Tenda TEF1126P-24-410W Manual de Usario

Tenda Cambiar TEF1126P-24-410W

Lee a continuación 📖 el manual en español para Tenda TEF1126P-24-410W (2 páginas) en la categoría Cambiar. Esta guía fue útil para 8 personas y fue valorada con 4.5 estrellas en promedio por 2 usuarios

Descargar PDF
Página 1/2
* isusedfor .SelectonemountingmethodasTEF1118P-16-150W illustration
required.
16FE+2GE/1SFP Rackmount Switch With 16-Port PoE
TEF1118P-16-150W TEF1118P-16-250W/
24FE+2GE/1SFP Rackmount Switch With 24-Port PoE
TEF1126P-24-250W/TEF1126P-24-410W
Package contents
Switch * 1
Power cord * 1
Footpad * 4
L-shaped brackett * 2
Screw * 8
Quick installation guide * 1
1Installingtheswitch
Quick Installation Guide
If any item is missing, damaged or incorrect, please keep the original package and contact the
local reseller or distributor immediately.
Option A. Desktop mounting
Step 1 Place the switch upside down on a stable and flat desktop.
Step 2 Paste the four footpad stickers to the corresponding four recesses on the
bottom of the switch.
Step 3Place the switch right side upon the desktop.
Option B. Rack mounting
Step 1 Ensure that the subrack is stable, level, and properly grounded.
Step 2 Fix L-shaped brackets to the switch with screws in the package. See the
following figure.
Step 3 Mount the switch at a proper height on the subrack and fix it to the rack
with screws.
Option C. Wall mounting
Step 1 Fix L-shaped brackets to the switch with screws in the package.
Step 2 Attach the switch horizontally to the wall with the RJ45 ports upward,
mark the position of the screw holes on the wall with a marking pen.
Drill 4 holes in the marking position with a churn drill, and then knock
expansion bolts (self-prepared) into the holes.
Step 3 Put the RJ45 ports upward, thread the screws through the holes on the
L-type brackets, and fix them into the expansion bolts using a
screwdriver to hang the switch onto the wall firmly.
2Connectingyourdevices
TEF1118P-16-150W is used for illustration
Power
PoE Switch
Router
PoE-powered devices
IP camera IP phone
TEF1118P-16-150W
16FE+2GE/1SFP Rackmount Switch With 16-Port PoE
Extend
Priority
Standard
VLAN
Grounding cable
Printer
Computer
LAN port WAN port
Internet
Tips: - The switch supports the auto MDI/MDIX function, indicating that either straight cables or crossover cables are acceptable to connect your switch to Ethernet devices.
- To protect the switch from overload, PoE ports of your switch are assigned with power supply priorities, and the priorities decrease as the port number increases. When the total
power consumption of the PoE-powered devices exceeds the maximum output of the switch, the switch starts cutting the power supply from the port with the lowest priority,
until the total consumption does not exceed the maximum output.
- Ports G2 and SFP2 compose a combo port, and port SFP2 owns the higher priority.
- For safety, do not face the air vents of the switch down when you use wall mounting.
LED indicators
LED indicator
Status
Description
G1, G2/SFP2,
Link/Act
Solid on
The corresponding port is connected properly.
Blinking
Data is being transmitted over the corresponding port.
Off
The corresponding port is disconnected or improperly
connected.
PoE MAX
Solid on
The total output power of the switch reaches the maximum
value.
Off
The total output power of the switch does not reach
the maximum value.
PWR
Solid on
The switch is connected to a power source properly.
Off
The switch is disconnected from a power source or not properly
connected to a power source.
Working mode introduction
The PoE switch has 4 modes: Standard, Priority, Extend, VLANand . You can use the working
mode toggle to set the PoE switch to the required mode according to the following descriptions.
Standard: Default mode of the switch. In this mode, it works as an unmanaged switch; all ports
can communicate with each other separately.
Priority: In this mode, port G1 and G2/SFP2 serve as uplink ports, ports 1 – 8 serve as high priority
port. All ports can communicate with each other separately.
It is recommended to use this mode when there are multiple IP cameras connected to the switch.
In this mode, with the surveillance camera connected to the port with high priority and uplink
devices (NVR, routers) connected to the two uplink ports, it ensures you a higher priority level for
better internet connection when network congestion occurs.
Extend: In this mode, for switch TEF1118P-16-150W and TEF1118P-16-250W, data rate of ports 9 –
16 reduces to 10 Mbps, the maximum transmission distance can be 250 meters, and all ports can
communicate with each other.
For switch TEF1126P-24-250W and TEF1126P-24-410W, data rate of ports 17 – 24 reduces to 10
Mbps, the maximum transmission distance can be 250 meters, and all ports can communicate
with each other.
VLAN: In this mode, for switch TEF1118P-16-150W and TEF1118P-16-250W, ports 1 – 16 can
communicate with port G1, G2/SFP2 separately, but cannot communicate with each other. While
for switch TEF1126P-24-250W and TEF1126P-24-410W, ports 1 – 24 can communicate with port
G1, G2/SFP2 separately, but cannot communicate with each other. You can enable this mode to
reduce broadcast storm and isolate DHCP broadcast.
Модел
TEF1118P-16-150W
TEF1118P-16-250W
TEF1126P-24-250W
TEF1126P-24-410W
2
2
2
2
16
16
24
24
16K
7.2Gbps
7.2Gbps
8.8Gbps
8.8Gbps
1-16
1-16
1 - 24
1-24
30W
30W
30W
30W
130W
230W
230W
370W
294 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 284 * 44 mm
Спецификации
Интерфейс
10/100/1000Mbps
RJ45порт
10/100Mbps
RJ45порт
1000Mbps
SFPпорт
1
SFP2портиG2портобразуваткомбиниранпорт аSFPпортътеспо-високприоритет.,
Работенрежим
Стандартен:Режимпоподразбиране.Втозирежимтойфункционира катонерегулиран,
превключвател;всичкипортовемогатдакомуникиратединсдругпоотделно.
Приоритет:ВтозирежимG1портиG2/SFP2портовеслужат катопортовезаизходящавръзка,,
портове1‒8служат катопортовесвисокприоритет.Всичкипортовемогатдакомуникиратедин,
сдругпоотделно.
Удължаване:Втозирежимскоросттанапренос
наданнитенапортове9‒16намалявадо10
Mbps,максималноторазстояниезапредаване
можедабъде250метраивсичкипортовемогат
дакомуникиратединсдруг.
Удължаване:Втозирежимскоросттана
даннитенапортове17‒24намалявадо10Mbps,
максималноторазстояниезапредаванеможеда
бъде250метраивсичкипортовемогатда
комуникиратединсдруг.
VLAN: Втозирежимпортовеот1до16на
превключвателямогатдакомуникиратспортове
G1,G2/SFP2поотделно,нонемогатда
комуникиратединсдруг.Можетедаизползвате
тозирежим,заданамалитепретоварванетоот
трафикътидаизолиратеизлъчванетонаDHCP.
VLAN: Втозирежимпортовеот1до24на
превключвателямогатдакомуникиратспортове
G1,G2/SFP2поотделно нонемогатда,
комуникиратединсдруг.Можетедаизползвате
тозирежим заданамалитебродкастбурятаида,
изолиратеизлъчванетонаDHCP.
Функция
Съхраняванеи
предаване Поддържаниопции
ТаблицасMAC
адреси
ОбучениенаMAC
адреси Самоубочение автоматичноостаряваненаостарели,MACадреси
Скоростна
предаванена
интегрираща
платформа
Захранване
поEthernet
(PoE)
СтандартPoE
PoEпорт
Максимални
изходящистойности
наединпорт
IEEE802.3af IEEE802.3at,
Ядронакабелза
захранванеPoE 8ядра:напрежениетонаядра1,2,4,5е+,анаядра3,6,7,8е‒.
RJ45порт Общрежим:6kV
Захранване Общрежим:6kV
Диференциаленрежим:4kV
Защитаот
мълнии
Среда
Работнасреда Температура:(0‒45)°C
Влажност:(10%‒90%)относителнавлажност,безконденз
Средана
съхранение
Температура:(-40‒70)°C
Влажност:(5%‒90%)относителнавлажност,безконденз
Входящонапрежение
Размери
Скоростнапредаваненаданни
Ethernet:10Mbps(сполудуплекс)/20Mbps(спълендуплекс)
БързEthernet:100Mbps(сполудуплекс)/200Mbps(спълендуплекс)
ГигабитEthernet:2000Mbps(спълендуплекс)
Носителзапредаване
Ethernet:CAT3UTP/STPкабелилипо-добър
БързEthernet:CAT5UTP/STPкабелилипо-добър
ГигабитEthernet:CAT5eилиCAT6UTP/STPкабел(препоръчително)
Стандарти
Modell
TEF1118P-16-150W
TEF1118P-16-250W
TEF1126P-24-250W
TEF1126P-24-410W
Interface
2
2
2
2
16
16
24
24
1
Die Ports SFP2 und G2 bilden einen Kombi-Port. Der SFP-Port besitzt eine höhere Priorität.
Betriebsmodus
Funktion
Unterstützt
4 K
16 K
Selbstlernend, Auto-Aging
7.2 Gbps
7.2 Gbps
8.8 Gbps
8.8 Gbps
PoE-Standard
IEEE 802.3af, IEEE 802.3at
PoE-Port
1 - 16
1 - 16
1 - 24
1 - 24
30 W
30 W
30 W
30 W
130 W
230 W
230 W
370 W
8 Kerne: Die Spannung der Kerne 1, 2, 4, 5 ist „+“. Bei den Kernen 3, 6, 7, 8 ist sie „-“.
Blitzschutz
RJ45-Port
Normaler Modus: 6 kV
Normaler Modus: 6 kV
Differentialmodus: 4 kV
Temperatur: (0 - 45) °C
Luftfeuchtigkeit: (10 % - 90 %) RH, nicht kondensierend
Temperatur: (-40 - 70) °C
Luftfeuchtigkeit: (5% - 90 %) RH, nicht kondensierend
Nennspannung
100-240V AC
50/60Hz 2.0A
100-240V AC
50/60Hz 4.0A
100-240V AC
50/60Hz 4.0A
100-240V AC
50/60Hz 6.0A
Abmessungen
294 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 284 * 44 mm
Datenübertragungsrate
Ethernet: 10 MBit/s (Halbduplex) / 20 MBit/s (Vollduplex)
Fast Ethernet: 100 MBit/s (Halbduplex) / 200 MBit/s (Vollduplex)
Gigabit Ethernet: 2000 MBit/s (Vollduplex)
Übertragungsmedien
Ethernet: CAT3 UTP/STP-Kabel oder höher
Fast Ethernet: CAT5 UTP/STP-Kabel oder höher
Gigabit Ethernet: CAT5E oder CAT6 UTP/STP Kabel (empfohlen)
Standards
Spezifikationen
Erweitern: In diesem Modus wird die Datenrate
der Ports 9 – 16 auf 10 MBit/s reduziert, die
maximale Übertragungsdistanz kann 250 Meter
betragen und alle Ports können miteinander
kommunizieren.
Priorität: In diesem Modus dienen die Ports G1 und G2/SFP2 als Uplink-Ports; Ports 1 – 8
dienen als Port mit hoher Priorität. Alle Ports können getrennt miteinander kommunizieren.
Standard: Standardmodus des Switch. In diesem Modus funktioniert der Switch unverwaltet
und alle Ports können getrennt untereinander kommunizieren.
Erweitern: In diesem Modus wird die Datenrate
der Ports 17 – 24 auf 10 MBit/s reduziert, die
maximale Übertragungsdistanz kann 250 Meter
betragen und alle Ports können miteinander
kommunizieren.
VLAN: In diesem Modus können die Ports
1 – 16 des Switch getrennt mit den Ports G1
und G2/SFP2 kommunizieren, aber nicht
untereinander. Verwenden Sie diesen Modus,
um Broadcast-Storm zu reduzieren oder den
DHCP-Broadcast zu isolieren.
VLAN: In diesem Modus können die Ports
1 – 24 des Switch getrennt mit den Ports G1
und G2/SFP2 kommunizieren, aber nicht
untereinander. Verwenden Sie diesen Modus,
um Broadcast-Storm zu reduzieren oder den
DHCP-Broadcast zu isolieren.
Maximale
Leistung eines
einzelnen Ports
Backplane-Bandbreite
MAC-Adressenlernen
MAC-Adressentabelle
Speichern und
weiterleiten
Maximale
Leistung des
Switch
Anzahl der PoE
Netzkabeladern
100-240V AC 50/60Hz 2.0A 100-240V AC 50/60Hz 4.0A 100-240V AC 50/60Hz 4.0A 100-240V AC 50/60Hz 6.0A
Modello
TEF1118P-16-150W
TEF1118P-16-250W
TEF1126P-24-250W
TEF1126P-24-410W
Interfaccia
2
2
2
2
16
16
24
24
Modalità di lavoro
Funzioni
Store-and-forward
Supportato
Tabella degli
indirizzi MAC
4 K
16 K
Apprendimento e aging automatico
7.2 Gbps
7.2 Gbps
8.8 Gbps
8.8 Gbps
IEEE 802.3af, IEEE 802.3at
1 - 16
1 - 16
1 - 24
1 - 24
30 W
30 W
30 W
30 W
130 W
230 W
230 W
370 W
8 nuclei: la tensione dei nuclei 1, 2, 4, 5 è +; quella dei nuclei 3, 6, 7, 8 è -.
Porta RJ45
Modalità comune: 6 kV
Alimentazione
Modalità comune: 6 kV
Modalità differenziale: 4 kV
Dati
ambientali
Ambiente
operativo
Temperatura: 0 °C - 45 °C
Umidità: 10% - 90% UR, senza condensa
Temperatura: -40 °C - 70 °C
Umidità: (5% - 90%) UR, senza condensa
Tensione di ingresso
Dimensioni
294 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 284 * 44 mm
Velocità di trasmissione dati
Ethernet: 10 Mbps (half-duplex)/20 Mbps (full-duplex)
Fast Ethernet: 100 Mbps (half-duplex)/200 Mbps (full-duplex)
Gigabit Ethernet: 2000 Mbps (full-duplex)
Mezzi di trasmissione
Ethernet: Cavo UTP/STP CAT3 o superiore
Fast Ethernet: Cavo UTP/STP CAT5 o superiore
Gigabit Ethernet: Cavo UTP/STP CAT5E o CAT6 (consigliato)
Standard
Specifiche
Porta RJ45 10/100
/1000 Mbps
Porta RJ45 10/100
Mbps
Porta SFP
1000 Mbps 1
Le porte SFP2 e G2 compongono una porta combinata e la porta SFP ha una priorità più elevata.
Standard: Modalità predefinita dell'interruttore. In questa modalità, svolge la funzione di un
interruttore non gestito; tutte le porte possono comunicare le une con le altre separatamente.
Priorità: In questa modalità, le porte G1 e G2/SFP2 fungono da porte uplink, le porte da 1 a 8 da
porte ad alta priorità. Tutte le porte possono comunicare tra loro separatamente.
Estensione: In questa modalità, la velocità di
trasferimento dati delle porte 9 - 16 si riduce a
10 Mbps, la distanza di trasmissione massima
può essere di 250 metri e tutte le porte possono
comunicare tra loro.
Estensione: In questa modalità, la velocità di
trasferimento dati delle porte 17 - 24 si riduce
a 10 Mbps, la distanza di trasmissione massima
può essere di 250 metri e tutte le porte
possono comunicare tra loro.
VLAN: In questa modalità, le porte 1 - 16
dell'interruttore possono comunicare con la
porta G1, G2/SFP2 separatamente, ma non tra
di loro. Si può utilizzare questa modalità per
ridurre il broadcast storm e isolare la
trasmissione DHCP.
VLAN: In questa modalità, le porte 1 - 24
dell'interruttore possono comunicare con la
porta G1, G2/SFP2 separatamente, ma non tra
di loro. Si può utilizzare questa modalità per
ridurre il broadcast storm e isolare la
trasmissione DHCP.
Apprendimento
degli indirizzi MAC
Standard PoE
Porta PoE
Resa massima di
una singola porta
Resa massima
dell'interruttore
Nucleo del cavo di
alimentazione PoE
Ambiente di
immagazzinaggio
100-240V CA
50/60Hz 2.0A 100-240V CA
50/60Hz 4.0A 100-240V CA
50/60Hz 4.0A 100-240V CA
50/60Hz 6.0A
Modelo
TEF1118P-16-150W
TEF1118P-16-250W
TEF1126P-24-250W
TEF1126P-24-410W
Interface
2
2
2
2
16
16
24
24
Modos de
funcionamento
Suportado
4 K
16 K
7.2 Gbps
7.2 Gbps
8.8 Gbps
8.8 Gbps
Norma PoE
IEEE 802.3af, IEEE 802.3at
Porta de PoE
1 - 16
1 - 16
1 - 24
1 - 24
30 W
30 W
30 W
30 W
130 W
230 W
230 W
370 W
8 núcleos: a tensão dos núcleos 1, 2, 4, 5 é superior e a dos núcleos 3, 6, 7, 8 é -.
Porta RJ45
Modo comum: 6 kV
Fonte de energia
Modo comum: 6 kV
Modo diferencial: 4 kV
Ambiente
Ambiente
operacional
Temperatura: (0 - 45) °C
Humidade: (10% - 90%) de HR, sem condensação
Ambiente de
armazenamento
Temperatura: (-40 - 70) °C
Humidade: (5% - 90%) de HR, sem condensação
Tensão de entrada
100-240V AC
50/60Hz 2.0A
100-240V AC
50/60Hz 4.0A
100-240V AC
50/60Hz 4.0A
100-240V AC
50/60Hz 6.0A
Dimensão
294 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 284 * 44 mm
Taxa de transmissão de dados
Ethernet: 10 Mbps (half-duplex)/20 Mbps (full-duplex)
Ethernet rápida: 100 Mbps (half-duplex)/200 Mbps (full-duplex)
Gigabit Ethernet: 2000 Mbps (full-duplex)
Meios de transmissão
Ethernet: Cabo CAT3 UTP/STP ou superior
Ethernet rápida: Cabo CAT5 UTP/STP ou superior
Gigabit Ethernet: Cabo CAT5E ou CAT6 UTP/STP (recomendado)
Normas
Especificações
Porta RJ45 10
/100/1000 Mbps
Porta RJ45
10/100 Mbps
Porta SPF
1000 Mbps 1
A porta SFP2 e a porta G2 formam uma porta combinada. A porta SFP tem maior prioridade.
Padrão: Modo padrão do interruptor PoE. Neste modo, funciona como um interruptor não
controlado; todas as portas podem comunicar entre si separadamente.
Prioridade: Neste modo, as portas G1 e G2/SFP2 funcionam como portas ascendentes e as
portas 1 a 8 funcionam como portas de alta prioridade. Todas as portas podem comunicar
entre si separadamente.
Estender: Neste modo, a taxa de dados das
portas 9 a 16 é reduzida para 10 Mbps, a distância
máxima de transmissão pode ser de 250 metros
e todas as portas podem comunicar entre si.
Estender: Neste modo, a taxa de dados das
portas 17 a 24 é reduzida para 10 Mbps, a
distância máxima de transmissão pode ser de
250 metros e todas as portas podem comunicar
entre si.
VLAN: Neste modo, as portas 1 a 16 do
comutador podem comunicar com as portas G1
e G2/SFP2 separadamente, mas não podem
comunicar entre si. Pode utilizar este modo para
reduzir os distúrbios de transmissão e isolar a
transmissão DHCP.
VLAN: Neste modo, as portas 1 a 24 do
comutador podem comunicar com as portas G1
e G2/SFP2 separadamente, mas não podem
comunicar entre si. Pode utilizar este modo para
reduzir os distúrbios de transmissão e isolar a
transmissão DHCP.
Armazenamento e
encaminhamento
Tabela de
endereços MAC
Aprendizagem de
endereços MAC Autoaprendizagem, auto-envelhecimento
Largura de banda
de backplane
Fonte de
alimentação
PoE
Saída máxima de
uma única porta
Saída máxima do
comutador
Núcleo de cabo
de energia PoE
Proteção
contra raios
Model
TEF1118P-16-150W
TEF1118P-16-250W
TEF1126P-24-250W
TEF1126P-24-410W
Interfejs
2
2
2
2
16
16
24
24
Tryb pracy
Funkcja
Obsługiwane
Tabela adresu
MAC
16 K
Nauka adresu
MAC
Nauka samodzielna, automatyczne starzenie
7.2 Gbps
7.2 Gbps
8.8 Gbps
8.8 Gbps
System
zasilania
PoE
Standard PoE
IEEE 802.3af, IEEE 802.3at
Port PoE
1 - 16
1 - 16
1 - 24
1 - 24
30 W
30 W
30 W
30 W
130 W
230 W
230 W
370 W
Rdzeń kabla
zasilającego PoE
8 rdzeni: napięcie rdzeni 1, 2, 4, 5 wynosi +, a rdzeni 3, 6, 7, 8 wynosi -.
Ochrona
przed
piorunami
Port RJ45
Tryb wspólny: 6 kV
Zasilanie
Tryb wspólny: 6 kV
Tryb różnicowy: 4 kV
Środowisko
Temperatura: (0–45)°C
Wilgotność: (10–90%) wilgotności względnej, bez kondensacji
Temperatura: (-40–70)°C
Wilgotność: (5–90%) wilgotności względnej, bez kondensacji
Napięcie wejściowe
100-240V AC
50/60Hz 2.0A
100-240V AC
50/60Hz 4.0A
100-240V AC
50/60Hz 4.0A
100-240V AC
50/60Hz 6.0A
Wymiary
294 × 178,8 × 44 mm
440 × 178,8 × 44 mm
440 × 178,8 × 44 mm
440 × 284 × 44 mm
Szybkość transmisji danych
Sieć Ethernet: 10 Mb/s (półdupleks) / 20 Mb/s (pełny dupleks)
Szybka sieć Ethernet: 100 Mb/s (półdupleks) / 200 Mb/s (pełny dupleks)
Gigabitowa sieć Ethernet: 2000 Mb/s (pełny dupleks)
Środki transmisji
Sieć Ethernet: Kabel CAT3 UTP/STP lub lepszy
Szybka sieć Ethernet: Kabel CAT5 UTP/STP lub lepszy
Gigabitowa sieć Ethernet: Kabel CAT5e lub CAT6 UTP/STP (zalecany)
Standardy
Dane techniczne
Modèle
TEF1118P-16-150W
TEF1118P-16-250W
TEF1126P-24-250W
TEF1126P-24-410W
Interface
2
2
2
2
16
16
24
24
Mode de
fonctionnement
Fonction
Supporté
Tableau des
adresses MAC
16 K
Auto-apprentissage, vieillissement automatique
7.2 Gbps
7.2 Gbps
8.8 Gbps
8.8 Gbps
Norme PoE
IEEE 802.3af, IEEE 802.3at
Port PoE
1 - 16
1 - 16
1 - 24
1 - 24
30 W
30 W
30 W
30 W
130 W
230 W
230 W
370 W
8 cœurs : la tension des noyaux 1, 2, 4, 5 est + et celle des noyaux 3, 6, 7, 8 est -.
Protection
contre la
foudre
Port RJ45
Mode commun : 6 kV
Alimentation
électrique
Mode commun : 6 kV
Mode différentiel : 4 kV
Température : (0 - 45)°C
Humidité : (10%~90%) RH, non-condensant
Environnement de
stockage
Température : (-40 - 70)°C
Humidité : (5%~90%) RH, non-condensant
Tension d'entrée
100-240V AC
50/60Hz 2.0A
100-240V AC
50/60Hz 4.0A
100-240V AC
50/60Hz 4.0A
100-240V AC
50/60Hz 6.0A
Dimension
294 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 284 * 44 mm
Vitesse de transmission des
données
Ethernet : 10 Mbit/s (semi-duplex)/20 Mbit/s (duplex intégral)
Fast Ethernet : 100 Mbit/s (semi-duplex)/200 Mbit/s (duplex intégral)
Gigabit Ethernet : 2000 Mbit/s (duplex intégral)
Support de transmission
Ethernet : Câble CAT3 UTP/STP ou supérieur
Fast Ethernet : Câble CAT5 UTP/STP ou supérieur
Gigabit Ethernet : Câble CAT5e ou CAT6 UTP/STP (recommandé)
Normes
Spécifications
Port RJ45 10/100
/1000 Mbps
Port RJ45 10
/100 Mbps
Port SFP
1000 Mbps 1
Le port SFP2 et le port G2 composent un port combiné et le port SFP possède une priorité plus élevée.
Norme : Mode par défaut du commutateur. Paramétré sur ce mode, le commutateur fonctionne
comme un commutateur non-géré et tous les ports peuvent communiquer entre eux séparément.
Priorité : Dans ce mode, les ports G1 et G2/SFP2 font office de de ports de liaison montante, les ports
1 à 8 font office de port haute priorité. Tous les ports peuvent communiquer entre eux séparément.
Amplifier : Dans ce mode, le débit de données
des ports 9 à 16 diminue à 10 Mbit/s, la distance
de transmission maximale peut être de 250
mètres et tous les ports peuvent communiquer
entre eux.
Amplifier : Dans ce mode, le débit de données
des ports 17 à 24 diminue à 10 Mbit/s, la distance
de transmission maximale peut être de 250
mètres et tous les ports peuvent communiquer
entre eux.
VLAN : Dans ce mode, les ports 1 à 16 du
commutateur peuvent communiquer avec les
ports G1, G2/SFP2 séparément mais pas entre
eux. Vous pouvez activer ce mode pour réduire
la diffusion et isoler la diffusion DHCP.
VLAN : Dans ce mode, les ports 1 à 24 du
commutateur peuvent communiquer avec les
ports G1, G2/SFP2 séparément mais pas entre
eux. Vous pouvez activer ce mode pour réduire
la diffusion et isoler la diffusion DHCP.
Enregistrer et
transférer
Apprentissage des
adresses MAC
Largeur de bande
de face arrière
Sortie maximale
d'un port unique
Sortie maximale
du commutateur
Âmes des câbles
d’alimentation PoE
Environnement
opérationnel
Port RJ45 10/100
/1000 Mb/s
Port RJ45 10/100
Mb/s
Port SFP 1000
Mb/s
Rozwinięty: w tym trybie szybkość transmisji
danych dla portów 9–16 zmniejsza się do 10
Mb/s, maksymalna odległość transmisji może
wynosić 250 metrów, a wszystkie porty mogą
się ze sobą komunikować.
1
Porty SFP2 i G2 tworzą port łączony, a port SFP ma wyższy priorytet.
Standardowy: domyślny tryb przełącznika. W tym trybie działa jako przełącznik niezarządzany;
wszystkie porty mogą komunikować się ze sobą oddzielnie.
Priorytetowy: w tym trybie porty G1 I G2/SFP2 służą jako porty uplink, a porty 1–8 służą jako porty
o wysokim priorytecie. Wszystkie porty mogą komunikować się ze sobą oddzielnie.
Rozwinięty: w tym trybie szybkość transmisji
danych dla portów 17–24 zmniejsza się do 10
Mb/s, maksymalna odległość transmisji może
wynosić 250 metrów, a wszystkie porty mogą
się ze sobą komunikować.
VLAN: w tym trybie porty 1–16 przełącznika
mogą komunikować się oddzielnie z portami
G1, G2/SFP2, ale nie mogą komunikować się ze
sobą nawzajem. Można włączyć ten tryb, aby
zmniejszyć burzę broadcastową i odizolować
transmisję DHCP.
VLAN: w tym trybie porty 1–24 przełącznika
mogą komunikować się oddzielnie z portami
G1, G2/SFP2, ale nie mogą komunikować się
ze sobą nawzajem. Można włączyć ten tryb,
aby zmniejszyć burzę broadcastową i
odizolować transmisję DHCP.
Przepustowość
płyty montażowej
Maksymalna moc
wyjściowa
pojedynczego portu
Store and
forward
Maksymalna moc
wyjściowa
przełącznika
Środowisko pracy
Model
TEF1118P-16-150W
TEF1118P-16-250W
TEF1126P-24-250W
TEF1126P-24-410W
Interfaţă
2
2
2
2
16
16
24
24
1
Portul SFP2 şi portul G2 formează un port combo, iar portul SFP are prioritate mai mare.
Mod de
funcţionare
Funcţie
Suportat
Tabel adresă MAC
16 K
Auto-învăţare, auto-învechire
7.2 Gbps
7.2 Gbps
8.8 Gbps
8.8 Gbps
Sursă de
alimentare
PoE
PoE standard
IEEE 802.3af şi IEEE 802.3at
PoE port
1 - 16
1 - 16
1 - 24
1 - 24
30 W
30 W
30 W
30 W
130 W
230 W
230 W
370 W
8 conductori: tensiunea conductorilor 1, 2, 4, 5 este +, iar a conductorilor 3, 6, 7, 8 este -.
Port RJ45
Mod obişnuit: 6 kV
Sursa de
alimentare
Mod obişnuit: 6 kV
Mod diferenţial: 4 kV
Mediu
Mediu de
funcţionare
Temperatura: (0 - 45) °C
Umiditate: (10% - 90%) umiditate relativă, fără condens
Mediu de
depozitare
Temperatura: (-40 - 70) °C
Umiditate: (5% - 90%) umiditate relativă, fără condens
Tensiune de intrare
Dimensiune
294 * 178,8 * 44 mm
440 * 178,8 * 44 mm
440 * 178,8 * 44 mm
440 * 284 * 44 mm
Rată de transmitere a datelor
Ethernet: 10 Mbps (half-duplex)/20 Mbps (full-duplex)
Ethernet rapid: 100 Mbps (half-duplex)/200 Mbps (full-duplex)
Gigabit Ethernet: 2000 Mbps (full-duplex)
Mediu de transmitere
Ethernet: Cablu CAT3 UTP/STP sau o versiune mai nouă
Ethernet rapid: Cablu CAT5 UTP/STP sau o versiune mai nouă
Gigabit Ethernet: Cablu CAT5E sau CAT6 UTP/STP (recomandat)
Standarde
Specificaţii
Port RJ45 10/100
/1000 Mbps
Port RJ45 10/100
Mbps
Port SFP 1000
Mbps
Standard: Modul implicit al switch-ului PoE. În acest mod, funcţionează ca un switch fără
management; toate porturile pot comunica între ele separat.
Prioritate: În acest mod, portul G1 şi portul G2/SFP2 servesc drept porturi de încărcare, porturile
1 – 8 servesc drept porturi de prioritate ridicată. Toate porturile pot comunica între ele separat.
Extindeţi: În acest mod, rata de transfer a
datelor a porturilor 9 - 16 este redusă la 10
Mbps, distanţa maximă de transmitere poate
fi de 250 metri şi toate porturile pot comunica
între ele.
VLAN: În acest mod, porturile 1 - 16 ale switch
-ului pot comunica cu portul G1, G2/SFP2
separat, dar nu pot comunica între ele. Puteţi
utiliza acest mod pentru a reduce broadcast
storm și pentru a izola DHCP broadcast.
VLAN: În acest mod, porturile 1 - 24 ale switch
-ului pot comunica cu portul G1, G2/SFP2
separat, dar nu pot comunica între ele. Puteţi
utiliza acest mod pentru a reduce broadcast
storm și pentru a izola DHCP broadcast.
Extindeţi: În acest mod, rata de transfer a
datelor a porturilor 17 - 24 este redusă la 10
Mbps, distanţa maximă de transmitere poate
fi de 250 metri şi toate porturile pot comunica
între ele.
Stocare şi
derulare înainte
Învăţare adresă
MAC
Lungime de bandă
placă de conectare
Ieşire maximă a
unui singur port
Ieşire maximă a
switch-ului
Conductor cablu
de alimentare PoE
Protecţie
împotriva
descărcărilor
electrice
100-240V c.a.,
50/60Hz 2.0A 100-240V c.a.,
50/60Hz 4.0A 100-240V c.a.,
50/60Hz 4.0A 100-240V c.a.,
50/60Hz 6.0A
Model
TEF1118P-16-150W
TEF1118P-16-250W
TEF1126P-24-250W
TEF1126P-24-410W
Interface
10/100/1000
Mbps RJ45 port
2
2
2
2
10/100 Mbps RJ45
port
16
16
24
24
1000 Mbps SFP
port
1
Port SFP2 and port G2 compose a combo port, and the SFP port owns a higher priority.
Working mode
Standard: Default mode of the switch. In this mode, it works as an unmanaged switch; all ports can
communicate with each other separately.
Priority: In this mode, port G1 and G2/SFP2 serve as uplink ports, ports 1 – 8 serve as high priority
port. All ports can communicate with each other separately.
Extend: In this mode, data rate of ports 9 - 16
reduces to 10 Mbps, the maximum transmission
distance can be 250 meters, and all ports can
communicate with each other.
Extend: In this mode, data rate of ports 17 - 24
reduces to 10 Mbps, the maximum transmission
distance can be 250 meters, and all ports can
communicate with each other.
VLAN: In this mode, ports 1 - 16 of the switch can
communicate with port G1, G2/SFP2 separately,
but cannot communicate with each other. You
can enable this mode to reduce broadcast storm
and isolate DHCP broadcast.
VLAN: In this mode, ports 1 - 24 of the switch
can communicate with port G1, G2/SFP2
separately, but cannot communicate with each
other. You can enable this mode to reduce
broadcast storm and isolate DHCP broadcast.
Feature
Store-and-forward
Supported
MAC Address
Table
4 K
16 K
MAC Address
Learning
Self-learning, auto-aging
Backplane
Bandwidth
7.2 Gbps
7.2 Gbps
8.8 Gbps
8.8 Gbps
PoE power
supply
PoE standard
IEEE 802.3af, IEEE 802.3at
PoE port
1 - 16
1 - 16
1 - 24
1 - 24
Maximum output
of a single port
30 W
30 W
30 W
30 W
Maximum output
of the switch
130 W
230 W
230 W
370 W
PoE power cable
core
8 cores: voltage of cores 1, 2, 4, 5 is +, and cores 3, 6, 7, 8 is -.
Lightning
protection
RJ45 port
Common mode: 6 kV
Power supply
Common mode: kV6
Differential mode: 4 kV
Operating
environment
Temperature: (0 - 45)°C
Humidity: (10% - 90%) RH, non-condensing
Storage
environment
Temperature: (-40 - 70)°C
Humidity: (5% - 90%) RH, non-condensing
Input voltage
100-240V AC
50/60Hz 2.0A
100-240V AC
50/60Hz 4.0A
100-240V AC
50/60Hz 4.0A
100-240V AC
50/60Hz 6.0A
Dimension
294 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 284 * 44 mm
Transmission data rate
Ethernet: 10 Mbps (half-duplex)/20 Mbps (full-duplex)
Fast Ethernet: 100 Mbps (half-duplex)/200 Mbps (full-duplex)
Gigabit Ethernet: 2000 Mbps (full-duplex)
Transmission media
Ethernet: CAT3 UTP/STP cable or better
Fast Ethernet: CAT5 UTP/STP cable or better
Gigabit Ethernet: CAT5e or CAT6 UTP/STP cable (recommended)
Standards
Specifications English
Модель
TEF1118P-16-150W
TEF1118P-16-250W
TEF1126P-24-250W
TEF1126P-24-410W
Интерфейс
2
2
2
2
24
24
4K
16K
7.2Gbps
7.2Gbps
8.8Gbps
8.8Gbps
1-16
1-16
1-24
1-24
30W
30W
30W
30W
130W
230W
230W
370W
294 * 178.8 * 44 мм
440 * 178.8 * 44 мм
440 * 178.8 * 44 мм
440 * 284 * 44 мм
Характеристики
1616
1
ПортыSFP2иG2составляюткомбинированныйпорт,ипортSFPимеетболеевысокийприоритет.
Стандарт:Режимпоумолчаниюкоммутатора.Вэтомрежимеонработаетвкачестве
неуправляемогокоммутатора ивсепортымогутподключатьсядругкдругупоотдельности.,
Приоритет:ВэтомрежимепортыG1иG2/SFP2служатвкачествепортовдлясоединенияс
вышестоящимиустройствами порты1‒8служатвкачествепортовсвысокимприоритетом.Все,
портымогутподключатьсядругкдругупоотдельности.
Расширение:Вэтомрежимескоростьпередачи
данныхпортов9‒16снижаетсядо10Мбит/с,
максимальноерасстояниепередачинеможет
превышать250метров,авсепортымогут
подключатьсядругкдругу.
Расширение:Вэтомрежимескоростьпередачи
данныхпортов17‒24снижаетсядо10Мбит/с ,
максимальноерасстояниепередачинеможет
превышать250метров,авсепортымогут
подключатьсядругкдругу.
VLAN:Вэтомрежимепорты1‒16коммутатора
могутподключатьсякпортуG1,G2/SFP2по
отдельности нонемогутподключатьсядругк,
другу.Вэтотрежимможноперейти чтобы,
уменьшитьbroadcastштормиизолировать
DHCPbroadcast.
VLAN:Вэтомрежимепорты1‒24коммутатора
могутподключатьсякпортуG1,G2/SFP2по
отдельности,нонемогутподключатьсядругк
другу.Вэтотрежимможноперейти чтобы,
уменьшитьbroadcastштормиизолировать
DHCPbroadcast.
Функция
Поддерживается
Самообучение автоматическоестарение,
8ядер:напряжениеядер1 2 4 5—"+" адляядер3 6 7 8—"-"., , , , , , ,
Обычныйрежим:6kV
Обычныйрежим:6kV
Дифференциальныйрежим:4kV
Температура:(0‒45)°C
Влажность:(10‒90%)безконденсации
ПортRJ45
10/100/1000Мбит/с
ПортRJ45
10/100Мбит/с
ПортSFP
1000Мбит/с
Режимработы
Спромежуточной
буферизацией
Таблица
MAC-адресов
Изучение
MAC-адресов
Пропускная
способность
объединительной
платы
СтандартPoE
PoE-порт
Максимальная
выходнаямощность
одногопорта
Максимальная
выходнаямощность
коммутатора
Жиласилового
кабеляPoE
ПортRJ45
Источникпитания
Рабочаясреда
Условияхранения Температура:(-40‒70)°C
Влажность:(5‒90%)безконденсации
Входноенапряжение 100‒240Вперем.тока,
50/60Гц2.0A
Габаритныеразмеры
Скоростьпередачиданных
Ethernet:10Мбит/с(полудуплекс)/20Мбит/с(полныйдуплекс)
FastEthernet:100Мбит/с(полудуплекс)/200Мбит/с(полныйдуплекс)
GigabitEthernet:2000Мбит/с(полныйдуплекс)
Средствапередачи
Ethernet:КабельCAT3UTP/STPиливыше
FastEthernet:КабельCAT5UTP/STPиливыше
GigabitEthernet:КабельCAT5EилиCAT6UTP/STP(рекомендовано)
Стандарты
100‒240Вперем.тока,
50/60Гц4.0A
100‒240Вперем.тока,
50/60Гц4.0A
100‒240Вперем.тока,
50/60Гц6.0A
Русский Български Deutsch
Italiano
Modelo
TEF1118P-16-150W
TEF1118P-16-250W
TEF1126P-24-250W
TEF1126P-24-410W
Interfaz
2
2
2
2
16
16
24
24
Modo de
funcionamiento
Función
Compatible
Tabla de
direcciones MAC
16 K
Aprendizaje de
direcciones MAC
Autoaprendizaje, vencimiento automático
Ancho de banda
del backplane
7.2 Gbps
7.2 Gbps
8.8 Gbps
8.8 Gbps
Estándar de PoE
IEEE 802.3af, IEEE 802.3at
Puerto PoE
1 - 16
1 - 16
1 - 24
1 - 24
30 W
30 W
30 W
30 W
130 W
230 W
230 W
370 W
8 núcleos: el voltaje de los núcleos 1, 2, 4 y 5 es +, y el de los núcleos 3, 6, 7 y 8 es -.
Puerto RJ45
Modo común: 6 kV
Fuente de
alimentación
Modo común: 6 kV
Modo diferencial: 4 kV
Entorno
Entorno de
funcionamiento
Temperatura: (0 - 45) °C
Humedad: (10% - 90%) HR, sin condensaci
Entorno de
almacenamiento
Temperatura: (-40 - 70) °C
Humedad: (10% - 90%) HR, sin condensación
Voltaje de entrada
Dimensión
294 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 178.8 * 44 mm
440 * 284 * 44 mm
Velocidad de datos de
transmisión
Ethernet: 10 Mbps (d¨²plex medio) / 20 Mbps (d¨²plex completo)
Fast Ethernet: 100 Mbps (d¨²plex medio) / 200 Mbps (d¨²plex completo)
Gigabit Ethernet: 2000 Mbps (d¨²plex completo)
Medios de transmisión
Ethernet: Cable CAT3 UTP/STP o superior
Fast Ethernet: Cable CAT5 UTP/STP o superior
Gigabit Ethernet: Cable CAT5E o UTP/STP CAT6 (recomendado)
Estándares
Especificaciones
Puerto RJ45 de 10
/100/1000 Mbps
Puerto RJ45 de 10
/100 Mbps
Puerto SFP de
1000 Mbps 1
El puerto SFP2 y el puerto G2 forman un puerto en combo, y el puerto SFP tiene una prioridad más alta.
Estándar: modo predeterminado del switch PoE. En este modo, funciona como conmutador no
administrado; todos los puertos pueden comunicarse entre sí por separado.
Prioridad: En este modo, los puertos G1 y G2/SFP2 funcionan como puertos de subida, y los puertos
1 – 8 funcionan como puertos de alta prioridad. Todos los puertos pueden comunicarse entre sí
por separado.
Extender: En este modo, la velocidad de datos
de los puertos 9 - 16 se reduce a 10 Mbps, la
distancia de transmisión máxima puede ser de
250 metros y todos los puertos pueden
comunicarse entre sí.
Extender: En este modo, la velocidad de datos
de los puertos 17 - 24 se reduce a 10 Mbps, la
distancia de transmisión máxima puede ser de
250 metros y todos los puertos pueden
comunicarse entre sí.
VLAN: En este modo, los puertos 1 a 16 del
conmutador pueden comunicarse con los
puertos G1 y G2/SFP2 por separado, pero no
pueden comunicarse entre sí. Puede usar este
modo para reducir la tormenta de difusión y
aislar la transmisión DHCP.
VLAN: En este modo, los puertos 1 a 24 del
conmutador pueden comunicarse con los
puertos G1 y G2/SFP2 por separado, pero no
pueden comunicarse entre sí. Puede usar este
modo para reducir la tormenta de difusión y
aislar la transmisión DHCP.
Almacenar y
retransmitir
Salida máxima de
un solo puerto
Salida máxima del
conmutador
Núcleo del cable de
alimentación PoE
Protección
contra
rayos
Safety Precautions
Before performing an operation, read the operation instructions and precautions to be taken, and
follow them to prevent accidents. The warning and danger items in other documents do not cover all
the safety precautions that must be followed. They are only supplementary information, the installation
and maintenance personnel need to understand the basic safety precautions to be taken.
- 1.Do not use this apparatus near water.
- 2.Clean only with dry cloth.
- 3.Do not block any ventilation openings, such as newspapers, table-cloth, curtains, etc.
- 4.Do not install near any heat sources such as radiators, heat registers, stoves or other apparatus that
produce heat.
- 5.Do not damage the ground conductor or operate the device in the absence of well installed ground
conductor. Conduct the appropriate electrical inspection.
- 6.Protect the power cord from being walk on or pinched particularly at the plugs, convenience
receptacles and at he point where they exit from the apparatust .
- 7.Only use attachments/accessories specified by the manufacturer.
- 8.Unplug this apparatus during lighting storms or when unused for long periods of time.
- 9.Mains plug is used as the disconnect device, the disconnect device shall remain readily operable.
- 10.Refer all servicing to qualified service personnel. Servicing is required when the apparatus has
been damaged in any way, such as power-supply cord or plug is damaged, liquid has been
spilled or objects have fallen into the apparatus, the apparatus has been exposed to rain or
moisture, does not operate normally, or has been dropped.
- 11.Warning: To reduce the risk of fire or electric shock, do not expose this apparatus to rain or
moisture. The apparatus shall not be exposed to dripping or splashing.
- 12.Warning: To reduce the risk of electric shock, do not remove cover as there no user-serviceable
parts inside. Refer servicing to qualified personnel.
FCC Statement
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to
Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful
interference when the equipment is operated in a commercial environment. This equipment generates, uses,
and can radiate radio frequency energy and, if not installed and used in accordance with the instruction
manual, may cause harmful interference to radio communications. Operation of this equipment in a
residential area is likely to cause harmful interference in which case the user will be required to correct the
interference at his own expense.
Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and
(2) this device must accept any interference received, including interference that may cause undesired
operation.
Caution!
Any changes or modifications not expressly approved by the party responsible for compliance could void the
user's authority to operate the equipment.
NOTE: (1) The manufacturer is not responsible for any radio or TV interference caused by unauthorized
modifications to this equipment. (2) To avoid unnecessary radiation interference, it is recommended to use a
shielded RJ45 cable.
CE Mark Warning
This is a Class A product. In a domestic environment, this product may cause radio interference, in which case
the user may be required to take adequate measures.
The mains plug is used as disconnect device; the disconnect device shall remain readily operable.
NOTE: (1) The manufacturer is not responsible for any radio or TV interference caused by unauthorized
modifications to this equipment. (2) To avoid unnecessary radiation interference, it is recommended to use a
shielded RJ45 cable.
Caution:
TEF1118P-16-150W
Input: 100 - 240 V AC 50/60 Hz, 2.0 A
Output: 53.5 V 2.8 A
TEF1118P-16-250W/TEF1126P-24-250W
Input: 100-240V AC 50/60Hz 4.0A
Output: 53.5 V 4.7A
TEF1126P-24-410W
Input: 100 - 240 V AC 50/60 Hz, 6A
Output: 53.5 V 7.7A
: DC Voltage
RECYCLING
This product bears the selective sorting symbol for Waste electrical and electronic equipment (WEEE). This
means that this product must be handled pursuant to European directive 2012/19/EU in order to be recycled
or dismantled to minimize its impact on the environment.
User has the choice to give his product to a competent recycling organization or to the retailer when p1-he buys
a new electrical or electronic equipment.
Producto
NOMBRE DEL PRODUCTO: Switch Para Rack de 16 Puertos PoE, 16FE+2GE/1SFP
MODELO: TEF1118P-16-150W
Alimentador de Energía:
Alimentación: 100 - 240 V ca 50/60 Hz, 2.0 A
Salida: 53.5 V cc 2.8 A
PAIS DE ORIGEN: CHINA
Producto
NOMBRE DEL PRODUCTO: Switch Para Rack de 16 Puertos PoE, 16FE+2GE/1SFP
MODELO: TEF1118P-16-250W
Alimentador de Energía:
Alimentación: : 100 - 240 V ca 50/60 Hz, 4.0 A
Salida: 53.5 V cc 4.7 A
PAIS DE ORIGEN: CHINA
Producto
NOMBRE DEL PRODUCTO: Switch Para Rack de 24 Puertos PoE, 24FE+2GE/1SFP
MODELO: TEF1126P-24-250W
Alimentador de Energía:
Alimentación: 100 - 240 V ca 50/60 Hz, 4.0 A
Salida: 53.5 V cc 4.7 A
PAIS DE ORIGEN: CHINA
Producto
NOMBRE DEL PRODUCTO: Switch Para Rack de 24 Puertos PoE, 24FE+2GE/1SFP
MODELO: TEF1126P-24-410W
Alimentador de Energía:
Alimentación: 100 - 240 V ca 50/60 Hz, 6.0 A
Salida: 53.5 V cc 7.7 A
PAIS DE ORIGEN: CHINA
LA OPERACIóN DE ESTE DISPOSITIVO ESTA SUJETA A LAS SIGUIENTES CONDICIONES:
a) Es posible que este equipo o dispositivo no cause interferencia perjudicial.
b) Este equipo o dispositivo debe aceptar cualquier tipo de interferencia, incluyendo la que pueda
causar su operación no deseada.
Technical Support
Shenzhen Tenda Technology Co., Ltd.
6-8 Floor, Tower E3, NO.1001, Zhongshanyuan Road,
Nanshan District, Shenzhen, China. 518052
USA hotline: 1-800-570-5892
Toll Free: Daily-9am to 6pm PST
Canada hotline: 1-888-998-8966
Toll Free: Mon - Fri 9 am - 6 pm PST
HongKong Hotline: 00852-81931998
Global Hotline: +86 755-2765 7180 (China Time Zone)
Website: www.tendacn.com
E-mail: support@tenda.com.cn
Copyright
Copyright © 2019 Shenzhen Tenda Technology Co., Ltd. All rights reserved.
Tenda is a registered trademark legally held by Shenzhen Tenda Technology Co., Ltd.
Other brand and product names mentioned herein are trademarks or registered
trademarks of their respective holders. Specifications are subject to change without
notice.
Română
PolskiFrançais
SFP Module
TEF1118P-16-150W
16FE+2GE/1SFP Rackm ount Switch With 16-Port PoE
TEF1118P-16-150W
16FE+2GE/1SFP Rackm ount Switch With 16-Port PoE
TEF1118P-16-150W
16FE+2GE/1SFP Rackmount Switch With 16-Port PoE
TEF11 18P-16-150W
16FE+2GE/1SFP Rackmount Switch W ith 16-Port PoE
TEF1118P-16-150W
16FE+2GE/1SFP Rackmount Switch Wi th 16-Port PoE
Environment
Электропитание
PoE
Молниезащита
IEEE802.3af,IEEE802.3at
Максимални
изходящистойности
напревключвателя
Stromversorgung
Lagerumgebung
Betriebsumgebung
Umgebung
PoE-Stromversorgung
Larghezza di banda
del backplane
Alimentazione
PoE
Protezione
contro i
fulmini
Características
Fuente de
alimentación
PoE
Alimentation
électrique
PoE
Environnements Środowisko
przechowywania
Português Español
100-240V CA;
50/60Hz 2,0A 100-240V CA;
50/60Hz 4,0A 100-240V CA;
50/60Hz 6,0A
Условия
храненияи
эксплуатации
10/100/1000
MBit/s RJ45-Port
10/100 MBit/s
RJ45-Port
1000 MBit/s
SFP-Port
100-240V CA;
50/60Hz 4,0A

Especificaciones del producto

Marca: Tenda
Categoría: Cambiar
Modelo: TEF1126P-24-410W

¿Necesitas ayuda?

Si necesitas ayuda con Tenda TEF1126P-24-410W haz una pregunta a continuación y otros usuarios te responderán


Cambiar Tenda Manuales

Tenda

Tenda TEF1110P-8-63W Manual de Usario

30 Septiembre 2024
Tenda

Tenda TEF1126P-24-410W Manual de Usario

17 Septiembre 2024
Tenda

Tenda TEM2010X Manual de Usario

14 Septiembre 2024
Tenda

Tenda TEG1120P-16-250W Manual de Usario

12 Septiembre 2024
Tenda

Tenda SG105 Manual de Usario

12 Septiembre 2024
Tenda

Tenda TEG1128P-24-410W Manual de Usario

12 Septiembre 2024
Tenda

Tenda TEG5328P Manual de Usario

11 Agosto 2024
Tenda

Tenda S16 Manual de Usario

10 Agosto 2024

Cambiar Manuales

Últimos Cambiar Manuales

Kramer

Kramer VS-48UHD Manual de Usario

27 Octubre 2024
Intellinet

Intellinet 561341 Manual de Usario

27 Octubre 2024
LevelOne

LevelOne IFP-0801 Manual de Usario

22 Octubre 2024
LevelOne

LevelOne IES-0620 Manual de Usario

22 Octubre 2024
LevelOne

LevelOne IGS-2105P Manual de Usario

22 Octubre 2024
Powerfix

Powerfix PSSS 2 A1 Manual de Usario

18 Octubre 2024
Atlona

Atlona AT-OME-CS31-SA-HDBT Manual de Usario

18 Octubre 2024
Atlona

Atlona AT-OME-SW32 Manual de Usario

18 Octubre 2024
Atlona

Atlona AT-OME-MH21-CP Manual de Usario

18 Octubre 2024
Atlona

Atlona AT-OME-MS52W Manual de Usario

18 Octubre 2024