSpider)
  
• Add at least 1 Ethernet Thermometer (TME) to the probe list in the ThermoSpider preferences. (e.g. 192.168.1.254), and tick “Sample”, “Graph” and “Export”
• Open a Graphing Window (Window menu -> Graphing Window)
• Set “Poll Every” to 1 minute (Preferences -> Monitoring). This is how often your thermometer is asked for the current temperature.
• Set “Generate every” to 1 minute (Preferences -> Graphing). This is how often the graph is exported to HTML format.
• Set “Scale Time Period” to “Last hour” to begin with
• Close the Preferences window by clicking the “Save” button
• Allow ThermoSpider to accumulate data for a few minutes
  

The graphing window will be ‘empty’, until enough data has been collected. So, by setting “Poll Every” to 1 minute, data will be accumulated sooner.

Once Setup…”View in Web Browser”

Once a graph is showing in your Graphing window, you can go to Preferences -> Graphing tab, and click the “View in Web Browser” button, to start to view your graph (as a web page) in your default web browser. When viewing the file via your web browser, the page will auto-refresh periodically, checking for an updated graph image. (If a new one has been generated, it will be displayed).

You can also book-mark the ThermoSpider output page in your browser, for future reference.

Share your web page

If you want to share that page across your network, simply enable web sharing for that particular folder/path location, on your computer. (Enabling this will depend on your computer setup, e.g. whether in Windows, Mac OS X, or Linux etc.). You can also change or customize (cut / copy / paste) the default web export URL, to suit your needs.

Later, you can set these polling and generating settings, back to less-frequent intervals if you like.

Text Export (for use in Excel etc.)

Your TME data will also be exported (as text) if you have the “Export” box checked for your thermometer (in the Preferences -> Monitoring -> Export field). Check the Preferences -> Monitoring tab, for the default “Output” path. (You can also change this path yourself).

Sample, Graph, Export

In the Monitoring Preferences -> Probes list, these are the options available:

• “Sample” refers to whether you want to gather data for that probe
• “Graph” refers to whether data is graphed for you
• “Export” refers to whether your TME data is exported to text file automatically.

(It is recommended to “tick” each of these values, to enable full functionality)

Display more than one TME

If you have more than one TME, you can add additional TMEs, to the ‘Probes’ list (as noted above). Once added, give Thermospider a few minutes to ‘talk’ with the TME’s, to grab some more data. Once sufficient data has been obtained, then these additional TMEs will also be graphed, one after another (down the Thermospider window).

If you have opted to to the web ‘export’ function, each additional TME will appear after another too, down the web-browser window. An example screen-shot of the Thermospider Web-export, is shown below:

Improvements in this release:

• Data graphing features now including continuous temperature history graph web export (e.g. so that other users on your network can see the Thermospider Data Logging output)
• Improved (reduced) memory usage

For a limited time only, our Data Logging Software is $AU65. Buy now for Mac/PC/Linux direct from our online store now (all upgrades to the product are free of charge, when future releases are made)

Direct online store URL:
http://store.kagi.com/cgi-bin/store.cgi?storeID=6FEWW_LIVE&&

Want to contact us? Want a formal quote? Simply fill out our quick ‘Contact Us’ form (click here).

• Temperature / Humidity / Alerts / Event memory + logging

OR

• Temperature / Humidity / Alerts / SNMP / ModBus

By default, the TH2E units despatched to customers are the model with the ‘event memory’ and temperature/humidity logging. But if you require SNMP (e.g. for Nagios, NetSaint etc.) or if you require ModBus functionality for a specific application in your organisation, please mention this when ordering a TH2E.

The TH2E manual is available for download from here: TH2E PDF manual download.

SNMP is discussed in the TH2E manual from page 41 onwards.

ModBus is discussed in the TH2E manual on page 46.

Not sure what option you need? Then simply contact us for more information.

• First chose your IP address
• Next configure your Email settings.
• For most people, that’s it!

If you want, you can set your notification email address, to that of an email-to-SMS service (such as the Australian site: UTbox.net), so that you can receive an SMS whenever temperatures rise.

Email-to-SMS services work by having an account with an SMS provider. You can then send an email to the SMS provider from a device (such as your TME Ethernet Thermometer, or TH2E Temperature Humidity sensor), and an SMS will be sent direct to the mobile telephone number that you specify.

If you chose to use UTbox.net for your SMS alerting needs, you can use our UTBOX REFERRAL CODE: Q2G6-84CP-VAFD for a $5 discount / credit on signing up to Utbox.net

All of our Ethernet Thermometers INCLUDE a regulated power supply as standard, along with Ethernet cable, temperature probe, and full instructions. Ready to use!

We stock the fully-featured TH2E model from Papouch. The model has these features:

• Temperature sensing (Celsius or Fahrenheit)
• Humidity sensing
• Dew-point calculation
• Web interface (just like the TME product)
• Email alerts (also capable of Email-to-SMS alerts)
• Available with 10,000 event memory (new feature!) or SNMP / ModBus functionality. (Memory feature default — if you want SNMP / ModBus functionality, please let us know at the time of ordering).
• Whole host of other communication protocols, to suit your every need!
• See our Products page for more information

TH2E’s are available now, from our online store:

Online Store (Equals Greater Than)

TH2E Ethernet Temperature Humidity sensor

Online Store (Equals Greater Than)