Ethernet-APL switches The state-of-the-art Ethernet-APL transmission technology enables the direct two-wire Ethernet connection of sensors and field devices in the Ex zones of process technology applications. The Ethernet-APL switches allow you to integrate APL sensors and field devices into an existing Ethernet network. This allows you to provide direct access to data from the field level.

The APL field switch makes the use of state-of-the-art Ethernet-APL technology simple and efficient. As a managed switch, it ensures secure data transmission with high bandwidth and minimal latency.

APL sensors and devices can be directly integrated from the field level into the existing Ethernet network of the system. This means that process data is available immediately and without any detours. With the two-wire technology, even existing cable infrastructures can continue to be used. This saves time and costs during installation. Complex gateway solutions and additional subsystems, as required in the past, are no longer necessary. The Ethernet-APL switch is the basis for empowering the IIoT in process automation.

The managed APL switches can be used in both compact and wide-ranging systems. The trunk and spur topology is used for long ranges. The 10BASE-T1L standard enables a range of up to 1,000 m (spurs up to 200 m) at 10 Mbps. The bridging of large distances can therefore also be implemented in potentially explosive areas.

Naturally, the network topology can be flexibly designed so that even compact layouts can be realized with the managed switches. It is possible, for example, to do without a trunk by using the APL switches to connect the APL spur ports directly to the standard Ethernet.

Ethernet-APL introduces power classes that significantly simplify the selection and installation of devices in potentially explosive areas. The power class defines the electrical properties of a port, i.e., how much power a device can absorb or provide. This ensures that field devices and switches work together optimally and that intrinsic safety requirements are met.

Power class A and B: For intrinsically safe applications (Ex ia) at the field device level, e.g., in zones 0 and 1.
Power class C: Supports Ex ic applications, typically for zone 2.
Power class 3 and 4: For high-performance trunk segments, for example for long cable runs. These ports are not intrinsically safe.

With the clear classification, it is sufficient to match the power class on the switch and on the field device. Elaborate calculations or complex tables are no longer necessary. This increases safety and speeds up commissioning. This in turn makes the installation of Ethernet-APL solutions simple and reliable, even in demanding environments.

By integrating Ethernet-APL switches into your industrial network, you can combine proven functions with modern communication technology. In addition to Ethernet-APL technology, the managed switches support all the functions of the well-known FL SWITCH 2300 series. They have comprehensive redundancy and security features, for example, for implementing future-proof networks.

The Ethernet-APL switches make it possible to strengthen the existing network infrastructure and prepare for the high demands of an increasingly networked world.