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ENGLISH
• 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”=4.00 mA ⇒ “Lo”=1800 mbar; “Hi.E”=19.99 mA ⇒ “Hi”=0 mbar,
means that when the measured value increases from 4 to 20mA, the
displayed value decreases from 1800 mbar 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
according to the following relationship:
°F = (1.8 x °C) + 32.
Example:
“Lo.E”=-50 °C ⇒ “Lo”=-58 °F; “Hi.E”=+760 °C ⇒ “Hi”=+1400 °F,
means that the new measuring range becomes -58 °F to +1400 °F. The
data to be entered in the displayed scale can be calculated either by
means of the above mentioned “°F” relationship, or using the data of the
relevant measuring range (see chapter “Technical Features”, paragraph
“Inputs (temperature)”.
diS : menu to select the displaying mode.
35 : displaying at 3
1
/
2
digit (1999)
30 : displaying at 3 digit + dummy zero (9990).
SP.1 : menu to select the programming of the set-point parameters.
tYP : selection of the type of control.
oFF : signalling of the abnormal condition. The relay is activated when
a burn-out condition occurs or the measurement is out of the electrical
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