Avaya Configuring Dial Services Manual de usuario descargar pdf (Pagina 271)

100

101

Customizing Demand Circuits

308621-14.00 Rev 00

12-43

Example 2: Failback Time Results in No Available Circuit

Using the BCC

If the standby-failback-mode is set to none, you can control when the router

returns to the primary circuit by using a schedule for the standby circuit.

To control the return from the hot standby circuit to the primary circuit, navigate

to the schedule prompt and enter:

schedule-standby-failback-mode <

mode

can be either automatic or manual.

Select automatic to automatically deactivate the hot standby circuit and return to

the primary circuit. The

schedule-standby-failback-time parameter for this

circuit determines the failback delay. Select manual to manually deactivate the hot

standby circuit.

For example, to rely on operator intervention to determine whether the active

circuit becomes the primary again, enter:

schedule/to-boston/weekday/1000/2100#

schedule-standby-failback-mode

manual

If the standby-failback-mode parameter is set to none, you can control how long

the router waits before it deactivates the hot standby circuit and returns to a

recovered primary circuit.

3:00 p.m.

The primary circuit fails and a standby circuit is activated, as

specified in time of day Schedule 2.

4:55 p.m.

The primary circuit recovers. The failback timer starts counting down

from 10 minutes.

5:00 p.m.

After 5 minutes, time of day schedule 3 is active. The standby circuit

is brought down and will not be available until 7:00 p.m.

For 5 minutes, there is no circuit available to transmit data.

5:05 p.m.

Data traffic transfers back to the primary circuit.

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