Data/Ethernet LCD Wiremapper
Instruction Manual
Introduction
The 33-855 LCD Wiremapper provides a simple way to map out 8 conductor twisted pair connec-
tions, verify wiring pinouts, and display detailed faults on RJ45 terminated cables. Installed cabling
terminated with RJ45 jacks can also be tested when using patch cables (not supplied) to connect to
the main unit and remote to the jacks. A built-in tone generator can be used for tracing and locating
cables in wiring closets and patch panels. An analog amplifier probe (sold separately) is required to
make the tone signal audible.
Safety Information
Mapeador LCD de Cables de Datos/Ethernet
Manual de Instrucciones
Introducción
El Mapeador de Cables LCD 33-855 proporciona una manera sencilla de mapear conexiones de par tren-
zado de 8 conductores, verificar la distribución de pines del cableado y mostrar fallas detalladas en cables
con terminación RJ45. El cableado instalado terminado con conectores RJ45 también se puede probar
utilizando cables de conexión (no incluidos) para conectar a la unidad principal y de forma remota a los
conectores. Se puede utilizar un generador de tonos incorporado para rastrear y localizar cables en cuartos
de cableado y paneles de conexión. Se requiere una sonda amplificadora analógica (se vende por separado)
para que la señal de tono sea audible.
Información de Seguridad
Mappeur de câbles LCD de données / Ethernet
Manuel d’Instructions
Présentation
Le Wiremapper LCD 33-855 fournit un moyen simple de cartographier les connexions à paires
torsadées à 8 conducteurs, de vérifier les broches de câblage et d’afficher les défauts détaillés sur les
câbles terminés par une prise RJ45. Le câblage installé terminé par des prises RJ45 peut également
être testé lors de l’utilisation de câbles de raccordement (non fournis) pour se connecter à l’unité
principale et à la télécommande aux prises. Un générateur de tonalité intégré peut être utilisé pour
tracer et localiser les câbles dans les armoires de câblage et les panneaux de brassage. Une sonde
d’amplificateur analogique (vendue séparément) est nécessaire pour rendre le signal sonore audible.
Informations concernant la sécurité
Risk of personal injury or risk of damage or destruction to equipment. Risk of electric shock. See
manual for details. Read manual before using.
WARNING
This manual includes attention and safety rules that must be followed for the safety of the user and
the instrument. Please read and understand the instructions before use.
• Do not place or use the instrument in dusty, high temperature, humid or wet environments.
• The main unit is powered by 2 x 1.5 AAA batteries. Do not use other batteries to power the
instrument.
• Remove the battery when the instrument will not be used for a longer period of time.
• Do not use this instrument on known live circuits. Test circuits for voltage before connecting.
• Do not connect the tester to a live circuit. Exposure to voltage can damage the tester
• Visually inspect an RJ45 plug before inserting it into the tester. Poorly terminated plugs may
damage the jacks on the tester.
• Do not plug a 6 position connector (RJ11/RJ12) into the tester. Damage to the test jacks may
occur.
• Replace the batteries immediately when the low battery warning appears. Test results may not be
accurate when the low battery warning is on.
Package Contents
• (1) Main Test Unit • (2) 1.5V AAA Batteries
• (1) Remote Unit • (1) Instruction Manual
Features
Tester Description
1) LCD Display
2) Mode Button
3) Detachable Remote
LCD Display
Row 1
Data: Appears when testing or
toning a network cable.
Pass: Indicates proper wiring on cable being tested.
Fail: Indicates wiring error on cable being tested.
Tone: Appears when the tone generator is activated.
Row 2
Volt!: Flashes when the tester is connected to a cable with
voltage on it. Exposure to voltage can damage the tester. If this
warning appears, immediately disconnect the cable from the tester.
X-over: Appears when the tester detects a properly wired
cross over cable.
Rev: Appears when the cable has reversed and crossed
connections.
Short: Indicates that two or more wires are shorted to each other.
Row 3
Low battery Icon: When this symbol appears, the battery should be replaced immediately.
Shield: Appears when the cable being tested has a shield that is connected at both ends. The
Shield indicator will flash if there is a short between the shield and any wire within the cable.
Open: Appears when one or more pairs are open.
Split: Appears when the tester detects the signal is split between two or more pairs.
Row 4
Wire Map near end: Top row of numbers displays the connector pins on the tester end of the
cable in numerical order. These will always show 1-8 and not change.
Row 5
Wire Map remote end: Bottom row of numbers displays the corresponding pin numbers on
the remote end of the cable. These numbers will change. Dash lines indicate shorted pins. No pin
numbers indicate an open pair.
Using the LCD Wiremapper
WARNING: Exposure to voltage can damage the tester. Immediately disconnect the cable
under test if the Voltage warning appears on the display. Make sure the cable is not connected to any
device that can supply voltage before retesting.
Testing a Cable Terminated with RJ45 Modular Plugs
1. Connect one end the cable under test to the
RJ45 port on the tester.
2. Detach the remote from the bottom of the tester.
3. Connect the other end of the cable under test
to the RJ45 port on the remote.
4. Momentarily press the MODE button.
5. Interpret the results using the Wiring and Display Examples below.
6. To turn the unit off, press and hold the MODE button until the screen displays OFF, then release
the MODE button.
Testing an Installed Data Cable with RJ45 Jacks
1. Connect a known good patch cable to the wall
port or patch panel of the cable being tested.
2. Connect the other end of the patch cable to
the RJ45 port on the tester.
3. Detach the remote from the bottom of
the tester.
4. Connect another known good patch cable to the
RJ45 port on the remote.
5. Connect the other end of the patch cable to the wall port or patch panel at the other end of the
cable being tested.
6. Momentarily press the MODE button.
7. Interpret the test results using the wiring and display examples shown.
Wiring and Display Examples
Correct Wiring of a Twisted Pair 8 Conductor Cable (PASS)
Pass appears on the display indicating a properly
wired cable. The pin numbers on the top row
and bottom row are the same, indicating
proper continuity. T-568B wiring shown in
examples.
Correct Wiring of a Crossover Cable (PASS)
The pairs cross over (transmit to receive and
receive to transmit). Pass and X-over will
appear on the display and the pin numbers
on the bottom row indicate the corresponding
cross over to the pin numbers on the
top row.
Split Pair Error (FAIL)
There is a split between the pairs on pins 3,
4 and 5, 6. Fail and Split appear on the
display and the pin numbers with the split
will flash indicating which pairs are split.
Riesgo de lesiones personales o riesgo de daño o destrucción del equipo. Riesgo de descarga eléctrica.
Consulte el manual para obtener más detalles. Lea el manual antes de usar.
ADVERTENCIA
Este manual incluye atención y reglas de seguridad que se deben seguir para la seguridad del usuario y del
instrumento. Lea y comprenda las instrucciones antes de su uso.
• No coloque ni utilice el instrumento en ambientes polvorientos, con altas temperaturas, húmedos o
mojados.
• La unidad principal funciona con 2 baterías de 1.5 AAA. No utilice baterías para alimentar el instrumento.
• Retire la batería cuando el instrumento no se vaya a utilizar durante un período de tiempo prolongado.
• No utilice este instrumento en circuitos activos conocidos. Pruebe el voltaje de los circuitos antes de
conectarlo.
• No conecte el probador a un circuito activo. La exposición al voltaje puede dañar el probador.
• Inspeccione visualmente el enchufe RJ45 antes de insertarlo en el probador. Los enchufes mal
terminados pueden dañar las tomas del probador.
• No conecte un conector de 6 posiciones (RJ11/RJ12) al probador. Pueden ocurrir daños a las tomas
de prueba.
• Reemplace las baterías inmediatamente cuando aparezca la advertencia de batería baja. Es posible que
los resultados de la prueba no sean precisos cuando la advertencia de batería baja está activada.
Contenidos del Paquete
• (1) Unidad de pruea principal • (2) Baterías AAA de 1,5 V
• (1) Unidad remota • (1) Manual de instrucciones
Características
Descripción
1) Pantalla LCD
2) Botón de Modo
3) Control Remoto Desmontable
Pantalla LCD
Fila 1
Datos: Aparece al probar o tonificar un cable de red.
Pasa: Indica el cableado adecuado en el cable que se está probando.
Fallo: Indica un error de cableado en el cable que se está probando.
Tono: Aparece cuando se activa el generador de tonos.
Fila 2
Volt!: Parpadea cuando el probador está conectado a un cable con
voltaje. La exposición al voltaje puede dañar el probador. Si aparece
esta advertencia, desconecte inmediatamente el cable del probador.
X-over: aparece cuando el probador detecta un cable cruzado
correctamente cableado.
Rev: Aparece cuando el cable tiene conexiones invertidas y cruzadas.
Corto: Indica que dos o más cables están en cortocircuito entre sí.
Fila 3
Icono de Batería Baja: Cuando aparece este símbolo, la batería debe reemplazarse inmediatamente.
Blindaje: Aparece cuando el cable que se está probando tiene un blindaje que está conectado en ambos
extremos. El indicador de Blindaje parpadeará si hay un cortocircuito entre el blindaje y cualquier cable
dentro del cable.
Abierto: Aparece cuando uno o más pares están abiertos.
Divido: Aparece cuando el probador detecta que la señal está dividida entre dos o más pares.
Fila 4
Mapa de Cables cerca del final: La fila superior de números muestra los pines del conector en el
extremo del probador del cable en orden numérico. Estos siempre mostrarán del 1 al 8 y no cambiarán.
Fila 5
Mapa de Cables extremo remoto: la fila inferior de números muestra los números de pin
correspondientes en el extremo remoto del cable. Estos números cambiarán. Las líneas discontinuas indican
pines en cortocircuito. Ningún número de pin indica un par abierto.
Usando el Mapeador LCD de Cables
ADVERTENCIA: La exposición al voltaje puede dañar el probador. Desconecte inmediatamente
el cable bajo prueba si aparece la advertencia de voltaje en la pantalla. Asegúrese de que el cable no esté
conectado a ningún dispositivo que pueda suministrar voltaje antes de volver a realizar la prueba.
Prueba de un cable terminado con enchufes modulares RJ45
1. Conecte un extremo del cable bajo prueba al
puerto RJ45 del probador.
2. Separe el control remoto de la parte inferior
del probador.
3. Conecte el otro extremo del cable bajo prueba al puerto RJ45 del control remoto.
4. Presione momentáneamente el botón MODO.
5. Interprete los resultados utilizando los ejemplos de cableado y pantalla a continuación.
6. Para apagar la unidad, presione y mantenga presionado el botón MODO hasta que la pantalla muestre
OFF, luego suelte el botón MODO.
Prueba de un Cable de Datos Instalado con Conectores RJ45
1. Conecte un cable de conexión en buen estado al puerto de pared
o al panel de conexión del cable que se está probando.
2. Conecte el otro extremo del cable de conexión
al puerto RJ45 del probador.
3. Separe el control remoto de la parte inferior
del probador.
4. Conecte otro cable de conexión en buen estado al puerto
RJ45 del control remoto.
5. Conecte el otro extremo del cable de conexión al puerto de pared o al panel de conexión en el
otro extremo del cable que se está probando.
6. Presione momentáneamente el botón MODO.
7. Interprete los resultados de la prueba utilizando los ejemplos de cableado y pantalla que se muestran.
Ejemplos de Cableado y Visualización
Cableado Correcto de un Cable de 8 Conductores de Par Trenzado (PASS)
Aparece Pass en la pantalla indicando un cable
cableado correctamente. Los números de pines
en la fila superior e inferior son los mismos, lo
que indica una continuidad adecuada. El
cableado del T-568B se muestra en los ejemplos.
Cableado Correcto de un Cable Cruzado (PASS)
Los pares se cruzan (transmitir para recibir y
recibir para transmitir). Pass y X-over aparecerán
en la pantalla y los números de pin en la fila inferior
indican el cruce correspondiente a los números de
pin en la fila superior.
Error de Par Dividido (FALLO)
Hay una división entre los pares en los pines 3,
4 y 5, 6. Aparecen Fail y Split en la pantalla y los
números de los pines con la división parpadearán
para indicar qué pares están divididos.
Risque de blessures corporelles ou risque d’endommagement ou de destruction de l’équipement.
Risque d’électrocution. Voir le manuel pour de plus amples détails. Lire le manuel avant d’utiliser.
AVERTISSEMENT
Ce manuel comprend des règles d’attention et de sécurité qui doivent être suivies pour la sécurité
de l’utilisateur et de l’instrument. Veuillez lire et vous assurer d’avoir compris les instructions avant
utilisation.
• Ne placez pas et n’utilisez pas l’instrument dans des environnements poussiéreux, à haute
température, détrempés, voire même humides.
• L’unité principale est alimentée par 2 piles AAA de 1,5 V. N’utilisez pas d’autres piles pour
alimenter l’instrument.
• Retirez la pile lorsque l’instrument ne sera pas utilisé pendant un certain temps.
• N’utilisez pas cet instrument sur des circuits sous tension connus. Vérifiez que les circuits ne
sont pas sous tension avant de les connecter.
• Ne connectez pas le testeur à un circuit sous tension. L’exposition à une tension peut
endommager le testeur
• Inspectez visuellement une fiche RJ45 avant de l’introduire dans le testeur. Des fiches
incorrectement terminées peuvent endommager les prises du testeur.
• Ne raccordez pas un connecteur à 6 positions (RJ11 / RJ12) dans le testeur. Des dommages aux
prises de test peuvent survenir.
• Remplacez les piles immédiatement lorsque l’avertissement de piles déchargées apparaît. Les
résultats des tests peuvent ne pas être précis lorsque l’avertissement piles déchargées est activée.
Contenu de l’emballage
• (1) Unité d’essai principale • (2) Piles AAA de 1,5 V
• (1) Unité à distance • (1) Manuel d’instructions
Caractéristiques
Description du testeur
1) Affichage LCD
2) Bouton de mode
3) Télécommande détachable
Affichage LCD
Rangée 1
Données : Apparaît lors du test ou de la tonalité d’un
câble réseau.
Pass (réusite) : Indique un câblage correct sur le câble testé.
Fail (échec) : Indique une erreur de câblage sur le câble testé.
Tonalité : Apparaît lorsque le générateur de tonalité est activé.
Rangée 2
Volt! : Clignote lorsque le testeur est connecté à un câble sous
tension. L’exposition à la tension peut endommager le testeur. Si
cet avertissement apparaît, débranchez immédiatement le câble du
testeur.
X-over : Apparaît lorsque le testeur détecte un câble croisé correctement câblé.
Rev : Apparaît lorsque le câble a des connexions inversées et croisées.
Short (court-circuit) : Indique que deux fils ou plus sont court-circuités l’un par rapport à l’autre.
Rangée 3
Icône pile déchargée : Lorsque ce symbole apparaît, la pile doit être remplacée immédiatement.
Shield (Blindage) : Apparaît lorsque le câble testé a un blindage connecté aux deux extrémités.
L’indicateur de blindage clignotera s’il y a un court-circuit entre le blindage et un fil à l’intérieur du
câble.
Open (Ouvert) : Apparaît lorsqu’une ou plusieurs paires sont ouvertes.
Split (Divise) : Apparaît lorsque le testeur détecte que le signal est divisé entre deux paires ou plus.
Rangée 4
Carte des fils près de l’extrémité : La rangée supérieure de chiffres affiche les broches du
connecteur à l’extrémité du testeur du câble dans l’ordre numérique. Ceux-ci afficheront toujours 1-8
et ne changeront pas.
Rangée 5
Extrémité distante de la carte de câblage : La rangée inférieure de numéros affiche les
numéros de broche correspondants sur l’extrémité distante du câble. Ces chiffres vont changer. Les
tirets indiquent les broches en court-circuit. Aucun numéro de broche indique une paire ouverte.
Utilisation du mappeur de fils LCD
AVERTISSEMENT : L’exposition à la tension peut endommager le testeur. Débranchez
immédiatement le câble testé si l’avertissement de tension apparaît à l’écran. Assurez-vous que le
câble n’est connecté à aucun appareil pouvant fournir une tension avant de retester.
Test d’un câble Terminé avec des fiches modulaires RJ45
1. Connectez une extrémité du câble testé au port RJ45 du testeur.
2. Détachez la télécommande du bas du testeur.
3. Connectez l’autre extrémité du câble testé au
port RJ45 de la télécommande.
4. Appuyez momentanément sur le bouton MODE.
5. Interprétez les résultats à l’aide des exemples de câblage et d’affichage ci-dessous.
6. Pour éteindre l’appareil, maintenez enfoncé le bouton MODE jusqu’à ce que l’écran s’ÉTEIGNE,
puis relâchez le bouton MODE.
Test d’un Câble de Données Installé avec des prises RJ45
1. Connectez un bon câble de raccordement connu au port mural ou
au panneau de brassage du câble testé.
2. Connectez l’autre extrémité du câble de
raccordement au port RJ45 du testeur.
3. Détachez la télécommande du bas du testeur.
4. Connectez un autre bon câble de raccordement
connu au port RJ45 de la télécommande.
5. Connectez l’autre extrémité du câble de raccordement
au port mural ou au panneau de brassage à l’autre extrémité du câble testé.
6. Appuyez momentanément sur le bouton MODE.
7. Interprétez les résultats à l’aide des exemples de câblage et d’affichage ci-dessous.
Exemples de Câblage et d’Affichage
Câblage correct d’un câble à paire torsadée à 8 conducteurs (PASS)
Pass apparaît sur l’écran indiquant un câble
câblé de propriété. Les numéros de broche sur
la rangée supérieure et la rangée inférieure sont
les mêmes, indiquant une continuité correcte.
Câblage T568B illustré dans des exemples.
Câblage correct d’un câble croisé (PASS)
Les paires se croisent (émission pour recevoir
et réception pour émettre). Pass et X-over seront
affichés et les numéros de BROCHE sur la
rangée du bas indiquent la croix correspondante
sur le numéro de broche sur la rangée du haut.
MODE
Data
Pass
X-over Rev Short
Shield Open Split
Volt!
Fail
Tone
1 2 3 4 5 6 7 8
1
RJ45 Jack
2
3
MODE
Data
Pass
X-over Rev Short
Shield Open Split
Volt!
Fail
Tone
1 2 3 4 5 6 7 8
1
RJ45 Jack
2
3
MODE
Data
Pass
X-over Rev Short
Shield Open Split
Volt!
Fail
Tone
1 2 3 4 5 6 7 8
1
Prise RJ45
2
3
Cable Tester
Top View
RJ45 Jack
MODE
Data
Pass
X-over Rev Short
Shield Open Split
Volt!
Fail
Tone
1 2 3 4 5 6 7 8
Cable Tester
Top View
RJ45 Jack
MODE
Data
Pass
X-over Rev Short
Shield Open Split
Volt!
Fail
Tone
1 2 3 4 5 6 7 8
Testeur de Câbles
Vue de Dessus
Prise RJ45
MODE
Data
Pass
X-over Rev Short
Shield Open Split
Volt!
Fail
Tone
1 2 3 4 5 6 7 8
Data
Pass
X-over Rev Short
Shield Open Split
Volt!
Fail
Tone
1 2 3 4 5 6 7 8
1
2
3
4
5
Data
Pass
X-over Rev Short
Shield Open Split
Volt!
Fail
Tone
1 2 3 4 5 6 7 8
1
2
3
4
5
Data
Pass
X-over Rev Short
Shield Open Split
Volt!
Fail
Tone
1 2 3 4 5 6 7 8
1
2
3
4
5
MODE
Data
Pass
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
Detachable Remote
MODE
Data
Pass
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
Control Remoto Desmontable
MODE
Data
Pass
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
Télécommande Détachable
LCD Display
LCD Display
Affichage LCD
MODE
Data
Pass
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
Detachable
Remote
Patch
Cable
Patch Cable
MODE
Data
Pass
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
Control Remoto
Desmontable
Cable de
Conexión
Cable de Conexión
Pass appears on the display indicating a properly wired cable. The pin
numbers on the top row and bottom row are the same indicating
proper continuity.
Note: The T568A wiring standard is the same as T568B, except that
T568A swaps the green and orange pairs. Either standard will test
the same electrically, as long as the same standard is used on both
ends of the cable.
There is a split between the pairs on pins 3, 4 and 5, 6. Fail and Split
appear on the display and the pin numbers with the split will flash
indicating which pairs are split.
1. Connect a known good patch cable to the wall port or patch panel of
the cable being tested.
2. Connect the other end of the patch cable to the RJ45 port on the
tester.
3. Detach the remote from the bottom of the tester.
4. Connect another known good patch cable to the RJ45 port on the
remote.
5. Connect the other end of the patch cable to the wall port or patch
panel at the other end of the cable being tested.
6. Momentarily press the MODE button.
7. Explain the test results using the wiring and display examples shown
below.
Wiring and Display Examples for Data Cable
T568B Data Cable Properly Wired
T568B Data Cable With Split Pairs
The pairs cross over (transmit to receive and receive to transmit). Pass
and X-over will appear on the display and the pin numbers on the
bottom row indicate the corresponding cross over to the pin numbers
on the top row.
T568B Cross Over Data Cable Properly Wired
Pass appears on the display indicating a properly wired cable. The pin
numbers on the top row and bottom row are the same indicating
proper continuity.
Note: The T568A wiring standard is the same as T568B, except that
T568A swaps the green and orange pairs. Either standard will test
the same electrically, as long as the same standard is used on both
ends of the cable.
There is a split between the pairs on pins 3, 4 and 5, 6. Fail and Split
appear on the display and the pin numbers with the split will flash
indicating which pairs are split.
1. Connect a known good patch cable to the wall port or patch panel of
the cable being tested.
2. Connect the other end of the patch cable to the RJ45 port on the
tester.
3. Detach the remote from the bottom of the tester.
4. Connect another known good patch cable to the RJ45 port on the
remote.
5. Connect the other end of the patch cable to the wall port or patch
panel at the other end of the cable being tested.
6. Momentarily press the MODE button.
7. Explain the test results using the wiring and display examples shown
below.
Wiring and Display Examples for Data Cable
T568B Data Cable Properly Wired
T568B Data Cable With Split Pairs
The pairs cross over (transmit to receive and receive to transmit). Pass
and X-over will appear on the display and the pin numbers on the
bottom row indicate the corresponding cross over to the pin numbers
on the top row.
T568B Cross Over Data Cable Properly Wired
Pass appears on the display indicating a properly wired cable. The pin
numbers on the top row and bottom row are the same indicating
proper continuity.
Note: The T568A wiring standard is the same as T568B, except that
T568A swaps the green and orange pairs. Either standard will test
the same electrically, as long as the same standard is used on both
ends of the cable.
There is a split between the pairs on pins 3, 4 and 5, 6. Fail and Split
appear on the display and the pin numbers with the split will flash
indicating which pairs are split.
1. Connect a known good patch cable to the wall port or patch panel of
the cable being tested.
2. Connect the other end of the patch cable to the RJ45 port on the
tester.
3. Detach the remote from the bottom of the tester.
4. Connect another known good patch cable to the RJ45 port on the
remote.
5. Connect the other end of the patch cable to the wall port or patch
panel at the other end of the cable being tested.
6. Momentarily press the MODE button.
7. Explain the test results using the wiring and display examples shown
below.
Wiring and Display Examples for Data Cable
T568B Data Cable Properly Wired
T568B Data Cable With Split Pairs
The pairs cross over (transmit to receive and receive to transmit). Pass
and X-over will appear on the display and the pin numbers on the
bottom row indicate the corresponding cross over to the pin numbers
on the top row.
T568B Cross Over Data Cable Properly Wired
Pass appears on the display indicating a properly wired cable. The pin
numbers on the top row and bottom row are the same indicating
proper continuity.
Note: The T568A wiring standard is the same as T568B, except that
T568A swaps the green and orange pairs. Either standard will test
the same electrically, as long as the same standard is used on both
ends of the cable.
There is a split between the pairs on pins 3, 4 and 5, 6. Fail and Split
appear on the display and the pin numbers with the split will flash
indicating which pairs are split.
1. Connect a known good patch cable to the wall port or patch panel of
the cable being tested.
2. Connect the other end of the patch cable to the RJ45 port on the
tester.
3. Detach the remote from the bottom of the tester.
4. Connect another known good patch cable to the RJ45 port on the
remote.
5. Connect the other end of the patch cable to the wall port or patch
panel at the other end of the cable being tested.
6. Momentarily press the MODE button.
7. Explain the test results using the wiring and display examples shown
below.
Wiring and Display Examples for Data Cable
T568B Data Cable Properly Wired
T568B Data Cable With Split Pairs
The pairs cross over (transmit to receive and receive to transmit). Pass
and X-over will appear on the display and the pin numbers on the
bottom row indicate the corresponding cross over to the pin numbers
on the top row.
T568B Cross Over Data Cable Properly Wired
Pass appears on the display indicating a properly wired cable. The pin
numbers on the top row and bottom row are the same indicating
proper continuity.
Note: The T568A wiring standard is the same as T568B, except that
T568A swaps the green and orange pairs. Either standard will test
the same electrically, as long as the same standard is used on both
ends of the cable.
There is a split between the pairs on pins 3, 4 and 5, 6. Fail and Split
appear on the display and the pin numbers with the split will flash
indicating which pairs are split.
1. Connect a known good patch cable to the wall port or patch panel of
the cable being tested.
2. Connect the other end of the patch cable to the RJ45 port on the
tester.
3. Detach the remote from the bottom of the tester.
4. Connect another known good patch cable to the RJ45 port on the
remote.
5. Connect the other end of the patch cable to the wall port or patch
panel at the other end of the cable being tested.
6. Momentarily press the MODE button.
7. Explain the test results using the wiring and display examples shown
below.
Wiring and Display Examples for Data Cable
T568B Data Cable Properly Wired
T568B Data Cable With Split Pairs
The pairs cross over (transmit to receive and receive to transmit). Pass
and X-over will appear on the display and the pin numbers on the
bottom row indicate the corresponding cross over to the pin numbers
on the top row.
T568B Cross Over Data Cable Properly Wired
Pass appears on the display indicating a properly wired cable. The pin
numbers on the top row and bottom row are the same indicating
proper continuity.
Note: The T568A wiring standard is the same as T568B, except that
T568A swaps the green and orange pairs. Either standard will test
the same electrically, as long as the same standard is used on both
ends of the cable.
There is a split between the pairs on pins 3, 4 and 5, 6. Fail and Split
appear on the display and the pin numbers with the split will flash
indicating which pairs are split.
1. Connect a known good patch cable to the wall port or patch panel of
the cable being tested.
2. Connect the other end of the patch cable to the RJ45 port on the
tester.
3. Detach the remote from the bottom of the tester.
4. Connect another known good patch cable to the RJ45 port on the
remote.
5. Connect the other end of the patch cable to the wall port or patch
panel at the other end of the cable being tested.
6. Momentarily press the MODE button.
7. Explain the test results using the wiring and display examples shown
below.
Wiring and Display Examples for Data Cable
T568B Data Cable Properly Wired
T568B Data Cable With Split Pairs
The pairs cross over (transmit to receive and receive to transmit). Pass
and X-over will appear on the display and the pin numbers on the
bottom row indicate the corresponding cross over to the pin numbers
on the top row.
T568B Cross Over Data Cable Properly Wired
Pass appears on the display indicating a properly wired cable. The pin
numbers on the top row and bottom row are the same indicating
proper continuity.
Note: The T568A wiring standard is the same as T568B, except that
T568A swaps the green and orange pairs. Either standard will test
the same electrically, as long as the same standard is used on both
ends of the cable.
There is a split between the pairs on pins 3, 4 and 5, 6. Fail and Split
appear on the display and the pin numbers with the split will flash
indicating which pairs are split.
1. Connect a known good patch cable to the wall port or patch panel of
the cable being tested.
2. Connect the other end of the patch cable to the RJ45 port on the
tester.
3. Detach the remote from the bottom of the tester.
4. Connect another known good patch cable to the RJ45 port on the
remote.
5. Connect the other end of the patch cable to the wall port or patch
panel at the other end of the cable being tested.
6. Momentarily press the MODE button.
7. Explain the test results using the wiring and display examples shown
below.
Wiring and Display Examples for Data Cable
T568B Data Cable Properly Wired
T568B Data Cable With Split Pairs
The pairs cross over (transmit to receive and receive to transmit). Pass
and X-over will appear on the display and the pin numbers on the
bottom row indicate the corresponding cross over to the pin numbers
on the top row.
T568B Cross Over Data Cable Properly Wired
Pass appears on the display indicating a properly wired cable. The pin
numbers on the top row and bottom row are the same indicating
proper continuity.
Note: The T568A wiring standard is the same as T568B, except that
T568A swaps the green and orange pairs. Either standard will test
the same electrically, as long as the same standard is used on both
ends of the cable.
There is a split between the pairs on pins 3, 4 and 5, 6. Fail and Split
appear on the display and the pin numbers with the split will flash
indicating which pairs are split.
1. Connect a known good patch cable to the wall port or patch panel of
the cable being tested.
2. Connect the other end of the patch cable to the RJ45 port on the
tester.
3. Detach the remote from the bottom of the tester.
4. Connect another known good patch cable to the RJ45 port on the
remote.
5. Connect the other end of the patch cable to the wall port or patch
panel at the other end of the cable being tested.
6. Momentarily press the MODE button.
7. Explain the test results using the wiring and display examples shown
below.
Wiring and Display Examples for Data Cable
T568B Data Cable Properly Wired
T568B Data Cable With Split Pairs
The pairs cross over (transmit to receive and receive to transmit). Pass
and X-over will appear on the display and the pin numbers on the
bottom row indicate the corresponding cross over to the pin numbers
on the top row.
T568B Cross Over Data Cable Properly Wired
33-855
MODE
Data
Pass
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
Télécommande
Détachable
Câble
de
Raccordement
Câble de Raccordement
TESTEUR
PROBADORPROBADOR
PROBADOR
REMOTAREMOTA
REMOTA
PANTALLA
PANTALLA
PANTALLA
À DISTANCE
À DISTANCE
TESTEUR
Affichage
Affichage
IDEAL INDUSTRIES, INC.
Sycamore, IL 60178, U.S.A.
800-435-0705
www.idealind.com
IS 0054-1
Made in China / Hecho en China / Fabriqué en Chine
Reversed Wire Error (FAIL)
The pair on pins 1 and 2 is reversed and the
wires on pins 5 and 6 are crossed at one end
of the cable. Fail and Rev will appear on the
display and the pins with wiring errors will
flash. Pins 2 and 1 shown below pins 1 and 2
indicate a reversal on the Orange pair. Pins 6 and 5 shown
below 5 and 6 indicate a crossed connection.
Open and Short Wire Error (FAIL)
Pins 1 and 2 are shorted and the pair on pins 7
and 8 is open. Fail, Short and Open appear on
the display and the pins with wiring errors will
flash. Dash lines will appear below the shorted
pins and a blank space will appear below the
open pair.
Using the Tone Generator Function
NOTE: It is necessary to use a separate
(not included) analog amplifier probe
to hear the tone.
1. Connect the cable under test
to the RJ45 port on the tester.
2. Press and hold the MODE button. Release the MODE button as soon as
Tone appears on the LCD display.
3. To change tones, press the MODE button for approximately one
second. Refer to sequence chart (A) for description of tone
selection.
4. The pin that is sending the tone will be displayed at the bottom
of the LCD display. Repeatedly press the MODE button with
short presses to select the desired pins. Refer to
sequence chart (B)below for explanation of pin selection.
5. To turn off the tone generator, press and hold the MODE button.
Release the button as soon as OFF appears on the display.
NOTE: When tracing a cable run from the tone generator
to the end of the cable, applying the tone on a single
pin will allow the tone to be detected at a greater
distance from the cable. When trying to locate a cable
in an equipment room or patch panel, sending the tone
through all 8 pins or a single pair will limit the tone signal
from spreading to other nearby cables. The tone will be loudest when the probe tip is placed directly
on the wires the tone is being sent through at the end of the cable. when sending a tone through a
single pair, verification can be made by shorting the suspected pair. The tone will be very faint when
the pair the tone is being sent through is shorted.
General Specifications
Maintenance
• Keep the tester dry. If it gets wet, wipe it off. Do not use until the unit is completely dry.
• Clean with case with a dry cloth. Do not use chemicals, detergents or solvents.
• Use and store the tester in normal temperatures within the range noted above.
• Handle the tester with care. Dropping it can damage the electronic parts of the case.
• Remove the batter when the instrument will not be used for a longer period of time.
• There are no user serviceable parts inside the unit.
Battery Installation and Replacement
• Turn unit off.
• Remove the battery door with Phillips screwdriver.
• Open battery door.
• Install or replace the two AAA batteries.
• Replace battery door and screw.
Error de Cable Invertido (FALLO)
El par de los pines 1 y 2 se invierte y los hilos
de los pines 5 y 6 se cruzan en un extremo del
cable. Aparecerán Fail y Rev en la pantalla y los
pines con errores de cableado parpadearán. Los
pines 2 y 1 que se muestran debajo de los pines
1 y 2 indican una inversión en el par naranja. Los
pines 6 y 5 que se muestran debajo de 5 y 6 indican una conexión cruzada.
Error de Cable Abierto y Corto (FALLO)
Los pines 1 y 2 están en cortocircuito y el par
de los pines 7 y 8 está abierto. Aparecen Fail,
Short y Open en la pantalla y los pines con
errores de cableado parpadearán. Aparecerán
líneas discontinuas debajo de los pines en
cortocircuito y aparecerá un espacio en blanco
debajo del par abierto.
Uso de la Función de Generador de Tonos
NOTA: Es necesario utilizar una sonda
amplificadora analógica separada
(no incluida) para escuchar el tono.
1. Conecte el cable bajo prueba al
puerto RJ45 del probador.
2. Mantenga presionado el botón MODO.
Suelte el botón MODO tan pronto como aparezca
Tone en la pantalla LCD.
3. Para cambiar los tonos, presione el botón MODO durante
aproximadamente un segundo. Consulte la tabla de secuencia
(A) para obtener una descripción de la selección de tonos.
4. El pin que envía el tono se mostrará en la parte inferior de la
pantalla LCD. Presione repetidamente el botón MODO
con pulsaciones cortas para seleccionar los pines deseados.
Consulte la tabla de secuencia (B) para obtener una explicación
de la selección de pines.
5. Para apagar el generador de tonos, presione y
mantenga presionado el botón MODO. Suelte el
botón tan pronto como aparezca OFF en la pantalla.
NOTA: Al rastrear un tendido de cable desde el
generador de tonos hasta el final del cable, aplicar el
tono en un solo pin permitirá que el tono se detecte a una mayor distancia del cable. Al intentar
ubicar un cable en una sala de equipos o panel de conexión, enviar el tono a través de los 8 pines
o un solo par limitará la propagación de la señal del tono a otros cables cercanos. El tono será más
fuerte cuando la punta de la sonda se coloque directamente sobre los cables a través de los cuales
se envía el tono al final del cable. Al enviar un tono a través de un solo par, la verificación se puede
realizar poniendo en cortocircuito el par sospechoso. El tono será muy débil cuando el par por el
que se envía el tono esté en cortocircuito.
Especificaciones generales
Mantenimiento
• Mantenga el probador seco. Si se moja, límpielo. No lo use hasta que la unidad esté completamente
seca.
• Limpiar el estuche con un paño seco. No utilice productos químicos, detergentes ni disolventes.
• Utilice y almacene el probador a temperaturas normales dentro del rango indicado anteriormente.
• Maneje el probador con cuidado. Si se cae, se pueden dañar las partes electrónicas de la carcasa.
• Retire la batería cuando el instrumento no se vaya a utilizar durante un período de tiempo prolongado.
• No hay piezas que el usuario pueda reparar dentro de la unidad.
Instalación y reemplazo de baterías
• Retire la tapa de la batería con un destornillador Phillips.
• Abra la compuerta de la batería.
• Instale o reemplace las dos baterías AAA.
• Vuelva a colocar la tapa de la batería y el tornillo.
NOTE: It is necessary to use a separate amplifier probe in order to hear
the tone.
1. Connect the cable under test to the RJ45 port on the tester.
2. Press and hold the MODE button.Release the MODE button as soon
as Tone appears on the LCD display.
3. To change tones, press the MODE button for approximately one
second. Refer to sequence chart (A) for description of tone selection.
The pair on pins 1 and 2 is reversed and the wires on pins 5 and 6 are
crossed at one end of the cable. Fail and Rev will appear on the
display and the pins with wiring errors will flash. Pins 2 and 1 shown
below pins 1 and 2 indicate a reversal on the Orange pair. Pins 6 and
5 shown below 5 and 6 indicate a crossed connection.
Pins 1 and 2 are shorted and the pair on pins 7 and 8 is open. Fail,
Short and Open appear on the display and the pins with wiring errors
will flash. Dash lines will appear below the shorted pins and a blank
space will appear below the open pair.
Using the Tone Generator to Trace a Data Cable
T568B Data Cable With Reversed Pair and Crossed Connection
T568B Data Cable With a Shorted and Open Pair
4. The pin that is sending the tone will
be displayed at the bottom of the LCD
display.Repeatedly press the MODE
button with short presses to select the
desired pins. Refer to sequence chart
(B) below for explanation of pin
selection.
5. To turn off the tone generator,press
and hold the MODE button. Release
the button as soon as OFF appears on
the display.
MODE
Data Tone
1 2 3 4 5 6 7 8
NOTE: It is necessary to use a separate amplifier probe in order to hear
the tone.
1. Connect the cable under test to the RJ45 port on the tester.
2. Press and hold the MODE button.Release the MODE button as soon
as Tone appears on the LCD display.
3. To change tones, press the MODE button for approximately one
second. Refer to sequence chart (A) for description of tone selection.
The pair on pins 1 and 2 is reversed and the wires on pins 5 and 6 are
crossed at one end of the cable. Fail and Rev will appear on the
display and the pins with wiring errors will flash. Pins 2 and 1 shown
below pins 1 and 2 indicate a reversal on the Orange pair. Pins 6 and
5 shown below 5 and 6 indicate a crossed connection.
Pins 1 and 2 are shorted and the pair on pins 7 and 8 is open. Fail,
Short and Open appear on the display and the pins with wiring errors
will flash. Dash lines will appear below the shorted pins and a blank
space will appear below the open pair.
Using the Tone Generator to Trace a Data Cable
T568B Data Cable With Reversed Pair and Crossed Connection
T568B Data Cable With a Shorted and Open Pair
4. The pin that is sending the tone will
be displayed at the bottom of the LCD
display.Repeatedly press the MODE
button with short presses to select the
desired pins. Refer to sequence chart
(B) below for explanation of pin
selection.
5. To turn off the tone generator,press
and hold the MODE button. Release
the button as soon as OFF appears on
the display.
MODE
Data Tone
1 2 3 4 5 6 7 8
NOTE: It is necessary to use a separate amplifier probe in order to hear
the tone.
1. Connect the cable under test to the RJ45 port on the tester.
2. Press and hold the MODE button.Release the MODE button as soon
as Tone appears on the LCD display.
3. To change tones, press the MODE button for approximately one
second. Refer to sequence chart (A) for description of tone selection.
The pair on pins 1 and 2 is reversed and the wires on pins 5 and 6 are
crossed at one end of the cable. Fail and Rev will appear on the
display and the pins with wiring errors will flash. Pins 2 and 1 shown
below pins 1 and 2 indicate a reversal on the Orange pair. Pins 6 and
5 shown below 5 and 6 indicate a crossed connection.
Pins 1 and 2 are shorted and the pair on pins 7 and 8 is open. Fail,
Short and Open appear on the display and the pins with wiring errors
will flash. Dash lines will appear below the shorted pins and a blank
space will appear below the open pair.
Using the Tone Generator to Trace a Data Cable
T568B Data Cable With Reversed Pair and Crossed Connection
T568B Data Cable With a Shorted and Open Pair
4. The pin that is sending the tone will
be displayed at the bottom of the LCD
display.Repeatedly press the MODE
button with short presses to select the
desired pins. Refer to sequence chart
(B) below for explanation of pin
selection.
5. To turn off the tone generator,press
and hold the MODE button. Release
the button as soon as OFF appears on
the display.
MODE
Data Tone
1 2 3 4 5 6 7 8
NOTE: It is necessary to use a separate amplifier probe in order to hear
the tone.
1. Connect the cable under test to the RJ45 port on the tester.
2. Press and hold the MODE button.Release the MODE button as soon
as Tone appears on the LCD display.
3. To change tones, press the MODE button for approximately one
second. Refer to sequence chart (A) for description of tone selection.
The pair on pins 1 and 2 is reversed and the wires on pins 5 and 6 are
crossed at one end of the cable. Fail and Rev will appear on the
display and the pins with wiring errors will flash. Pins 2 and 1 shown
below pins 1 and 2 indicate a reversal on the Orange pair. Pins 6 and
5 shown below 5 and 6 indicate a crossed connection.
Pins 1 and 2 are shorted and the pair on pins 7 and 8 is open. Fail,
Short and Open appear on the display and the pins with wiring errors
will flash. Dash lines will appear below the shorted pins and a blank
space will appear below the open pair.
Using the Tone Generator to Trace a Data Cable
T568B Data Cable With Reversed Pair and Crossed Connection
T568B Data Cable With a Shorted and Open Pair
4. The pin that is sending the tone will
be displayed at the bottom of the LCD
display.Repeatedly press the MODE
button with short presses to select the
desired pins. Refer to sequence chart
(B) below for explanation of pin
selection.
5. To turn off the tone generator,press
and hold the MODE button. Release
the button as soon as OFF appears on
the display.
MODE
Data Tone
1 2 3 4 5 6 7 8
Cable Types
Shielded or unshielded: CAT7; CAT 6A, CAT6,
CAT5e, CAT3 (8 conductor)
Maximum Cable Resistance 100 Ohms DC
Minimum Cable Length for Split Pair Detection 1.6 ft. (0.6m)
Maximum Cable Length 1000 ft. (305m)
Maximum Voltage Protection between any two
pins
60V DC; 55V AC
Dimensions 5.1*2.2*1.1 in. (128*55*28mm)
Weight 5 oz (144g)
Humidity 10% to 90%, non-condensing
Operating Temperature 32°F~122°F (0°C~50°C)
Storage Temperature -4°F~140°F (-20°C~60°C)
Battery 1.5V AAA x 2 (main unit)
Tipos de Cable Blindado o No Blindado:
CAT7; CAT 6A, CAT6, CAT5e, CAT3 (8
conductores)
Resistencia Máxima del Cable 100 ohmios CD
Longitud Mínima del Cable para la Detección de
Pares Divididos
1.6 pies (0.6 m)
Longitud Máxima del Cable 1000 pies (305 m)
Protección de Voltaje Máximo entre dos pines
cualesquiera
60 V CD; 55 V CA
Dimensiones 5.1*2.2*1.1 pulgadas (128*55*28 mm)
Peso Por Determinar 5 oz (144 g)
Humedad 10% al 90%, sin condensación
Temperatura de Funcionamiento 32°F~122°F (0°C~50°C)
Temperatura de Almacenamiento -4°F~140°F (-20°C~60°C)
Batería 1.5 V AAA x 2 (unidad principal)
Types de câbles
Blindés ou non blindés: CAT7; CAT 6A, CAT6,
CAT5e, CAT3 (8 conducteurs)
Résistance maximale du câble 100 Ohms CC
Longueur minimale du câble pour la détection de
paires divisées
1,6 pi. (0,6 m)
Longueur maximale du câble 1000 pi. (305 mètres)
Protection de tension maximale entre deux
broches quelconques
60 V CC; 55 V CA
Dimensions 5,1*2,2*1,1 po. (128 * 55 * 28 mm)
Pids 5 oz (144 g)
Humidité 10% à 90%, sans condensation
Température de fonctionnement 0 ° C ~ 50°C (32°F~122 ° F)
Température de stockage -20°C~60°C (-4°F~140°F)
Pile 1,5 V AAA x 2 (unité principale)
Erreur de paire divisée (FAIL)
Il y a une séparation entre les paires sur les
broches 3, 4 et 5, 6. FAIL (échec) et SPLIT
(division) s’affiche et les numéros de broche
avec la division clignotent pour indiquer quelles
paires sont divisées.
Erreur de fil inversé (FAIL) (Échec)
La paire sur les broches 1 et 2 est inversée et
les fils sur les broches 5 et 6 sont croisés à une
extrémité du câble. Fail et Rev seront affichés et
les broches avec des erreurs de câblage
clignoteront. Les broches 2 et 1 illustrées
ci-dessous les broches 1 et 2 indiquent une
inversion sur la paire orange Les broches 6 et
5 ci-dessous 5 et 6 indiquent une connexion croisée.
Erreur de fil ouvert et court-circuit (FAIL) (Échec)
Les broches 1 et 2 sont court-circuitées et la paire
sur les broches 7 et 8 est ouverte. Échec, Court-
circuit et Ouvert sont affichés et les broches avec
des erreurs de câblage clignotent. Des tirets
apparaîtront sous les broches court-circuitées et
un espace vide apparaîtra sous la paire ouverte.
Utilisation de la Fonction Générateur de Tonalité
REMARQUE : Il est nécessaire d’utiliser une
sonde d’amplificateur analogique séparée
(non incluse) pour entendre la tonalité.
1. Connectez le câble testé au port RJ45
du testeur.
2. Appuyez sur le bouton MODE et maintenez-le enfoncé.
Relâchez le bouton MODE dès que la tonalité s’affiche sur
l’écran LCD.
3. Pour changer de tonalité, appuyez sur le bouton MODE
pendant environ une seconde. Reportez-vous au diagramme
de séquence (A) pour la description de la sélection de tonalité.
4. Le code PIN qui envoie la tonalité sera affiché en bas de l’écran
LCD. Appuyez plusieurs fois sur le bouton de MODE avec de
brèves pressions pour sélectionner les broches souhaitées.
Reportez-vous au diagramme de séquence (B) pour une
explication de la sélection des broches.
5. Pour désactiver le générateur de tonalité, appuyez
sur le bouton MODE et maintenez-le enfoncé.
Relâchez le bouton dès que OFF apparaît à l’écran.
REMARQUE: Lors du traçage d’un câble allant du
générateur de tonalité à l’extrémité du câble, l’application de la tonalité sur une seule broche
permettra de détecter la tonalité à une plus grande distance du câble. Lorsque vous essayez de
localiser un câble dans une salle d’équipement ou un panneau de brassage, l’envoi de la tonalité via
les 8 broches ou une seule paire limitera la propagation du signal de tonalité aux autres câbles à
proximité. La tonalité sera plus forte lorsque la pointe de la sonde est placée directement sur les fils
à travers lesquels la tonalité est envoyée à l’extrémité du câble. lors de l’envoi d’une tonalité via une
seule paire, la vérification peut être effectuée en court-circuitant la paire soupçonnée. La tonalité sera
très faible lorsque la paire à travers laquelle la tonalité est envoyée est court-circuitée.
Caractéristiques Générales
Entretien
• Gardez le testeur au sec. S’il est mouillé, essuyez-le. Ne pas utiliser tant que l’appareil n’est pas
complètement sec.
• Nettoyer avec l’étui avec un chiffon sec. N’utilisez pas de produits chimiques, de détergents ou de
solvants.
• Utilisez et stockez le testeur à des températures normales comprises dans la plage indiquée
ci-dessus.
• Manipulez le testeur avec précaution. Le laisser tomber peut endommager les composants
électroniques du boîtier.
• Retirez la pile lorsque l’instrument ne sera pas utilisé pendant une période prolongée.
• Il n’y a pas de pièces réparables par l’utilisateur à l’intérieur de l’appareil.
Installation et remplacement de la pile
• Éteignez l’appareil.
• Retirez le couvercle de la pile avec un tournevis cruciforme.
• Ouvrez le couvercle de la pile.
• Installez ou remplacez les deux piles AAA.
• Remplacez le couvercle et la vis de la batterie.
Pass appears on the display indicating a properly wired cable. The pin
numbers on the top row and bottom row are the same indicating
proper continuity.
Note: The T568A wiring standard is the same as T568B, except that
T568A swaps the green and orange pairs. Either standard will test
the same electrically, as long as the same standard is used on both
ends of the cable.
There is a split between the pairs on pins 3, 4 and 5, 6. Fail and Split
appear on the display and the pin numbers with the split will flash
indicating which pairs are split.
1. Connect a known good patch cable to the wall port or patch panel of
the cable being tested.
2. Connect the other end of the patch cable to the RJ45 port on the
tester.
3. Detach the remote from the bottom of the tester.
4. Connect another known good patch cable to the RJ45 port on the
remote.
5. Connect the other end of the patch cable to the wall port or patch
panel at the other end of the cable being tested.
6. Momentarily press the MODE button.
7. Explain the test results using the wiring and display examples shown
below.
Wiring and Display Examples for Data Cable
T568B Data Cable Properly Wired
T568B Data Cable With Split Pairs
The pairs cross over (transmit to receive and receive to transmit). Pass
and X-over will appear on the display and the pin numbers on the
bottom row indicate the corresponding cross over to the pin numbers
on the top row.
T568B Cross Over Data Cable Properly Wired
À DISTANCE
TESTEUR
Affichage
À DISTANCE
TESTEUR
Affichage
NOTE: It is necessary to use a separate amplifier probe in order to hear
the tone.
1. Connect the cable under test to the RJ45 port on the tester.
2. Press and hold the MODE button.Release the MODE button as soon
as Tone appears on the LCD display.
3. To change tones, press the MODE button for approximately one
second. Refer to sequence chart (A) for description of tone selection.
The pair on pins 1 and 2 is reversed and the wires on pins 5 and 6 are
crossed at one end of the cable. Fail and Rev will appear on the
display and the pins with wiring errors will flash. Pins 2 and 1 shown
below pins 1 and 2 indicate a reversal on the Orange pair. Pins 6 and
5 shown below 5 and 6 indicate a crossed connection.
Pins 1 and 2 are shorted and the pair on pins 7 and 8 is open. Fail,
Short and Open appear on the display and the pins with wiring errors
will flash. Dash lines will appear below the shorted pins and a blank
space will appear below the open pair.
Using the Tone Generator to Trace a Data Cable
T568B Data Cable With Reversed Pair and Crossed Connection
T568B Data Cable With a Shorted and Open Pair
4. The pin that is sending the tone will
be displayed at the bottom of the LCD
display.Repeatedly press the MODE
button with short presses to select the
desired pins. Refer to sequence chart
(B) below for explanation of pin
selection.
5. To turn off the tone generator,press
and hold the MODE button. Release
the button as soon as OFF appears on
the display.
MODE
Data Tone
1 2 3 4 5 6 7 8
À DISTANCE
TESTEUR
Affichage
NOTE: It is necessary to use a separate amplifier probe in order to hear
the tone.
1. Connect the cable under test to the RJ45 port on the tester.
2. Press and hold the MODE button.Release the MODE button as soon
as Tone appears on the LCD display.
3. To change tones, press the MODE button for approximately one
second. Refer to sequence chart (A) for description of tone selection.
The pair on pins 1 and 2 is reversed and the wires on pins 5 and 6 are
crossed at one end of the cable. Fail and Rev will appear on the
display and the pins with wiring errors will flash. Pins 2 and 1 shown
below pins 1 and 2 indicate a reversal on the Orange pair. Pins 6 and
5 shown below 5 and 6 indicate a crossed connection.
Pins 1 and 2 are shorted and the pair on pins 7 and 8 is open. Fail,
Short and Open appear on the display and the pins with wiring errors
will flash. Dash lines will appear below the shorted pins and a blank
space will appear below the open pair.
Using the Tone Generator to Trace a Data Cable
T568B Data Cable With Reversed Pair and Crossed Connection
T568B Data Cable With a Shorted and Open Pair
4. The pin that is sending the tone will
be displayed at the bottom of the LCD
display.Repeatedly press the MODE
button with short presses to select the
desired pins. Refer to sequence chart
(B) below for explanation of pin
selection.
5. To turn off the tone generator,press
and hold the MODE button. Release
the button as soon as OFF appears on
the display.
MODE
Data Tone
1 2 3 4 5 6 7 8
À DISTANCE
TESTEUR
Affichage
PROBADOR
PROBADOR
REMOTAREMOTA
PANTALLA
PANTALLA
