DVM894
V. 01 – 21/01/2015
14
©Velleman nv
Notes
At small voltage ranges, unsteady readings will appear before the test leads
make contact with the circuit. This is normal since the meter is highly sensitive.
When the test leads are connected to the circuit, the tru readings will be shown.
AC Voltage
range
resolution
accuracy
2 V
1 mV
± (0.8 % of re 3 digits)
20 V
10 mV
200 V
100mV
600 V
1 V
± (1.2 % of re 2 digits)
Max. input voltage: 250 VDC at 200 mV range, 600 VDC elsewhere.
Input impedance: 10 MΩ.
Frequency response: 200 Hz at 600 V range, 40-400 Hz elsewhere.
Response: average (RMS of sine wave).
Notes
At small voltage ranges, unsteady readings will appear before the test leads
make contact with the circuit. This is normal since the meter is highly sensitive.
When the test leads are connected to the circuit, the tru readings will be shown.
DC Current
range
resolution
accuracy
2 mA
1 µA
± (0.8 % of re 1 digit)
20 mA
10 µA
200 mA
0.1 mA
± (1.5 % of re 1 digit)
10 A
10 mA
± (2.0 % of re 5 digits)
Overload protection:
o
mA ranges: resettable fuse F1, 400 mA/600 V (quick acting).
o
10 A range: F2, 10 A/600 V fuse (quick acting).
Max. input current:
o
mA jack (mA range): 200 mA.
o
10 A range: 10 A.
AC Current
range
resolution
accuracy
20 mA
10 µA
± (1.0 % of re 5 digits)
200 mA
0.1mA
± (1.8 % of re 5 digits)
10 A
10 mA
± (3.0 % of re 7 digits)
Overload protection:
o
mA ranges: resettable fuse F1, 400 mA/600 V (quick acting).
o
10 A range: F2, 10 A/600 V fuse (quick acting).
Max. input current:
o
mA jack (mA range): 200 mA.
o
10 A range: 10 A.
Frequency response: 40-400 Hz.
Response: average (RMS of sine wave).
