Industrial Ethernet Switches Manufacturers

AR Automation provides industrial automation solutions for businesses looking to build dependable and efficient industrial communication networks. We understand the importance of selecting suitable networking equipment for demanding working environments. Industrial Ethernet switches are designed to support communication in applications where equipment may be exposed to vibration, electrical interference, temperature variations, and continuous operation.
Choosing the right switch helps businesses improve network reliability and maintain communication between essential automation components. An industrial Ethernet switch connects multiple Ethernet-enabled devices within a local area network. These devices may include programmable logic controllers (PLCs), human-machine interfaces (HMIs), industrial computers, IP cameras, sensors, and other network-compatible equipment.

 

Managed Industrial Ethernet Switches Manufacturers in India

Managed industrial Ethernet switches are suitable for applications that require greater control over network performance, configuration, and security. Unlike unmanaged switches, managed models provide access to configuration and monitoring features that allow network administrators to manage communication more effectively.
Businesses searching for Managed Industrial Ethernet Switches Manufacturers in India should consider the technical requirements of their automation systems before selecting a product. Important factors include port count, Ethernet speed, network management features, power supply requirements, and compatibility with existing equipment. Managed switches may support features such as VLAN configuration, Quality of Service (QoS), network monitoring, port mirroring, and redundancy protocols. These capabilities help organisations separate network traffic, prioritise important data, identify communication issues, and maintain connectivity when supported network paths experience a failure.

 

5-Port Industrial Ethernet Switches

A 5-port industrial Ethernet switch is a practical option for smaller automation systems that need to connect a limited number of devices. Its compact design makes it suitable for control panels, individual machines, small production units, and distributed industrial installations where space is limited. These switches can connect devices such as a PLC, HMI, industrial computer, sensor gateway, and another Ethernet-enabled component, depending on the network arrangement. The available ports should always be checked against the actual number of devices to be connected, including any uplink requirements.

 

8-Port Industrial Ethernet Switches

An 8-port industrial Ethernet switch provides additional connectivity for applications involving more networked devices. It can be useful in larger machine panels, production lines, packaging facilities, and industrial monitoring systems where several controllers and communication devices need to share a network. The actual number of available device connections may vary depending on whether a port is reserved for an uplink or another network connection.
Industrial 8-port switches are available in different configurations, including unmanaged and managed models. Unmanaged options support straightforward device connectivity, while managed models provide additional tools for controlling and monitoring network traffic.

Applications of Industrial Ethernet Switches

Industrial Ethernet switches are used in many areas of automation and industrial communication, including:

  • Factory Automation: Connecting PLCs, HMIs, industrial computers, drives, and other control devices.
  • Production Lines: Supporting communication between machines and centralized control systems.
  • Process Automation: Connecting field-level and control-level Ethernet devices.
  • Machine Automation: Providing communication between controllers, remote I/O, sensors, and operator interfaces.
  • Industrial Monitoring: Supporting data exchange between monitoring systems and connected equipment.
Industrial Ethernet Switches

TSW010

  • PLUG AND PLAY: No additional configuration needed
  • MOUNTING: Integrated DIN rail bracket and surface mounting options
  • INDUSTRIAL DESIGN: Anodized aluminum housing and panels
  • ETHERNET: 5x Ethernet ports with speeds of up to 100 Mbps

TSW030

  • 2-Pin Power Input: Simple and suitable for industrial applications
  • Low Power Consumption: Up to 0.5 W when idle, up to 1.5 W maximum
  • Integrated DIN Rail: Easy mounting for plug-and-play deployment
  • 8x RJ45 Ports: Eight 10/100 Mbps Ethernet ports

TSW040

  • 8x PoE-Out RJ45: Eight PoE-out Ethernet ports with a total power budget of 240 W
  • 2-pin Power Input: Simple and suitable for industrial applications
  • Integrated DIN Rail: Easy mounting for plug-and-play deployment
  • Wide Voltage Range: 7-57 VDC, or 44-57 VDC for PoE-out

TSW100

  • POE+: 4 x PoE+ Ports with 802.3af and 802.3at Support
  • POWER BUDGET: Total power budget at PSE up to 120W
  • ETHERNET: 5x Gigabit Ethernet with speeds up to 1000 Mbps
  • MOUNTING: DIN rail and surface mounting options

TSW110

  • GIGABIT ETHERNET: 5x Gigabit Ethernet with speeds up to 1000 Mbps
  • DURABILITY: Rugged Aluminium Housing
  • MOUNTING: DIN rail and surface mounting options
  • TEMPERATURE: Operating temperature from -40 °C to 75 °C

TSW200

  • SFP: 2x SFP ports for long-range Fiber-optic communication
  • PoE+: 8 x PoE+ ports with 802.af, 802.3at standard support
  • POWER BUDGET: Total power budget at PSE up to 240 W
  • ETHERNET: 8x Gigabit Ethernet with speeds up to 1000 Mbps

TSW210

  • ETHERNET: 8x Gigabit Ethernet ports with speeds of up to 1000 Mbps
  • PLUG AND PLAY: No additional configuration needed
  • MOUNTING: DIN rail and surface mounting options
  • SFP: 2x SFP ports for long-range fiber-optic communication

TSW202

  • MANAGED SWITCH: L2 with additional L3 features for enhanced management and control
  • PoE+ & SFP: 8x port PoE+ switch with 2 x SFP ports for fiber optic communication
  • PROFINET & MORE: Supports PROFINET for automated data processing alongside other protocols, like EtherNet/IP and MRP
  • TSWOS: Teltonika Networks OS for switches, intuitively designed for infinite configurations

TSW212

  • MANAGED SWITCH: L2 with additional L3 features for advanced management capabilities
  • PROFINET & MORE: Supports PROFINET for automated data processing alongside other protocols, like EtherNet/IP and MRP
  • ETHERNET & SFP: 8x Gigabit Ethernet ports and 2 x SFP ports for fiber optic communication
  • TSWOS: Teltonika Networks OS for switches, intuitively designed for infinite configurations

SWM280

  • PoE+: Deliver power and data through 12 PoE+ ports with up to 30W per port
  • L2+: Advanced routing protocols & VLAN segmentation
  • Cloud-Enabled: Shipped with 2 years of RMS Management
  • Protocols: Profinet, MRP, and EtherNet/IP for mixed industrial environments

SWM282

  • PoE+: Deliver power and data through 24 PoE+ ports with up to 30W per port
  • L2+: Advanced routing protocols & VLAN segmentation
  • Cloud-Enabled: Shipped with 2 years of RMS Management
  • Protocols: Profinet, MRP, and EtherNet/IP for mixed industrial environments

Techanical Specifications:

SpecificationDetails
Ports5, 8, 16 or more Ethernet ports
Data Speed10/100/1000 Mbps support
Operating Temperature-40°C to 75°C (industrial grade)
Power SupplyDual power input for reliability
Mounting TypeDIN rail or wall mounting supported

Industrial Ethernet switches are essential components of modern automation networks. They connect controllers, monitoring equipment, and industrial computers while supporting reliable communication across manufacturing operations.
AR Automation helps businesses explore industrial automation solutions suited to their technical requirements. Whether you need a compact 5-port switch, an 8-port model, or a managed industrial Ethernet switch, carefully evaluating connectivity, speed, environmental conditions, and network management features will help you make an informed decision. Choosing the right equipment can support smoother operations, easier troubleshooting, and future network expansion.