NEC NX7700i/5040H-32 - Manual (Page 82)

Base Module
855-900547-200 2-46
(Description)
Description
No.
Description
(a)
Allows to choose environmental data formats from page format of 24 lines each
or online format.
(b)
Indicates the states of the Power Bay within the cabinet.
If an alarm condition exists, this line is prefixed with an asterisk (*).
state
ON
: A DC power (48V) is applied to the components inside the cabinets.
OFF : No DC power (48V) is applied to the components inside the cabinets.
--- : The Power Bay itself is not existent (not visible from the iSP).
DPSx
(blank)
: Indicates the normal state.
ALARM : Indicates an alarm state.
---
: Indicates that the DPS is not existent (not visible from the iSP).
NORESP : Indicates that the DPS is existent but not visible from the iSP.
No DPS exists on a 48-VDC supply.
(c)
Shows the states of the fans located in the CPU cage or main chassis in the
Main Cabinet.
If an alarm condition exists, this line is prefixed with an asterisk (*).
---
: Indicates that no fan exists.
ALARM : Indicates an alarm state.
low
: Indicates that the fan is running at low speed.
HIGH : Indicates that the fan is running at high speed. “HIGH” will appear if
any cause of high-speed fan exists even when the system is in Halt.
(d) Press <ENTER> to go to the next page.
(e)
Power On/Off state of the CELL and XBX Cards in the CPU cage or main chassis
within the Main Cabinet.
(f)
Power and fan states within the PCI Bay.
If a fan alarm exists, this line is prefixed with an asterisk (*)
PCI Bay types (D) and (E) are added for PCID Bay and PCIE Bay, respectively.
(g)
Temperature detected by the card’s temperature sensor is shown here. If a
temperature sensor failure exists, an asterisk (*) is shown in place of a
temperature readout.
If a temperature alarm exists, the pertinent line is prefixed with an asterisk (*)
The threshold information hardwire-coded in the iSPFW is also shown here.
“FAN” gives the temperature thresholds where fan speed is switched from low to
high and vice versa.
The values on the right side give the threshold to switch from low to high speed,
and those on the left side from high to low speed.
“IPMI” gives the threshold over which temperature information is reported to the
software through the IPMI interface.
“ACPI” gives the threshold over which temperature information is reported to the
software through the ACPI interface.
“S.D.” specifies the temperature threshold for the SPFW to force system shut
down. If AIR FLOW IN (intake temperature) reaches the S.D. theshold, all the
running partitions are forcibly shut down.
The WARN column on AIR FLOW IN (intake temperature) gives the threshold
rejecting to boot currently inactive partitions.