Phoenix Contact Radioline RAD-RS485-IFS I/O serial communication system

Phoenix Contact has upgraded its cable-based Radioline RAD-RS485-IFS stations to accommodate both wireless and cable-based modules to deliver far greater flexibility and choice for users requiring a reliable radioline system.

The Phoenix Contact Radioline RAD-RS485-IFS’s newly combined cable-based and wireless operation delivers simple and flexible distribution of I/O signals between all devices. Digital, analog and temperature signals can be transmitted reliably and securely throughout the network.

In addition to a mixed operation with a wireless system, the RAD-RS485-IFS communication modules can be operated as a multipoint multiplexer through a dual-wire RS485 connection or as a standalone application in a Modbus/RTU master.

The upgrade also includes an extended operating temperature range from -40 to +70°C, making the Radioline RAD-RS485-IFS system suitable for use in harsh industrial conditions where robustness is a must.

Start-up is simple, as users assign inputs and outputs by turning the thumbwheel. No software programming is required and information is distributed at a single touch via I/O mapping.

The modular nature of Radioline RAD-RS485-IFS ensures that modules can be replaced quickly. The system can also be expanded at will and with ease and can be tailored to meet specific needs.

The wireless Radioline system transmits across the licence-free frequency range of 2.4 GHz to ensure reliable communication and to support flexible network structures and various operating modes. This also allows for the reliable implementation of large networks with up to 250 stations and distances of several kilometres between adjacent devices.

For added security, the Radioline system includes built-in safeguards against data manipulation. These include package authentication, a proprietary protocol and optional AES data encryption.

It is suitable for use in industrial environments including power generation, water, security, mining, distribution and process.