Idiomas disponibles
Idiomas disponibles
Measurement range
600Ω
6kΩ
60kΩ
600kΩ
6MΩ
60MΩ
Capacitance measurement
1.
Fully discharge the capacitor prior to measuringits capacitance. Otherwise, the multimeter will mistakenly enter voltage measurement
mode.
2.
Insert the black wire into the COM input (9); insert the red wire into the VΩ input (10).
3.
Press the power button (7) to enter capacitance measurement/diode test mode.
4.
Touch the testing points using the black test probe and the red test probe (11). Ensure the firm contact of the test probes with the
testing points.
Then the multimeter will automatically select the required measurement range (10nF / 100nF / 1F / 10µF / 100µF / 1mF / 10mF /
60mF). Then the measurement result will be displayed on the screen.
Disconnect the test probes from the tested circuit after the measurement completion.
!
To perform accurate measurement of low capacitance (up to 10nF), subtract the distributed capacitance of the test probes from the
obtained capacitance measurement result value after the measurement.
!
To perform an accurate measurement of high capacitance, wait for a few seconds until the correct readings are displayed on the
screen.
Measurement range
10nF
100nF
1µF
10µF
100µF
1mF
10mF
60mF
Diode test
1.
Insert the black wire into the COM input (9); insert the red wire into the VΩ input (10).
2.
Press the power button (7) to enter the capacitance measurement / diode test mode.
3.
Touch the testing points using the black test probe and the red test probe (11) correspondingly. Ensure the firm contact of the test
probes with the testing points.
Then the measurement result will be displayed on the screen.
The forward voltage drop in a diode that is under test is measured when the forward direct current is ~1mA and the open circuit voltage is
~3V.
If the open circuit voltage is ~0.4V, and if the resistance is less than 50±20Ω, the multimeter will emit a continuous sound. Press the power
button (7).
Alternative current and direct current measurement
1.
De-energize the closed loop under test and discharge the capacitors.
2.
Insert the black wire into the COM input (9); insert the red wire into the VΩ input (10) or into 10A input (8).
3.
Touch the testing points using the black test probe and the red test probe (11) correspondingly. Ensure the firm contact of the test
probes with the testing points.
4.
Energize the circuit.
5.
If the current is greater than 20mA (AC or DC), the multimeter will compare the AC and DC components of the current and will select
a greater value. Then the measurement result will be displayed on the screen.
6.
De-energize the circuit. Disconnect the test probes from the tested circuit after the measurement completion.
!
Apply not more than 10A and not more than for 10 seconds, otherwise the device may be damaged.
!
Never input more than 36V DC, 25V AC between the COM input (9) and the 10A input (8).
Measurement range
6A
10A
Non-contact voltage detection
Press and HOLD the NCV button (5) to enter electric field (EF) detection mode.
1.
2.
Place the sensor (1) up to a wire, socket, or any surface with hidden wiring. When the sensor of the device detects the electric field, the
device will emit a beeping sound. The closer the device is to the object, the louder the signal will be.
Accuracy
±(0.8%+5)
±(0.8%+3)
±(2.5%+3)
Accuracy
±(3.5%+20)
±(5%+3)
Accuracy
±(2%+30)
4
Resolution
0.1Ω
1Ω
10Ω
100Ω
1kΩ
10kΩ
Resolution
10pF
100pF
1nF
10nF
100nF
1µF
10µF
100µF
Resolution
0.001A
0.01A
