Current; Voltage - AOIP calys 60 IS Manuel D'instructions

5.4.6

Current

•
Press the [SELECT] key until "SELECT CH1" or "SELECT CH2" is shown.
If you choose the Channel 1 setting the calibrator will display:
SEL ECT Ch 1
Th e r mo c o u p l e
RTD t h e r mo me t e r
Cu r r e n t
Vo l t a g e
Re s i s t a n c e
Pr e s s < > t o SET
If you choose the Channel 2 setting the calibrator will display:
N.B. Channel 2 can measure only on Calys 120 IS model.
SEL ECT Ch 2
Ou t
I n
Of f
Pr e s s < > t o SET
•
Press the [ ] and [ ] keys to highlight the "In" parameter.
•
Press the [ ] key to select the option. Press the [ESC] key to return in
measure mode without changes.
Th e r mo c o u p l e
RTD t h e r mo me t e r
Cu r r e n t
Vo l t a g e
Re s i s t a n c e
Pr e s s < > t o SET
•
Press the [ ] and [ ] keys to highlight the "Current" parameter.
•
Press the [ ] key to select the option. Press the [ESC] key to return in
measure mode without changes.
Manuel d'intructions NTA47248-300A4
I n
Ac t i v e l o o p 5 0 mA
Pa s s i v e l o o p 2 0 mA
Pr e s s < > t o SET
•
Press the [ ] and [ ] keys to choose the loop mode.
−
Active current loop: select this option if you are connecting to an active
current loop (your circuit provide to supply the loop)
−
Passive current loop: select this option if you are connecting to a passive
current loop (the calibrator provide to supply the loop).
ACTIVE LOOP SELECTION ALLOWS TO SWITCH OFF THE INTERNA POWER
SELECT THIS FUNCTON WHEN YOU DO NOT NEED THE LOOP SUPPLY TO
MAXIMIZE THE CALYS60/80/120 BATTERY LIFE.
Press the [ ] key to confirm the selection and go to measuring mode. Press the
[ESC] key to return in measure mode without changes.
5.4.7

Voltage

•
Press the [SELECT] key until "SELECT CH1" or "SELECT CH2" is shown.
If you choose the Channel 1 setting the calibrator will display:
Pr e s s < > t o SET
If you choose the Channel 2 setting the calibrator will display:
N.B. Channel 2 can measure only on Calys 120 IS model.
83
Cu r r e n t
IMPORTANT
SUPPLY.
SEL ECT Ch 1
Th e r mo c o u p l e
RTD t h e r mo me t e r
Cu r r e n t
Vo l t a g e
Re s i s t a n c e