Input sockets
COM
common socket for all quantities
to be measured
V Temp Ω
Hz
measurement of voltage, resistance,
frequency, diode, interruption,
and temperature (positive input)
mA hFE
current measurement socket up to a
measurement limit of 200 mA, capacity
measurement, and transistor testing
(positive input)
10A
current measurement socket up to a
measurement limit of 10 A (positive input)
Accuracy
Reference conditions: ambient temperature from 18°C to 28°C,
relative humidity up to 80%.
DC voltage measurement ( )
Connect the red probe cable to the “
VTempΩHz” socket,
and the black one to the “COM” socket. Set the dial to the desired
measurement range. Connect the measurement probes to the
circuit to be measured.
Measurement limit
Resolution
Accuracy
200 mV
0,1 mV
±(0,5% 2 digits)
2 V
1 mV
20 V
10 mV
200 V
100 mV
1000 V
1 V
±(0,8% 2 digits)
Input impedance: 10 MΩ. Maximum input voltage: 1000 V DC
or 750 V AC RMS, or 250 V DC or AC RMS in the 200 mV mea-
surement range.
DC measurement ( )
Connect the red probe cable to the “hFEmA” socket, and the
black one to the “COM” socket. (for measurements between 200
mA and 10 A, plug the red probe cable into the “10 A” socket)
Set the dial to the desired measurement range. Interrupt the cir-
cuit whose current is to be measured then connect the probe to
the points to be measured.
Measurement limit Resolution
Accuracy
2 mA
1 µA
±(0,8% 1 digit)
20 mA
10 µA
200 mA
0,1 mA
±(1,5% 1 digit)
10 A
10 mA
±(2,0% 5 digits)
Overload protection: The F250 mA / 250 V fuse is at the “mA”
socket while the F10 A / 500 V fuse is at the “10 A” socket. Max
input current: at “mA” socket: 200 mA DC or AC RMS; at “10 A”
socket: 10 A DC or AC RMS. If the measured current is greater
than 10 A, the duration of continuous measurement should not
exceed 10 seconds. Stop current measurement after 15 minutes.
Measurement of AC voltage ( )
Connect the red probe cable to the “
VTempΩHz” socket,
and the black one to the “COM” socket. Set the dial to the de-
sired measurement range. Connect the measurement probe to
the circuit to be measured.
Measurement limit
Resolution
Accuracy
2 V
1 mV
±(0,8% 3 digits)
20 V
10 mV
200 V
100 mV
750 V
1 V
±(1,2% 3 digits)
Input impedance: 10 MΩ. Maximum input voltage: 1000 V DC or
750 V AC RMS, or 250 V DC or AC RMS in the 200 mV measure-
ment range. Measuring range: 40 Hz - 400 Hz sinusoidal RMS;
at 750 V AC max. 200 Hz sinusoidal RMS
Measurement of AC current ( )
Connect the red probe cable to the “hFEmA” socket, and the
black one to the “COM” socket. (for measurements between 200
mA and 10 A, plug the red probe cable into the “10 A” socket). Set
the dial to the desired measurement range. Interrupt the circuit
whose current is to be measured then connect the probe to the
points to be measured.
Measurement limit
Resolution
Accuracy
20 mA
10 µA
±(1% 5 digits)
200 mA
0,1 mA
±(1,8% 5 digits)
10 A
10 mA
±(3,0% 7 digits)
Overload protection: The F250 mA / 250 V fuse is at the “mA”
socket while the F10 A / 500 V fuse is at the “10 A” socket.
Max input current: at “mA” socket: 200 mA DC or AC RMS; at
“10 A” socket: 10 A DC or AC RMS. If the measured current
is greater than 10A, the duration of continuous measurement
should not exceed 10 seconds. Stop current measurement
after 15 minutes. Measuring range: 40 Hz – 400 Hz, sinu-
soidal RMS
Frequency measurement
Connect the red probe cable to the “
VTempΩHz” socket,
and the black one to the “COM” socket. Set the dial to the “Hz”
measurement range. Connect the measurement probe to the
circuit to be measured.
Measurement limit
Resolution Accuracy
20 kHz
10 Hz
±(2% 5 digits)
External Voltage: 200 mV-10 V AC RMS.
Over-voltage protection: 250 V DC or 250 V AC RMS.
Diode and interruption testing
Diode testing: Connect the red probe cable to the “
VTempΩHz” socket, and the black one to the “COM” socket (the
red probe is for “+” polarity). Set the dial to the “
” position.
Connect the red probe cable to diode’s anode, and the black
one to its cathode. The display will show the diode’s approximate
forward voltage. If the connection is reversed, a “1” will appear
in the display.
Interruption testing: Connect the red probe cable to the “
VTempΩHz” socket, and the black one to the “COM” socket. Set
the dial to the “ ” position. Connect the measurement probe
to the circuit to be tested. If the circuit is connected to a power
source, switch of the power source and discharge the capacitors
before starting measurement. Short-circuits (less than 50 Ω) will
be indicated by the built-in buzzer.
Function Measurement limit Resolution Measuring environment
1 V
0,001 V
Measurement current:
The built-in buzzer will
approx. 1 mA
activate below 50 Ω
Idle voltage: approx. 2,8 V
Overload protection:
250 V DC or 250 V AC RMS.
