Performance I/O system with viable safety

Phoenix Contact


As from now on the SafetyBridge Technology can be acquired for dimensions of Axioline.

In this regard it is possible to implement the SafetyBridge Technology (SBT) of Phoenix Contact on systems of Axioline F I/O. Additionally, a more adaptable and straightforward safety usage results from safety-related pointers that were recorded by the I/O modules of SafetyBridge. These modules contain of 8-point input, 8-point solid-object output as well as logic.

On a new build a secured PLC can be substituted by an SBT. Moreover, the SBT can also function as an improvement to a line that is already existing. A side benefit of the SBT is its flexibility that enables an independence of specific networks and control systems. It is possible to implement the technology into available networks that are utilizing a strategy of decentralized allocation. Therefore, costly safety processors that are implemented on the PLC can be replaced by the usage of distributed logic modules.

SafetyBridge technology Logic for your individual automation network as well as adjustable, allocated safety I/O

Adjustable safety I/O for a control network that is already existing can be applied due to SafetyBridge. Due to the distributed safety logic is not only feasible to customize your safety in respect to your individual usage, but also to adjust it to your budget.
Costly implemented safety processors that are installed on the PLC can be replaced with our technology.

Once the process of programming and startup has been done, the PLC that is non-safe functions as a transfer medium. In this regard I/O status and immediate diagnostics are obtainable from any module of SafetyBridge on the network.

Benefits of SafetyBridge technology

The technology replaces the need for a safety controller with a higher-level

  • SafetyBridge technology enables an affordable solution for the usage of safety controllers
  • Standard usage and safety can be segregated clearly

Allocated

  • Functional safety can be achieved by less wiring effort
  • Flexibility as well as cost-efficiency are enabled by safety pointers that are recorded and output once it is required

Independent of control

  • It is indifferent which controller is used, the concept of safety can be kept without individual adaptions

Independent of network

  • Even with no changes of the safety concept, an adaptable usage in diverse networks is feasible
  • Safety-related pointers can also be transmitted wirelessly
  • With regard to the bus systems that are used, there is a total openness

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