Table 1. Power-on timing
Outlet number Outlet power-on timing Comment
1 16th second Total Delay time = bootup time +
GlobalDelayTimer +
IndividualDelayTimer
2 17th second Total Delay time = bootup time +
GlobalDelayTimer +
IndividualDelayTimer
3 18th second Total Delay time = bootup time +
GlobalDelayTimer +
IndividualDelayTimer
4 Off Previous state is Off
5 17th second Total Delay time = bootup time +
GlobalDelayTimer +
IndividualDelayTimer
6 17th second Total Delay time = bootup time +
GlobalDelayTimer +
IndividualDelayTimer
7 19th second Total Delay time = bootup time +
GlobalDelayTimer +
IndividualDelayTimer
8 16th second Total Delay time = bootup time +
GlobalDelayTimer +
IndividualDelayTimer
9 17th second Total Delay time = bootup time +
GlobalDelayTimer +
IndividualDelayTimer
10 Off Previous state is Off
11 20th second Total Delay time = bootup time +
GlobalDelayTimer +
IndividualDelayTimer
12 Off Previous state is Off
The following sections explain how to congure the GlobalDelayTimer and IndividualDelayTimer
parameters through the serial port (by using HyperTerminal or similar applications) or through the
Ethernet port (by using Telnet and SNMP).
Using SNMP through the Ethernet port
Set the parameters for the power-on sequence function by using an Ethernet port and the SNMP
interface.
About this task
To set the parameters for the power-on sequence function by using an Ethernet port and the SNMP
interface, complete the following steps:
Procedure
1. Open your MIB browser (for example, iReasoning).
74
Power Systems: Racks and rack features