Note:
• If you are unsure about the measured amperage range, set the function
switch to a higher range.
• If the LCD shows „1” , it means a really high value, and the range should
be set to a higher value.
• Max. input amperage 200 mA or 10 A (depends on where the red
measuring wire is connected to), in case of high amperage the fuse
melts.
A~ measuring
•
Connect the black measurning wire to the „
COM
” socket and the red one to
the „
mA
” socket (max. 200 mA) or connect the red one to the „
10 A
” socket
(max. 10 A).
•
Set the function switch to the proper „
A~
" setting and connect the wires to the
circuit.
Note:
• If you are unsure about the measured amperage range, set the function
switch to a higher range
• If the LCD shows „1” , it means a really high value, and the range should
be set to a higher value.
• Max. input amperage 200 mA or 10 A (depends on where the red
measuring wire is connected to), in case of high amperage the fuse
melts.
Resistance measurement
•
Connect the black measurning wire to the „
COM
” socket and the red one to
the „
V/Ω
" socket.
•
Set the function switch to the proper resistance setting and connect the wires
to the resistance you wish to measure.
Note:
• If the value of the measured resistance is higher than the choosen
maximum value, the LCD shows „1”, and the function switch has to set to
a higher setting value. If the resistance is above 1 MΩ, the device needs
some seconds to stabilise.
Diode and continuity test
•
Connect the black measurning wire to the „
COM
” socket and the red one to the
„
V/Ω
" socket. (Note: the polarity of the red wire: „+”)
•
Set the function switch to „
” setting and connect the wires to the diode
you wish to measure
•
Connect the wires to the 2 points of the part, if the device beeps the resistance
is lower than approx. (30±20)Ω
Background lighting
•
Push the button '10' long to turn on or off the background lighting.
