ADMAG TI – AXG/AXW
Quick Setup and Reference Guide
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Contents
Display Operation ......................................................................................................................................... 3
Display Setting............................................................................................................................................... 7
Setting Flow rate span and unit .................................................................................................................... 8
Setting the TAG Number ............................................................................................................................... 9
Executing Zero Adjustment (AutoZero – AZ) .............................................................................................. 10
Setting Totalizer .......................................................................................................................................... 12
Absolute Flow Range (12mA = 0%) .............................................................. Error! Bookmark not defined.4
Electrode Adhesion Detection ..................................................................... Error! Bookmark not defined.5
Built-in Verification Function ....................................................................... Error! Bookmark not defined.6
Electrode Insulation Deterioration Diagnosis .............................................. Error! Bookmark not defined.8
Low Conductivity Diagnosis ......................................................................... Error! Bookmark not defined.9
microSD Functions ...................................................................................................................................... 20
1) Backup Function ............................................................................... Error! Bookmark not defined.0
2) Restore/Duplicate Function ............................................................. Error! Bookmark not defined.1
Data Logging Function ................................................................................. Error! Bookmark not defined.2
Removing the microSD card safely .............................................................. Error! Bookmark not defined.4
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Display Operation
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The device runs in Display Mode when the power is on. To check or change parameters, the Setting Mode
must be activated. The following procedure explains how to change to Setting Mode from.
1) Keep touching [SET] switch for few seconds.
2) Touch [SFT] + [INC] switches.
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3) Touch [INC] switch and select “Yes”
4) “Yes” is blinking. Touch [SET] switch again.
5) The screen moves to the menu of Operation Level.
6) Select an appropriate operation level by moving the cursor with [INC] or [DEC] switch. Passcode
is not necessary for “Operator”. For “Maintenance” and “Specialist”, passcode is necessary for
each. For passcode setting, [SFT] is for position change, and [INC] is for number, then twice [SET]
is for entry completion.
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When the Operation Level is determined, the screen moves to “Device setup” as the Setting
Mode where parameters can be configured.
After completing parameter setting, push [ESC] switch. The screen returns to the Display Mode.
The alphanumeric type displays the following alphanumeric characters in order:
o 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz!"#$%&'()*
+,-./:;<=>?@ [\]^_`{|}~"space"
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Display Setting
The display can show up to eight items on the display by scrolling it. Each display item is to be set to the
eight-line mode.
Under “Specialist” Operation Level,
1) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
• Device Setup > Detailed Setup > Display set > Line select >
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Setting Flow rate span and unit
Under “Specialist” Operation Level,
Go to: Device setup > Easy setup wizard
1) Move the cursor with [INC] and [DEC] and press [SET] to select the “Unit”. Move the cursor with
[INC] and [DEC], press [SET] to determine, and select the “example l(liter)”. While the selected
unit is blinking, press [SET] to determine the unit. The screen returns to the setting page after
completing the setting.
2) Move the cursor with [INC] and [DEC] and press [SET] to select the “Time unit”. Move the cursor
with [INC] and [DEC], select “/min”, and then press [SET]. While the selected unit is blinking,
press [SET] to determine the unit.
3) Move the cursor with [INC] and [DEC] and press [SET] to determine, and select the “Span”.
4) The switch's functionality for setting the span flow rate is as below:
• Plus/minus and numeric change: [INC]
• Movement of digits: [SFT]
• Determination of parameter: [SET] :
• L: Minimum value :
• U: Maximum value
• Press [SET] to determine the parameter while the setting value of the flow rate span is
blinking.
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Setting the TAG Number
Under “Specialist” Operation Level,
1) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
• Device Setup > Detailed Setup > Device Info > Order info > Tag No.
2) The Tag No. can be set with up to eight characters from the display. The switch's
functionality for setting the Tag No. is as follows:
• Number and character change: [INC]
• Movement of digits: [SFT]
• Determination of parameter: [SET]
• Available characters: ASCII characters
• Press [SET] to determine the parameter while the value of Tag No. is blinking.
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Executing Zero Adjustment (AutoZero – AZ)
Under “Specialist” Operation Level,
1) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
• Device setup > Diag/Service > Autozero > Execute > Execute
• Or Device setup > Easy setup wizard > Autozero Exe
2) You can confirm the Zero adjustment result by the following path:
• Device setup > Diag/Service > Autozero > Result > Zero value
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When the zero adjustment result exceeds the defined value, the warning [092:AZ warn] is
displayed.
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Setting Totalizer
Under “Specialist” Operation Level,
1) Start/Stop Totalizer
• Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
o Device setup > Detailed setup > Totalizer
o Select Start or Stop for the Totalizer corresponded (Totalizer 1 – 3)
2) Setting Totalizer Direction
1) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
o Device setup > Detailed setup > Totalizer > Options
o Select the direction for the Totalizer corresponded (Totalizer 1 – 3)
3) Reset/Preset
2) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
o Device setup > Detailed setup > Totalizer > Preset/Reset
o Select Reset for the Totalizer corresponded (Totalizer 1 – 3)
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3) To Preset value Setting
o Move the cursor with [INC] and [DEC] and press [SET] to select the following
path:
Device setup > Detailed setup > Totalizer > Preset Value
Select Preset value for the Totalizer corresponded (Totalizer 1 – 3)
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Absolute Flow Range (12mA = 0%)
The absolute range function is available for using analog output 1. If the absolute range function is used,
the forward flow rate and reverse flow rate toward a span can be output to analog output at the same
time.
With 0% flow rate set as 12 mA, the reverse flow rate can be output to an analog output of 4 to 12 mA,
and the forward flow rate to an analog output of 12 to 20 mA. The absolute range function and low-cut
function can be used at the same time.
Under “Specialist” Operation Level,
1) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
• Device setup > Detailed setup > Analog out/in > AO1 > Range mode
• Select Abs Range
The absolute range function and multi range function cannot be used at the same time.
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Electrode Adhesion Detection
The electrode adhesion detecting function diagnoses an electrode adhesion with the resistance value of
the electrode, and displays a warning or alarm if an adhesion is detected. The electrode adhesion
detection is displayed on the display in four levels: level 1 to level 4. Display a warning when adhesion
exceeds level 3, and an alarm when adhesion exceeds level 4.
Under “Specialist” Operation Level,
1) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
4) Device setup > Diag/Service > Diagnosis > Adhesion > Function
o Select Enable, to activate the Adhesion Detection to be showed thru display
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Built-in Verification Function
The verification function diagnoses the health of the product and displays the diagnosis result. It takes
about 15 minutes to complete the verification function, and the progress of the verification function can
be checked via the bar graph and the remaining time on the display.
This function can inspect conditions of the magnetic circuit, excitation circuit and calculation circuit, and
executes the device health diagnosis of the product based on their internal alarm record along with their
wiring misconnection.
This function evaluates the diagnosis result based on the conditions of the product and shows “Passed”
if no problem is found or “Failed” if a problem is found on the display.
The following execution results are shown on the display.
• Examples of “Passed” results
VF check results Passed;
VF Operation time 00001D 10:01
Magnetic circuit result Passed
Exciting circuit result Passed
Calculation circuit result Passed
Device status result Passed
Connection status result Passed
• Examples of “Failed” results
VF check results Failed
VF Operation time 00001D 10:01
Magnetic circuit result Passed
Exciting circuit result Passed
Calculation circuit result Failed
Device status result Passed
Connection status result Passed
Under “Specialist” Operation Level,
1) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
• Device setup > Diag/Service > Diagnosis > Mode
o Select Mode, to specify the fluid state if Flow or No Flow
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2) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
• Device setup > Diag/Service > Diagnosis > Execute
o Select Execute, to proceed with the Verification function
3) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
• Device setup > Diag/Service > Diagnosis > Result
o Select Failed/Passed, in order to check the result of Verification, or select the
condition corresponded
Before using the verification function, be sure to disconnect this product from the control loop.
When the electrode insulation deterioration diagnosis function is used, the analog output and
pulse output are not output correctly.
Note that parameters cannot be changed while the verification function is executed.
Be sure to use the verification function when the sensor is in the full pipe state. If the sensor is
in the empty pipe state, the function to detect adhesion may not run normally.
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Electrode Insulation Deterioration Diagnosis
The electrode insulation deterioration funtion, diagnoses a deterioration of insulation with a resistance
value of the electrode and displays a warning if deterioration of insulation is detected. It takes
approximately 5 minutes to complete this diagnosis.
Under “Specialist” Operation Level,
1) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
• Device setup > Diag/Service > Diagnosis > Diagnostic execute
o This will start the diagnosis function.
2) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
• Device setup > Diag/Service > Diagnosis > Diagnostic Output
o To specify the output behavior while the diagnostic function is running
Before using the electrode insulation deterioration diagnosis function, be sure to disconnect this
product from the control loop.
When the electrode insulation deterioration diagnosis function is used, the analog output and
pulse output are not output correctly.
Be sure to use the electrode insulation deterioration diagnostic function when the sensor is in
the full pipe state. If the sensor is in the empty pipe state, the electrode insulation deterioration
diagnosis function may not run normally.
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Low Conductivity Diagnosis
The low conductivity diagnosis function calculates conductivity from the resistance value and size of the
electrode and displays a warning if the conductivity falls below the specified value.
Under “Specialist” Operation Level,
1) Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
• Device setup > Diag/Service > Diagnosis > Conductivity > Function
o This will start the diagnosis function.
2) Before using the low conductivity diagnosis function, always make sure that the sensor is in the
full pipe state. If the sensor is in the empty pipe state or the transmitter is connected with
AM012 (calibrator), the function to diagnose conductivity may not run normally
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microSD Functions
1) Backup Function
The backup function can back up parameter settings in the display’s built-in memory (display board) or
microSD card (with the optional code MC selected). If the backup data is restored, the parameter
settings can be duplicated to another device. The file name, backup name, and date can be specified
using the backup function. The data backed up to the microSD card is stored in the “YOKOGAWA” folder
as a “.PAR” file.
Under “Specialist” Operation Level,
• Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
o Device setup > Diag/Service > Param bkup/restore > Backup execute
Select “Store main to SD”, to Backs up parameter settings from the main
board to microSD card.
• Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
o Device setup > Diag/Service > Diagnosis > Param bkup/restore > Backup Result
In order to check the status after the Backup procedure
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2) Restore/Duplicate Function
If the restore function is used, it becomes possible to restore parameter settings, which are backed up in
the display’s built-in memory or microSD card (with the optional code MC selected), to the product. In
addition, it is possible to return parameters to default values defined when shipped from the factory
and to duplicate the backed-up parameters to other device based on the same specifications.
• Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
o Device setup > Diag/Service > Param bkup/restore > Restore execute
Select “Duplicate SD”, to restores the parameter setting from the
microSD card to the main board of the product.
Select “Restore SD”, to restores the parameter setting from the microSD
card to the main board of the product.
Select “Restore factory”, to restores to the status that is set upon
shipment from the manufacturing factory.
• Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
o Device setup > Diag/Service > Param bkup/restore > Restore Results
When using the restore function, be sure to prepare a backup file in the built-in memory or the
microSD card. Note that the restore function is not executable if a backup file is not provided.
Note that parameters cannot be changed when the backup function is executed. It takes
approximately 20 seconds to complete backup processing.
Take care not to duplicate the file name when backing up data to the microSD card.
Note that if the microSD card runs out of free space, the subsequent data will not be stored.
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Data Logging Function
The data logging function can store up to four process values to the microSD card. To use this function, it
is necessary to specify a file name, data storage interval,and ending time. Stored data is saved in the
“YOKOGAWA” folder as a “.TRD” file. This setting can be configured with the following parameters
Under “Specialist” Operation Level,
• Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
o Device setup > Diag/Service > Data log >
“Interval Time”, to specify the interval storage;
“End time”, to specify the time to end the data logging function;
“Log 1 – 4”, to select the process values to storage with data logging
function
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The file stored by the data logging function can be opened as a text file.
Example: If the storage interval is set to “1 min”, data is stored as shown below:
Before using the data logging function, make sure that the microSD card is prepared. It takes
approximately 1 minute until the product is ready to store data on the microSD card after it has
been turned on.
Note that the date and time information are reset if this product is turned off.
Note that if the microSD card runs out of free space, the subsequent data will not be stored.
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Removing the microSD card safely
Under “Specialist” Operation Level,
• Move the cursor with [INC] and [DEC] and press [SET] to select the following path:
o Device Setup > microSD > Unmont
If the microSD card it is removed without executing “Unmount” on the software, it may cause
the stored data to be erased or the product to operate abnormally.
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