
Phoenix Contact industrial Ethernet switches product selector

Phoenix Contact offers a comprehensive portfolio of Industrial Ethernet Switches, from Unmanaged Switches to Managed Switches and layer 3 switches.
The robust industrial-grade switches for DIN rail mounting offer functions such as PoE, Gigabit, network redundancy, security, PROFINET, and EtherNet/IP™.
Ethernet switches are the communication hubs of your industrial network. They provide reliable, efficient data exchange and can ensure the robustness of your network. Find the right switches for your application here.
Your advantages with Phoenix Contact Ethernet switches:
- The right switch for every application: Unmanaged Switches, intelligent switches, Managed Switches, and layer 3 switches
- Support for various IT standards and automation protocols such as PROFINET and EtherNet/IP™
- Gigabit switches for large networks with high data throughput
- Power over Ethernet switches for the use of cameras and other PoE end devices

Unmanaged Switches from Phoenix Contact impress with their standard functions, variable number of ports, and various designs. In addition to switches for DIN rails, we also offer switches with a 19" design and switches for field installation (IP67). The Fast Ethernet and Gigabit switches with a high level of immunity, robust housing, and wide temperature range are entirely suitable for continuous operation in industrial applications. Special versions for Power over Ethernet make it extremely easy to install your end devices. Select the right Unmanaged Switch for your application.

Our intelligent switches combine the simplicity of an Unmanaged Switch with the intelligence of a Managed Switch. If you use the Ethernet switch in unmanaged mode, it behaves like an Unmanaged Switch. In other words, it does not use an IP address and does not need to be configured. Nonetheless, it offers additional functions for ensuring network robustness such as redundancy mechanisms and filter functions. In managed mode, the various options for quick and easy switch configuration simplify startup and offer many diagnostic functions for your network.

Phoenix Contact offers a large range of various Managed Switches. They offer optimum real-time properties, prioritization of your data traffic, various options for network diagnostics, and redundancy mechanisms. The robust DIN rail switches are tailored to special requirements in industrial environments and the automation protocols used there, such as PROFINET and EtherNet/IP™. Gigabit switches support large data volumes. They are also available as PoE switches. Choose from 5 to 24 ports, copper or FO connections (SC, ST/BFOC, SFP), and various approvals.

Industrial layer 3 switches from Phoenix Contact enable you to easily segment your network into several subnets. Use our switches to easily integrate your machines, systems, and subnets into the higher-level network, thereby increasing your network stability and security. Thanks to switches with NAT functionality, you can also easily integrate systems with identical IP address ranges into higher-level networks.
There are 3 ways to configure your Phoenix Contact Ethernet switch:
1. Configure it by main feature
This configuration mode allows you to choose a switch, regardless of its series, just by starting with a key characteristic of your application.(clicking on a button will open a detailed configurator below where you can then do your selection)
2. Configure it by series name
This configuration mode is for users familiar with Phoenix Contact switches(clicking on a button will open a detailed configurator below where you can then do your selection)
Unmanaged switches | Intelligent switches | Managed switches | |||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Series |
FL SWITCH 1000 Unmanaged industrial Ethernet switches for universal applications |
FL SWITCH SFNT Robust unmanaged industrial Ethernet switches for harsh ambient conditions |
FL SWITCH 2000 10/100M industrial Ethernet switches for machines |
FL SWITCH 2100 10/100/1000M industrial Ethernet switches for machines |
FL SWITCH 2200 10/100M managed Ethernet switches |
FL SWITCH 2300 10/100/1000M managed Ethernet switches |
FL SWITCH 2400 10/100M managed Ethernet switches |
FL SWITCH 2500 10/100/1000M managed Ethernet switches |
FL SWITCH 3000 10/100M managed Ethernet switches for infrastructure applications |
FL SWITCH 4000 10/100/1000M managed Ethernet switches for infrastructure applications |
FL SWITCH 4800 10/100/1000M managed modular Ethernet switches for infrastructure applications |
FL SWITCH 7000 10/100/1000M managed Ethernet switches for EtherNet/IP™ |
PROFINET IRT Managed Ethernet switches for PROFINET IRT |
FL NAT 2000/2200/2300 10/100/1000M Managed Ethernet switches with routing function |
GHS Modular managed 10/100/1000M Modular managed Layer 3 Ethernet switches |
Key features | 5 to 16 ports, RJ45 or fiber optic (SC, ST, SFP) |
5 to 16 ports, RJ45 or fiber optic (SC, ST) Extended ambient temperature (-40°C...+75°C / -40°F...+167°F) |
DIN rail mount, 5 to 16 RJ45 ports
|
5 to 16 ports, RJ45 or fiber optic (SC, ST, SFP, SFX) Extended ambient temperature (-40°C...+70°C / -40°F...+158°F) |
5 to 16 ports, RJ45 or fiber optic (SC, ST, SFP, SFX) Extended ambient temperature (-40°C...+70°C / -40°F...+158°F) |
5 to 16 ports, RJ45 or fiber optic (SC, ST, SFP, SFX) |
8 to 14 ports, RJ45 or fiber optic (SC, ST, SFP) |
24 ports, RJ45 or fiber optic (SC, ST, Combo RJ45/SFP) Extended ambient temperature (-40°C...+70°C / -40°F...+158°F) |
8 ports, RJ45 or fiber optic (SC, SFP. Combo RJ45/SFP) |
4 RJ45 ports |
8 ports, RJ45 or Fiber optic (SFP or Combo RJ45/SFP) |
Completely modular architecture using media modules and extension modules |
|||
Filter functions | QoS: Class of Service / DSCP | QoS: Class of Service |
QoS: Class of Service / DSCP
Static VLANs Multicast filters: IGMP snooping/querier Traffic delimiter |
QoS: Class of Service / DSCP
Static VLANs Multicast filters: IGMP snooping/querier Traffic delimiter |
QoS: Class of Service / DSCP
Static VLANs Multicast filters: IGMP snooping/querier Traffic delimiter |
QoS: Class of Service Static VLANs Multicast filters: IGMP snooping/querier Traffic delimiter |
QoS: Class of Service |
QoS: Class of Service / DSCP Static VLANs Multicast filters: IGMP snooping/querier Traffic delimiter |
QoS: Class of Service / DSCP Static VLANs Multicast filters: IGMP snooping/querier Traffic delimiter |
||||||
Automation protocols |
PROFINET: conformance class A IEC61850-3 |
PROFINET: conformance class A |
PROFINET: conformance class A
EtherNet/IP™: extended multicast filter |
PROFINET: conformance class B / PN device
EtherNet/IP™: extended multicast filter |
PROFINET: conformance class A
IEC61850-3 Diagnostics via Modbus/TCP |
PROFINET: conformance class A EtherNet/IP™: extended multicast filter/CIP |
PROFINET: conformance class C / PN device |
PROFINET: conformance class B EtherNet/IP™: extended multicast filter |
/ PN device
PROFINET: conformance class B / PN device EtherNet/IP™: extended multicast filter |
||||||
Management functions | - | - |
Role-based user management
Port configuration IP configuration: BootP/DHCP Command Line Interface (CLI) Time synchronization: SNTP client |
Role-based user management
Port configuration IP configuration: BootP/DHCP/DCP Command Line Interface (CLI) Time synchronization: SNTP client |
Role-based user management
Port configuration IP configuration: BootP/DHCP Time synchronization: SNTP client/server |
Port configuration IP configuration: BootP/DHCP |
Port configuration IP configuration: DCP |
Role-based user management Port Configuration IP configuration: BootP/DHCP, optional DCP Command Line Interface (CLI) Time synchronization: SNTP client |
Port Configuration IP configuration: BootP/DHCP/DCP Command Line Interface (CLI) Time synchronization: SNTP client |
||||||
Diagnostic functions | - | - |
Port statistics and utilization
SNMP (v1/v2/v3) Event messages: Syslog/SNMP traps N:1 port mirroring Link Layer Discovery Protocol (LLDP) Address Conflict Detection (ACL) |
Port statistics and utilization
SNMP (v1/v2/v3) Event messages: Syslog/SNMP traps N:1 port mirroring Link Layer Discovery Protocol (LLDP) Address Conflict Detection (ACL) |
Port statistics and utilization
SNMP (v1/v2/v3) Event messages: SNMP traps N:1 port mirroring Link Layer Discovery Protocol (LLDP) |
Port statistics and utilization SNMP (v1/v2/v3) Event messages: SNMP traps N:1 port mirroring Link Layer Discovery Protocol (LLDP) Address Conflict Detection (ACL) |
Port statistics and utilization SNMP (v1/v2) N:1 port mirroring Link Layer Discovery Protocol (LLDP) |
Port statistics and utilization SNMP (v1/v2/v3) Event messages: Syslog/SNMP traps N:1 port mirroring Link Layer Discovery Protocol (LLDP) Address Conflict Detection (ACL) |
Port statistics and utilization SNMP (v1/v2/v3) Event messages: SNMP traps N:1 port mirroring Link Layer Discovery Protocol (LLDP) |
||||||
Redundancy functions | - | - |
Rapid Spanning Tree Protocol (RSTP)
MRP client |
Rapid Spanning Tree Protocol (RSTP)
Fast Ring Detection / Large Tree Support MRP manager/client Link aggregation: static trunking/LACP |
Rapid Spanning Tree Protocol (RSTP)
Extended ring redundancy Link aggregation: static trunking/LACP |
Rapid Spanning Tree Protocol (RSTP) Fast Ring Detection / Large Tree Support Device Level Ring (DLR) Link aggregation: static trunking |
MRP manager/client |
Rapid Spanning Tree Protocol (RSTP) Fast Ring Detection / Large Tree Support MRP manager (*1)/client Link aggregation: static trunking/LACP |
Rapid Spanning Tree Protocol (RSTP) Fast Ring Detection / Large Tree Support MRP manager/client Link aggregation: static trunking/LACP |
||||||
Security functions | - | - | - |
Port security: MAC-based
RADIUS authentication (IEEE 802.1x) |
Port security: MAC-based
RADIUS authentication (IEEE 802.1x) |
Port security: MAC-based | - |
Port security: MAC-based RADIUS authentication (IEEE 802.1x) |
Port security: MAC-based RADIUS authentication (IEEE 802.1x) |
||||||
Layer 3 functions | - | - | - | - | - | - | - | Routing/NAT |
Routing/NAT Router redundancy/VRRP |
(*1) feature available in some models only
3. Configure it by the total ports quantity
This configuration mode allows you to choose a switch, regardless of its series, just by starting with total quantity of ports required for your application.(clicking on a button will open a detailed configurator below where you can then do your selection)