elproMONITOR / Monitor (EN)
1. Overview Monitor
This application is used for monitoring, displaying and archiving the sensor data of the I/O modules (ECOLOG-PRO, ECOLOG-NET) and for forwarding alarm messages.
1.1. User Interface
After the successful login, elproMONITOR changes to the start window divided into 4 areas.
A - Sensor Analysis
Left-clicking on a specific line opens the sensor analysis for that line. >> 1.3 Sensor Analysis
I - Search & Sensor Groups
The search functions allow you to search according to the following criteria and narrow down the selection in the details column accordingly:
Sensor
I/O module
Alarm profile
By means of the radio buttons in the Sensor Status area, the selection in the details column can be narrowed according to the selected sensor status(es).
In the overview column all available sensor groups are listed. (e.g. All sensors, Lab, ...) Different sensors are assigned to each sensor group.
II - Detail column
This area contains all information about the sensors in the selected groups.
The following information is available for each sensor:
Sensor: Name of the sensor >> elproMONITOR / Settings / Sensors
I/O module: Name of the I/O module >> elproMONITOR / Settings / Device settings
Alarm profile: Assigned alarm profile >> elproMONITOR / Settings / Profiles
Value: Current measured value
Status: Current sensor status
Sort
The arrows to the right of the column labels can be used to sort the complete selection alphabetically in ascending (up arrow) or descending (down arrow) order. The sorting order changes with each mouse click and the current selection is indicated by highlighting the corresponding arrow.
III - Applicable Functions
Depending on the selected overview, different functionalities can be executed here.
Calibration
Calibration is only possible for the selected sensors of ECOLOG-PRO I/O modules.
The current time is entered as the start date in the calibration log and the sensor status changes to "Deactivated by calibration". After the calibration is completed, the status changes back to "OK". >> elproMONITOR / Calibration
Analysis
Switch to sensor analysis for all selected sensors. >> 1.3 Sensor analysis
Deactivate
Opens the window for deactivating the sensor alarm for all selected sensors.
Deactivate is possible only after selecting a comment template or entering a comment and authentication with the password.
Example: Maintenance work
A sensor signal missing due to maintenance work will not trigger an alarm if the sensor is deactivated.
Activate
With Activate, selected deactivated sensors are enabled again.
Page management
Page management allows easy navigation within larger sensor groups or even in the "all sensors" group. The following functionalities are given:
First: Navigate to the first page
Previous: Navigate one page back relative to the current page
n / n: Current page and total number of pages
Next: Navigate one page forward relative to the current page
Last: Navigate to last page
Lines: Number of lines displayed
Dropdown: selection of the number of lines per page. Possible selection is 50 lines, 200 lines and all lines
1.2 Status
The priority defines which sensor status is displayed if a sensor has several statuses at the same time. The status with the highest priority is displayed in each case.
Status LED | Status | Priority | Description |
---|---|---|---|
OK | 1 | All in order. | |
Weak radio strength | 2 | The radio strength of the corresponding module is too weak. The status is displayed immediately if an alarm profile with corresponding sensor alarm has been set. However, the alarm is only triggered after the delay time has elapsed. | |
Low battery level | 3 | The sensor supply has a low battery level. | |
Warning lower limit | 4 | The measured value is lower than the upper warning limit. | |
Warning upper limit | 5 | The measured value is higher than the upper warning limit. | |
Warning digital input | 6 | The state of the digital input corresponds to the alarm criterion. | |
Alarm lower limit | 7 | The measured value is lower than the upper alarm limit. | |
Alarm upper limit | 8 | The measured value is higher than the upper alarm limit. | |
Logger interval error | 9 | ECOLOG-NET - Incorrect recording interval parameterized for reloading. | |
Sensor malfunction | 10 | The sensor has failed. | |
No connection | 11 | elproMONITOR has no connection to the module / data logger to which the affected sensor is connected. | |
Reload | 12 | After a connection interruption, buffered values are reloaded in the module. | |
Deactivated by user | 13 | The sensor alarm was deactivated by the calibration process. | |
Deactivated by time control | 14 | The sensor alarm has been deactivated by the time control. | |
Deactivated by calibration | 15 | The sensor alarm has been deactivated by the user. | |
Retired | 16 | The sensor is no longer monitored and cannot be reactivated. The recorded measured values are not deleted and can still be called up via the sensor analysis. |
1.3 Sensor Analysis
elproMONITOR has several functions for analyzing and exporting the recorded measured values.
1.3.1 Select Period for Sensor Analysis
Period sensor analysis
Specification of the time range of the recorded data displayed in the chart. By limiting the time range, the displayed range is zoomed. The time range can be specified in different ways:
Quicklinks
Time range From ... To: and "Display" button
Previous" and "Next" button
Zoom in the graphic
Period Sensor Analysis - Quicklinks
The preset quicklinks allow quick selection of typically required time ranges:
Last 7 days - The measured values of the last seven days including the current day are displayed.
Previous week - The readings of the previous week from Monday to Sunday are displayed.
previous calendar month - the readings of the previous calendar month from the first to the last day are displayed.
last year - The measured values of the last full year from the first to the last day are displayed.
Period Sensor Analysis - Zoom
By marking a subrange of the graph, this time range is displayed.
1.3.2 Applicable Functions
Export
Export" exports the data for the selected period of sensor analysis in tabular form as an MS-EXCEL file.
Report
The Sensor Analysis report includes an overview graph on the first page followed by measurement graphs and event data for each selected sensor in the selected time period. In this report, sensors and digital inputs are treated equally, i.e. the size (number of pages) of the sensor analysis created as a *.pdf file is determined by the number of sensors and digital inputs as well as the selected time period of the sensor analysis.
Report - Overview Graphic
Report - Graphic Sensor 1
Report - Events Sensor 1
Close
Closes the current window and returns to the Monitor overview.
1.3.3 Details Sensor Analysis
Sensor group and graphic
In the left area of the sensor analysis all sensors of the sensor group selected for the sensor analysis can be selected. By selecting single and multiple sensors in combination with a time period, the corresponding measured values can be loaded.
By simply clicking on selected sensors in a multiple selection, the measured values and highlighted statuses (time period for calibrating, deactivating and reloading) can be displayed emphasized.
With multiple selection, up to two measured value units are displayed on the Y-axis. (e.g. °C and %RH). On the X-axis of the graph, the date and time of the measured values are indicated, which can be measured even more precisely with the cursor.
Interruptions in the graph are due to periods of sensor malfunction or lack of power supply at the corresponding module.
Measuring with the cursor
By moving the mouse pointer over the displayed curve, it can be measured and the following data is given for each data point:
Sensor name (e.g. Warehouse Temperature 1)
Date (e.g. 08.Mar.2022 04:30)
value (e.g. 29.2 °C)
highlighted status
In the graph, the following important periods of important statuses are highlighted by means of an appropriate background color:
Gray: deactivated sensor alarm
Green: Reloaded values
Orange: Active calibration
Details
Below the graphic, detailed information and statistical data for each individual sensor are available as a list and can be expanded and collapsed by clicking on the sensor name. In case of multiple selection, the details of all selected sensors are displayed one after the other. This information always corresponds to the selected time period.
Statistical data:
Average
Lowest/highest value - The minimum or maximum value measured in the corresponding time interval is determined.
MKT - Mean Kinetic Temperature, for information on the theory of MKT calculation, see relevant technical literature.
Event log
Below the details, a chronological event log for all selected sensors is available as a list and can be expanded and collapsed by clicking on the on events. This information always corresponds to the selected time period.
The logged events contain the following data:
Date & Time
Event - description of the event
User - this can be a logged in user or elproMONITOR itself
Incident No. - Unique sequential number for each event. Incidents belonging to the same event are documented with the same incident number, for example, all events belonging to the same alarm.
Type - information group to which an event can be assigned.
Information
Warning
Error
Alarm
Priority - criteria for events that have similar importance
high
normal
deep
Entry and value - Each event logs specific entries
1.3.4 Reload measured values
After a system failure, elproMONITOR reloads the missing measured values from the internal memory of the data loggers. This procedure automatically replenishes missing data and closes existing recording gaps.
The current connection status of the module is indicated by the following statuses (see >> 1.2. status):
OK
no connection - system failure or connection interruption
Logger Interval Error- Error message: Logger Interval Error, for an ECOLOG-NET logger with wrong logging interval. No data is reloaded!
Reload - After a connection interruption, buffered values are reloaded in the module.
Reloaded values are highlighted in the sensor analysis. See >> 1.3.3. details sensor analysis