User Manual

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5. DC Voltage Measurement (Picture 7)
6. LoZ Measurement (Picture 8)
LoZ ACV Measurement
Note:
Do not input voltage above 1000V. Although it is possible to measure higher
voltage, it may damage the meter.
Be cautious to avoid electric shock when measuring high voltage.
Test known voltage before use to verify whether the product functions correctly.
After using the LoZ function, let the meter rest for 3 minutes before next use.
LoZ voltage measurement eliminates ghost voltage for more accurate
measurement.
When the measured voltage is above 30V, the LCD will display the high
voltage alarm prompt “ ”.
Picture 8
UT205E/UT206B/UT207B/UT208B User Manual UT205E/UT206B/UT207B/UT208B User Manual
1) Insert the red test lead into the , or jack, and black test lead
into the COM jack.
2) Turn the function dial to the or position.
3) Short press the SELECT button to switch to DC voltage measurement if
required, and connect the test leads with the measured load or power supply
in parallel.
4) Read the voltage value on the display.
Note:
Do not input voltage above 1000V. Although it is possible to measure higher
voltage, it may damage the meter.
When measuring at 600mV range, use “REL” measurement mode to get
accurate readings. Short-circuit the test leads, and then short press the REL or
REL ZERO button. Read the measured voltage after the voltage of the short-
circuited test leads is automatically subtracted.
Be cautious to avoid electric shock when measuring high voltage.
After completing the measurement, disconnect the test leads from the circuit
under test.
When the measured voltage is above 30V, the LCD will display the high voltage
alarm prompt “ ”.
LoZ ACV Frequency Measurement
1) When the function dial is in the LoZ ACV position, short press the Hz/INRUSH
button to enter the frequency measurement mode.
2) Short press the Hz/INRUSH button again to exit the frequency measurement
mode.
1) Insert the red test lead into or jack, and black test lead into the
COM jack.
2) Turn the function dial to the LoZ V~ position, and connect the test leads with
the measured load or power supply in parallel.