![]() Click on the MAIN tab if not already selected in the main iTools window. ![]() Now you’ll see all of the sub-subfolders within the 1 FOLDER listed vertically in this same window as well as listed horizontally across the main window of iTools. Next Double Click on the 1 Folder located on the left side of the iTools window.Now you’ll see all of the subfolders within the CHANNEL FOLDER listed vertically in this same window as well as listed horizontally across the main window of iTools. Double-click on the CHANNEL FOLDER located on the left side of the iTools window.Based on these values and the standard internal flash memory size of 50MB, you will see that the time until flash memory is full has been calculated at 250.96 days. For this demonstration leave the recording interval time at 10 seconds and the UHH file compression at NORMAL. Next ensure that Trend Point 1 thru 4 is set as Channel 1 through 4 respectively.For this demonstration we will leave the Trending value set at 10 Seconds. Click on the TRENDING tab and change the Trending Interval to your desired value.Now you’ll see all of the subfolders within the GROUP FOLDER listed vertically in this same window as well as listed horizontally across the main window of iTools. Double-click on the GROUP FOLDER located on the left side of the iTools window.Ensure that the current date and time is correct. Next if you want to setup DST Day Light Savings Time do so at this time by selecting YES and entering the proper data requested for day light savings time.At the date of this video tutorial we are at GMT-05:00. Next select the proper Time Zone for your area.For this demonstration will we choose month day year (MM/DD/YY). Click on the LOCALE tab in main window of iTools.Now you’ll see all of the subfolders within the INSTRUMENT FOLDER listed vertically in this same window as well as listed horizontally across the main window of iTools. Double-click on the INSTRUMENT FOLDER located on the left side of the iTools window.This symbol is telling you that you are now in the configuration setup level. Please note that a yellow colored symbol with a wrench in it will be displayed on the nanodac picture at the bottom left corner of the iTools display as well as next to the nanodac communications address near the top left of the iTools window. Next you will see another pop up window asking you for the configuration passphrase.Next you will see a popup warning window asking you to select yes or no at this point just select yes.First let’s begin by putting the nanodac controller into the configuration mode by clicking on the access icon at the top of the iTools window.Do not proceed until the synchronization has completed. Click on the scan from device address radio button.Īfter a few seconds the nanodac should be found and will begin to synchronize with iTools.The Enable background Scan popup window will appear. Click on the SCAN button at the top of the iTools window.STOP: Please review Episode # 1, and Episode # 2, before continuing with this Episodeįirst we must open iTools by clicking on the iTools Engineering Studio Icon on your desktop or by clicking START then ALL PROGRAMS then navigate to the EUROTHERM FOLDER and click on the iTools Engineering Studio Icon. Also please attach the nanodac to your Local Area network via a Cat 5 patch cable. Start by attaching a 110VAC line cord to the L, N, and G terminals so that you can power up the nanodac. Now that you have just received your nanodac recorder, please begin by removing it from the box. An additional 30 virtual channels can be utilised to provide maths, counter, slave communications and totaliser functionality within the instrument.This Video Tutorial will demonstrate the basic CONFIGURATION Setup of a Eurotherm nanodac 4 channel recorder using iTools. The four universal input channels provide high accuracy (suitable for use in Nadcap applications) and 125ms parallel sampling. As well as multiple real-time views and historical review on the product, multiple data archiving strategies are provided utilising the 50MB onboard Flash memory, removable USB and data transfer via FTP to a specified server. The nanodac recording functionality utilises the secure strategies and UHH format developed by Eurotherm through years of recording expertise. The unit also provides user wiring from the front of the product for detailed configuration without the need to connect to a PC. Views include: Horizontal and vertical trends Horizontal and vertical bar graphs Numeric Alarm panel, Alarm status. The 3.5” TFT display offers incredibly clear visualisation of process parameters with a wide selection of configurable views to best suit the application.
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