Ethernet-APL is Here!
Specifications internationally standardized, conformance test plans implemented, first products released
Modernize your plant with high speed ethernet to the field technology
A two-wire Ethernet for process automation and hazardous locations, based on IEEE and IEC standards.
- Enhances the value generated by your process plant by bringing Ethernet technology and high-speed communication out into the field.
- Dramatically simplifies installation, configuration and maintenance of instruments and automation technology.
- Designed for a workforce trained in IP technology.
The Ethernet-APL effort is led by a collaboration of standards organizations and industry partners. Together, these companies are developing all technology, guidelines, and best practices to assure successful deployment of ethernet to the field technology.
1000m Cable Length
2-Wire with Power
Designed for Intrinsic Safety
Reuse Existing Cabling
Enable Field Instruments with Ethernet
Process plants today compete to produce more product with less waste. The digital transformation motivates C-Level executives to invest in more plant data coming from process automation systems and instrumentation.
Ethernet-APL is a standardized Ethernet Advanced Physical Layer which meets all the requirements for the field of process plants.
Is Ethernet-APL for You?
Ethernet-APL provides a secure, high-speed powered ethernet networking solution throughout the plant — including intrinsically safe areas.
Simplify project infrastructure planning, speed commissioning, and provide ultimate flexibility with support for all process automation communication protocols.
Take advantage of high-speed, intrinsically safe, powered ethernet in your 21st century instrument, infrastructure, and application software designs.
From Hazardous Areas to the Enterprise with Ethernet
Familiar Installation and Infrastructure
Ethernet-APL is the ruggedized, two-wire, loop-powered Ethernet physical layer that uses 10BASE-T1L plus extensions for installation within the demanding operating conditions and hazardous areas of process plants. It enables a direct connection of field devices to Ethernet-based systems in a way that process industries can benefit from a convergence of their OT and IT systems. Utilizing a switched architecture, eliminates any unwanted interference between devices connected to the same network.
Ethernet-APL adopts technologies and options already established in the field of process automation. This includes the proven trunk-and-spur topology shown in the figure above with the ability to power up to 50 field devices with up to 500 mW each. Widely used and established cable infrastructures are specified to support the migration in brown field installations to Ethernet-APL
Only Two Wires
By using two conductor cabling, that may be already be installed in a facility, Ethernet-APL can offer an attractive technology upgrade value proposition.
Devices and components are required to undergo conformance testing to assure that all critical Ethernet-APL features are implemented properly.
Using proven FISCO practices helps assure proper installation — first time, and every time.