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NOTE: if the measured variable goes beyond the scale limits “Lo.E”/
”Hi.E”, the value displayed during the measuring phase will be blinking
and updated with reference to the measured value up to the maximum
displaying range (“dC” and temperature measurements: -1999/3999;
“AC” and resistance measurements: 0/3999).
d.P : decimal point position in the Hi-Lo scale.
Lo : min. value of the displayed scale. Enter the value to be displayed
in correspondence with the minimum value of the electrical scale “Lo.E”.
Example: “Lo.E”=4.00mA ⇒ “Lo”=1000mbar, means that when the
value measured by MDI40 is 4mA, the displayed value will be 1000mbar.
Hi : max. value of the displayed scale. Enter the value to be measured
in correspondence with the maximum value of the electrical scale “Hi.E”.
Example: “Hi.E”=19.99mA ⇒ “Hi”=3000mbar, means that when the
value measured by MDI40 is 20mA, the displayed value will be 3000mbar.
NOTE: electrical scale and displayed scale must have:
• corresponding values (Lo.E=Lo, Hi.E=Hi), if the same value is to be
both measured and displayed.
• different values, if the signal to be measured is different from the one
to be displayed (see examples of “Lo” and “Hi”).
• inverted values, if an increasing signal to be measured must corre-
spond to a decreasing value to be displayed (scale inversion).
Example: “Lo.E”=4.00mA ⇒ “Lo”=3000mbar; “Hi.E”=19.99mA ⇒
“Hi”=0mbar, means that when the measured value increases from 4 to
20mA, the displayed value decreases from 3000mbar to 0.
As you can see, the scales can be programmed with absolute freedom.
NOTE: to display temperature values as “°F”, it is necessary to program
the electrical scale as “°C” and enter the values for the displayed scale
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