Resistance measurement
▸
Set the selector switch [9] measuring range to "Ω".
▸
Plug the black measuring lead into the COM jack [5].
▸
Plug the red measuring lead into the V/Ω input
jack [6].
▸
Connect the measuring leads to the test object.
The multimeter automatically searches for the most
3
favourable measurement range.
The measurement result is output at the display [1].
3
Resistance
Measuring
Resolution
range
400 Ω
0.1 Ω
4 kΩ
1 k
40 kΩ
10 Ω
400 kΩ
100 Ω
4 MΩ
1 kΩ
40 MΩ
10 kΩ
Overvoltage protection: 120 V
Diode test
▸
Set the selector switch [9] measuring range to "
/
/Ω".
▸
Plug the black measuring lead into the COM jack [5].
▸
Plug the red measuring lead into the V/Ω input
jack [6].
▸
Connect the measuring leads to the test object.:
• Red measuring lead = anode
• Black measuring lead = cathode.
The forward voltage is displayed.
3
Diode test
Measuring
Resolution Display
range
0.001 V
Forward current: approx. 25
Overvoltage protection: 120 V
Accuracy
± 1 % + 3 d
± 2 % + 3 d
RMS
Forward voltage
A,
μ
RMS
Continuity test
▸
Set the selector switch [9] measuring range to "
/
/Ω".
▸
Plug the black measuring lead into the COM jack [5].
▸
Plug the red measuring lead into the V/Ω input
jack [6].
▸
Connect the measuring leads to the circuit being
tested.
A beep is emitted for continuous electrical circuits
3
with a resistance less than 45 Ω.
The measurement result is output at the display [1].
3
Check for a zero-volts condition and
that capacitors in the measuring circuit
are discharged
Continuity test
Measuring
Function
range
The integrated buzzer signals conti-
nuity up to 45 Ω
Measurement circuit voltage: 3 V
Temperature
▸
Set the selector switch [9] measuring range to
"°C"
▸
Connect the type K (nickel-chromium/nickel)
temperature sensor to the mA jack [8] (T+) and
the COM jack [5] (T-)
▸
Connect the measuring leads to the circuit being
tested.
The measurement result is output at the display
3
[1].
Temperature
Measuring
Resolution
range
-20 °C to
0.1 °C
400 °C
400 °C to
1 °C
1000 °C
DANGER !
Accuracy
± 1.0 % + 5 °C
± 1.5 % + 15 °C
19