For the continuous acquisition of your process data, Phoenix Contact provides cellular devices that support all technology standards (5G, 4G, 3G, and 2G). With the globally available cellular network, the devices can communicate reliably, even in areas with a weak infrastructure.
The small remote stations and entire system parks, such as remote pumping stations, can be connected to the control center using methods ranging from SMS messaging, through remote control protocols at low data rates, all the way to broadband VPN connection, depending on the requirements.
Remote control technology for all scenarios From the control system through to the field level
Which transmission medium is the right one for your application? If you want to cover long distances, fiber optics (FO) is recommended. If no communication cables are available, existing cellular networks provide a good alternative. Phoenix Contact provides suitable components for every transmission medium: from media converters for converting to FO and (cellular) wireless modules to the appropriate connectors, cables, and antennas.
Remote control technology using various media
Properties of the transmission media
Media comparison for remote control systems
Remote control solutions
As an open, scalable IIoT platform, Proficloud.io provides you with intelligent communication, networked components, control technology (PLCs), Smart Services, and comprehensive data analysis – all with the highest level of security.
Take advantage of the unlimited possibilities of a cloud-based solution for the continuous transmission of data. With Proficloud.io, you can network your distributed devices in the field easily and securely via the Internet.
With extenders, you can connect Ethernet networks or serial fieldbuses economically over large distances. Gigabit applications are possible and ranges of up to 20 km can be achieved. Use existing cables for sophisticated network installations and minimize investment costs. Find the ideal extender for your application.
FO media converters for Ethernet and fieldbus enable you to convert your copper interfaces to interference-free fiber optics without the need for complex surge protection, shielding, and equipotential bonding measures. Another advantage of optical data transmission is the increase in the maximum range to up to 80 km in a point-to-point connection.
With wireless systems, you can easily record measurement data and system information from remote or poorly accessible areas and transmit it to central points. For remote control technology, this provides a reliable and inexpensive alternative to wired transmission, particularly if new system components are to be installed or defective cables replaced. The wireless modules have various interfaces and thus act as a gateway between local sensors and actuators of the process station and the control center.
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