Technical characteristics of the MX 5060
32
Benchtop multimeters, 6000 and 60000 points
Technical characteristics of the MX 5060 (continued)
CURRENTS
DC current
Particular reference conditions:
µA range:
Measuring a strong current for a long time may cause a temperature
rise of some components
.
In this case, it is necessary to wait some time for the
metrological characteristics specified in µA to be restored
.
A
DC
The display indicates “OL” above 19.99A. The
symbol blinks and a beep
sounds above 10A.
(
*
) Acceptable overload:
10A to 20A for 30s max. with a pause of 5min between
2 measurements. Ambient temp. 35°C max.
Range
Operating
range
Specified
measurement
range
Resolution
Uncertainty
(
±
)
Voltage drop
Protection
6000µA
0 to
6000.0µA
2.0 to
6000.0µA
0.1µA
0.8% L ±25 D
25mV/mA
60mA
0 to
60.000mA
0.020 to
60.000mA
0.001mA
0.8% L ±20 D
3mV/mA
600mA
0 to
600.00mA
0.20 to
600.00mA
0.01mA
0.8% L ±20 D 0.58mV/mA
6A
0 to
6.0000 A
0.2000 to
6.0000A
0.0001A
0.8% L ±20 D
0.05 V/A
10A / 20A
*
0 to
20.000A
0.200 to
20.000A
0.001A
0.8% L ±20 D
0.05 V/A
Fuse
11A/1000V
> 20kA
AC current
AC RMS
Range
Operating
range
Specified
measurement
range
Resolution
Uncertainty (
±
)
40Hz to 20kHz
(
**
)
Peak factor Voltage drop
Protection
6000µA
0 to
6000.0µA
60 to
6000.0µA
0.1µA
1.2% L +
0.08% x
[F(kHz)-1]L
±25 D
2.6 to
5mA
25mV/mA
60mA
0 to
60.000mA
6.000 to
60.000mA
0.001mA
2.6 to
50mA
3mV/mA
600mA
0 to
600.00mA
60.00 to
600.00mA
0.01mA
1% L +
0.08% x
[F(kHz)-1]L
±25 D
2.6 to
500mA
0.58mV/mA
6A
0 to
6.0000A
0.6000 to
6.000A
0.0001A
1% L +
0.1% x
[F(kHz)-1]L
±25 D
2.8 to 5A
0.05V/mA
10A
/20A
*
0 to
20.000A
1.000 to
20.000A
0.001A
1.2% L +
0.1% x
[F(kHz)-1]L
±25 D
3.7 to 8A
0.05V/mA
Fuse
11A/1000V
> 20 kA
The display indicates “OL” above 19.99A. The
symbol blinks and a beep
sounds above 10A.
Secondary measurements and displays: FREQ (AC coupling) MAX, MIN, PEAK
(
*
) Acceptable overload: 10A to 20A for 30s max. with a pause of 5min between 2
measurements. Ambient temp. 35°C max.
(
**
) Additional uncertainty with the 300Hz filter: see curve on p.37.
