Pro's Kit MT-7029N Quick Start Manual

MT-7029N
Noise-Filtering Network PoE Toner & Probe
Thank you for purchasing and using the Pro'sKit MT-7029N Noise-
Filtering Network PoE Toner & Probe. Please read the instruction
manual carefully before using this product, and keep it properly for
future review.
OVERVIEW
MT-7029N is the new upgrade version with a better noise filtering
design. The high-frequency filter circuit technology eliminates the
noise and anti-interference line tracer. Suitable for ordinary network,
PoE network, UTP / STP cable search, and positioning.
function can locate the port with flashing signals; check the crimping
quality of the plug single-way; be able to trace the wire & cable mapping
at the same time. Ideal for all installation & maintenance jobs.
INTRODUCTION
Figure1. MT-7029N Transmitter Diagram
Crimping : RJ45 plug crimping quality test socket.
POL/Scan : Scan & telephone line test socket.
Test/Scan : RJ45 cable map test & scan socket.
1~8/G : Cable map & Shielded indicator.
1~8 : RJ45 plug crimping quality test indicator.
Power/BAT LOW : Power ON/OFF & Battery low indicator.
Function indicator:
Test : Cable map & Shielded function indicator.
Scan : Locating and isolating cables function indicator.
Flash : Network port flashing function indicator.
Crimping : RJ45 plug crimping test function indicator.
POL : Telephone line + / - pole test function indicator.
POL /G POL /R : Phone line polarity indicator.
: Power ON/OFF button.
Test/Scan : Cable map test & Scan function button.
1 . Flash : Network port flashing function button.
1 . Crimping : RJ45 Plug crimping quality test button.
1 .
TEL/POL : Phone line polarity function button.
1 . Battery cover.
Figure 2. MT-7029N Receiver Diagram
1. Probe: Wire tracing and NCV detection.
2. LED light.
3. Power ON/OFF indicator.
4. NCV indicator.
5. Signal status indicator.
6. Volume control.
7. Earphone socket ( ).
8. Function switch (LED light/NCV/OFF/SCAN mode).
9. Speaker.
10. Locating and tracing cables function button
11. 1~8/G Cable map & Shielded indicator
12. RJ45 (8 pin) / RJ11 (6/4/2 pin) cable mapping test socket.
13. Battery cover
SPECIFICATIONS
MT-7029N Transmitter specifications
RJ45 Lan cable Cat5, 5e, 6, 7 (UTP/STP),
RJ11/12 telephone cable
Voltage 8Vp-p
Wire tracing
Frequency 455KHz
Tracing distance 600m
RJ45 Test/Scan socket for RJ45、RJ11/RJ12
Cable
locating Individual wire pairs
mapping
8+1 LED indicators.
Test distance max.: 300m
For RJ45, RJ11/RJ12 plug
Crimping Test
8 LED indicators
Port Flash
1 LED indicator
Telephone line
1 dual color LED: POL- Green / POL+ Red
POL +/-
Auto power off
1 hour
Low battery
About 7.0V; power indicator will flash.
indication
Voltage
DC 60V
protection
Battery
9V (NEDA 1604/6F22) x1pcs
Working
Tracing/Cable map/Crimping <35mA; Port flash
current
<110mA
The new
Dimension L138 x W80 x D35mm
Weight 142g
MT-7029N Receiver Specifications
Frequency
455KHz
Tracing
1 LED indicator & speaker
indication
Cable
RJ45 socket
mapping
Cable map
8+1 LED indicators
indication
NCV
1 LED indicator & speaker (AC 90-1000V)
Earphone 3.5mm socket
Lighting
1 LED
Low battery
About 7.0V; power indicator will flash.
indication
Battery
9V (NEDA 1604/6F22) x1pcs
Working
Tracing <200mA; lighting<50mA
current
Dimension
L203 x W50 x D32mm
weight
95g
RJ45 cable patch cords x2, RJ11 cable patch
Accessories cords x2, RJ11 to alligator clips patch cord x1,
earphone x1, storage bag, user manual.
OPERATION
MT-7029N Transmitter
Do not connect with DC 60V live circuit equipment or it might
cause damage.
Cable Mapping
This function is to check the network cable connection is good or not.
To connect the cable with the transmitter and receiver, by viewing the
transmitter and receiver 1-8 / G indicators to verify the network cable
connection situation. It can test the network cable straight, short,
open, and crossover. You can also connect the transmitter directly to
the network switch or the network interface test the cable connection.
The operation is as follows:
1. Insert the cable into the transmitter the Test/Scan socket and the
other end into the receiver socket.
2. Press the button, the power indicator is on.
3. Press the Test / Scan button , the Test indicator will light, and
the cable mapping will be started automatically.
4. There are four results as following examples:
Straight:
T: 1-2- -4- -6-7-8
R:1-2- -4- -6-7-8
Crossover:
T: 1- - -4- -6-7-8
R:1-2- -4- -6-7-8
Open:
T: 1-X- -4- -6-7-8
R:1-X- -4- -6-7-8
Short:
T: 1-2- - - -6-7-8
R:1-2- - - -6-7-8
The indicators
Wire Tracing
This function is using the transmitter to send the signals and the receiver
to receive the signals with an audio alarm. It has strong noise-filtering
design, and you can identify the correct wire easily. Specific operations
are as follows:
1. Insert the tracing wire into the transmitter Test / Scan or POL /
Scan socket.
2. Turn the transmitter, press Test / Scan button twice, the
indicator will light, and the transmitter will send the signals.
3. The transmitter will send the signals and check the cable status at
the same time. You will know each line status through the indicator
led (1-8).
4. Turn on the receiver and you will hear a beep sound means the
machine is on. The power indicator will light.
5. Rotate the adjustable sensor knob clockwise to turn the sensitivity
to the maximum. Press & hold the SCAN button. The receiver will
be receiving the signals from the transmitter, once it receives the
signals, it will send audio alarm, so you can find the correct wire.
6. When tracing the wire, you need to press & hold the receiver
SCAN button. The receiver will stop receiving signals once you
release the button. Kindly remind you to remove the battery after
using it to save energy.
7. You might receive signals from more than one wire. In this case,
please try to rotate the adjustable sensor knob counter-clockwise
to lower the sensitivity, and you will be able to find the correct wire.
Plug Crimping Quality Check
This function can single-way check RJ45/RJ11 plug crimping quality at
smart.
1. Insert the network cable into the transmitter Crimping socket.
2. Press the button to turn on the transmitter and press the
Crimping button.
3. The transmitter will start to check the cable pin to pin and the
indicator of Crimping 1-8 will light up if all the connection are
This function will help you to locate the port quickly, the transmitter will
send the flashing signals, so you can easily determine the correct port.
1. Insert the network cable into the transmitter Test/Scan socket and
2. Press the
3. Check the indicators on the network switch, If the indicator flash
This function is suitable for testing and determining the polarity of a
telephone line.
1. Insert the alligator clip RJ11 cable into the transmitter
2. Press the
3. Clip the red and black alligator each side of the telephone line, and
4. If the indicator light is red, the red alligator is on the positive pole &
This function is used to determine if there is a live circuit, the detection
range is AC90-1000V (50 / 60Hz).
Note:
T: 1-2- -4- -6-7-8-G
R:1-2- -4- -6-7-8-G
T: 1-2- -4- -6-7-8
R:1- - -4- -6-7-8
T: 1-2- -4- -6-7-8
R:1-2- - - -6-7-8
s
Scan
convenient &
For example as follows, the 2 & 5 pin are broken.
1-X- -4-X-6-7-8
Port Flash
the other side to network switch.
button to turn on the transmitter, press the Flash
button , the Flash indicator will light or flash.
around every 3 seconds, the corresponding port is the correct port.
Telephone Line POL +/-
socket.
button to turn on the transmitter, press the
TEL/POL button , the POL indicator will light.
the indicator will light.
the black alligator is on the negative pole. If the indicator light is
green, then the red alligator is on the negative pole & the black
alligator is on the positive pole.
Non-contact Voltage Detection (NCV)
Turn on the receiver and switch to the NCV position, move the
receiver probe close to the test subject. If the AC voltage is detected,
the speaker will send an audio alarm in different frequency. The
higher frequency the higher voltage is.
This function is for reference, the voltage may still remain even there
is no detection. There are many possible factors might block the
detection.
There are some factors (like flashlight and motor) might also trigger
non-contact voltage detection.
POL/Scan