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8 Port Full Gigabit Unmanaged Industrial Switch, Din Rail


$335.38
Best 8-port 10/100/1000Base-T full Gigabit Ethernet switch, with dual 12/24/48 VDC redundant power inputs, Din rail mounting
SKU: CHN-ES-GE2208G
Free Shipping Worldwide
Delivery date: 6-12 days

High quality 8 Gigabit Ethernet ports Layer 2 Din-rail unmanaged industrial switch, adopts fanless thermal design and non-porous heat dissipation technology to make the switch durable, support indicator lights for states display.

Specification

ModelCHN-GE2208G
Technical Parameters
Protocol StandardIEEE802.3, IEEE802.3u (100Base-TX/100Base-FX), IEEE802.3x, IEEE802.3ab (1000Base-T)
Switch Capability
MAC Table Size4k
Backplane Bandwidth16Gbps
Switch Delay<5μs
Interface
Gigabit PortsNumber: 8
Connector: RJ45 copper port
Baud rate: 10/100/1000M for copper port
Terminal Block for Power Input    5.08mm terminal block
Terminal Block for Relay Alarm5.08mm terminal block, 1A@24VDC
Communication Distance
Twisted-pair100m (CAT5/CAT5e cable)
LED Indicator Lights
Front Panel LED LightsPort light: LINK/ACT, SPEED
System work light: RUN
Power status light: PWR1, PWR2
Power
Power SupplyDC12~48V dual power in standard
Optional before order: DC48V dual power, or AC/DC (85-264VAC/110-370VDC) single power
Power Consumption<6W
Overload Protectionsupport
Inversed Protectionsupport
Working Environment
Operating Temperature-40°C~75°C
Storage Temperature-40°C~80°C
Ambient Humidity5%~95%
Physical Characteristics
ShellIP40 protection, aluminum alloy shell
InstallationStandard 3.5 Din-rail mounting
Dimension33mm x 144mm x 97mm
Weight440g
Industry Standard
EMCEN61000-4-2(ESD), Level 4
EN61000-4-3(RS), Level 4
EN61000-4-4(EFT), Level 4
EN61000-4-5(Surge), Level 4
EN61000-4-6(CS), Level 4
EN61000-4-8, Level 5
ImpactIEC60068–2-27
FallingIEC60068-2-32
ShockIEC60068-2-6

Dimensional Drawing (mm)

 8 port gigabit unmanaged industrial switch GE2208G dimension

Tips: How Layer 2 industrial switches work?
The Layer 2 Ethernet switch works at Layer 2 (data link layer) of the OSI model, identifies the MAC address information in the packet, forwards it according to the MAC address, and records these MAC addresses and corresponding ports in an internal address table. Therefore, Layer 2 switches require powerful data identification and forwarding capabilities.
Working principle:
When the switch receives a packet from a port, it first reads the source MAC address in the packet header so that it knows which port the source MAC address machine is connected to. Then read the destination MAC address in the packet header and look up the corresponding port in the address table. If there is a port corresponding to the destination MAC address in the table, copy the packet directly to this port. If the corresponding port is not found in the table, the data packet is broadcast to all ports. When the destination machine responds to the source machine, the switch can learn which port the destination MAC address corresponds to, and the switch will not broadcast to all ports when the next time data is transferred.