Sun Microsystems, Inc.  Sun System Handbook - ISO 3.4 June 2011 Internal/Partner Edition
   Home | Current Systems | Former STK Products | EOL Systems | Components | General Info | Search | Feedback

Asset ID: 1-71-1019462.1
Update Date:2009-08-18
Keywords:
Solution Type  Technical Instruction Sure

Solution  1019462.1 :   How to verify the power on the Sun Netra[TM] CT 900  

Related Items 
    

  • Sun Netra CP3250 ATCA Blade Server
    •  
  • Sun Netra CT900 Server
    •  
  • Sun Netra CP3260 ATCA Blade Server
    •  
  • Sun Netra CP3220 ATCA Blade Server
    •  
  • Sun Netra CP3010 Blade Server
    •  
Related Categories 
    

  • GCS>Sun Microsystems>Boards>NEBS-Certified Servers
    •  
  • GCS>Sun Microsystems>Servers>NEBS-Certified Servers
    •  

PreviouslyPublishedAs
239905 


Description
This document describes how to verify the incoming power and power distribution 

within the Netra[TM] CT 900
Symptoms


  • Shelf dead
    
	
  • Chassis dead
    
	
  • Blade dead
    
	
  • Can't power up Blade
    




Purpose/Scope

The Netra CT 900
chassis has eight power input feeds split across two redundant Power
Entry Modules. Within the Shelf (chassis), these supplies are spread
across four zones. This document describes the procedures to check
that the power is present and correct at the input to the Sun Netra
CT 900 and that the power distribution within the shelf is correctly
configured to supply the power required for the boards that are
installed. 



Steps to Follow
These are the steps to follow



	
	
	
	
	
	
	
	
	



    
	
  • Verify the state of the LEDs on each of the boards
    



The LEDs on each board will
help to identify whether the problem is localized to a single board
or affects a group of components or even the entire shelf.


See <Document: 1019516.1>




    
	
  • Verify the
	shelf has incoming power
    



The Netra CT900 has two
redundant power entry modules known as PEMs located at the rear of
the shelf. These PEMs take -48V DC power inputs and distribute power
to the rest of the system. Each of the feeds should be individually
protected via circuit breakers. The loss of an individual feed or a
complete PEM should not cause the shelf to go down.


If the shelf appears
completely dead, i.e. no LEDS illuminated, or no sound of fans
turning, verify external power is available and that the circuit
breakers are in the on position. Any problems in this area may
require the assistance of the site electrician.


    
	
  • Verify
	available shelf power
    




Early model chassis referred
to the Power Entry Modules as PEM-A and PEM-B.


Later models refer to them
as PEM-1 and PEM-2. The following table indicates the origin of each
feed (numbered 0 through 7) and the zones they support (numbered 1
through 4).



	

		

			

			

				
				
				
				
				

					
						
Component

							
					
						
PEM

							
					
						
Terminal (Zone)

							
					
						
Feed

							
				

				

					
						
Fan Tray 1

							
					
						
1

							
					
						
2

							
					
						
1

							
				

				

					
						
Fan Tray 1

							
					
						
2

							
					
						
2

							
					
						
5

							
				

				

					
						
Fan Tray 2

							
					
						
1

							
					
						
3

							
					
						
2

							
				

				

					
						
Fan Tray 2

							
					
						
2

							
					
						
3

							
					
						
6

							
				

				

					
						
Fan Tray 3

							
					
						
1

							
					
						
4

							
					
						
3

							
				

				

					
						
Fan Tray 3

							
					
						
2

							
					
						
4

							
					
						
7

							
				

				

					
						
ShMM 1

							
					
						
1

							
					
						
2

							
					
						
1

							
				

				

					
						
ShMM 1

							
					
						
2

							
					
						
2

							
					
						
5

							
				

				

					
						
ShMM 2

							
					
						
1

							
					
						
3

							
					
						
2

							
				

				

					
						
ShMM 2

							
					
						
2

							
					
						
3

							
					
						
6

							
				

				

					
						
Slot 1

							
					
						
1

							
					
						
1

							
					
						
0

							
				

				

					
						
Slot 1

							
					
						
2

							
					
						
1

							
					
						
4

							
				

				

					
						
Slot 2

							
					
						
1

							
					
						
2

							
					
						
1

							
				

				

					
						
Slot 2

							
					
						
2

							
					
						
2

							
					
						
5

							
				

				

					
						
Slot 3

							
					
						
1

							
					
						
1

							
					
						
0

							
				

				

					
						
Slot 3

							
					
						
2

							
					
						
1

							
					
						
4

							
				

				

					
						
Slot 4

							
					
						
1

							
					
						
2

							
					
						
1

							
				

				

					
						
Slot 4

							
					
						
2

							
					
						
2

							
					
						
5

							
				

				

					
						
Slot 5

							
					
						
1

							
					
						
1

							
					
						
0

							
				

				

					
						
Slot 5

							
					
						
2

							
					
						
1

							
					
						
4

							
				

				

					
						
Slot 6

							
					
						
1

							
					
						
2

							
					
						
1

							
				

				

					
						
Slot 6

							
					
						
2

							
					
						
2

							
					
						
5

							
				

				

					
						
Slot 7

							
					
						
1

							
					
						
2

							
					
						
1

							
				

				

					
						
Slot 7

							
					
						
2

							
					
						
2

							
					
						
5

							
				

				

					
						
Slot 8

							
					
						
1

							
					
						
3

							
					
						
2

							
				

				

					
						
Slot 8

							
					
						
2

							
					
						
3

							
					
						
6

							
				

				

					
						
Slot 9

							
					
						
1

							
					
						
3

							
					
						
2

							
				

				

					
						
Slot 9

							
					
						
2

							
					
						
3

							
					
						
6

							
				

				

					
						
Slot 10

							
					
						
1

							
					
						
4

							
					
						
3

							
				

				

					
						
Slot 10

							
					
						
2

							
					
						
4

							
					
						
7

							
				

				

					
						
Slot 11

							
					
						
1

							
					
						
3

							
					
						
2

							
				

				

					
						
Slot 11

							
					
						
2

							
					
						
3

							
					
						
6

							
				

				

					
						
Slot 12

							
					
						
1

							
					
						
4

							
					
						
3

							
				

				

					
						
Slot 12

							
					
						
2

							
					
						
4

							
					
						
7

							
				

				

					
						
Slot 13

							
					
						
1

							
					
						
3

							
					
						
2

							
				

				

					
						
Slot 13

							
					
						
2

							
					
						
3

							
					
						
6

							
				

				

					
						
Slot 14

							
					
						
1

							
					
						
4

							
					
						
3

							
				

				

					
						
Slot 14

							
					
						
2

							
					
						
4

							
					
						
7

							
				

			

		

	




If zone 2 and or zone 3 power is available, then one
or both the shelf managers (ShMM) will power up and allow access to
the system for further checks.


Log into the active shelf manager using either the
serial management port connection via the alarm card (refer to
document <Document: 1019404.1> or through the network (assumes
network connected and active). Refer to documents <Document: 1017986.1> and <Document: 1005533.1> verifying external network


    
	
  • Confirm you are on the active ShMM
    



# clia shmstatus


Pigeon Point Shelf
Manager Command Line Interpreter


Host: "Active"


#


    
	
  • Verify the incoming power feeds are present
	using the clia shelf power distribution command
    



Check the value for the parameter "Maximum
External Available Current" for feed 00 through to feed 07 is
showing 28 amps. If power is missing from an individual feed it will
show 0 amps.


This output also shows the FRU address for each of
the boards on a particular feed. The "FRU Addr" given in
this output is the Hardware Address of the board. To convert to a
physical board refer to document <Document: 1019506.1> 



Example:


# clia shelf
power_distribution








Pigeon Point Shelf
Manager Command Line Interpreter








PICMG Shelf Power
Distribution Record (ID=0x11)


Version = 0


Feed count: 8


Feed 00:


Maximum External
Available Current: 28.0 Amps


Maximum Internal Current:
27.6 Amps


Minimum Expected
Operating Voltage: -40.5 Volts


Actual Power Available:
1117.800 Watts


Currently Used Power:
343.100 Watts


Feed-to-FRU Mapping
entries count: 3


FRU Addr: 45, FRU ID:
0xfe


FRU Addr: 49, FRU ID:
0xfe


FRU Addr: 4d, FRU ID:
0xfe


Feed 01:


Maximum External
Available Current: 28.0 Amps


Maximum Internal Current:
27.6 Amps


Minimum Expected
Operating Voltage: -40.5 Volts


Actual Power Available:
1117.800 Watts


Currently Used Power:
543.100 Watts


Feed-to-FRU Mapping
entries count: 6


FRU Addr: 41, FRU ID:
0xfe


FRU Addr: 43, FRU ID:
0xfe


FRU Addr: 47, FRU ID:
0xfe


FRU Addr: 4b, FRU ID:
0xfe


FRU Addr: 08, FRU ID:
0xfe


FRU Addr: 10, FRU ID:
0x03


Feed 02:


Maximum External
Available Current: 28.0 Amps


Maximum Internal Current:
27.6 Amps


Minimum Expected
Operating Voltage: -40.5 Volts


Actual Power Available:
1117.800 Watts


Currently Used Power:
330.000 Watts


Feed-to-FRU Mapping
entries count: 6


FRU Addr: 42, FRU ID:
0xfe


FRU Addr: 44, FRU ID:
0xfe


FRU Addr: 48, FRU ID:
0xfe


FRU Addr: 4c, FRU ID:
0xfe


FRU Addr: 09, FRU ID:
0xfe


FRU Addr: 10, FRU ID:
0x04


Feed 03:


Maximum External
Available Current: 28.0 Amps


Maximum Internal Current:
27.6 Amps


Minimum Expected
Operating Voltage: -40.5 Volts


Actual Power Available:
1117.800 Watts


Currently Used Power:
230.000 Watts


Feed-to-FRU Mapping
entries count: 4


FRU Addr: 46, FRU ID:
0xfe


FRU Addr: 4a, FRU ID:
0xfe


FRU Addr: 4e, FRU ID:
0xfe


FRU Addr: 10, FRU ID:
0x05


Feed 04:


Maximum External
Available Current: 28.0 Amps


Maximum Internal Current:
27.6 Amps


Minimum Expected
Operating Voltage: -40.5 Volts


Actual Power Available:
1117.800 Watts


Currently Used Power:
343.100 Watts


Feed-to-FRU Mapping
entries count: 3


FRU Addr: 45, FRU ID:
0xfe


FRU Addr: 49, FRU ID:
0xfe


FRU Addr: 4d, FRU ID:
0xfe


Feed 05:


Maximum External
Available Current: 28.0 Amps


Maximum Internal Current:
27.6 Amps


Minimum Expected
Operating Voltage: -40.5 Volts


Actual Power Available:
1117.800 Watts


Currently Used Power:
543.100 Watts


Feed-to-FRU Mapping
entries count: 6


FRU Addr: 41, FRU ID:
0xfe


FRU Addr: 43, FRU ID:
0xfe


FRU Addr: 47, FRU ID:
0xfe


FRU Addr: 4b, FRU ID:
0xfe


FRU Addr: 08, FRU ID:
0xfe


FRU Addr: 10, FRU ID:
0x03


Feed 06:


Maximum External
Available Current: 28.0 Amps


Maximum Internal Current:
27.6 Amps


Minimum Expected
Operating Voltage: -40.5 Volts


Actual Power Available:
1117.800 Watts


Currently Used Power:
330.000 Watts


Feed-to-FRU Mapping
entries count: 6


FRU Addr: 42, FRU ID:
0xfe


FRU Addr: 44, FRU ID:
0xfe


FRU Addr: 48, FRU ID:
0xfe


FRU Addr: 4c, FRU ID:
0xfe


FRU Addr: 09, FRU ID:
0xfe


FRU Addr: 10, FRU ID:
0x04


Feed 07:


Maximum External
Available Current: 28.0 Amps


Maximum Internal Current:
27.6 Amps


Minimum Expected
Operating Voltage: -40.5 Volts


Actual Power Available:
1117.800 Watts


Currently Used Power:
230.000 Watts


Feed-to-FRU Mapping
entries count: 4


FRU Addr: 46, FRU ID:
0xfe


FRU Addr: 4a, FRU ID:
0xfe


FRU Addr: 4e, FRU ID:
0xfe


FRU Addr: 10, FRU ID:
0x05








# 









    
	
  • Check the power requirement matches
	the power allowance for each slot using the clia shelf -v
	power_management command
    



The amount of power allowed by the Shelf manager for
the slot is shown by the parameter "Maximum FRU Power
Capabilities". Note: These values differ depending on the
Chassis/ShMM firmware level.


The amount of power requested by the board and
subsequently allocated is shown by the parameter "Currently
Assigned Power"


If the board requests more power than is allowed for
the slot, the board will not power up


Example: 



# clia shelf -v
power_management








Pigeon Point Shelf
Manager Command Line Interpreter








PICMG Shelf Activation
And Power Management Record (ID=0x12)


Version = 1


Allowance for FRU
Activation Readiness: 20 seconds


FRU Activation and Power
Description Count: 17


Hw Address: 41, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
60.0 Watts








Hw Address: 42, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
60.0 Watts








Hw Address: 43, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
163.1 Watts








Hw Address: 44, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
100.0 Watts








Hw Address: 45, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
163.1 Watts








Hw Address: 46, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
100.0 Watts








Hw Address: 47, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
0.0 Watts








Hw Address: 48, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
0.0 Watts








Hw Address: 49, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
0.0 Watts








Hw Address: 4a, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
0.0 Watts








Hw Address: 4b, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
150.0 Watts








Hw Address: 4c, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
0.0 Watts








Hw Address: 4d, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
150.0 Watts








Hw Address: 4e, FRU ID:
0xfe, Maximum FRU Power Capabilities: 235 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
0.0 Watts








Hw Address: 08, FRU ID:
0xfe, Maximum FRU Power Capabilities: 24 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
20.0 Watts








Hw Address: 09, FRU ID:
0xfe, Maximum FRU Power Capabilities: 24 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
20.0 Watts








Hw Address: 10, FRU ID:
0xfe, Maximum FRU Power Capabilities: 680 Watts


Shelf Manager Controlled
Activation: Enabled


Shelf Manager Controlled
Deactivation: Enabled


Delay Before Next Power
On: 0.0 seconds


Currently Assigned Power:
327.0 Watts










Product
Sun Netra CT 900 Server

Netra CP3010 Board

Netra CP3020 Board

Netra CP3060 Board

Sun Netra CP3220 ATCA Blade Server

Sun Netra CP3250 ATCA Blade Server

Sun Netra CP3260 ATCA Blade Server

Sun Netra CP3140 ATCA Switch Blade

Netra CP3240 Switch


 Internal Comments

 This document contains normalized content and is managed by the the Domain Lead

 (s) of the respective domains. To notify content owners of a knowledge gap 

 contained in this document, and/or prior to updating this document, please 

 contact the domain engineers that are managing this document via the "Document 

 Feedback" alias(es) listed below:



 Domain Lead:  [email protected]

 Feedback Alias: [email protected]



 normalized, verify, power, dead, ATCA, Netra, CT900, CP3010, CP3020, CP3060, CP3140, CP3240, CP3220, CP3250, CP3260




Attachments

This solution has no attachment


















       

Copyright © 2011 Sun Microsystems, Inc.  All rights reserved.

 Feedback