Graphics Tab; Action Log Tab; Data Log Tab; Causes For Overloading - Simco-Ion ThunderION IQ 2.0 Notice D'utilisation

Not yet implemented:
Last warning: indicates if and when the last warning has been issued that the efficiency of
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the anti-static bar has dropped below the set clean bar warning level.
Ionisation Efficiency
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be dirty or covered, this value will drop. If the bar is set on standby, this value will be 0 %.
The value between the brackets will indicate the most recent value, e. g. 0 % (98 %).
If a sensor bar is connected, the display will also show:
- Web voltage [kV]: The current average (residual) charge measured of the active segments of
the sensor bar.
- Web voltage peak [kV]: The maximum measured average negative & positive (residual)
charge of the active segments of the sensor bar (during the last logfile refresh time). Every
time the logfile is written, this value will be reset to 0.

7.4.2 Graphics tab

The Graphics tab graphically shows the operation as function of the time.
- Yellow: the positive and negative ion current.
- Brown: the net ion current (positive – negative current)
If coupled with a sensor bar:
- Green: the average (residual) charge measured by the sensor bar.
If the screen is clicked somewhere, the screen will "freeze", and display On hold. Clicking the
screen again will display the current value.

7.4.3 Action log tab

In the Action log tab, the changing status of the bar is logged step-by-step. This is indicated
including the date and time the status change has occurred. Main messages:
- HV OK: the bar is turned on and is functioning properly
- HV NOT OK: the bar is turned off so the HV doesn't function properly

7.4.4 Data log tab

In the Data log tab, all available measurement data of the anti-static bar is logged at fixed times.
If the parameter Datalogging is activated, these values will also be saved in the log file of the
manager. The interval between logging is determined by the setting in the Manager IQ Easy.
See user manual of the Manager in Chapter 6.6.3
Main measurement values:
U- : the output voltage of the negative high-voltage.
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U+ : the output voltage of the positive high-voltage.
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I- : the output current of the negative high-voltage.
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I+ : the output current of the positive high-voltage.
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U: the supply voltage of the bar
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7.5 Causes for overloading

Causes for overloading of the high voltage may be:
- Fouling of the anti-static bar.
- Direct contact between conductive material and emitters.
- The anti-static bar is mounted too close to conductive (machine) parts.
ThunderION2ThunderIONIQ2_UM_9752160050_NL_D_GB_F_V2_3
xx%: indicates the effectiveness of the anti-static bar. Should the bar
80