In the smallest voltage range, the meter may display an
In the smallest voltage range, the meter may display an
unstable reading, specially when the testing leads have
unstable reading, specially when the testing leads have
not reached the circuit , this is normal because of the high
not reached the circuit , this is normal because of the high
sensitivity of the meter. When the testing points touched the
sensitivity of the meter. When the testing points touched the
circuit, you will get a true reading.
circuit, you will get a true reading.
AC VOLTAGE
Range
2V
20V
200V
1000V
10Mohms input impedance, in all ranges
Protection against over range:
in 200mV range: 250VDC or VAC rms
in 2 to 1000V range: 1000VDC or 700VAC rms
Response: Average response, calibrated in sine wave rms
Frequency: 40 to 400Hz
Test in 60/50Hz
In the smallest voltage range, the meter will show an
In the smallest voltage range, the meter will show an
unstable reading, specially when the testing leads have
unstable reading, specially when the testing leads have
not reached the circuit , this is normal because of the high
not reached the circuit , this is normal because of the high
sensitivity of the meter. When the testing points touched the
sensitivity of the meter. When the testing points touched the
circuit, you will get a true reading.
circuit, you will get a true reading.
DC AMPS
Range
2mA
20mA
200mA
10A
Protection against over charge:
In 2mA to 200mA range: F1: 200mA / 250V fuse
in 10A range: F2: 10A / 250V
Maximum current input: mA connector: 200m
10A connector: 10A
Voltage loss: 200mV
Resolution
1mV
10mV
100mV
1V
Resolution
1μA
10μA
100μA
10mA
ENGLISH-5
Accuracy
±1,0 % of rgd ± 5d
±1,0 % of rgd ± 5d
±1,0 % of rgd ± 5d
±1,2 % of rgd ± 5d
Accuracy
±1,0 % of rgd ± 3d
±1,0 % of rgd ± 3d
±1,5 % of rgd ± 5d
±2,0 % of rgd ± 10d