Configuring Mercury controller settings in the Synergis Appliance Portal - Synergis Softwire 11.4.3

You can configure the settings for your Mercury controllers in the Synergis™ Appliance Portal.

1. Log on to the Synergis unit.
2. Click Configuration > Mercury controller settings.
   
3. Click the PIN settings tab from the side menu, and configure the following settings:

   Add leading zeros for PINs

   To define the number of zeros to be added before PINs, select Custom, and enter a value for Leading zeros. For example, the maximum PIN length is four digits long, and you enter 3 as the Leading zeros value. If your original PIN was 9, the PIN becomes 0009. If your original PIN was 123, the PIN becomes 0123.

   Perform a software restart if you change this setting.

   For more information, see Configuring PINs with leading zeros for Mercury integrations.

4. Click the Door settings tab from the side menu, and enable the following settings as required:

   Single held open mode

   Ignore subsequent Door open too long events after the first event is generated, as long as the door remains open.

   Perform a software restart if you change this setting.

   Raise card read events with the source event timestamp

   The timestamp from the Synergis™ Cloud Link is used instead of the timestamp from the Mercury controller.

   Perform a software restart if you change this setting.

   Hide unlock events when 'Unlock on REX' is off

   The Mercury controller sends unlock events on REX activations regardless of whether or not it actually unlocks the door. Enable this option to hide these unlock events. Enabling this setting causes a delay on all events received so that false unlock events can be filtered out.

   Perform a software restart if you change this setting.

   Disable host decision handoff (offline mode)

   By default, this setting is disabled, meaning that Mercury host decision handoff is enabled, and that the Synergis Cloud Link unit makes the access control decisions.

   When this setting is enabled, Mercury host decision handoff is disabled, meaning that the Mercury controllers make their own decisions as though they are disconnected from the Synergis Cloud Link unit. In this case, some advanced features and cards that are not yet synchronized to the Mercury controller do not work, however, the door becomes much more responsive.

   Best Practice: Leave the Disable host decision handoff (offline mode) setting disabled, unless there is a bad network connection between the Synergis Cloud Link and the Mercury controllers.

   Silent access granted

   Readers do not beep when access is granted.

   Silent access denied

   Readers do not beep when access is denied.

   Inhibit 'Door forced' open event

   Door forced open events are disabled.

   Perform a software restart if you change this setting.

   Inhibit 'Motor Fault' events from Schlage locks

   Motor Fault events from Schlage locks are disabled.

   NOTE: This option does not affect Motor Fault events from other devices.

   Perform a software restart if you change this setting.

   Inhibit 'RF loss' events from Schlage locks

   RF loss events from Schlage locks are disabled.

   NOTE: This option does not affect RF loss events from other devices.

   Perform a software restart if you change this setting.

   Reader LED off when locked

   Reader LEDs on OSDP readers are turned off if the associated door is in a normal lock state.

   Mercury native area control

   Enables Mercury's native antipassback, max occupancy, and interlock features on the Mercury panel.

   Perform a software restart if you change this setting.

   Extended grant time REX mode

   Doors remain unlocked for as long as the REX input is active and for the normal grant time afterward. If no door sensor is present, the door remains unlocked either for as long as the REX input is active or for the normal grant time, whichever period is longer.

   This is useful for preventing doors that are controlled by a motion sensor from locking and unlocking every few seconds. This feature requires Mercury firmware 1.29.1 or later.

   NOTE: You can also configure this setting on a per door basis.

   Live 'Request to exit' events

   Changes the way that Synergis™ Softwire processes Request to exit events from Mercury LP controllers, so that the timestamps on the events are accurately reported.

   NOTE: This option is off by default.

   Perform a software restart and then reset the Mercury controllers if you change this setting.

   Program door alarm LED procedures

   Causes the readers associated with Mercury controllers to follow Synergis Softwire LED and buzzer patterns instead of Mercury LED and buzzer patterns for door alarms.

   NOTE: If this option is disabled, when Door forced open and Door open too long events are generated, the LEDs on the associated readers do not flash.

   Perform a software restart and then reset the Mercury controllers if you change this setting.

5. Click the Card conversions tab from the side menu, and enable the following card conversions as required:
   Perform a software restart if you change any of these settings.
   • Casi M5 56 -> 40
   • Ambiguous HID 1441 -> 56

   Lossy conversion for credentials longer than 52 bits

   Fixes a bug in versions of Synergis Softwire earlier than 10.10, where credentials from 52 bits to 64 bits might have issues.

   200 bits FASC-N to 128 bits

   All cards report the 128-bit version. This setting is used with FICAM or Long credential database layouts.

   Add F2F to Wiegand translator

   Add or configure other translators.

6. Click the Long credential formats tab from the side menu, and configure the following setting:

   Wiegand format length (bits)

   Long credential formats for Mercury units are not automatically configured in Security Center. Manually set the format by entering a value from 64 to 240, and then clicking Add. This setting is used with FICAM or Long credential database layouts.

   Perform a software restart if you change this setting.

7. Click the Advanced settings tab from the side menu, and enable the following settings as required:
   Perform a software restart if you change any of these settings.

   SIO Encryption Control

   Enables encryption on the RS-485 between EP or Honeywell controllers and their downstream SIO boards, or LP controllers and older SIO boards. LP controllers with S3 SIO boards use encryption on the channel regardless of this setting.

   Best Practice:

   • Limit bulk upgrades to 10 SIO boards under a single EP controller.
   • Before upgrading multiple SIO boards, disable the SIO Encryption Control option.

   No ACR without door

   Readers are not pre-configured as SIO units are added, and I/O diagnostics do not report card reads from unassociated readers. This setting removes issues where more than 64 reader ports are enrolled under a Mercury controller or cases where readerless doors are being used and also go over the 64 limit.

   Two OSDP readers per reader port

   Enables LP1502, LP4502, MR50-S3, and MR52-S3 units to support two OSDP readers per port. This requires a minimum of Synergis Softwire 11.3.1 and Security Center 5.10.4.0.

8. Click the Over-Watch settings tab from the side menu, and select the LP4502 Over-Watch plugin setting to enable the Over-Watch plugin on all the LP4502 controllers under the Synergis Cloud Link unit. The Over-Watch plugin is only required for the BEST Wi-Q integration through Mercury.
   For more information, see Configuring the Over-Watch plugin for the BEST Wi-Q integration.
9. Click the Auxiliary authentication module tab from the side menu, and select Disabled, PivClass, or TIEntryPoint.
   This setting is used with FICAM database layout and the appropriate plugin for the LP4502 controller.
10. Click the Mercury SCP logging tab from the side menu, and click Start logging for additional Mercury-specific logging, and enter the number of days after which you want the logging to end.
11. Click the Buses tab from the side menu, and click Reset for each controller or Reset all to ensure that new settings are pushed to all the controllers.
12. Click the Database layout settings tab from the side menu, and configure the following settings:
    1. Select a database layout from the list.
       The Feature rich (default) layout fits most use cases. The other database layouts address specific needs. Reset the controllers after changing the database layout.

       For more information about what each database layout supports, see Database layouts for Mercury controllers.

    2. Enter the Maximum PIN length.
       The default value for all database layouts is 6. Lowering this value is commonly used to eliminate having to press the # key at the end of four-digit PINs when only four-digit PINs are used in the system.

       NOTE: Setting the Maximum PIN length to a number higher than what the selected database layout supports causes your Mercury controllers to stop functioning, and PINs longer than the configured Maximum PIN length do not work.
       Perform a software restart if you change this setting.
13. Click the OSDP-reader-specific settings tab from the side menu, and configure the following settings:

    Nexus and Veridt OSDP LED correction

    Fixes an LED issue that occurs in certain Nexus and Veridt OSDP readers.

    Override LED programming

    Fixes an issue on OSDP readers where the LED turns off for a few seconds when the door re-locks after being opened.

14. Click the Visitor escort rule and two-person rule tab from the side menu, and configure the following setting:

    Maximum delay between card presentations

    Applies to all the doors controlled by the Mercury controllers.

    Perform a software restart and then reset the Mercury controllers if you change this setting.

15. Click the Door behavior for offline SIO boards tab from the side menu, and select one of the following:
    This setting only applies to doors that have their reader and lock on the same Mercury SIO board. Readerless doors are not affected. When the setting is changed, the reader LED behavior does not follow door lock states.

    Default (locked)

    When the Mercury controller goes offline, the states of the doors it controls become locked, regardless of the state that the doors were in before the controller went offline.

    Unlocked

    When the Mercury controller goes offline, the doors it controls become unlocked, regardless of the state that the doors were in before the controller went offline.

    Locked

    When the Mercury controller goes offline, the doors it controls become locked, regardless of the state that the doors were in before the controller went offline.

16. Click Reset to default to reset all settings to default, except for the database layout settings.
    NOTE: There is no way to recover the previous settings.
17. Click Save.