– 8 –
9 FREQUENCY MEASUREMENT
!
WARNING: Maximum input is 500 V.
9-1
Plug the red test lead into the V
Ω
jack and the black test lead into the
COM jack.
9-2
Set the range switch to the
KHz
setting.
9-3
Connect the probes to the point of measurement.
9-4
Read the displayed frequency.
NOTE: When using the Frequency measurement position the autoranging
feature can be disabled by pressing the MAX switch.
10 CAPACITANCE MEASUREMENT
!
WARNING: Fully discharge capacitors by shorting the capacitor
leads together before testing.
10-1 Set the range switch to the desired
F
capacitance setting. If you are
unsure of the value being measured, select the highest range and reduce
until a satisfactory reading is obtained.
10-2 Insert the capacitor leads into the Cx / Lx test sockets. Ensure that the
capacitor leads are inserted into opposing sockets.
10-3 Read the displayed capacitor value.
11 INDUCTANCE MEASUREMENT
11-1 Set the range switch to the desired
H
Inductance setting. If you are unsure
of the value being measured, select the highest range and reduce until
a satisfactory reading is obtained.
11-2 Insert the inductor leads into the Cx / Lx test sockets. Ensure that the leads
are inserted into opposing sockets.
11-3 Read the displayed inductance value.
12 LOGIC TEST
12-1 Plug the red test lead into the V
Ω
jack and the black test lead into the COM
jack.
12-2 Set the range switch to the setting.
12-3 Connect the red test lead to the point to be tested and the black test lead
to the common buss of the logic circuit.
12-4 Apply power to the circuit.
12-5 If the circuit is in the High Logic state, the high indicator will appear. If it
is in the Low Logic state the low indicator will appear. If the point of
measurement is toggling high and low then both indicators will be
displayed.
