NOTE
-
The input voltage must NEVER be higher than 1000V in DC or 750V in AC
otherwise the electrical circuit of the multimeter will be damaged and there will
be the risk of electric shock for the operator.
-
When making high voltage measurements, be very careful to avoid electric
shock.
-
As soon as the measurement is finished, disconnect the measurement probe
tips from the tested circuit.
AC VOLTAGE MEASUREMENT
•
Insert the black lead of the measurement probe into the COM port of the multimeter.
•
Insert the red lead of the measurement probe into the red V/
Ω
/Hz port of the
multimeter.
•
Rotate the selector to the AC voltage measurement function.
NOTE
-
Before carrying out the test, there may be some digits on the display. They will
not affect the accuracy of the measurement.
-
The input voltage must not be higher than 750V rms otherwise the electrical
circuit of the instrument will be damaged.
-
When making high voltage measurements, be very careful to avoid electric
shock.
-
As soon as the measurement is finished, disconnect the measurement probe
tips from the tested circuit.
DC CURRENT MEASUREMENT
•
Insert the black lead of the measurement probe into the COM port of the multimeter.
•
Insert the red lead of the measurement probe into the red 10A port of the multimeter
(maximum 10A) or the red mA/µA port of the multimeter (maximum 600mA).
•
Rotate the selector to the DC current measurement function.
•
Insert the measuring probe tips into the point of the circuit to be measured: the
measured DC current value will appear on the display.
NOTE
-
The maximum input DC current is 600mA or 10A (depending on the positioning
of the red test lead on the circuit to be measured). Higher currents will damage
the fuse. Be very careful when making current measurements at 10A: each
measurement must not last more than 10 seconds. Prolonging the duration
may cause the circuit to overheat or damage the instrument.
