0 12.7
MAX 600A
600V CAT III
300V CAT IV
V
W
Hz
EF
V
OFF
12.12
P-RMS
SELECT
HOLD
COM
+
CAT III
600V
CAT IV
300V
m
A
A
/
Duo
V
1
®
®
09
14
EF-H
(High Sensitivity)
NON-CONTACT EF-DETECTION
Indication :
Bar-graph segments & audible beep tones proportional to the
field strength
Detection Frequency :
50/60Hz
Detection Antenna :
Inside the top side of the stationary jaw
Probe-Contact EF-Detection :
For more precise indication of live wires, such
as distinguishing between live and ground connections, use direct contact testing
with one single test-probe via an input terminal. The COM terminal (Black)
has the test sensitivity.
10V (5V ~ 25V)
Bar-Graph
Indication
-
- -
- - -
- - - -
- - - - -
Typical Voltage (Tolerance)
EF-L
(Low Sensitivity)
25V (20V ~ 66V)
55V (50V ~ 125V)
110V (90V ~ 200V)
220V (>180V)
40V (32V ~ 70V)
110V (55V ~ 165V)
220V (130V ~ 265V)
400V (250V ~ 500V)
550V (>430V)
AUDIBLE CONTINUITY TESTER
Audible Threshold
Between 10 and 250
W
W
Response Time
32ms approx.
3.000 V
±(1.5%rdg + 5dgts)
DIODE TESTER
Accuracy
Resolution
Range
1 mV
Test Current :
0.3mA typically
Open Circuit Voltage :
< 3.5VDC typical.
• Non-Contact EF-Detection (NCV):
An antenna is located
along the top-right end of the stationary clamp jaw, which detects
electric field surrounding energized conductors. It is ideal for
tracing live wiring connections, locating wiring breakages and to
distinguish between live and earth connections.
• Probe-Contact EF-Detection:
For more precise indication of
live wires, such as distinguishing between Live and Ground
connections, use direct contact testing with one single test-probe
via an input terminal. The COM terminal (Black) has the best
sensitivity.
DCV FUNCTION:
Inputs are made via the test lead terminals COM / +.
WARNING :
Before and after hazardous voltage measurements,
test the voltage function on a known source such as line voltage
to determine proper meter functioning.
0 12.7
MAX 600A
600V CAT III
300V CAT IV
V
W
Hz
EF
V
OFF
12.16
P-RMS
SELECT
HOLD
COM
+
CAT III
600V
CAT IV
300V
m
A
A
/
Duo
AUTO
V
V
