ELMA Trenew

ELMA Trenew 

Shock and 

Vibration Tests 

November 2007 

AS, FF

Ruggedized MicroTCA 

Shock and vibration tests by ELMA Trenew Electronic 

Contents 

1 Introduction .............................................................................2 

2 Test equipment .........................................................................3 

2.1 System ................................................................................ 3 

2.2 Backplane............................................................................. 4 

2.3 Shock absorber ..................................................................... 4 

2.4 Load Board ........................................................................... 5 

2.5 Mechanical Load Board ........................................................... 6 

2.6 MCH .................................................................................... 7 

2.7 Power Module........................................................................ 7 

2.8 Module Fixing........................................................................ 7 

2.9 Testing machines................................................................... 8 

2.9.1 Shaker ....................................................................... 8 

2.9.2 Shock test machine...................................................... 9 

3 Test procedure........................................................................10 

3.1 Sine Vibration (AC1 – IED 61587-1) ........................................10 

3.2 Random Vibration (AC2 – VITA 47) .........................................10 

3.3 Shock (AC1 – IEC 61587-1) ...................................................11 

3.4 Shock (AC2 – VITA 47)..........................................................11 

4 Test results .............................................................................12 

4.1 Sine Vibration ......................................................................12 

4.2 Random Vibration .................................................................12 

4.3 Shock test (AC1 – IEC 61587-1) .............................................14 

4.4 Shock Test (AC2 – VITA 47)...................................................14 

5 Conclusion ..............................................................................15 

Appendix A Vibration profile (sinusoidal).................................16 

Appendix B Vibration profile (random) ....................................18 

Appendix C Shock profile (AC1 – IEC 61587-1) ........................20 

Appendix D Shock profile (AC2 – VITA 47) ...............................21 

Appendix E MCH Log ................................................................22 

Ruggedized MicroTCA - 1 - AS, FF



1 Introduction 

The MicroTCA system architecture is not only dedicated for the telecom 

market, but also for industrial and even for rugged applications like 

transportation and MIL/AERO applications. 

The following tests should show the capabilities that the ELMA MicroTCA 

systems can withstand shock and vibration tests that are required. To 

meet these requirements, the system and daughter cards have to be 

prepared. 

The system that was used is a specially adapted ATR system with a 

MicroTCA card cage. The AMCs have to be modified with special screwable 

front panels, so that they could be fixed with captive screws to the 

extrusions. Other cards, like MCH and PM are fixed with screws and 

washers. 




2 Test equipment 

2.1 System 

The device under test is the ELMA “Ruggedized MicroTCA” system. The 

system is an ARINC 404A full size ATR long. It includes a MicroTCA card 

cage. The mechanic was designed according to meet the following MIL 

standards: 

• MIL-STD 810 E for shock and vibration 

• MIL-STD 461 for EMI 




2.2 Backplane 

The backplane that was included into the system is the ELMA MicroTCA 

Cube backplane for rugged environments. To withstand higher shock and 

vibration values, the AMCs can be fixed on the extrusions. The backplane 

can contain up to six AMC cards, one MCH and one Power Module. 

2.3 Shock absorber 

Shock absorber can be mounted below the system to decrease the force 

to the system. 




2.4 Load Board 

The load boards that were used are ELMA full size load boards for 

industrial application. The front panels are modified to be able to screw 

them to the extrusions of the card cage. 

The load boards are designed to be full compliant with the MicroTCA.0 1.0 

specification and are capable to fulfill the complete management via IPMI. 




2.5 Mechanical Load Board 

The mechanical load boards are based on the ELMA load boards. To fit the 

ruggedized MicroTCA specification, the resistive load was removed and 

mechanical loads were fixed on the base plate. The mechanical loads are 

according to the MicroTCA.1 D0.5 specification with a weight of 264g (Full- 

Size, Single-Width; For multiple slot test). These load boads are full 

functioning intelligent load boards. 




2.6 MCH 

The MCH that was used in the system was the NAT-MCH-GbE (one 

tongue). This MCH was prepared by fixing the ribbon cable with silicon 

material. 

2.7 Power Module 

The Power Module that was used was a CorEdge Networks PM 

(CEN-MPWR-4840). It was also prepared by fixing higher devices like 

aluminum electrolyte capacitors with silicon. 

2.8 Module Fixing 

The Modules that have no special front panel, which could be screwed to 

the extrusions, are fixed with a screw and washers on the top and on the 

bottom of the cards. 




2.9 Testing machines 

All tests were made at the ICT Fraunhofer institute in Berghausen, 

Germany. 

2.9.1 Shaker 

Inv.-nr: 612 

Shaker RMS SW 6005 

Charge Amplifier Bruel&Kjaer 2626 

Accelerometer S/N 848930 




2.9.2 Shock test machine 

Inv.-nr: 610 

Shock Test Machine AVCO SM 110-3 

Charge Amplifier Bruel&Kjaer 2626 

Accelerometer S/N 848928 

Inv.-nr: 030 

Oscilloscope Hewlett/Packard 54 602A 




3 Test procedure 

After each test period, the system was completely checked for mechanical 

and electrical damage. An electrical test was performed to ensure the 

functionality of the system. For this reason, the system was switched on 

with all slots populated with cards. The activation of any card should show 

that the system was not damaged at any position. 

3.1 Sine Vibration (AC1 – IED 61587-1) 

2-9Hz: Magnitude 9.2mm 

9-200Hz: Acceleration 3g 

Frequency change: 1 Octave per minute 

Axis: 3 

Duration: 10 Minutes per axis 

3.2 Random Vibration (AC2 – VITA 47) 

Frequency range: 5-2000Hz 

Effective value of the acceleration 8g 

Axis: 3 

Duration: 60 Minutes per axis 




3.3 Shock (AC1 – IEC 61587-1) 

Shock form: Half sinus 

Acceleration: 25g 

Duration: 18ms 

Axis: 6 

Shocks per axis: 3 

3.4 Shock (AC2 – VITA 47) 

Shock form: Half sinus 

Acceleration: 20g 

Duration: 11ms 

Axis: 6 

Shocks per axis: 3 

+ 

- 

X Y Z 




4 Test results 

4.1 Sine Vibration 

Mechanical: No issues during this test 

Electrical: All slots booted up without errors. 

4.2 Random Vibration 

X-axis: Test was performed with shock absorbers 



Y-axis: Test was performed without shock absorbers 

Mechanical: Some load resistors disassembled during tests. 


Z-axis: Test was performed without shock absorbers 

Mechanical: Some load resistors disassembled during tests. 

Electrical: Two slots didn’t boot up. After extraction and reinsertion they 

booted up without errors. 




X-axis: Test was performed with shock absorbers 

System was booted up during this test 

Test duration: 30min 


Electrical: The MCH showed some error messages: 

processMsg(0xc2): 

Event: NetFn=0x04, cmd=0x02, SensorType=0xf3 forwarded to hpid 

pm_processEvent(50): 

Power Channel Notification Event, 

Sensor=0x0, Dir=0x6f, Data=0xa1 0x1b 0x01 

Despite of this, the system worked fine, after the vibration test. 

All cards were hot-swappable. 




4.3 Shock test (AC1 – IEC 61587-1) 

All shocks without shock absorbers 

X-axis: After 6 shocks (3 shocks +X-axis, 3 shocks –X-axis) 


Electrical: All slots booted up without errors 

Y-axis: After 6 shocks (3 shocks +Y-axis, 3 shocks –Y-axis) 



Z-axis: After 6 shocks (3 shocks +Z-axis, 3 shocks –Z-axis) 



4.4 Shock Test (AC2 – VITA 47) 

All shocks without shock absorbers 

X-axis: After 6 shocks (3 shocks +X-axis, 3 shocks –X-axis) 



Y-axis: After 6 shocks (3 shocks +Y-axis, 3 shocks –Y-axis) 



Z-axis: After 6 shocks (3 shocks +Z-axis, 3 shocks –Z-axis) 






5 Conclusion 

By screwing the front panels of the AMCs to the extrusions, there were no 

mechanical problems. Even weight loaded boards (264g) were held 

correctly in the card cage. 

The electrical tests after the shock and vibration tests showed that the 

boards were not damaged during the tests and were functioning well. 

Further research is required to check the plating of the AMC boards and 

the backplane connectors. 

These tests show that MicroTCA could also be used for rugged 

environments for transportation and MIL/AERO applications. Only little 

modification is needed on the standard AMC boards. 




Appendix A Vibration profile (sinusoidal) 

STATUS INFORMATION 

FREQUENCY: 19.30 Hz 

REFERENCE: 2.97 g pk 

CONTROL ACCELERATION: 2.95 g pk 

CONTROL VELOCITY: 0.24 m/s pk 

CONTROL DISPLACEMENT: 3.94 mm pp 




CONTROL PARAMETERS 

CONTROL CHANNEL(S): 1 

CONTROL TYPE: SINGLE 

SWEEP TIME: 6 min, 38 sec 

SWEEP TYPE: LOG 

STARTING SWEEP DIRECTION: UP 

STARTING FREQUENCY: 2.00 Hz 

LOWER FREQUENCY: 2.00 Hz 

UPPER FREQUENCY: 200.00 Hz 

SERVO SPEED: 1K dB/s 

INPUT CHANNEL PARAMETERS 

Chan Sensitivity Coupling Max.Range 

(#) 

(mV/g) 

(AC/DC) 

(g pk) 

1 100.00 AC 100.00 

2 10.00 AC 100.00 

3 10.00 AC 100.00 

4 10.00 AC 100.00 

5 10.00 AC 100.00 

6 10.00 AC 100.00 

7 10.00 AC 100.00 

8 10.00 AC 100.00 

INPUT CHANNEL DESCRIPTION 

Chan # Description 

1 B&K 848930 




Appendix B Vibration profile (random) 

STATUS INFORMATION 

TEST LEVEL: 0.0 dB 

REFERENCE: 8.00 g rms 

CONTROL: 8.81 g rms 




CONTROL PARAMETERS 

CONTROL CHANNEL(S): 1 

CONTROL TYPE: SINGLE 

FREQUENCY RANGE: 2000 Hz 

NUMBER OF PSD LINES: 2000 

FREQUENCY RESOLUTION: 1.000 Hz 

DOF: 130 

SIGMA DRIVE LIMITING: 2.00 

INPUT CHANNEL PARAMETERS 

Chan Sensitivity Coupling Max.Range 

(#) 

(mV/g) 

(AC/DC) 

(g rms) 

1 100.00 AC 10.00 

2 100.00 AC 10.00 

3 100.00 AC 10.00 

4 100.00 AC 10.00 

5 10.00 AC 50.00 

6 10.00 AC 50.00 

7 10.00 AC 50.00 

8 10.00 AC 50.00 

INPUT CHANNEL DESCRIPTION 

Chan # Description 

1 B&K 848930 




Appendix C Shock profile (AC1 – IEC 61587-1) 

X-axis: 

Y-axis: 

Z-axis: 




Appendix D Shock profile (AC2 – VITA 47) 

X-axis: 

Y-axis: 

Z-axis: 




Appendix E MCH Log 

************************************************** 

**** Welcome to OK1 V2.0 for NAT-MCH **** 

****------------------------------------------**** 

**** Core Release: V1.13 **** 

**** BSP Release: V1.0 Beta **** 

**** Build : Jun 25 2007 15:04:37 **** 

************************************************** 

initializing ... >H>sysMemInit: ram_addr=1400ec, ram_end=2000000 

M>I>mbinit() 

MB>T>C>S < 

isdnSupInit: c_pool=0x1fcbfd0 pool size=65536 for 2048 container 

Board Configuration Information: 

-------------------------------- 

Board Identifier: 0b0311-0020 

Serial Number : 20 

Manufacturer ID : 01 

Board Code : 0b03 

Layout Version : 1.1 

Revison Code : 070507 

CPU : Coldfire / 162 MHz 

DRAM : 1 MB 

SRAM : none 

EEPROM : 512 KB 

IEEE Address : 00-40-42-0b-00-14 

-------------------------------- 

TCP/IP Configuration: 

IP Address : 132.147.160.134 

IP Net Mask : 255.255.255.0 

IP Broadcast : 132.147.160.255 

Boot String : 0xf0100008 

-------------------------------- 

tcpip_start: forked L2 intialization (NO_NIF_REQUIRED) with PID 2 

tcpip_start: forked TCP/IP intialization with PID 3 

*** NMCH V1.7K Beta (15:04:27 Jun 25 2007) *** 

PCB V1.1 FPGA V1.4 

BSP V1.0 Beta (15:04:41 Jun 25 2007) 

TFTP V1.2 Beta (15:04:36 Jun 25 2007) 

compiled with GCC 2.95 

instruction cache enabled 

data cache enabled 

Bootloader 

TCPIP support 

DRAM size: 32 MB 

Press 'x' to abort TFTP application.......... 

appInit: booting Target Application from Flash at 0xf0100008 

************************************************** 

**** Welcome to OK1 V2.0 for NAT-MCH **** 

****------------------------------------------**** 

**** Core Release: V1.13 **** 

**** BSP Release: V1.0 Beta **** 

**** Build : Jun 8 2007 16:01:51 **** 

************************************************** 




initializing ... >H>sysMemInit: ram_addr=18347c, ram_end=2000000 

M>I>mbinit() 

MB>T>C>S < 

isdnSupInit: c_pool=0x1fcbfd0 pool size=65536 for 2048 container 

Board Configuration Information: 

-------------------------------- 

Board Identifier: 0b0311-0020 

Serial Number : 20 

Manufacturer ID : 01 

Board Code : 0b03 

Layout Version : 1.1 

Revison Code : 070507 

CPU : Coldfire / 162 MHz 

DRAM : 1 MB 

SRAM : none 

EEPROM : 512 KB 

IEEE Address : 00-40-42-0b-00-14 

-------------------------------- 

TCP/IP Configuration: 

IP Address : 8493a086 

IP Net Mask : ffffff00 

IP Broadcast : 8493a0ff 

Boot String : 0xf0100008 

-------------------------------- 

tcpip_start: forked L2 intialization (NO_NIF_REQUIRED) with PID 2 

tcpip_start: forked TCP/IP intialization with PID 3 

*** NMCH V1.7E Beta (17:08:25 Jun 12 2007) *** 

PCB V1.1 FPGA V1.4 

BSP V1.0 Beta (16:02:31 Jun 8 2007) 

compiled with GCC 2.95 

instruction cache enabled 

data cache enabled 

TCPIP support 

Diagnose software 

HPID interface 

DRAM size: 32 MB 

appInit: OK1 kernel started - starting firmware ... 

start_fw: start firmware 

creating semaphores ... 

starting tasks ... 

task 'pmon' at 0x10a5e6 id 0x4 done 

task 'hpid' at 0x10a5f8 id 0x5 done 

task 'cm ' at 0x10f75e id 0x6 done 

initial settings finished 

nat> l2Main: L2 (MAC) starting 

L2M_init: initialize Ethernet device(s) 

L2M_Init: reading the onboard EthID ! 

*** N.A.T. FEC driver V1.4 Engineering (16:01:31 Jun 8 2007) *** 

*** N.A.T. LXT972 driver V1.1 Engineering (16:01:32 Jun 8 2007) *** 

found LXT972 Rev 2 

Initialize Multi-channel DMA API Alpha v0.3 (2004-04-26) 

L2M_Init(1): - completed successfully 

l2Main: successfully finished - L2 running 

tcpipMain: launching N.A.T. TCP/IP Rel. V1.12 cpipMain: (Jun 8 2007 




16:01:37) 

L2_AttProto: attaching new protocol=5 for Process=3 and family=2, 

ifcall=1307fe, a6stat=0 - OK, new protoID=5, used=1 

tcpipMain: process 3 attached for ProtID 5 

init_tcpip: initializing TCP/IP 

natattach: nat0 attached 

with ethernet id 00 40 42 0b 00 14 

loattach: lo attached 

with ethernet id 00 40 42 0b 00 14 

L2_AddType: adding type 0800 to port 5 




init_tcpip: finished successfully 

tcpipMain: sucessfully finished - TCP/IP running 

------------------------------------------------------------------ 

NAT-MCH - Firmware Release V1.7E Beta (17:08:25 Jun 12 2007) 

------------------------------------------------------------------ 

Carrier Manager starting .... 

*** N.A.T. DSPI driver V1.2 Engineering (16:01:34 Jun 8 2007) *** 

ETH1 link DOWN 

Transmit task started 

Timer task started 

SEL: starting timestamp task 

SEL: 1970.000 00:00:00 alive 

ifconfig_nat0: own IP 0x8493a086 smask 0xffffff00 brdcst 0x8493a0ff 

ifconfig_nat0: ioctl(SIOCSIFNETMASK) o.k., 0xffffff00 

ifconfig_nat0: ioctl(SIOCSIFADDR) o.k., 0x8493a086 

ifconfig_nat0: ioctl(SIOCSIFBRDADDR) o.k., 0x8493a0ff 

*** HPID started *** 

local host: 132.147.160.134 

remote host: 132.147.160.70 

RMCP rx port: 623 

RMCP tx port: 7001 

session: auth 0x00 id 0x00000000 seq_no 0x00000000 (size 9) 

SEL initialized: 

max entry num: 1024 

sizeof entry: 16 

default operations: 0x0a (cur 0x0a) 

cancel reservation id: 0x0001 

timestamp task pid: 12 

SDR_REP initialized: 

max entry num: 4096 

sizeof entry: 64 

default operations: 0x2a 

current reservation id: 0x0001 

IPMI DB: pre-initialization done - 24 entries 

VPGA V1.4 

*** N.A.T. BCM5396 driver V1.1 Engineering (16:01:33 Jun 8 2007) *** 

hpid_cm_server: starting task 

msgTaskIpmi: Message Handler started ! 




msgTaskShelf: Message Handler started ! 

mcmc(3): started 

mcmc: Carrier FRU Info device found at 0xa4 - Header CRC ok 

FRU size = 1127 bytes 

mcmc(3): active 

mcmcTask: started management task for fru_id=3, i2c=0x10 

mcmcTask(3): State change M0->M1 

processMsg(3): Got Inventory Response, Inventory Size = 1127 

mcmcTask(3): have read 1127 bytes of fru data 

mcmcTask(3): mcmc has 2 sensors, reading ... 

ScanPM: found Power Module at I2C=0xc2 

pmTask(50): started management task for Power Module at i2c=0xc2 on 

i2cdev=13 

PM_S_task: found 1 power modules, waiting for negoiation complete .... 

ProcessMsg: No Request outstanding, ignoring Response 

.pmTask(50): State change M0->M1 

pmTask(0): Power Module Info: 

Device Revision =0x80 

Firmware Revision =0x00:0x00 

Manufacturer ID =0x38:0x60:0x00 

Product ID =0x00:0x00 

Aux Firmware Rev. =0x00:0x00:0x00:0x00 


.mcmcTask(3): found Hot Swap Sensor at=0x01 

processMsg(3): Got Sensor Reading Response, handle=0x01 




pmTask(50): have read 500 bytes of fru data 

IpmiFru_PrintRecords: invalid FRU ID = 33056756 

pmTask(50): Power Module at 0xc2 provides 31.0 Amps payload power 

pmTask(50): Power module has 4 sensors, reading ... 

....pmTask(50): found Hot Swap Sensor num=0 


pmTask(50): State change M1->M2 



pmTask(50): FRU active, state M4 

pmTask(50): PM module at ic2=0xc2 choosen as the primary PM ! 

pmTask(50): heartbeat command completed with code = 0x80 

pmTask(50): detected new FRU 40, power channel=3, state=0x1b *** 

pmTask(50): channel 3 management power enabled 

pmTask(50): channel 3 #ENABLE asserted 

cuTask(40): started management task for Cooling Unit at i2c=0xa8 on 

i2cdev=13 

pmTask(50): detected new FRU 5, power channel=5, state=0x01 *** 

cuTask(40): State change M0->M1 


$ipmiSendReqMsg: PANIC - MpcI2c_Write to 0xc2 failed with code = -2 

$processMsg(0xc2): Event: NetFn=0x04, cmd=0x02, SensorType=0xf3 forwarded 

to hpid 

pm_processEvent(50): Power Channel Notification Event, Sensor=0x0, 

Dir=0x6f, Data=0xa1 0x03 0x05 

PM_S: Set Flag FlagMngdPowerModules 

$ScanClock(60): ipmiDev=17, i2c=0x14 

Scanning: 0x14 - NOT FOUND 


$ipmiSendReqMsg: PANIC - MpcI2c_Write to 0xa8 failed with code = -3 

mmcTask(5): started management task for i2c=0x72 

processMsg(0xc2): Event: NetFn=0x04, cmd=0x02, SensorType=0xf3 forwarded to 




hpid 


Dir=0x6f, Data=0xa1 0x0b 0x05 


ScanClock(60): ipmiDev=17, i2c=0x14 


$$$$$ScanClock(60): ipmiDev=17, i2c=0x14 


$$$$$clockTaskS: no Clock module found ! 

ScanHub(61): ipmiDev=17, i2c=0x16 


$$$$$ScanHub(61): ipmiDev=17, i2c=0x16 


$$$$$ScanHub(61): ipmiDev=17, i2c=0x16 



mmcTask(5): State change M0->M1 

$processMsg(5): Got Inventory Response, Inventory Size = 96 

mmcTask(5): reading 96 bytes of fru data 

mmcTask(5): reading FRU Info 

.$..$..$ 

mmcTask(5): AMC needs 3.3 Amps power 

mmcTask(5): AMC has 6 sensors, reading ... 

hubTaskS: no HUB module found ! 

PwrAllocate(fru 3 chan 0): allocating 0.8 A granted (available 30.2 A) 

$$.$$$.$$.$$$.$$.$$$.$$.mmcTask(5): found Hot Swap Sensor num=1 


$mmcTask(5): State change M1->M2 



------------------------------------------- 

PM(1): - primary(fru 50): budget 31.0 A (alloc 4.1 A avail 26.9 A) 

PM(2): - unknown 



------------------------------------------- 

Primary Power Module: 

--------------------- 

chan fruId PS1 ENA MPwr PPwr Amps 

------------------------------------------- 

1 3 y y y y 0.8 

2 4 - - - - 

3 40 y y y y 0.0 

4 41 - - - - 

5 5 y - - - 

6 6 y - - - 

7 7 y - - - 

8 8 y - - - 

9 9 y - - - 

10 10 y - - - 

11 11 - - - - 

12 12 - - - - 

13 13 - - - - 

14 14 - - - - 

15 15 - - - - 

16 16 - - - - 

------------------------------------------- 


$$$$$$$$$$processMsg(0x72): Event: NetFn=0x04, cmd=0x02, SensorType=0x01 




forwarded to hpid 

$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ipmiSendReqMsg: WARN - switch 

IPMB-A -> IPMB-B 

ipmiSendReqMsg: PANIC - MpcI2c_Write to 0xa8 failed with code = -3 

$processMsg(0x72): Event: NetFn=0x04, cmd=0x02, SensorType=0x01 forwarded 

to hpid 


hpid 



$$$$$$$$$$$$$$$$$$$$$$$$ipmiSendReqMsg: PANIC - MpcI2c_Write to 0xa8 failed 

with code = -3 

PM(50): Payload switched ON for FRU(5) ! 


mmcTask(5): FRU active, state M4 

$pmTask(50): channel 6 management power enabled 




hpid 








hpid 






hpid 








hpid 




mmcTask(9): started management task for i2c=0x7a 




hpid 


Dir=0x6f, Data=0xa1 0x03 0x0a 


mmcTask(10): started management task for i2c=0x7c 


hpid 


Dir=0x6f, Data=0xa1 0x0b 0x0a 

ipmiSendReqMsg: PANIC - MpcI2c_Write to 0xa8 failed with code = -3 








....mmcTask(7): State change M0->M1 

.processMsg(7): Got Inventory Response, Inventory Size = 96 




.mmcTask(6): AMC has 6 sensors, reading ... 

..... 



..mmcTask(8): State change M0->M1 




....... 


..mmcTask(8): AMC has 6 sensors, reading ... 


.processMsg(9): Got Inventory Response, Inventory Size = 96 

..mmcTask(9): reading 96 bytes of fru data 


........ 




.mmcTask(6): found Hot Swap Sensor num=1 

..processMsg(6): Got Sensor Reading Response, handle=0x01 




.mmcTask(6): State change M1->M2 



ipmiSendReqMsg: PANIC - no answer from fruID=40 after 3 retries for 

NetFn=0x2c, cmd=0x07 

cuTask(40): unable to communicate with CU, waiting for extraction 

.$.mmcTask(7): found Hot Swap Sensor num=1 

...processMsg(7): Got Sensor Reading Response, handle=0x01 

$mmcTask(7): State change M1->M2 



.$.$$. 



$$.$$..$$.$$$$.mmcTask(8): found Hot Swap Sensor num=1 

.processMsg(8): Got Sensor Reading Response, handle=0x01 

$$mmcTask(8): State change M1->M2 



.$$$.$$$.$$$$$$.$$$.$$$.$$$.mmcTask(9): found Hot Swap Sensor num=1 

$processMsg(0x76): Event: NetFn=0x04, cmd=0x02, SensorType=0x01 forwarded 

to hpid 


$$mmcTask(9): State change M1->M2 



$$$.$$$$processMsg(0x78): Event: NetFn=0x04, cmd=0x02, SensorType=0x01 





$$$$$.mmcTask(10): found Hot Swap Sensor num=1 

$processMsg(10): Got Sensor Reading Response, handle=0x01 

$$PM(50): Payload switched ON for FRU(6) ! 



$$$mmcTask(10): State change M1->M2 



processMsg(0x76): Event: NetFn=0x04, cmd=0x02, SensorType=0x01 forwarded to 

hpid 

$$$$$$$$$$$$processMsg(0x7a): Event: NetFn=0x04, cmd=0x02, SensorType=0x01 


processMsg(0x7a): Event: NetFn=0x04, cmd=0x02, SensorType=0x01 forwarded to 

hpid 

$$$$$$$$$$$$$$$$$$$$processMsg(0x7c): Event: NetFn=0x04, cmd=0x02, 

SensorType=0x01 forwarded to hpid 

$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$PM(50): Payload 

switched ON for FRU(7) ! 



$$$$processMsg(0x78): Event: NetFn=0x04, cmd=0x02, SensorType=0x01 


$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$PM 

(50): Payload switched ON for FRU(8) ! 



$$$processMsg(0x7a): Event: NetFn=0x04, cmd=0x02, SensorType=0x01 forwarded 

to hpid 

$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$PM(50): Payload switched 

ON for FRU(9) ! 



$$processMsg(0x7c): Event: NetFn=0x04, cmd=0x02, SensorType=0x01 forwarded 

to hpid 

$$$$$$$$$$$$$$$$$$$$$$$$$PM(50): Payload switched ON for FRU(10) ! 



$pmTask(50): heartbeat command completed with code = 0x80 

------------------------------------------- 

PM(1): - primary(fru 50): budget 31.0 A (alloc 19.4 A avail 11.6 A) 




------------------------------------------- 

Primary Power Module: 

--------------------- 

chan fruId PS1 ENA MPwr PPwr Amps 

------------------------------------------- 

1 3 y y y y 0.8 

2 4 - - - - 

3 40 y y y y 0.0 

4 41 - - - - 

5 5 y y y y 3.3 

6 6 y y y y 3.0 

7 7 y y y y 3.0 

8 8 y y y y 3.3 

9 9 y y y y 3.0 

10 10 y y y y 3.0 




11 11 - - - - 

12 12 - - - - 

13 13 - - - - 

14 14 - - - - 

15 15 - - - - 

16 16 - - - - 

------------------------------------------- 


hpid 




hpid 




hpid 




hpid 




hpid 




hpid 




hpid 




hpid 




hpid 



…………………………………… 

SEL: 1970.000 00:16:40 alive 


hpid 



…………………………………… 

SEL: 1970.000 00:33:20 alive

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