Omnitron Launches Ethernet-APL Switches And Converters

Omnitron Systems has introduced a new family of Ethernet-APL® compatible switches and media converters designed for industrial process automation networks. The new 2-wire 10BASE-T1L solutions extend Ethernet data and safely deliver power over long distances in both hazardous and non-hazardous environments using a single cable.

The product line enables seamless integration between Information Technology (IT) and Operational Technology (OT) networks, helping organizations modernize process automation infrastructure while improving network reach and reliability.

Expanding Industrial Network Connectivity

The RuggedNet® GLAPS/Si industrial Ethernet-APL switches support connections for up to four Ethernet-APL field-edge devices. These switches help extend network reach by connecting spur and trunk devices in automation environments.

The OmniConverter® GLAPS/Sx compact switches provide two Ethernet ports and four 2-wire power sourcing ports, supporting flexible rack-mount, wall-mount, or DIN-rail installations.

The OmniConverter® 10T/APS media converter enables Ethernet copper-to-2-wire Ethernet-APL conversion, supporting efficient point-to-point bridging between IT and OT networks.

The switches and converters support Class A or Class C spur connections up to 200 meters and Class 3 or Class 4 trunk connections up to 1,000 meters to Ethernet-APL field switches or endpoint devices.

Simplified Power And Data Delivery

Users can select RJ-45 or SFP four-pair Ethernet uplink ports supporting 10/100/1000Mbps connectivity. The solutions also support 3-pin terminal or IEC 63171-2 10Mbps single-pair Ethernet interfaces. The 10BASE-T1L ports deliver up to 92 watts of power to connected field devices, helping simplify deployment in remote locations without local power infrastructure.

Sankar Ramachandran, Vice President of Engineering and Product Development at Omnitron Systems, said:

“Our new family of Ethernet-APL interoperable products enables users to integrate SPE into their existing process automation network infrastructure, delivering flexibility, performance, and cost savings for both new and existing industrial automation applications.”

Built For Harsh Industrial Environments

RuggedNet switches are IP40-rated with integrated DIN-rail mounting, redundant DC power inputs, and operating temperatures ranging from -40°C to 75°C.

OmniConverter switches are IP20-rated standalone units with wall-mounting brackets and optional DIN-rail mounting kits. They are available in commercial, wide, and extended temperature models, supporting environments ranging from 0°C to 75°C.

Omnitron Systems designs and manufactures Media Converters, Ethernet and Single Pair Ethernet Switches, and Power over Ethernet (PoE) Switches and Media Converters for copper and fiber network applications. Its solutions are deployed across enterprise, government, automation, IoT, transportation, telecom, and cable networks worldwide, supporting reliable and scalable connectivity across diverse industries.

Internal Links URLs
https://security.world/industrial-network-security

External Links URLs
https://www.omnitron-systems.com


Frequently Asked Questions (FAQs)

  1. What Is Ethernet-APL Technology?
    Ethernet-APL enables data and power transmission over single-pair Ethernet cables for industrial automation networks.
  2. What Industries Benefit From These Solutions?
    Process automation, manufacturing, utilities, and industrial IoT environments benefit from extended network reach and simplified connectivity.
  3. What Is The Maximum Distance Supported?
    Spur connections support up to 200 meters, while trunk connections support distances up to 1,000 meters.
  4. Do These Devices Provide Power To Field Equipment?
    Yes. The 10BASE-T1L ports deliver up to 92 watts of power to connected field devices.
  5. Are The Products Designed For Harsh Environments?
    Yes. RuggedNet and OmniConverter models support industrial temperature ranges and rugged installation options.
Source: omnitron-systems.com
0 Comments