Levenhuk Ermenrich NetGeeks NL80 Guia Del Usuario página 7

Ping test
This function is used to test data transmission. Plug one end of the cable or the RJ45 patch cord (included) into the PoE/Ping port (6) on the
transmitter and the other end into the PoE source equipment (such as a network switch, router etc.). Select Ping in the main menu, and then
select Configure before starting the test. There you can setup the IP address, the local IP address and the data packet setting or let the device
obtain it automatically.
Press the Back button (9) to return to the previous menu and select Ping, then select Start to test. Possible outcome is shown below:
Port Flash function
This function is used to locate the exact port on the PoE switch or router to which the cable is connected. Plug the loose end of the cable into the
PoE/Ping port (6) on the transmitter (the other end is connected to a PoE source equipment) and select Flash Port in the main menu. The circle
on the display and LEDs under the PoE/Ping port (6) will flash with the same frequency as the LED of the target port on a PoE switch or router.
Cable tracing
This function is used to locate the target cable in a cable bundle. Plug the loose end of the cable into a corresponding port on the transmitter
(RJ45 SCAN port for a network cable) and select Scan in the main menu. You can choose between three modes: "Low frequency", "High
frequency", and "PoE switch".
!
Select the "PoE switch" mode if you want to trace the cable that is connected to the PoE source equipment or if you want to trace
an electric cable.
Press the SET button (9) on the receiver so that the scan mode indicator (6) lights up red. Press the same button again so that the indicator
changes to deep blue. When the indicator is red, it means that the receiver is in the "Low frequency" or "PoE switch" mode. When it is deep blue,
it means that the receiver is in the "High frequency" mode.
!
Scan modes on the transmitter and receiver must match for correct operation.
After completing the setup on the transmitter and receiver, place the receiver near the cable bundle and move the receiver along the cable to
trace it. To detect the cable more accurately, lower the sensitivity. When the sensor is in the close proximity to the target cable, the receiver
will emit a beeping sound. The closer the device is to the object, the louder the signal.
NCV (non-contact voltage detection) function
This function is used to detect voltage without having to touch the cables. Press the SET button (9) on the receiver and hold it for 3 seconds
so that the NCV indicator (5) lights up. Put the sensor (1) up to a wire, socket or any surface with hidden wiring. The receiver will obtain the
signal and emit a warning sound. The closer the device is to the object, the louder the signal.
History record
You can save the data in the .txt format on the microSD card (not included) by selecting Data upload.
Specifications
Testing cable types
Max. distance of cable tracing
Wire mapping
Cable length measurement range
Units of measurement
Min. cable length for calibration
PoE test
Ping test
DC voltage measurement range
NCV (non-contact voltage detection) function
Port Flash function
Screen brightness
Backlight
Auto-off
Operating temperature range
Power supply
Battery life
The manufacturer reserves the right to make changes to the product range and specifications without prior notice.
STP/UTP (CAT5E, CAT6, CAT6A, CAT7) network cable, telephone cable,
coaxial cable, common wires
1000m
+
1–1000m
m, in, yd
20m (it is recommended to use a 50m cable for calibration)
+
+
5–60V
+
+
3 levels
15s, 30s, 1min, OFF
15min, 30min, 1h, 2h, OFF
–10... +60°C / +14... +140°F (operating/storage)
transmitter: 3.7V 1800mA.h rechargeable lithium battery
receiver: 3.7V 1800mA.h rechargeable lithium battery
(5V 1A DC adapter)
transmitter: 20h
receiver: 50h
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