Install guide
WAN Load Balancing set wanlb 1-29
Software Version 2.7.5
C613-10454-00 REV A
set wanlb
Syntax SET WANLB [ORPhantimeout={OFF|1..65535}]
[SELect={ROundrobin|WLEastconnect|WLOttery|
WFAStresponse}]
Description This command sets the global parameters of WAN load balancer.
Examples To turn off the orphantimeout use the command:
set wanlb orp=off
Related Commands enable wanlb
show wanlb
Parameter Description
Orphantimeout Specifies the number of seconds in which a WAN load balancer session can
remain in an orphan state before timing out. An orphan state exists when
the load balancer session is open, but neither sending nor receiving traffic.
If you are using the WAN load balancer with the firewall enabled, you
should either set this parameter to OFF, or set it to a value that is equal to,
or greater than, the maximum timeout period of the firewall session. This
is to maintain synchronisation between the WAN load balancer and
firewall modules.
Default: 3600
OFF Sets the orphantimeout parameter to never timeout.
1..65635 Sets the orphantimeout period, in seconds
Select Determines the algorithm that the WAN load balancer uses when selecting
its resources (interfaces).
Default: roundrobin
ROundrobin The WAN load balancer selects each resource
alternately.
WLEastconnect The WAN load balancer selects the resource with the
highest result achieved after dividing its assigned
weight by the number of its current sessions. To specify
a resource's weight, use the add wanlb resource
command on page 1-17.
WLOttery The WAN load balancer randomly selects a resource
among its available resources. A resource with a higher
weight is more likely to be selected, but if all resources
have the same weight wlottery provides a similar result
to the round roundrobin algorithm. To specify a
resource's weight, use the add wanlb resource
command on page 1-17 command.
WFAStresponse The WAN load balancer selects the resource based on
the fastest response time received for resource
healthchecks. For example, a resource with a response
time that is twice as fast as another, will be selected
twice as often.