and begin to send data.
• Open installed KPS-MT60 communication software in the PC. Data meas-
ured by the meter can be uploaded to PC for further analysis.
4.9 NCV (non-contact voltage detection)
• Turn the meter to NCV grade
• Place the meter top close to the condtor. When test voltage is greater than
110 Vac (RMS), the meter induction voltage indicator will turn on and buzzer
will give dripping alarm sound.
Note:
• Even there is no indication, voltage may still exist. Don't use non-contact
voltage detector to judge whether there is voltage in the wire. Detection op-
eration could be affected by socket design, insulation thickness, type and
other factors.
• When inputting voltage on the meter input terminal, due to the existence of
the induced voltage, voltage induction indicator also may light.
• Interference sources in the external environment (such as flashlight, motor,
etc.) may trigger erroneous non-contact voltage detection.
4.10 AC voltage/DC voltage measurement
Voltage is the potential difference between two points. AC voltage polarity
changes over time, while DC voltage polarity does not change over time.DC
voltage measuring range of this meter: 660.0mV, 6.600V, 66.00V, 660.0V; AC
voltage measuring range of this meter: 660mV, 6.600V, 66.00V, 660.0V. The
660mV measuring range can be entered only in the manual measuring range
mode.
To measure AC and DC voltage:
• Rotate rotary switch to position.
• Respectively connect black and red test probes to COM input socket and V
input socket.
• Measure the voltage of circuit to be tested with other two ends of test probes.
(Connected with the circuit to be tested in parallel)
• Read the measuring voltage value from LCD display. When measuring DC
KPS-MT60 • Digital multimeter
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