SimonsVoss - WaveNet 3065 - RouterNode with protective function

The SimonsVoss - WaveNet Radionetwork 3065 - RouterNode with protective function for auto-configuration interlink the different network segments with one another in a WaveNet network. Different transmitting media can thus be interconnected with one another (example: a WNM.RN.CR router connects a cable segment [C] with a radio segment [R]). Basically, WaveNet RouterNodes are used to interconnect different network segments, that either share the same transmission medium (e.g. RS485- RS485) or that have different transmission media (e.g. RS485 cable/radio 868 MHz, Ethernet/RS485 or radio 868 MHz, WLAN/RS485 or radio 868MHz).

Further, the data flows coming from the segments are filtered by the WaveNet router node so that only data is forwarded to the segment after the WaveNet route node that is also to be processed in this segment. All other data is therefore blocked by the WaveNet router node for the segment after it. WaveNet router nodes can currently connect the following transmission interfaces between the segments: RS485 CAT 5 cable, Ethernet TCP/IP, USB, RS232 cable, radio 868 MHz, WLAN. Do not mount router nodes with a radio or WLAN interface directly to metal or reinforced concrete! A distance of approx. 30 cm. should be maintained.

The latest router generation from SimonsVoss offers unique protective functions for door monitoring, such as ‘Lock doors in gunman  incidents’, ‘Release doors in the event of fire’ or automatic signals in the case of breakdowns and emergency situations. Recording overall situations and always making the right decisions is a task which presents an enormous challenge for building systems. The new generation of SimonsVoss routers can be ordered with a protective function as standard which offers the following characteristics:

Features of protective function I/O:

• Blocking of doors in the event of a gunman attack alarm
• Blocking of individual doors with special gunman attack transponders or cards
• Release of doors in the event of a fire alarm
• Release of doors in the event of a distress call (nursing staff emergency call, panic situation)
• Switching of powered systems such as lighting and heating
• Transmission of signals in the event of breakdown or faults in the building, such as excessively high temperatures, water getting inside the building, incorrect fill levels in tanks. Can feature simultaneous releasing/opening of doors
• Operates even if communication networks are already down
• A router with a protection function can manage up to 250 doors
• The locking device must feature access control functions if output signals are to be used

System requirements and interdependencies with other products: