Technical Specifications - C-LOGIC 5600 Manual De Instrucciones

3.2 Technical Specifications

3.2.1 True RMS Characteristics
• For non-sinusoidal signal measurement, the Meter
provides more accurate measurement than the
traditional averaging method.
• lf in AC current mode, the Meter may display a random
reading between 1 and 50 when the input is not active.
This will not affect the accuracy of measurement.
• True RMS requires a mínimum input level, AC current
or voltage should be 2%-100% of the maximum level.
3.2.2 Dual lmpedance Characteristics
• Normal impedance(1 OM) with normal testing capabilities.
• Low impedance Lo-Z (400k0) for testing where "ghost
voltage" may be present.Ghost voltage can occur when
power supply conductors and adjacent unused
conductors create a capacitive coupling between
conductors.lf this possibility exists, or when testing for
the presence of voltage, use the Lo-Z mode to switch to
the low impedance setting to remove the ghost voltages
during measurement.
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3.2.3 DC Voltage
range
Resolution Accuracy
660mV 0.1mV
6.6V 0.001V
66V 0.01V
660V 0.1V
1000V 1V
- Input impedance: 10MQ
- Overload protection: 660mV range: 250V DC or AC
(RMS),6.6V-1 OOOV range: 1 OOOV DC/AC (RMS)
- Maximum input voltage: 1 OOOV DC
3.2.4 AC Voltage
3.2.4.1AC Voltage (A position)
range Resolution Accuracy
±(1.5% of reading
660mV 0.1mV
+ 5 digits)
6.6V 0.001V ±(1.2% of reading
+ 5 digits)
66V 0.01V
660V 0.1V
±(1.0% of reading
+ 3 digits)
1000V 1V
- Input impedance: 10MQ
- Overload protection: 660mV range: 250V DC or AC
(RMS),6.6V-1 OOOV range: 1 OOOV DC/AC (RMS)
- Maximum input voltage: 1 OOOV AC (RMS)
- Response:True RMS
±(0.8% of reading + 3 digits)
±(0.5% of reading + 5 digits)
±(0.8% of reading + 3 digits)
Frequency Range
40- 60Hz
40-400Hz
40- 400Hz
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