Impedance input: 10 Ω
Overload protection: 600 V AC RMS CAT III, 1 000 V AC RMS CAT II
Maximum input voltage: 600 V AC RMS CAT III, 1 000 V AC RMS CAT II
TEMPERATURE
Overload protection: 250 V DC / RMS AC
RESISTANCE (Automatic range)
Open voltage: Around 0,25 V
Overload protection: 250 V DC / AC RMS
DIODO Y CONTINUIDAD
Range Resolution Accuracy
600 Ω 0,1 Ω
6 kΩ 1 Ω
60 kΩ 10 Ω (1,5% de rdg + 5 dgts)
600 kΩ 100 Ω
6 MΩ 1 kΩ
60 MΩ 10 kΩ
• In a small mV range example, the multimeter may show an unstable
reading when the probes have not been connected to the load to be
measured. This is normal and will not affect the measurement.
• To avoid damage to the multimeter, do not measure a voltage exceeding
600 V (for DC voltage measurements) or 600 V (for AC measurement
under CAT III conditions and 1000 V for DC voltage) 750 V (for AC
voltage) under CAT II conditions
CURRENT MEASUREMENT
1. Set the switch Function / Range, in the range 60 A / 600 A /1 000 A
2. Pull the trigger to open the transfer clamps and hold only one conductor
as it is not possible to make measurements when two or three conductors
are held at the same time.
3. The reading on the display shows the current of the AC conductor.
RESISTANCE MEASUREMENT
1. Connect the BLACK test probe to the "COM" connector and the RED to
the ( ) connector (Note: The polarity of the red test probe is positive
"+").
2. Set the function switch to the range " "
3. Press the "RANGE" button and the measurement can be selected
manually.
4. Press the "SELECT" button to select the resistance mode measurement.
The symbol "MΩ" appears as an indicator.
5. Connect the test probes through the load to be measured.
6. Read the reading on the display.
• For resistance measurements >1 MΩ, it takes the multimeter a few
seconds to stabilize the reading. This is normal for high resistance
measurements.
• When the power input is not connected, e.g. in open circuit, the symbol
"OL" will be displayed as an overrange indicator.
• Before measuring the in-circuit resistance, confirm that the circuit being
tested has all power removed and that all capacitors are completely
discharged.
AUDIBLE CONTINUITY TEST
1. Connect the black test probe to the "COM" connector and the RED to the
" " connector. (Note: The polarity of the red test probe is positive
"+").
2. Set the function switch to the " " range.
3. Press the "SELECT" button to select the audible continuity test
selection mode. The " " symbol will appear as an indicator.
4. Connect the test probes through the load to be measured.
5. If the circuit resistance is less than 30 Ω, the interlocked buzzer will
buzz.
DIODE TEST
1. Plug the BLACK test probe into the "COM" connector and the RED
connector into " ". (Note: The polarity of the red test probe is
positive "+".
2. Set the function switch to the " " range
3. Press the "SELECT" button to select the continuity measurement mode.
The symbol " " will appear as an indicator.
4. Connect the red test lead to the anode of the diode to be tested and the
black test probe to the cathode.
5. The multimeter will show the direct voltage of the diode. If the
connections are reversed, "OL" will be shown on the display.
TEMPERATURE MEASUREMENT
1. Set the function range switch to the "TEMP" position.
2. Confirm that the polarity of the thermocouple probe is correct; place the
cold end (free end) of the thermocouple probe in the terminal (black on the
"COM" connector and red on the "ºC" connector).
3. Place the thermocouple on or in the object to be tested.
4. The temperature value is shown on the display in degrees Celsius (ºC).
5. Press the "SELECT" button, Fahrenheit and Celsius to convert the
values.
CAPACITANCE MEASUREMENT
1. Plug the BLACK test lead into the "COM" connector and the RED test lead
into the " " connector.
2. Set the function switch " " to the position. (NOTE: The polarity of
the RED test probe is positive "+").
3. Connect the test leads through the capacitor being measured and
confirm that the polarity of the connection is correct.
Range Introduction Comment
The approximate direct voltage
drop is shown
Open circuit voltage:
About 1.5 V DC
The built-in buzzer will sound
if resistance is lower than 30 Ω
Open circuit voltage
around 0,5 V DC
Range Resolution Accuracy
-40 °C ~ 1 370 °C 1 °C -40 °C ~ 150 °C: (3% de rdg + 4 dgts)
150 °C ~ 1 370 °C: (3% de rdg + 4 dgts)
-40 °F ~ 2 000 °F 1 °F -40 °F ~ 320 °F: (5% de rdg + 4 dgts)
320 °F ~ 2 000 °F: (2,5% de rdg + 4 dgts)
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