It is possible capturing the traffic on a Ethernet network and stop this capture based on a specific condition, like e.g. the lack of Ether-S-Bus telegrams from a specific station for a certain time. However, this can't be done within Wireshark itself, but by using its command line tool TShark which is piped to a Perl script.
Digital remote input/output modules with serial S-Bus interface - type RAIL (top-hat rail mounting) - 4 inputs 24 VDC/VAC and - 2 relay outputs 250 VAC, with local override and - integrated light & sunblind functionality
Digital remote input/output modules with serial S-Bus interface - type SAVE (surface mounted) - 4 inputs 24 VDC/VAC and 2 relay outputs 250 VAC, with local override and integrated light & sunblind functionality (protection class IP 65)
Remote input/output modules with serial S-Bus interface - type RAIL (top-hat rail mounting) Analogue input module, 4 channels each of Pt 1000 and 0…10 VDC
Remote input/output modules with serial S-Bus interface - type RAIL (top-hat rail mounting) Digital output module: - 4 triac 24…250 VAC/0.8 A, with local override functionality
Remote input/output modules with serial S-Bus interface - type RAIL (top-hat rail mounting) Digital output module: - 4 relays 250 VAC/6 A, with local override functionality
Remote input/output modules with serial S-Bus interface - type RAIL (top-hat rail mounting) Digital input module: - 4 inputs 24 VDC/VAC, without local override functionality
Remote input/output modules with serial S-Bus interface - type RAIL (top-hat rail mounting) Digital input module: - 4 inputs 24 VDC/VAC, with local override functionality
There have been some restrictions concerning the usage of the S-Bus parity mode as master (SM1) on the PCD3.M and PCD2.M5 CPU. Since firmware version 1.10.51 these restrictions are eliminated.
If the controller is used without an S-Bus connection and there is a power supply interrupt, the occupancy mode (OccMode) of the controller is initialized with the value 1 (unoccupied) after restart.
