HD32MTLogger Software Manual for the instrument HD32MT.1 Introduction
WARNING: The software must always be run as administrator!
The HD32MTLogger program allows management of the HD32MT.1 datalogger from your PC.
Using this software you can manage:
datalogger programming;
data transfer to PC;
graphic presentation and printing of captured measurements;
display of measurements in real time, also graphically.
The data logged in the instrument internal
memory can be downloaded on the PC, saved on file, printed, and exported in
Excel.
The software has an automatic search function of the devices connected to the PC.
For the instrument complete features, please see the printed manual or the PDF file available in the Documentation section of the CD-ROM.
Start the application by double clicking on the application icon on the desktop, or select the HD32MTLogger item in the DeltaOhm folder on the Start menu.
If you have an Internet connection, the program first checks for a new software update asking if you wish to install it. If no Internet connection is detected or no software update is available, the warning is not displayed and the main page appears.
You can see the following areas:
1. Menu: it collects the menu items.
2. Command Bar: a set of icons of the main commands of the application.
3. Folder Window: it displays the PC folders and the default work folder.
4. File Window: all files contained in the folder selected in the Folder Window (point 3).
5. Properties Window: shows the characteristics of the file selected in the File Window (point 4).
6. Status Bar: provides information on the serial connection and the connected instrument.
The areas can be resized by dragging the borders with your mouse.
The use of the application sections and available commands is illustrated in detail in the following paragraphs. At the end of the manual you can find the complete list of commands with a short description, in order to provide a quick guide to the various functions.
Connect the datalogger, through the COM PC port, to the PC. The datalogger can be connected in the following ways:
• directly to an RS232 port of the PC using the 9CPRS232 cable,
• directly to an USB port of the PC using the C205 cable (fitted with built-in USB/RS232 converter),
• using a Radio Modem (only for the version with Radio Modem option),
• through a Local Area Network with TCP/IP protocol (inserting a RS232/Ethernet adapter between the network and the datalogger),
• through Internet with IP modem HDF2414.
For the details on the various connection options, please see the instrument's operating manual.
Choice of instrument model and connection type
Select the Choice of instrument model and connection type item in the Tools menu.
Select the model HD32MT.1. Select:
• Serial connection if the datalogger is connected directly to a RS232 or USB port of the PC, or it is connected through a Radio Modem.
• TCP/IP client connection if the datalogger is connected through a Local Area Network with TCP/IP protocol and RS232/Ethernet adapter.
• TCP/IP server connection if the datalogger is connected through Internet with IP modem HDF2414.
Press Apply to store the choice. Press Exit to return to the main window.
Direct or Radio Modem connection configuration
If the datalogger is connected directly to a RS232 or USB port of the PC, or it is connected through a Radio Modem, select the Serial Connection item in the Tools menu to configure the connection.
In the Connection Properties window, check the RadioModem item for the model with Radio Modem option. For the basic model, ensure no check is present, or click on the small box near the item to deselect it.
Select the number of the COM port of the PC to which the instrument or modem is connected, then press Apply to return to the main window. If the port number is unknown, do not change the setting and press Apply to exit. The program will automatically search for an instrument connected to the PC's available ports, starting from the set one. The remaining communication parameters cannot be changed; the difference between the two datalogger models consists in the data transfer speed (bit per second): 38400 for the Radio Modem model and 115200 for the basic model.
Configuration of network connection with TCP/IP protocol and RS232/Ethernet adapter
If the datalogger is connected to a Local Area Network with TCP/IP protocol through an RS232/Ethernet adapter, select the TCP/IP connection setup item in the Tools menu to configure the connection.
In the TCP/IP connection setup window, set the IP address and Port fields as required by the used RS232/Ethernet adapter (please see the adapter documentation).
Press Apply to store the configuration. Press Exit to return to the main window.
Configuration of Internet connection with IP modem HDF2414
If the datalogger is connected to Internet with IP modem HDF2414, select the TCP/IP connection setup item in the Tools menu to configure the connection.
In the TCP/IP connection setup window, set the server port number (the port number must be equal to that set in the IP modem).
Press Apply to store the configuration. Press Exit to return to the main window.
Starting the connection
Make sure the instrument is powered, then select the Connect icon in the Command Bar, or the Connect item in the Tools menu.
If the connection is successful, the software reads the program installed in the datalogger and asks to enter the password. Write the password in the Password field and press OK. The factory default password is 00000000 (8 zeros).
Note: by pressing Cancel or OK without entering the password or OK with wrong password, only the measurements and parameters viewing functions will be available, but it will not be possible to change the data logger settings (user code, measurement acquisition and recording program, GSM settings, firmware update). By pressing OK with wrong password, an error message will appear; to insert the password again, disconnect and connect again the data logger.
After the connection, the DataLogger Information window is displayed, which lists in the order: data logger model, serial number, firmware version, name of program installed in the datalogger, measurement acquisition interval and number of store tables (a store table is a list of measurements being logged together).
Press OK to access the software's main window. Later, the DataLogger Information window can be opened from the main window by selecting "Tools >> Instrument info".
Note: if you attempt connection while the datalogger is recording data in the SD memory card, you will get an error message. In such case, wait till the end of recording and retry by pressing Connect.
A correct connection is indicated by a green label on the left of the status bar. In the status bar are also shown, in this order: current date and time (and offset), datalogger model, user code, serial number, name of the datalogger operation program, measurement acquisition interval (Scan Period) and number of store tables.
If the connection fails, an error message is shown; in such case, check the serial connection's cables and settings.
At the end of the connection, before removal of the cables, select the Disconnect icon in the Command Bar, or the Disconnect item in the Tools menu.
Note: if the access code has been entered, it remains active for 5 minutes after disconnection. If the data logger is reconnected within the 5-minute interval, it is not necessary to enter the code again. To disable the access code before the 5-minute interval has elapsed, reconnect the data logger entering a wrong password.
The password can be changed during the connection, when the software asks to enter the password.
To change the password, enter the current password in the Password field, select the New Password check box, enter the new password in the field below the New Password check box and in the Confirm field.
Press OK, a confirming message appears, press OK again to proceed.
The code is alphanumeric (characters 0...9, a...z, A...Z), must have at least 5 characters and can be maximum 10 characters long.
WARNING: if the access code is changed, make sure to keep the new code in a safe place. There are no commands for the reset of the access code. The loss of the code precludes the possibility to change the configuration. In case of loss of the access code, the user shall address the technical service.
All files processed by the software are saved into a folder called Predefined folder. The software, during installation, creates the Deltaohm\HD32MTLogger default work folder in the installation disk's root.
When first opening the software, the work folder contains only the Setup subfolder. The datalogger measurement and logging programs are saved in this subfolder.
When first connecting the datalogger, also the Logging and Monitor subfolders are created. The data downloaded from the instrument connected to the PC are recorded in the first, the second gathers the data acquired by the Monitor function.
The Logging and Monitor folders are identified according to the serial number of the connected datalogger. This allows keeping the data from different dataloggers separate, and therefore handling multiple dataloggers using the same software (you can connect only one instrument at a time; you cannot simultaneously monitor multiple dataloggers).
To change the work folder name and position, you can use the Predefined folder command in the Tools menu.
The following window opens:
Press Change... and select the new folder, then confirm with OK.
Press Apply to close the window. To have the change take effect, you need to close and restart the application.
To update the date and time of the instrument, select the Clock Setup icon in the Command Bar, or the Clock Setup item in the Tools menu.
The following window will appear:
At the top of the window, under the HD32MT title, you can see the datalogger date and time.
In the Datalogger offset field, select the offset to be applied to the PC time to get the time to be set in the data logger.
At the bottom of the window, in the PC Clock section, you can see the PC date and time, for the local time zone and the reference time zone (UTC).
Press SET to set the time (PC Clock Local + Datalogger offset) in the instrument.
Note: after the update, the clock setting is disabled until the next minute (for example, if the update takes place at 15h 25m 18s, the next setting is allowed after 15h 26m 00s).
Press EXIT to return to the application main window.
To view and set the user code of the instrument, select the User Code Setup icon in the Command Bar, or the User Code Setup item in the Tools menu.
The following window will appear:
To modify the user code, write the new code and press Apply.
Press Exit to close the window without code changes.
The datalogger continues to log since the moment an operation program containing store tables is transferred. If the datalogger has no operation program with at least one store table, the measurements are not recorded, and therefore you cannot download any data.
The data captured by the instrument can be transferred to the PC for display and processing.
Select the Dump LOG icon in the toolbar or the Dump LOG item from the File menu.
The following window will appear:
The store tables can be downloaded one at a time. The application does not allow simultaneous download of multiple tables.
At the top of the window, select the number of the table to be downloaded. The quantities contained in the selected table are listed under the selection field.
At the bottom of the window, the name to be assigned to the file is prompted, composed of number of store table followed by a sequential number. To the file is assigned the d32 extension. The file will be saved in the Logging folder inside the default work folder. If you wish to change the file name or path, select Browse, then write the file name and indicate the folder in which to save the file.
Finally, indicate if you wish to download all data in the memory for the selected table (All Data option) or only those recorded after the last download (New Data option).
Note: the first time the data are downloaded, it is necessary to select the All Data option, otherwise an error message will be displayed. After the first data download, it will be possible to select the New Data option as well.
To start the data transfer press Start.
The transfer status is indicated by a progress bar at the bottom of the window. You can cancel the transfer pressing Abort.
At the end of the transfer, press OK to return to the application main window.
The file concerning the downloaded data will be listed in the Logging folder (If the default path was maintained, otherwise you should look the other path indicated when saving).
To display the values measured by the instrument in real time on the PC's monitor, select the Monitor icon in the toolbar, or the Monitor item from the File menu.
The window Monitor will appear, containing the same number of windows of the quantities measured by the datalogger. For each quantity are reported: the name, the unit of measurement, the corresponding input channel, the last measured quantity and the statistical information provided by the acquisition and recording program installed in the data logger (please see Viewing statistics with the Monitor function).
Note: the measure of the transmitters connected to the analog inputs is always displayed using 4 figures, independently of the measured quantity. The Pt100 sensors configured on a low scale have a centesimal measurement. The Pt100 sensors configured on a high scale, the NTC sensors and the thermocouples have a decimal measurement.
By selecting the second icon up on the left, you can select if laying the quantity windows in drop-down order, vertically or horizontally.
You can minimize each single window or minimize all of them by selecting Minimize All.
By selecting (check mark present) or deselecting (check mark absent) the View Graphs and View Data items, you can view the acquired measurement both numerically and graphically for the last 900 captured values in real time, or view the measurement only numerically or graphically for the last 900 captured values in real time.
The trends are shown starting from "0" and are scrolled leftwards on the PC's monitor. The graph's horizontal axis shows the number of captured values in real time.
By selecting the Beep item, an acoustic signal is issued (if the PC's audio is on) each time the values on the screen are updated after a capture.
By positioning the mouse on a graph point, you can view the acquisition time and the value at that point.
By "clicking" with the right button of the mouse, you will get the following list of commands:
Copy: it copies the graph to the clipboard.
Save Image As...: it saves the graph as a bitmap image in emf, png, gif, jpg, tif or bmp format.
Page Setup...: it allows setting up the page format in order to print the graph.
Print: it prints the graph.
Show Point Values: it enables or disables the display of the acquired values when the mouse pointer is placed on a point of the graph.
Un-Zoom: it cancels the previous zoom.
Undo All Zoom/Pan: it cancels all zooms.
Set Scale to Default: it adapts the vertical scale for the measured values, that is, it applies the maximum zoom to allow a complete view of the trend.
Note: the Un-Zoom and Undo All Zoom/Pan commands are enabled only after the Set Scale to Default command.
To exit the Monitor function, select the first icon up on the left:
Before exiting, you are prompted if you wish to save the values captured in real time from the start of the Monitor function. By answering Yes, the values are saved into a file with d32 extension in the Monitor folder contained inside the default work folder. The file is identified by the date and time of exiting from the Monitor function.
View and export the saved data
The Logging data downloaded from the datalogger and the data captured using the Monitor function and saved in the PC can be directly recalled and analyzed with the HD32MTLogger program, or exported in Excel format.
To recall the data saved on the PC, select the Monitor folder for the data acquired with the Monitor function or the Logging folder for data downloaded from the datalogger memory. Then select the file containing the data to be displayed in the list of files.
In the Description of selected file box you can view the quantities in the file. At the bottom of the box, the complete path, number of store table, recording interval, date and time of the first and last acquisition, total number of samples present in the file are indicated.
To open the file of the measurements double click on the name of the file, or select the file and click with the right button of the mouse, then select Explore.
To select the acquisition sessions saved outside the default folder, select the Tree view of the directory command and indicate the path of the measurement file.
As an alternative, select the View Data icon in the toolbar, or the View Data item in the File menu, then select the desired file and press Open.
When the file is opened, the following window appears:
In the upper left box, the list of detected quantities and the correspondent graph colour will appear. The upper right box displays the acquired measurements as a table.
When the window is opened, only the graph of the first quantity of the list is displayed. To display or hide the graph correspondent to a quantity, click on the small box on the left of the quantity name in the upper left panel, so to make the tick mark appear or disappear.
ZOOM FUNCTIONS
It is possible to change the y-axis scale of each graph, or to apply a zoom to enlarge particular areas of the graph. The graph panel can be enlarged to fit all the View Data window.
How to enlarge the graph panel
In the upper side of the window, select the sixth icon from the left.
The graphs area will occupy all the available window. To reduce the graph area, select the same icon again.
How to modify the scale
In the right side of the upper left panel, select the quantity of which you want to change the scale.
Select X1 to change the scale with 1 unit steps, or X10 to change it with 10 units steps.
Then:
select the arrow keys to shift the scale upwards or downwards.
select the "+" and "-" keys to decrease or increase the full scale value of the y-axis.
change the values in the Max and Min fields to precisely set the max and min of the scale.
Zoom
To enlarge a part of the graph, left click on the outer side of the area, keep the button pressed and draw the mouse until you draw a window around the desired area, then release the button.
The selected zone will now occupy the entire graph area.
If you have a mouse with a central wheel, the graph can be enlarged and reduced by rotating the wheel forward or backward.
To return to the previous zoom levels, click with the right button of the mouse, to get the following list of commands:
then select:
Un-Zoom: to return to the previous zoom level.
Undo All Zoom/Pan: to return to the initial graph view.
These commands are enabled only when a zoom was applied to the graph.
In addition to the functions to cancel the zoom, by clicking with the right button of the mouse you will get the following list of commands:
Copy: it copies the graph to the clipboard.
Save Image As...: it saves the graph as a "bitmap" image in "emf", "png", "gif", "jpg", "tif" or "bmp" format.
Page Setup: it allows setting up the page format in order to print the graph.
Print: it prints the graph.
Show Point Values: it enables or disables the display of the acquired values when the mouse pointer is placed on one point of the graph trends.
Set Scale to Default: it adapts the vertical scale for the measured values, that is, it applies the maximum zoom to allow a complete view of the trends.
GRAPHS SETTINGS
It is possible to change the background color of the graphs area, the axes color, the color and the line thickness of each graph.
How to change the background color
In the upper side of the window, select the fourth icon from the left.
In the colors table that appears, select the desired color and press OK.
How to change the axes color
In the upper side of the window, select the third icon from the left.
In the colors table that appears, select the desired color and press OK.
How to change the line thickness of the graphs
In the upper side of the window, select the fifth icon from the left.
Select Increase lines thickness or Decrease lines thickness to enlarge or reduce the graphs lines.
How to change the color of the graphs
Select the colored bar next to the quantity name.
In the colors table that appears, select the desired color and press OK.
PRINTING DATA
The displayed data can be printed by selecting, in the upper side of the window, the first icon from the left, then the Print data item.
The data are printed in the table format that appears in the upper right panel.
PRINTING REPORT
The graphs can be included in a report in PDF and RTF format by selecting, in the upper side of the window, the first icon from the left, then the Print report item.
A window appears, allowing you to set the report header and footer, and to select the graphs to be included in the report.
The report header has a logo and three rows of text. To insert a custom logo, press the Choice of logo button and select the file with the custom image. The logo included in the report has dimensions 15 x 35 mm, please comply with the proportions given in order to avoid distortion of the custom logo.
To create the report in RTF format as well as PDF format, select the option Create Word file (.rtf).
To choose the graphs to be included in the report, go to Stored Data section.
To create the report press the Print button.
The following figure shows the resulting report.
EXPORTING DATA
The displayed data can be exported in Excel format by selecting, in the upper side of the window, the second icon from the left.
After some seconds you will get a message confirming the export completion, with indication of the saving folder. The exported file is created in the same folder of the source data file.
DELETING FILES
If you wish to remove a file, select it in the application main window, click with the right button of the mouse, then select Delete.
UPDATING THE FOLDERS CONTENT
If the folder content is not updated after removal, creation or download of files, click with the right button of the mouse in the files window and use the Refresh command, or select the Refresh icon in the toolbar.
ERRORS
In the Errors column, in the upper left panel, all the measurements acquisition errors are reported. To view the errors list correspondent to a quantity, select the related Errors filed.
The red number on the right of the filed indicates the total number of errors occured while acquiring the correspondent quantity.
Selecting a row in the errors list, the data table row with the selected error is automatically highlighted.
If the datalogger is fitted with a GSM module and has been configured to send the measurement files to an FTP address, you can copy these files into a subfolder of the default folder. To import measurement files from an FTP address you need a PC connected to Internet.
Select the Import icon in the toolbar (or the Import item from the Tools menu), then the Import from FTP item.
In the window that opens, select the FTP Setup folder.
In the FTP Setup folder, set the following parameters:
ftp Server : enter the FTP address.
ftp User : enter the user name to access the FTP service.
ftp Password : enter password to access the FTP service.
ftp Folder Path : enter the folder path on the FTP server for the data coming from the datalogger (the path must end with the slash "/").
Note: the values shown in the pictures are only an example. The fields should be filled by the user according to the information provided by the FTP service provider.
After setting the FTP parameters, select the FTP Files folder.
Select the Connect icon.
In the left box of the window you will see the list of data files sent by the datalogger.
Select the file you wish to copy, then select the right arrow icon.
The files will appear in the right box, ready to be copied. In the left box the files will appear over an orange background, to highlight the files already selected for transfer.
To select all files in the FTP folder, press the double right arrow icon.
If you wish to remove some files in the right box, select them and press the left arrow icon.
To remove all files in the right box, press the double left arrow icon.
To copy the files listed in the right box to the default folder, select the Download Data icon.
At the end of the copy you will get a message confirming the correct transfer, press OK to continue.
The file copied will appear over a green background. To close the Import from FTP window, press the Exit button.
The files are copied into a subfolder identified by the datalogger's serial number and the FTP indication. The files are separate according to the date of the measurements; a subfolder is created per each date (e.g. the DO101227.LOG subfolder refers to the measurements captured on the 27th of December 2010).
If the data refer to multiple dataloggers, a subfolder is created per each datalogger sending data to that FTP address.
The original files are not removed from the FTP server. If you wish to remove any file from the server after copy to the default folder, select it in the Import from FTP window's left box, then press Delete icon.
You will be prompted to confirm the permanent removal of the file.
To update the FTP Files list with possible further files sent by the datalogger to the ftp server after the connection, press Refresh.
Merging imported files
The Merge Files function allows joining into a single monthly file the files for the same store table. This operation creates a new file, the original files are not modified nor removed.
Warning: if the data logger is connected, before using the Merge Files function disconnect the data logger by selecting the Disconnect icon in the command bar.
To use this function, proceed as follows:
1. Select the Import icon in the toolbar (or the Import item from the Tools menu), then the Merge Files item.
2. Select the folder with the files copied and press OK.
3. You will be prompted to confirm the merging operation, press Yes to continue.
4. Press Start.
5. At the end of the merging operation, the name and path of the new file appear. Press End.
The operation automatically merges all files of the same store table present in the folder. You cannot manually select the files to be merged.
The datalogger acquires and records the measurements only if configured for the connected sensors. The configuration consists of installing in the datalogger an acquisition and recording program for the measurements detected by the sensors.
If the datalogger has already an acquisition and recording program, you can change and replace it, if necessary.
The creation or modification process of the datalogger's configuration consists of the following stages:
connecting the datalogger to the PC;
opening the measurement acquisition and recording program file;
creating the file to be transferred to the datalogger;
transferring the acquisition and recording program to the datalogger;
Note: you need to first connect the datalogger to the PC only if you edit the measurement acquisition and recording program already present in the datalogger (e.g. the program installed by Delta OHM, in case you requested an already configured datalogger). If you create a new program or edit one saved in the PC but not installed in the datalogger, you only need to connect the instrument to the PC before the measurement acquisition and recording program transferring phase.
To connect the datalogger to the PC, please see the Connection paragraph. The next steps are illustrated below.
Opening the measurement acquisition and recording program file
Select the Program Setup icon in the toolbar or the Program Setup item from the Tools menu.
The following window will appear:
Select:
OPEN Program, to open an existing measurement acquisition and recording program saved in the PC;
NEW Program, to create a new measurement acquisition and recording program;
RUNNING Program, to edit the acquisition and recording program installed in the datalogger (this option is available only if the datalogger is connected).
If you select OPEN Program, you will get the window to select the file to be opened. The files have an ini extension. Select the file and press Open, you will get the selected acquisition and recording program window.
If you select NEW Program, you will be prompted for:
name to be assigned to the acquisition and recording program file (Program Name): it should start with a letter and can contain only letters, numbers, the character "_" and the period "." (that cannot be the last character of the name);
the measurement acquisition interval (Scan Period): from 1 to 60 seconds (preset to 1s, can be changed also later).
Enter the needed information and press OK, you will get the acquisition and recording program window.
If you select RUNNING Program, you will directly get the window of the acquisition and recording program installed in the datalogger.
After opening the acquisition and recording program window, you can add new sensors, remove sensors or edit the exiting sensors' parameters.
The available input configurations are divided in three categories:
Universal Measurements
- Unipolar Voltage : single-ended voltage measurement
- Bipolar Voltage : differential voltage measurement
- Resistance divider : 2-wire resistance measurement or 3-wire potentiometric measurement
- Resistance Divider 4Wire : 4-wire resistance measurement
- Adder Pulses : pulse count or clean contact switching
- Input Current 4-20 and 0-20mA : current measurements
- Digital Input : detection of TTL logic levels
- Modbus RTU : acquisition of sensors with RS485 output and Modbus RTU protocol
- Serial Channels : acquisition of sensors with RS485 output and proprietary protocol
- GPS : detection of GPS data (from the external module)
Environmental Analysis
- U.S. Anemometers HD2003 : measurements of the HD2003 and HD2003.1 anemometers
- U.S. Anemometers HD52.3D : measurements of the HD52.3D series anemometers
- Rain Gauges : measurement of rain quantity
- Radiometry : measurement of solar radiation
Industry
- Pt100-Pt1000 Thermometers : temperature measurement with Pt100-Pt1000 probe
- Thermocouples : temperature measurement with thermocouple probe
- NTC Thermistors : temperature measurement with NTC thermistors
To add a sensor to the measurement acquisition and recording program, proceed as indicated below:
1. In the above list of input configurations, find the type of configuration corresponding to the sensor to be connected.
2. In the program window, ensure the Sensors panel is selected on the left (when opening the window, the panel is the default one).
3. Expand the Sensors folder and then the folder of the category containing the type of configuration to be added (e.g. Industry if you are adding a temperature probe). Then select the type of configuration (e.g. Thermocouples) and click on the Add Measure green arrow button at the center of the window (or double click on the configuration name).
4. The configuration window will open. Here, you can enter all required parameters.
Fill all editable fields (only those with white background) according to the sensor features. All configuration windows have three common fields:
- The Name field to enter an identification name for the sensor (e.g. the sensor model or the type of measured parameter). The name should begin with a letter and can be maximum 12 characters long.
- The field of the parameter's unit of measurement. This field is usually under the Name field. According to the type of sensor, the unit of measurement can be selected from a drop down menu or entered freely. In this second case, it should begin with a letter and can be maximum 12 characters long.
- The field showing the datalogger input number to which the sensor should be connected. The input is assigned automatically, you cannot manually change it.
The remaining fields depend on the selected type of configuration. Later in the paragraph, the parameters of each type of sensor are comprehensively illustrated.
Note: to cancel the sensor input, select the small cross up to the right.
5. In the right box of the window (MEASURE List) you will see the added sensor with the configuration data.
Repeat the procedure on each sensor to be connected to the datalogger. Each new sensor is added at the bottom of the list of sensors already entered.
Note: if a sensor measures multiple quantities and has multiple outputs you need to repeat the procedure per each output you wish to connect (as with distinct sensors).
To modify the parameters of an existing sensor, double click on the sensor line in the list of the right box (MEASURE List).
Note: the double click to edit the existing parameters is enabled only when the Sensors panel is selected in the left box.
To remove an existing sensor, you only need to select it in the right box and press Remove Measure at the bottom of the box.
When pressing Remove Measure you are prompted to confirm the removal (message Do you wish to remove this measure?), press Yes to confirm. If the measure is used in the calculation of derived quantities, you will get a warning message.
Description of the various inputs parameters
For a description of the configuration windows per each type of datalogger input, select the following links:
Universal Measurements
Unipolar Voltage: single-ended voltage measurement
Bipolar Voltage: differential voltage measurement
Resistance Divider: 2-wire resistance measurement or 3-wire potentiometric measurement
Resistance Divider 4Wire: 4-wire resistance measurement
Adder Pulses: pulse count or voltage-free contact switching
Input Current 4-20 and 0-20mA: current measurements
Digital Input: detection of logic levels
Modbus RTU: acquisition of sensors with RS485 output and Modbus RTU protocol
Serial Channels: acquisition of sensors with RS485 output and proprietary protocol
GPS: detection of GPS data (from the external module)
Environmental Analysis
U.S. Anemometers HD2003: measurements of the HD2003 series anemometers
U.S. Anemometers HD52.3D: measurements of the HD52.3D series anemometers
Rain Gauges: measurement of the rain quantity
Radiometry: measurement of solar radiation
Industry
Pt100-Pt1000 thermometers: temperature measurement with Pt100-Pt1000 probe
Thermocouples: temperature measurement with thermocouple probe
NTC Thermistors: temperature measurement with NTC thermistor
Warning Messages
When entering the sensors you can get the following messages:
Scan Period too short !: this message appears when the number of sensors is too high in order to capture all measurements within two subsequent acquisition periods. The measurement you are trying to enter will not be added to the list of measurements. Press OK to return to the application window. To enter additional measurements you need to increase the scan period.
The Unipolar Channels n. 1, 2 or 3, 4 aren't available !: this message appears when the unifilar inputs 1, 2, 3 and 4 are already used and you are trying to insert sensors such as Resistance Dividers and NTC Thermistors that can be connected only to those inputs. To insert the sensor you should free one of the inputs, removing from the list the associated sensor using the Remove Measure command.
Not other free Channels !: this message appears when you are trying to insert a sensor but no more inputs are available for that type of sensor.
The values measured by the sensors can be used to calculate and store derived quantities. The following default derived quantities are available: Dew Point, Heat Index, Wind Chill, Evapotranspiration (standard evapotranspiration ETo), Saturation Vapor Pressure. The software allows to create derived quantities defined by the user.
To add a derived quantity to the measurement acquisition and recording program, proceed as indicated below:
1. In the program window, ensure the Sensors panel is selected on the left.
2. Expand the Calculations folder and select the type of quantity (e.g. Dew Point) and click on the Add Measure green arrow button at the center of the window (or double click on the quantity name).
3. The configuration window will open. Here, you can enter all required parameters.
Note: if the evapotranspiration has been selected, the configuration window does not open now, but when the quantity is added to a store table (please see the Store tables paragraph).
Fill all editable fields (only those with white background):
- The Name field to enter an identification name for the derived quantity. The name should begin with a letter and can be maximum 12 characters long.
- The field of the unit of measurement of the quantity (the unit is fixed for the default derived quantities).
- The fields to select the quantities to be used for the calculation. The quantities can be selected from a drop-down list among those already entered in the measurement acquisition and recording program. For the saturation vapor pressure, indicate in the Reference field if it should be referenced to water or ice.
Note: to cancel the input of the quantity, select the small cross up to the right.
4. Press OK, In the right box of the window (MEASURE List) you will see the added quantity.
Standard Evapotranspiration ETo
The standard evapotranspiration ETo is calculated according to the ASCE Penman-Monteith method.
The window to configure the standard evapotranspiration ETo opens when the quantity is added to a store table (please see the Store tables paragraph).
In the Quantities section of the configuration window, select the quantities to be used for the calculation. The quantities are selectable from a drop-down list among those already entered in the acquisition and recording program.
- Air Temperature
- Relative Humidity
- Wind Speed
- Solar Radiation
In the Site section of the configuration window, enter:
- Latitude : latitude of the measurement site expressed in decimal form (North latitude is positive, South latitude is negative, e.g.: 46°24'29'' South latitude = -46.448)
- Longitude : longitude of the measurement site expressed in decimal form (East longitude is positive, West longitude is negative, e.g.: 11°49'12'' East longitude = 11.836)
- Wind sensor height : height above ground of the wind speed sensor (from 2 to 10 m)
- Elevation over sea level : altitude of the measurement site
In the Crop section of the configuration window, select the reference culture (ASCE short, ASCE tall or FAO paper 56).
In the Period section of the configuration window, select:
- Hour to store the standard evapotranspiration, in mm/hour, once an hour. In addition to the standard evapotranspiration, the temperature, relative humidity, wind speed and solar radiation average values are also stored.
- Day to store the standard evapotranspiration, in mm/day, once a day. In addition to the standard evapotranspiration, the temperature and relative humidity maximum and minimum values, and the wind speed and solar radiation average values are also stored.
When the configuration is completed, press OK to add the evapotranspiration to the store table.
Calculated quantities defined by the user
To add to the measurement acquisition and recording program a derived quantity defined by the user, select Math Formula and click on the Add Measure green arrow button at the center of the window (or double click on Math Formula).
In the configuration window, fill the Name and Unit fields. The unit should begin with a letter and can be maximum 12 characters long. In the Math User Formula field, enter the formula to calculate the quantity, by using as operands the letters that identify the measured quantities listed in the MEASURE List section. The section Operators Functions Controls lists the operators and the functions available. The formula can be maximum 100 characters long. The parentheses () can be used.
The previous figure shows the calculation of the Far Infrared Radiation (FIR) using the temperature (quantity b) and the radiation (quantity c) measured by a pyrgeometer (FIR = Rad_Pyrg + K * T4, with K=5.6704 * 10-8 Wm-2K-4 Boltzmann constant).
Press OK, In the right box of the window (MEASURE List) you will see the added quantity.
Note: if you do not want to display and store the result of the formula, for example because it is a partial result of a more complex calculation, enter ---- (dashes) in the Unit field.
After defining the list of measurements (MEASURE List) and the acquisition interval (Scan Period), you should define the measurements to be recorded in the datalogger and when.
It is important to be aware that the measurement acquisition process and the recording process are distinct in the datalogger. The definition of the list of measurements and of the acquisition interval alone does not entail the automatic recording of the captured data. To record a measurement you need to input it into a store table.
A measurement acquisition and recording program can be composed of one or more store tables. The use of multiple tables allows recording of the various measurements at different intervals.
To define the first store table, proceed as follows:
1. In the left panel of the program window, select the Table n.1 folder by clicking on the relative tab.
Note: the folder can be selected only if the list of measurements (MEASURE List) has at least one sensor.
2. In the left panel you will get an empty table. To input a measurement, select it from the list in the right panel (MEASURE List) and click on the Add Store blue arrow at the center.
3. You will get a window allowing to choose what to record for the selected measurement. Select the desired option amongst the available ones. The possible selections are the following:
OneSample: it records the last measured value.
Average: it records the average of the captured measurements between two subsequent recording instants.
Max: it records the maximum value of the captured measurements between two subsequent recording instants.
Min: it records the minimum value of the captured measurements between two subsequent recording instants.
Total: it records the sum of the captured measurements between two subsequent recording instants. It is usually used in case of impulsive inputs to record the total pulse count.
StDeviation: it records the standard deviation of the captured measurements between two subsequent recording instants.
• ETo: it records the standard evapotranspiration and the quantities used for the calculation (the option is enabled only if the evapotranspiration measurement has been selected).
Alarms: it records the alarm condition for the measurement.
Note: according to the type of measurement, some options could be disabled if not important for that particular type of measurement. The Alarms key is disabled if the table already contains a type of recording that is different from an alarm condition (please see the Alarm Table paragraph).
4. After selecting the type of information to be recorded, the measurement is added to the store table. After input of the first measurement, you will see the recording interval box over the table (Store Period). Write the desired interval. If necessary, select minutes or seconds for the interval unit of measurement.
The recording interval (Store period) should conform to the following conditions:
Being within 2 and 60 seconds or between 1 and 1440 minutes.
Being equal or greater than the measurement reading interval (Scan Period). In case it is greater, it should be an integer multiple of the reading interval.
The input recording interval is associated to the table, that is, it is valid only for that definite table and not for any possible other table that will be added. Moreover, the recording interval is the same for all table measurements, that will therefore be recorded together on the same instant.
If you set a non-multiple recording interval of the reading interval you will get an error message: Store Period must be multiple of Scan Period !. In such case, press OK and set a correct value for the interval.
5. Proceed as above to add further measurements to the store table.
If you wish to record some measurements at different intervals, you can divide the measurements in multiple tables, setting the required interval per each table.
The same measurement can be present in more tables.
If you have a lot of measurements to be recorded according to the same interval, you can, for your convenience, divide them in multiple tables, setting the same recording interval for the various tables.
To create the next table after the first you need to select New Table, down to the left of the application window.
By pressing New Table you will automatically get an empty table to input the desired measurements.
The program can contain up to 8 store tables.
To remove the last created table, select Delete Table under it.
You can only remove the table with the highest sequential number. You cannot remove table number 1, even if empty.
To remove a measurement from a table, select it and press Remove store.
Note: if the measurements are many and the acquisition interval (Scan Period) is short, the datalogger could not be capable of recording all measurements between two subsequent acquisition instants. In such condition, you will get the warning message Scan Period too short !. In this case, increase the acquisition interval value.
Viewing statistics with the Monitor function
To view with the Monitor function of the software the value of a statistical function (Average, Max, Min, StDev, Total) stored by the data logger, double click on the "Disk" icon in the desired row of the store table to display the "Monitor" icon.
A maximum of 5 values for each quantity and 40 values in total can be displayed with the Monitor function.
To disable the display of the statistical function with the Monitor function, double click on the "Monitor" icon to display the "Disk" icon: the value will only be stored.
To create an alarm table, select an empty table, then add the desired measurements by selecting Alarms.
Selecting the Alarms option, you will get the window that allows to set the values of the two alarm thresholds, lower (Low Value) and higher (High Value).
Select the Enable boxes to enable the thresholds. The alarm condition occurs if the measured value is below the lower threshold or over the higher threshold.
You can assign a corresponding alarm output to each threshold. The alarm outputs are independent for the two thresholds. You can use the I/O digital ports as alarm outputs, selecting Ch IO or voltage-free contact alarm outputs, selecting the Ch ALARM option. The output number, indicated to the left of the option, is automatically assigned by the software. Manual setting is not allowed. If you do not wish to assign an alarm output, select NO Out. If you do not select an output option, the software automatically assigns the NO Out option.
Each alarm output corresponds to one threshold only. You cannot assign the same output to two different thresholds, even if relative to the same measurement.
The alarm conditions are always recorded according to the logging interval set for the table, independently of the assignation of the corresponding outputs.
If the datalogger is connected to a GSM device, when an alarm condition occurs the datalogger can send a warning SMS. The SMS text consists of the text entered in the field General, followed by the text (not editable) of the Event Low or Event High field depending on the alarm condition present.
Press OK to add the alarm conditions to the table.
The alarm conditions that you wish to record should all be entered in the same table. The table dedicated to log the measurement values cannot contain the records of alarm conditions. If a table contains the record of a measurement value, the Alarms button is disabled when adding new measurements to it. Similarly, a table logging alarm conditions cannot contain measurement values. If a table already contains the record of an alarm condition, only the Alarms button is enabled when adding new records to it.
You can change alarm conditions already entered by double clicking on the rows of the table (note: the SMS text is visible only if the sending of the SMS is enabled).
An hysteresis equal to ±1% of the set value is applied to the alarm thresholds. The difference between the two thresholds cannot be lower than 2% of the lower threshold value.
Alarms related to digital inputs:
In the case of digital inputs, only one thresholds can be enabled. Enabling the lower thresholds, there is the alarm signal when the input is at logic state 0. Enabling the higher thresholds, there is the alarm signal when the input is at logic state 1. If both thresholds are enabled, an error message appears when pressing OK to confirm.
By selecting the Edge Trigger box, the alarm is triggered only after a state change of the input signal (from 1 to 0 if the lower thresholds is enabled, from 0 to 1 if the higher thresholds is enabled). This allows to prevent false alarms at system power on: if the digital input is in the alarm state at datalogger power on, the alarm is not triggered immediately but the datalogger waits for the alarm condition to stop and occur again later (with the Edge Trigger box not selected, instead, the alarm would be triggered immediately at power on).
Alarms related to measurement or system errors:
By selecting the Alarm Error option, there is the alarm signal when a measurement (e.g. due to a not working sensor or wrong connection) or system (data logger failure) error occurs.
The Event field of the SMS will contain the error code and, in the case of sytem error, the type of error in square brackets.
During the alarm condition, the error code is displayed and stored instead of the value of the measurement.
To activate the alarm when an error occurs or the measurement thresholds are exceeded, the measurement has to be added twice to the alarm table: once with Alarm Error option enabled and once with the Alarm Error option disabled.
Enabling the SMS:
To enable the sending of the SMS you should check the Enable SMS option.
The Repeat field allows setting the time interval for sending any subsequent alarm SMS, in case of persisting alarm condition.
After an alarm condition has occured and the correspondent SMS has been sent, no more SMS will be sent until the set Repeat interval, even if new alarm conditions should occur. If when sending the alarm SMS, more than one alarm condition is present, only the SMS concerning the first alarm condition is sent.
After the Repeat interval, if the alarm condition is not present any more, the SMS is not sent.
The SMS sending interval is the same for all measurements. The alarm SMS sending is only available on the first 16 measurements of the table.
To set the telephone numbers to which the SMS messages should be sent, please refer to the GSM Setting chapter.
Note: SMS are not sent if the datalogger is connected to the PC and a communication session is occurring.
The data logger can communicate through the PC COM port in Modbus Slave mode with Modbus-RTU or Modbus-TCP/IP protocol. To set the data logger as Modbus Slave unit:
1. Select the Sensors panel, expand the Protocols folder, then select Modbus RTU-TCPIP Slave and make a click on the Add Measure button with the green arrow at the center of the window (or alternatively, double-click on Modbus RTU-TCPIP Slave).
2. The configuration window appears. Fill in all fields.
• Quantities: number of physical quantities acquired by the data logger. The value can not be set and is equal to the number of measurements in the MEASURE List.
• Baudrate: select the communication speed of the data logger.
• Mode: select the communication parameters (8N1, 8N2, 8E1, 8E2, 8O1 or 8O2).
• Format: can not be set; format of the data transmitted by the data logger (Floating Point 4 Byte).
• Address: data logger RS485 address.
• Function Code: function code of the Modbus command sent by the Master unit; select "04 Read Input Registers".
• Start Register: can not be set.
3. Press OK, In the right box of the window (MEASURE List) you will see the protocol.
Creating the file to be transferred to the datalogger
After defining the list of sensors (MEASURE List) and the store tables (STORE Tables), with the relative acquisition (Scan Period) and logging (Store Period) intervals, you should save the acquisition and recording program file to the PC, in order to transfer it to the datalogger. Proceed as follows:
1. Press Create.
The window allowing to indicate the file name and path to save it to the PC is displayed. At the end of the saving, you will get a summary report, press OK to return to the application window.
2. Check that the time (in days) needed to fill the datalogger internal memory, down to the right in the program window, is enough for your application.
3. Select Print to print the wiring diagram and/or the store tables.
Then select Print Wiring Diagram to print the wiring diagram or Print Tables Store to print the store tables. Press OK.
4. Press Exit to close the window of the acquisition and recording program.
Using the Create button, the program is saved in more versions with the same name but different extensions. In particular, a file with "ini" extension and a file with "img" extension are generated The file with "img" extension contains the program in a format that can be read by the datalogger, and is therefore the file to be transferred to the datalogger. The file with "ini" extension contains the program in text format, and is the file being opened by the HD32MTLogger software when the program needs to be edited.
To save the program without generating the file to be transferred to the datalogger, e.g. because you did not yet finish, select directly the Exit button instead of Create. The software will prompt for the name and path to save the file and will save only the "ini" format.
If you wish to edit a previously saved program before transferring it to the datalogger, select the Setup Program command in the main window of the HD32MTLogger software, then select OPEN Program, select the previously saved program (file with "ini" extension) and press Open.
Note: if you select Create with empty store tables, you will get a warning message: No STORE Tables or empty Tables, confirm creating ?. If you continue, the file for the datalogger will be created anyway, but such program will only perform measurements without saving.
Transferring the acquisition and recording program to the datalogger
To make the acquisition and recording program operational you need to transfer it to the datalogger.
Warning: the transfer of a program to the datalogger erases all data in the internal memory. So as not to loose the recorded data, you should transfer them to the PC using the Dump LOG command of the HD32MTLogger software, before beginning the program transfer procedure.
Note: if the program includes the "Modbus" protocol, before the transfer you need to set the data logger with the serial command $DM1 (please see the "Modbus Slave mode" chapter in the data logger manual).
To transfer the program to the datalogger, connect it to the PC (please see the Connection paragraph) and proceed as illustrated below:
1. Select the Send Program icon or the Send Program item from the Tools menu.
2. In the window that opens, the scheduling option is used to activate periodically one of the two alarm output ALARM 1 or ALARM 2 to power the IP modem, if present in the system (see the paragraph " Connection via Internat with IP modem" of the data logger manual).
If the alarm output is not used to power the modem, select No scheduling.
If the alarm output is used to power the modem, select Start scheduling and set the fields Period (activation of alarm output every 5, 10, 15, 20, 30 or 60 minutes), Output (activation of alarm output ALARM 1 or ALARM 2) and Status (SCHEDULING = periodic activation of the alarm output, ON = alarm output always active). After each activation, the output is automatically disabled if the system does not detect modem activity for some time.
3. Press Send.
4. In the window that opens, select the name of the previously saved program (with "img" extension) and press Open. You will get a message to remind that the recorded data will be lost. Press Yes to continue.
5. Wait for the program to be transferred to the datalogger (a progress bar will indicate the transfer status).
At the end of the transfer the DataLogger Information window will be displayed. Press OK to exit. The transferred program will automatically begin to function in the datalogger, acquiring and recording the set measurements.
6. To end the communication session between PC and datalogger, select the Disconnect icon.
Note: if a measurement acquisition and recording program is already present in the datalogger, it will be erased at the beginning of the new program transfer. In case of connection problems interrupting the transfer (some error messages are displayed), the datalogger remains without a measurement acquisition and recording program. In this case, you need to repeat the transfer operation from the beginning.
Note: after the transfer of the program, the scheduling option can be enabled and disabled by selecting the Service icon in the Command Bar. The option status is shown in the status bar.
If the datalogger is connected to a GSM module, the system can send an SMS alarm message to mobile phones, and information on the recorded data via Internet to e-mail and FTP addresses.
Note: in order to send data via e-mail and FTP, the datalogger should have an SD memory card, as it transmits the data recorded on the card.
The information necessary for the module function should be set using the GSM icon in the toolbar, or GSM Settings item from the Tools menu.
Note: the GSM setting command is disabled if a connection was started using the Connect command. In this case, end the connection using the Disconnect command to enable the setting of the GSM options.
Note: if the datalogger is writing or transmitting data, after selecting the GSM command you will receive a message that the datalogger is not available; in this case, wait some seconds and repeat the operation.
Note: if after selecting the GSM command you will receive the message " It is not possible to connect to the GSM module ", make sure the SD memory card is properly inserted.
When entering the GSM configuration, the data in the datalogger internal memory will be erased. By selecting the GSM setting command, you will get a message to remind that the data will get lost: press OK if you wish to continue, or cancel the operation and download the data in the memory before proceeding to configure the GSM. The erased data are only those in the internal memory, the files present in the SD memory card are maintained.
By answering OK to the warning message, you will get the window to enter the password. Write the password and press PSW. The factory default password is 00000000 (8 zeros).
Note: by pressing PSW without entering the password or with wrong password, you will receive the message " It is not possible to connect to the GSM module ".
If the password is correct, you will get the GSM Options window. The options are divided in the following sections:
Starting settings (Connection user name and password, SIM PIN, APN access point)
e-mail settings (e-mail sender "account" configuration)
ftp Settings (information on FTP server to which the data are sent)
e-mail addresses (input of the receivers' e-mail addresses)
SMS recipient (input of the phone numbers for alarm SMS)
File settings (selection of the data to be sent via e-mail and/or FTP)
In addition to the configuration sections, you have three sections allowing to check the system functioning by sending test information to the phone numbers and addresses specified in the configuration sections:
Test SMS (sending test SMS to the specified phone numbers)
Test e-mail (sending test e-mail to the specified addresses)
Test FTP (sending test file to the specified FTP address)
Note: the values shown in the pictures are only an example. If the GSM options have never been set, the fields are empty and should be filled by the user according to the information provided by the telephone service provider.
The Starting settings section is composed of the following fields:
User name connection : write the connection user name supplied by your mobile telephone provider.
Password connection : write the connection password supplied by your mobile telephone provider.
PIN of the SIM : write the PIN code of the SIM card inserted in the GSM module.
Access Point Name APN : enter the name of the APN access point to the network supplied by your mobile telephone provider, for data sending via e-mail and/or FTP.
Datalogger Identifier : indicate a user code to be associated to the datalogger. The code can be chosen by the user and can be maximum 32 characters long.
If the GSM module is connected to the datalogger and is functioning (powered and with SIM card inserted), apply a check near GSM Present to activate the functions of SMS transmission to mobile phones and data sending via e-mail and/or FTP.
If the GSM module is connected and functional but, for some reason, you wish not to activate the SMS and data transmission, do not apply the check mark. The GSM options will be saved anyway in the datalogger.
If the GSM module is not connected or functioning, do not apply the check mark to avoid the datalogger attempting to communicate with the module generating error messages.
To allow the datalogger to send e-mails you have to associate an e-mail "account". The information concerning the account are entered in the e-mail settings section.
Note: the values shown in the pictures are only an example. If the GSM options have never been set, the fields are empty and should be filled by the user according to the information provided by the e-mail service provider.
The section is composed of the following fields:
Sender e-mail address: enter the e-mail address of the account used to send e-mails; this address will appear as sender name in the e-mails sent by the datalogger.
User Account for e-mail : enter the user name of the account.
Password of e-mail account : enter the access code of the account.
Address of smpt server : enter the output e-mail server name as indicated by your e-mail service provider.
e-mail smpt port : enter the port number of the e-mail output server as indicated by your e-mail service provider.
Apply a check mark near e-mail Authentication to authenticate the e-mails sent by the datalogger.
To allow the datalogger to send files to an FTP address, you need to set the server access information in the ftp settings section.
Note: the values shown in the pictures are only an example. If the GSM options have never been set, the fields are empty and should be filled by the user according to the information provided by the FTP service provider.
The section is composed of the following fields:
ftp Server : enter the name of the FTP server as communicated by your service provider.
ftp User : enter the user name to access the FTP service.
ftp Password : enter password to access the FTP service.
ftp Folder Path : enter the folder path on the FTP server for the data transferred from the datalogger.
ftp Port : enter the port number of the FTP server as communicated by your service provider.
In the e-mail addresses section you can enter the addresses to which the datalogger will send the files with the recorded data. The files are sent as e-mail attachments. The maximum size of the e-mail attachment is 100KB.
Note: the values shown in the pictures are only an example. If the GSM options have never been set, the fields are empty.
The e-mail address entered in the Hidden recipient e-mail address field will not be visible to the other receivers.
To avoid mailing errors you need to enter the e-mail subject in the Object of message field.
In the SMS recipient section you will enter the phone numbers for the alarm SMS. You can enter up to 4 numbers.
Note: the values shown in the pictures are only an example. If the GSM options have never been set, the fields are empty.
The SMS content is set in the alarm table of the datalogger acquisition and recording program.
In the File settings section, you can select the store tables to be sent via e-mail and/or FTP.
In the Tables to be sent via ftp and Tables to be sent via e-mail boxes, select the store tables you wish to send. The data files being sent are those recorded in the SD memory card. The presence of the SD memory card in the datalogger is therefore an essential condition to send the data via e-mail and/or FTP. You cannot send the data recorded in the datalogger internal memory after the last writing to the SD card.
If you select multiple tables to be sent via e-mail, a separate e-mail is sent per each table.
The datalogger creates in the SD card the files correspondent to the number of quarters of an hour set in the filed Number of files to be appended (e.g. 2 hours if you set a number of files to be appended equal to 8). The files will be sent only at the end of the set number of appending operations. The SD card will contain only the appended files.
The maximum data file size is 100KB if sent via e-mail and 1MB if sent via FTP. Please pay attention to file appending in order to avoid exceeding such limits.
By selecting Test SMS you can check if the system can send the alarm SMS correctly.
In the Send SMS field, enter the message that you wish to send.
The SMS is sent to the phone numbers previously entered in the SMS recipient section.
Press the Test SMS button to send the message, then check that the SMS has been correctly received.
Note: if the GSM module is not connected or functioning, do not press the Test SMS button to avoid the datalogger attempting to communicate with the module generating error messages.
In the Test e-mail section you can check the correct sending of the e-mails with the recorded data.
The test e-mails are sent to the addresses previously entered in the e-mail addresses section.
Press the Test e-mail button to check if the e-mails have been correctly received.
Note: if the GSM module is not connected or functioning, do not press the Test e-mail button to avoid the datalogger attempting to communicate with the module generating error messages.
In the Test ftp section you can check the correct sending of the recorded data to the specified FTP address.
The data files are sent to the address previously entered in the ftp settings section.
Press the Test ftp button, then check if the files have been correctly received.
Note: if the GSM module is not connected or functioning, do not press the Test ftp button to avoid the datalogger attempting to communicate with the module generating error messages.
Transferring the settings to the datalogger
The setting changes performed in the GSM options window will be enabled after pressing the SET button. Until you press SET, the edited fields have a green background to show that the changes have not yet been saved in the datalogger.
After selecting SET, you will be prompted to confirm the new configuration of the GSM device, press OK, and then EXIT to close the GSM options window.
To change the software language, select the Language item in the Help menu, then choose the desired language.
For further information about the software version and license terms, and to open the program manual, select the Help menu.
The online Help can be opened quickly by selecting the question mark icon in the toolbar.
The program (firmware) that manages the GSM can be
updated using the function GSM Firmware Loader in the Tools menu.
To request firmware updates, if available, please contact Delta Ohm.
Procedure:
1. Using the 9CPRS232 cable, connect the COM AUX port of the instrument to the computer in which the HD32MTLogger software is installed.
2. Turn the instrument on.
3. In the Tools menu , select GSM Firmware Loader.
4. Select the number of the COM port of the PC to which the instrument is connected and set the Baud Rate to 115200.
5. Use the Browse... button to select the update file with extension " bin " copied into a PC folder.
6. To start updating, press Start.
7. At the end, you will see the message Uploading executed correctly.
The update is now complete.
The program (firmware) that manages the datalogger
can be updated using the function HD32MT Firmware Loader in the Tools
menu.
To request firmware updates, if available, please contact Delta Ohm.
Procedure:
1. Copy the update file with extension " mot " into the software installation folder.
2. Using the 9CPRS232 cable, connect the COM PC port of the instrument to the computer in which the HD32MTLogger software is installed.
3. Turn the instrument on.
4. In the Tools menu , select HD32MT Firmware Loader.
5. Select the number of the COM port of the PC to which the instrument is connected and set the Baud Rate (38400 for the Radio Modem model and 115200 for the basic model). The Baud Rate can also be set by selecting the check box RADIOMODEM.
6. Write the password in the PSW field and press psw. The factory default password is 00000000 (8 zeros).
Wait for the message Password OK... at the bottom of the window.
7. To start updating, press Download.
8. At the end, press Exit.
Note: if the data logger operating program is corrupted, press Unhook to regain control of the instrument.
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Connect |
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Disconnect It disconnects the datalogger from the PC (available only if the instrument is connected). |
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GSM It configures the GSM transmission. |
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View Data It opens a data file saved in the PC. |
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Dump LOG it transfers to the PC the data stored in the instrument. |
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Monitor It captures the measurements from the datalogger to the PC in real time. |
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User Code Setup Viewing and setting of the user code. |
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Clock Setup Setting of the instrument date and time. |
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Program Setup It creates or modifies an operation program in the datalogger. |
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Import It imports the files from FTP; it merges the files in the memory card. |
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Send Program Transfer of an operation program to the datalogger. |
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Service It enables/disables the periodic activation of an alarm output (scheduling option). |
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Refresh It updates the folder contents. |
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Help It opens the program manual. |
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Exit It closes the application or the open window. |
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Menu items
File >> View Data: view of data files saved in the PC.
File >> Dump LOG: transfer to the PC of the data stored in the datalogger.
File >> Monitor: view in real time on PC's monitor of values measured by the instrument.
File >> Exit: close the program.
Tool >> Serial Connection: setting the PC direct serial connection parameters.
Tool >> TCP/IP Connection setup: setting the parameters for PC network connection with TCP/IP protocol.
Tool >> Choice of instrument model and connection type: selection of data logger model and selection between direct serial connection or through network.
Tool >> Connect: connecting the datalogger to the PC (command available only if the datalogger is disconnected).
Tool >> Disconnect: disconnecting the datalogger from the PC (command available only if the datalogger is connected).
Tool >> GSM settings: configuring the GSM transmission.
Tool >> Clock Setup: setting the instrument date and time.
Tool >> User Code Setup: wiewing and setting the user code.
Tool >> Program Setup: creation or modification of an operation program in the datalogger.
Tool >> Import: importing files from FTP; merging files in the memory card.
Tool >> Send Program: transferring an operation program in the datalogger.
Tool >> Instrument info: viewing the information for the connected instrument.
Tool >> Predefined folder: setting of the work folder path to which the data are saved.
Tool >> GSM Firmware Loader: updating of the GSM firmware.
Tool >> HD32MT Firmware Loader: updating of the datalogger firmware.
View >> Toolbar: enabling or disabling the display of command icons.
View >> Status Bar: enabling or disabling the display of status bar information.
View >> Tree View: enabling or disabling the display of the Folder Window.
View >> View details: viewing of the list of files in the folders with date, size and type of file.
View >> View icons: viewing of the list of files in the folders as icons, without file details.
Help >> 32MTLogger Manual: opening of the program manual.
Help >> 32MTLogger License: viewing of the program user license.
Help >> Language: selects the software language.
Help >> About...: viewing of the program version.
08-04-2016