RipeEX2-HS Settings

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5. RipeEX2-HS Settings

The settings of individual RipEX2 units is available in RipEX2 User manual chapter 7 Settings. Only special settings for controller version of the RipEX2-HS is mentioned bellow.

5.1. Hot standby settings

Following settings is supported by the controller version of the , where the controller manages the active and passive/standby PRODUCT units and their accessing to the shared channels (e.g. radio).

The communication between individual PRODUCT units and HS controller use DI/DO interfaces, so other use of this interface is not possible.

The HW switch (mode selector) has to be set to AUTO position for switching between units, otherwise the selected unit remains active even if an error occurs on the selected one.

AUTO regime allows switching to the standby unit when an error status occur in active unit – if both units are without alarms, the A unit will be active.

  • Hot standby mode enabled
    Listbox {On; Off }, default = “Off”
    Switches Hot Standby functionality.

  • Virtual ETH MAC
    MAC address of shared LAN interface. It should be same for both individual PRODUCT units. This MAC address has to differ from other MAC addresses used in unit. It is possible to use e.g. VRRP type of addresses: 00:00:5E:00:01:XX.

    To prevent a collision with broadcast addresses (in case of Flexible protocol usage), the address must not be ended with :FF:FF:FF.

  • Virtual Radio MAC

    While in HotStandby mode, it is nessessary to set identical radio MAC address (HotStdby_RadioMac) in both stations, because protocol link address is derived from the address.

  • Virtual IP
    This address has to fit into range of addresses used for the relevant network interface (e.g. ETH 1) and will be used as shared IP address for LAN interface. The radio address use used according to setting in SETTINGS/Interfaces/Radio/IP – the same address has to be set in both radio modems.

  • Unit chassis position
    Listbox {Unit A; Unit B}, default = “Unit B”
    Position of the unit in HS chassis, set Unit A for unit in A position and vice versa.

  • Fallback time
    Time in seconds. The time delay to stay on the standby unit, after all alarms are solved.

  • Guard mode
    Listbox {INCLUDE; EXCLUDE}, default = “INCLUDE”
    Defines the behavior of guarding of ETH interfaces. INCLUDE requires all guarded lines in UP status – if one of these guarded lines is not in UP state, alarm occurs and the switching to the standby unit is executed.

  • Guard ETH1 .. ETH5 active
    Listbox {On; Off}, default = “Off”
    Switches on guarding of the individual ETH link.

  • Toggle now

    This button allows to switch from unit Active status to the non-active.

    It will not be possible if:

    • The second unit is in alarm status.

    • The HW MODE selector is not set to AUTO.

    • The unit is in not-active status.


      It is possible to change the active status from the A to the B unit using shall command “rrcmd rrhstdby web passivate” and back from A to B using command “rrcmd rrhstdby web activate”. Both units should be without errors for the SW sw itching.

5.2. Hot standby LAN interface settings

It is necessary to set LAN interface used for HS functionality.

The Range for virtual address parameter is in this menu available only when HS functionality in the menu SETTINGS/Device/Unit/Hot standby is enabled (see above).

The parameter Range for virtual address has to be set to On for the LAN address interconnected with shared ETH interface (Range for virtual address set to On).


Interconnected ETH interface IP addreses of both ETH addresses should be different as well as adresses of A and B units, yet in the same range as the virtual shared address (= together three different addresses in the same range).