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Pepperl+Fuchs SE
Fieldbus components for input/output termination
Remote I/O Systems
The advantage of the clear assignment of a signal to a terminal, while integrating existing instrumentation and wiring, in combination with the significantly reduced wiring effort by the use of a bus interface to the control system - remote I/O benefits from the best of two technologies. Therefore it is the ideal and most cost-effective way for the modification or modernization of process plants.
Modular remote I/O systems transmit process data from safe or explosion hazardous areas by connecting binary and analog sensors and actors to the control system via a bus interface. Remote I/O is the right choice when you want to put I/O modules close to the field devices. Due to the reduced wiring effort, you not only save cables, but also time, money, and work effort. Hence, remote I/O field units can be installed in a decentralized location inside hazardous areas while you easily control and monitor sensors and actors from the control room.
You can connect 4 mA ... 20 mA devices to remote I/O, including water flow transmitters, valve positioners, pressure transducers, or temperature transmitters. Devices such as thermocouples, resistance temperature detectors (RTDs), mechanical contacts, and visual or audible alarms may also be connected.
Modular remote I/O systems transmit process data from safe or explosion hazardous areas by connecting binary and analog sensors and actors to the control system via a bus interface. Remote I/O is the right choice when you want to put I/O modules close to the field devices. Due to the reduced wiring effort, you not only save cables, but also time, money, and work effort. Hence, remote I/O field units can be installed in a decentralized location inside hazardous areas while you easily control and monitor sensors and actors from the control room.
You can connect 4 mA ... 20 mA devices to remote I/O, including water flow transmitters, valve positioners, pressure transducers, or temperature transmitters. Devices such as thermocouples, resistance temperature detectors (RTDs), mechanical contacts, and visual or audible alarms may also be connected.
FieldConnex Ethernet-APL and Fieldbus Infrastructure
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Fieldbus component for input/output termination
Pepperl+Fuchs SE
Fieldbus components for input/output termination
As a future technologoy for infrastructure, FieldConnex is already well-known and firmly established in all sectors of the process industry. True to the credo "Shaping the Future of Process Industries", Pepperl+Fuchs is now taking the next step towards the future: the Ethernet-APL rail field switch is the first product on the market with an Ethernet Advanced Physical Layer, or Ethernet-APL for short. This technology is the first to implement Ethernet in the harsh environments of process plants, and thus enables barrier-free, parallel communication. Digital communication via two-wire Ethernet is thus making its way into the field of process plants and makes IIoT applications easy to implement in process automation.
