DC Voltage Measurement
1.
Set the selector switch to the desired DCV
range.
2.
Turn on the power to the circuit to be measured.
3.
Connect the test leads to the circuit to be
measured. The voltage value should appear on
the digital display along with the voltage
polarity(if reversed only).
AC Voltage Measurement
1.
Set the selector switch to the desired ACV
range.
2.
Turn on the power to the circuit to be measured.
3.
Connect the test leads to the circuit to be
measured. The voltage value will appear on the
digital display.
DC Current Measurement
1.
Set the selector switch to the DCA range.
2.
Open the circuit to be measured and connect the
test leads in series with the load in which
current is to be measured.
3.
Turn on the power to the circuit to be measured,
the current value will appear on the digital
display.
Resistance Measurement
1.
Set the selector switch to the desired OHM
range.
2.
WARNING:
If the resistance to be measured is
part of a circuit, turn off the power and
discharge all capacitors before measurement.
3.
Connect the test leads to the circuit to be
measured.
The resistance value should now appear on the
digital display.
Diode Test
1.
Set the selector switch to the diode position.
2.
Connect the red test lead to the anode of the
diode to be measured and the black test lead to
the cathode.
The forward voltage drop in mV will be
displayed. If the diode is reversed, the figure 'l'
should be shown on the display.
Battery Test
1.
Set the selector switch to the BATT position.
2.
Connect the test leads to the battery to be
measured, the battery voltage value should
appear on the digital display.
Continuity test
1.
Set the selector switch to the 'Buzzer' position.
2.
Connect the test leads to the circuit or conductor
to be tested, the continuity will be judged by
whether the buzzer sound or not.
3.
The buzzer sounds when the resistance in the
circuit to be measured is less then about 50
ohm.