Supermicro CSE-836E1-R800B Инструкция по эксплуатации онлайн
SC836 Chassis
Series
SC836A-R1200B SC836E1-R800B
SC836E1-R800V SC836E2-R800B
SC836E2-R800V SC836S2-R800B
SC836S2-R800V SC836TQ-R710B
SC836TQ - R800B SC836TQ-R800V
User’s Manual
2.0c
SUPER
®
Содержание
- User s manual 1
- Manual revision 2 c 2
- Printed in the united states of america 2
- Release date february 4 2010 2
- Sc836 chassis manual 2
- Warning handling of lead solder materials used in this product may expose you to lead a chemical known to the state of california to cause birth defects and other reproductive harm 2
- About this manual 3
- Preface 3
- Manual organization 4
- Chapter 1 introduction 6
- Chapter 2 system safety 6
- Chapter 3 chassis components 6
- Chapter 4 system interface 6
- Chapter 5 basic chassis setup and maintenance 6
- Table of contents 6
- Chapter 6 advanced setup 7
- Chapter 7 rack installation 7
- Appendix a sc836 chassis cables 8
- Appendix b sc836 power supply specifications 8
- Appendix c sas 836el backplane specifications 8
- Appendix d sas 836tq backplane specifications 8
- Appendix e sas 836a backplane specifications 8
- Appendix f pcc jbpwr2 and cse ptjbod cb1 power control card specifications 8
- 1 overview 9
- Chapter 1 9
- Introduction 9
- Sc836 chassis series 9
- 2 shipping list 10
- Part numbers 10
- 3 chassis features 11
- Cpu support 11
- Hard drives 11
- I o expansion slots 11
- Other features 11
- Peripheral drives 11
- 4 contacting supermicro 12
- 5 returning merchandise for service 13
- 1 overview 14
- 2 warnings and precautions 14
- 3 preparing for setup 14
- Chapter 2 14
- System safety 14
- 4 electrical safety precautions 15
- 5 general safety precautions 16
- 6 system safety 16
- 1 overview 18
- 2 components 18
- Backplane 18
- Chapter 3 18
- Chassis and chassis bays 18
- Chassis components 18
- Mounting rails 18
- 3 where to get replacement components 19
- Air shroud 19
- Power supply 19
- 1 overview 20
- Chapter 4 20
- System interface 20
- 2 control panel buttons 21
- 3 control panel leds 21
- 4 drive carrier leds 23
- 1 overview 24
- 2 installation 24
- And maintenance 24
- Basic chassis setup 24
- Chapter 5 24
- 3 removing the chassis cover 25
- 4 installing the hard drives 26
- Installing a hard drive to the hard drive carrier 26
- Removing hard drive carriers from the chassis 26
- 5 installing the motherboard 28
- Motherboard installation 28
- Permanent and optional standoffs 28
- Standoffs labeling 28
- Power supply cables 29
- Power supply connections 29
- I o shield and expansion card setup 30
- Installing an i o port panel 30
- Installing an expansion card 31
- 6 installing the air shroud rear fan and checking 32
- Air flow 32
- Installing the air shroud 32
- Installing rear system fans 33
- Checking the server s air flow 34
- 7 chassis maintenance 35
- Replacing a system fans 35
- Replacing the power supply 36
- Replacing the power distributor 37
- Replacing or installing the front port panel 38
- Replacing the front panel 38
- 1 overview 40
- Advanced setup 40
- Chapter 6 40
- 2 dual port and expanders 41
- Dual ports 41
- Single ports 41
- 3 failover 42
- Single host bus adapter 42
- Single host bus adapter failover 42
- 4 cascading backplanes 43
- Dual host bus adapter 43
- Dual host bus adapter failover 43
- Power control card 43
- Sas hba 43
- 1 overview 44
- 2 unpacking the system 44
- 3 preparing for setup 44
- Chapter 7 44
- Choosing a setup location 44
- Rack installation 44
- 4 warnings and precautions 45
- General server precautions 45
- Rack precautions 45
- Warning 45
- 5 rack mounting considerations 46
- Ambient operating temperature 46
- Circuit overloading 46
- Mechanical loading 46
- Reduced airflow 46
- Reliable ground 46
- 6 rack mounting instructions 47
- Identifying the sections of the rack rails 47
- Locking tabs 48
- Releasing the inner rail 48
- Installing the inner rails on the chassis 49
- Installing the outer rails on the rack 50
- Standard chassis installation 51
- Optional quick installation method 52
- A 1 overview 54
- A 2 cables included with sc836 chassis sas sata 54
- Appendix a 54
- Sc836 chassis cables 54
- A 4 compatible cables 56
- Alternate sas cables 56
- Cascading jbod sas cables 56
- Extending power cables 58
- Front panel to the motherboard 58
- Appendix b 60
- Sc836 power supply specifications 60
- Appendix c 62
- C 1 esd safety guidelines 62
- C 2 general safety guidelines 62
- Sas 836el backplane specifications 62
- C 3 an important note to users 63
- C 4 introduction to the sas 836el backplane 63
- C 4 front connectors and jumpers 64
- Jumper settings and pin definitions 64
- And 3 primary and secondary 65
- Backplane main power connectors 65
- C 5 front connector and pin definitions 65
- C con nectors 65
- C connectors are used to monitor hard drive activity and status through led see the table on the right for pin definitions there are four total connectors two primary and two secondary 65
- Cd rom4 pin connectors 65
- Note these connectors are optional and should only be used by qualified technicians 65
- Primary and secondary expander chips 65
- Sc836 chassis manual 65
- The 4 pin connectors designated jp105 and jp106 provide power to the cd rom drive see the table on the right for pin definitions 65
- The 4 pin connectors designated pwr0 pwr1 pwr2 and pwr3 provide power to the backplane see the table on the right for pin definitions 65
- This primary and secondary expander chips allow the backplane to support dual ports cascading and failover 65
- C 6 front jumper locations and pin definitions 67
- Explanation of jumpers 67
- Gnd gnd 12v 5v gnd gnd 12v 5v 69
- Pri_j0 69
- Pri_j1 pri_j2 69
- Pw r1 pw r0 69
- Pw r3 pw r2 69
- Rev 1 1 69
- Sas836el 69
- Sec_j0 sec_j1 69
- Sec_j2 69
- Act 1 fail 1 70
- Act 10 70
- Act 11 fail 11 70
- Act 12 fail 12 70
- Act 13 fail 13 70
- Act 14 fail 14 70
- Act 15 fail 15 70
- Act 2 fail 2 70
- Act 3 fail 3 70
- Act 4 fail 4 70
- Act 5 fail 5 70
- Act 6 fail 6 70
- Act 7 fail 7 70
- Appendix c sas 836el backplane specifications 70
- C 7 rear connectors and led indicators 70
- Connector 70
- Fail 10 70
- Fail 8 70
- Fail 9 70
- Figure c 5 rear connectors and led indicators 70
- J1 act 0 fail 0 sas 0 70
- Number 70
- Rear led hard drive activity failure led 70
- Rear led indicators 70
- Rear sas connectors 70
- Sas 0 act 0 fail 0 70
- Sas 0 sas hdd 0 sas 8 sas hdd 8 70
- Sas 1 act 1 fail 1 70
- Sas 1 sas hdd 1 sas 9 sas hdd 9 70
- Sas 10 70
- Sas 10 act 10 fail 10 70
- Sas 11 70
- Sas 12 70
- Sas 13 70
- Sas 14 70
- Sas 15 70
- Sas 2 act 2 fail 2 70
- Sas 2 sas hdd 2 sas 10 sas hdd 10 70
- Sas 3 act 3 fail 3 70
- Sas 3 sas hdd 3 sas 11 sas hdd 11 70
- Sas 4 act 4 fail 4 70
- Sas 4 sas hdd 4 sas 12 sas hdd 12 70
- Sas 5 act 5 fail 5 70
- Sas 5 sas hdd 5 sas 13 sas hdd 13 70
- Sas 6 act 6 fail 6 70
- Sas 6 sas hdd 6 sas 14 sas hdd 14 70
- Sas 7 act 7 fail 7 70
- Sas 7 sas hdd 7 sas 15 sas hdd 15 70
- Sas 8 act 8 fail 8 70
- Sas 9 act 9 fail 9 70
- Sas drive 70
- C 8 single and dual port expanders 72
- Dual port and cascading configurations 72
- Dual ports 72
- J0 j0 j1 72
- J2 j1 j0 72
- J2 j2 j1 72
- Single ports 72
- C 9 failover 73
- Dual host bus adapter 73
- Figure c 10 dual hba 73
- Figure c 11 dual hba failover 73
- Figure c 8 single hba 73
- Figure c 9 single hba failover 73
- Sas hba 73
- Sas hba dual host bus adapter failover 73
- Single host bus adapter 73
- Single host bus adapter failover 73
- C 10 cables and chassis power card 74
- Chassis power card 74
- Jbpwr2 74
- Power card 74
- Connecting an internal host bus adapter to the backplane 75
- Supported internal hba to backplane cables 75
- Connecting an external host bus adapter to the backplane 77
- Supported external hba to backplane cable 78
- Connecting multiple backplanes in a single channel environment 79
- Power card 79
- Single hba configuration cables 80
- Connecting multiple backplanes in a dual channel environment 81
- Dual hba configuration cables 82
- C 11 supported cascading configurations 83
- Appendix c sas 836el backplane specifications 84
- Assembly 84
- Cable 0166l 84
- Cable 0167l 84
- External cable 84
- Figure c 25 cascaded configuration with horizontal branching 84
- Internal cable 84
- Port a expander 84
- Port a expander 1 84
- Power card 84
- Server system with single sas hba 84
- Single port cable 84
- The expanders allow horizontal branching this configuration also applies to dual ports 84
- Assembly 85
- Cable 0166l 85
- Cable 0168l 85
- Dual port cable 85
- Dual sas hba and cascaded configuration 85
- External cables 85
- Figure c 26 dual sas hba with cascaded configuration 85
- Internal cable 85
- Port a ex 1 85
- Port a expander 1 85
- Port b ex 2 85
- Port b expander 2 85
- Power card 85
- Sc836 chassis manual 85
- Cable 0166l 86
- Dual sas hba with cascaded configuration and branching 86
- External cable 86
- Power card 86
- Appendix d 88
- D 1 esd safety guidelines 88
- D 2 general safety guidelines 88
- Sas 836tq backplane specifications 88
- D 3 an important note to users 89
- D 4 introduction to the sas 836tq backplane 89
- 0 1 2 3 90
- 1 act_in 0 15 jp26 and jp47 2 dvd rom drive power jp105 and jp106 3 chip mg9072 4 fan connectors jp54 jp56 90
- 10 sideband connector 1 jp66 11 sideband connector 2 jp68 12 sideband connector 3 jp75 13 sideband connector 4 jp77 14 upgrade connectors jp69 and 90
- 11 10 9 8 90
- 12 11 13 90
- 14 15 13 12 90
- 15 sas port 0 j5 16 sas port 1 j6 17 sas port 2 j7 18 sas port 3 j8 19 sas port 4 j10 20 sas port 5 j12 21 sas port 6 j14 22 sas port 7 j16 23 sas port 8 j22 24 sas port 9 j23 25 sas port 10 j24 26 sas port 11 j25 27 sas port 12 j26 28 sas port 13 j29 29 sas port 14 j30 30 sas port 15 j32 90
- 4 5 7 6 90
- Appendix d sas 836tq backplane specifications 90
- Buzzer reset 90
- C connector 1 jp37 6 90
- C connector 2 jp95 7 90
- C connector 3 jp52 8 90
- C connector 4 jp96 9 power connectors 4 pin jp10 90
- D 5 front connectors and jumpers 90
- Fan 2 fail fail fan 1 alarm 1 alarm 2 5v 12v 90
- Fan 3 fail 90
- Fan 4 fail 90
- Figure d 1 front components 90
- Figure d 2 sas ports 90
- Front connectors 90
- I2c 3 i2c 2 i2c 1 90
- Jp100 fan 4 select 90
- Jp13 jp46 and jp48 90
- Jp58 and jp60 90
- Jp64 fan 4 select jp63 fan 3 select jp62 fan 2 select jp61 fan 1 select 90
- Jp97 fan 1 select jp98 fan 2 select jp99 fan 3 select 2 3 no fan 1 2 with fan 90
- Off no fan on with fan 90
- Sas ports 90
- Upgrade 1 90
- Upgrade 2 90
- 1 activity led header 91
- 2 cd rom 4 pin connectors 91
- 3 mg9072 chip 91
- D 6 front connector and pin definitions 91
- Sc836 chassis manual 91
- The 4 pin connectors designated jp105 and jp106 provide power to the cd rom drives see the table on the right for pin definitions 91
- The activity led headers designated jp26 and jp47 are used to indicate the activity status of each sas drive these activity led headers are used by the host controller for the sata drives that previously had no activ ity status output if using a sas drive and for most sata drives these activity headers are not required the activity led header is located on the front panel for the activity led header to work properly connect using a 10 pin led cable 91
- The mg9072 is an enclosure management chip that supports the ses 2 controller and ses 2 protocols 91
- 10 11 12 13 sideband headers 92
- 4 fan connectors 92
- 5 6 7 8 92
- 9 backplane main power connectors 92
- Appendix d sas 836tq backplane specifications 92
- C is not embedded into the sideband connectors see the table on the right for pin definitions 92
- C mode connection these connectors are used only if the 92
- C y cable connectors 92
- C y cable connectors designated jp37 jp52 jp95 and jp96 are for enclosure management of the 92
- The 4 pin connectors designated jp10 jp13 jp46 and jp48 provide power to the backplane see the table on the right for pin definitions all four of these connectors must be used at the same time 92
- The 4 pin connectors designated jp54 jp56 jp58 and jp60 provide power to the fans see the table on the right for pin definitions these 4 pin connectors are compatible with 3 pin and 4 pin fans 92
- The sideband headers are desig nated jp66 jp68 jp75 and jp77 are for enclosure management of the sgpio mode connection see the table to the right for pin definitions 92
- Appendix d sas 836tq backplane specifications 94
- Chip reset 1 94
- Chip reset 2 94
- Connector pins 94
- D 7 front jumper locations and pin definitions 94
- Explanation of jumpers 94
- Fan 2 fail fail fan 1 alarm 1 alarm 2 5v 12v 94
- Fan 3 fail 94
- Fan 4 fail 94
- Figure d 2 jumpers 94
- General jumper settings 94
- Jp100 fan 4 select 94
- Jp35 open default closed reset 94
- Jp50 open default closed reset 94
- Jp64 fan 4 select jp63 fan 3 select jp62 fan 2 select jp61 fan 1 select 94
- Jp97 fan 1 select jp98 fan 2 select jp99 fan 3 select 2 3 no fan 1 2 with fan 94
- Jp98 jp97 94
- Jp99 jp100 94
- Jumper 94
- Jumper is off the pins 94
- Jumper jumper settings note 94
- Note on two pin jumpers closed means the jumper is on and open means the 94
- Off no fan on with fan 94
- Setting 94
- To modify the operation of the backplane jumpers can be used to choose between optional settings jumpers create shorts between two pins to change the function of the connector pin 1 is identified with a square solder pad on the printed circuit board 94
- C and sgpio modes and jumper settings 95
- Fan jumper settings 95
- C and sgpio settings 96
- Sas port connections in 96
- 0 1 2 3 97
- 11 10 9 8 97
- 12v off backplane power failure light is on dur ing normal operation 97
- 14 15 13 12 97
- 4 5 7 6 97
- 5v off backplane power failure light is on dur ing normal operation 97
- Alarm 1 on overheat fan failure drive failure in chan nel 1 97
- Alarm 2 on overheat fan failure drive failure in chan nel 2 97
- Bar code 97
- Buzzer reset 97
- C a a c a c a 97
- C a c a c a 97
- C257 c258 97
- C86 c89 97
- D53 d54 d3 d36 97
- D60 d55 97
- D69 d66 97
- F15 f16 97
- Fan 1 fail on failure in fan 1 97
- Fan 2 fail fail fan 1 alarm 1 alarm 2 5v 12v 97
- Fan 2 fail on failure in fan 2 97
- Fan 3 fail 97
- Fan 3 fail on failure in fan 3 97
- Fan 4 fail 97
- Fan 4 fail on failure in fan 4 97
- Fan failure leds alarm leds 97
- Figure d 3 front leds 97
- Front led indicators 97
- Front pane leds 97
- I2c 3 i2c 2 i2c 1 97
- J25 j16 97
- J26 j22 97
- J30 j24 97
- J8 j32 97
- Jp100 fan 4 select 97
- Jp64 fan 4 select jp63 fan 3 select jp62 fan 2 select jp61 fan 1 select 97
- Jp95 jp52 97
- Jp97 fan 1 select jp98 fan 2 select jp99 fan 3 select 2 3 no fan 1 2 with fan 97
- Led state specification 97
- Off no fan on with fan 97
- Power leds 97
- R169 r170 97
- R246 r105 r194 r324 97
- R268 r273 97
- R339 r338 97
- Sas836tq 97
- Sc836 chassis manual 97
- Upgrade 1 97
- Upgrade 2 97
- D 8 rear connectors and led indicators 98
- 1 esd safety guidelines 100
- 2 general safety guidelines 100
- Appendix e 100
- Sas 836a backplane specifications 100
- 3 an important note to users 101
- 4 introduction to the sas 836a backplane 101
- 1 front connectors and jumpers 102
- Front connectors 102
- 1 2 activity led header 103
- 2 front connector and pin definitions 103
- 3 mg9072 chips 103
- 4 fan connectors 103
- Sc836 chassis manual 103
- The 4 pin connectors designated jp54 jp56 jp58 and jp60 provide power to the fans see the table on the right for pin definitions these 4 pin connectors are compatible with 3 pin and 4 pin fans 103
- The activity led headers designated jp26 and jp47 are used to indicate the activity status of each sas drive these activity led headers are used by the host controller for the sata drives that previously had no activ ity status output if using a sas drive and for most sata drives these activity headers are not required the activity led header is located on the front panel for the activity led header to work properly connect using a 10 pin led cable 103
- The mg9072 chips are enclosure management chips that support the ses 2 controller and ses 2 protocols 103
- 10 upgrade connectors 104
- 5 6 7 8 104
- 9 backplane main power connectors 104
- Appendix e sas 836a backplane specifications 104
- C connectors 104
- C connectors designated jp37 jp52 jp95 and jp96 are for enclosure manage ment of the 104
- C mode connection see the table on the right for pin definitions 104
- The 4 pin connectors designated jp10 jp13 jp46 and jp48 provide power to the backplane see the table on the right for pin definitions all four of these connectors must be used at the same time 104
- The upgrade connectors are designated jp69 for u19 and jp78 for u40 upgrade connec tors are for manufacturing use only 104
- 3 front jumper locations and pin definitions 105
- Explanation of jumpers 105
- C and sgpio modes and jumper settings 106
- Fan jumper settings 106
- Front led indicators 107
- 4 rear connectors and led indicators 108
- Appendix e sas 836a backplane specifications 108
- Connector 108
- D14 d7 sas 2 j3 d13 d6 sas 1 j2 d12 d5 108
- D15 d8 sas 3 j4 108
- D24 d29 sas 7 j15 d22 d23 sas 6 j13 d21 d20 sas 5 j11 d18 d19 sas 4 j9 108
- D28 d33 sas 11 j20 d27 d32 sas 10 j19 d26 d31 sas 9 j18 d25 d30 sas 8 j17 108
- D87 d88 sas 15 j31 d42 d39 sas 14 j28 d41 d38 sas 13 j27 d40 d37 sas 12 j21 108
- Number 108
- Rear led hard drive activity failure led 108
- Rear led indicators 108
- Rear sas sata connectors 108
- Sas 0 d12 d5 108
- Sas 0 j1 figure 2 4 rear connectors and leds 108
- Sas 0 sas sata hdd 0 sas 8 sas sata hdd 8 108
- Sas 1 d13 d6 108
- Sas 1 sas sata hdd 1 sas 9 sas sata hdd 9 108
- Sas 10 d27 d32 108
- Sas 11 d28 d33 108
- Sas 12 d40 d37 108
- Sas 13 d41 d38 108
- Sas 14 d42 d39 108
- Sas 15 d87 d88 108
- Sas 2 d14 d7 108
- Sas 2 sas sata hdd 2 sas 10 sas sata hdd 10 108
- Sas 3 d15 d8 108
- Sas 3 sas sata hdd 3 sas 11 sas sata hdd 11 108
- Sas 4 d18 d19 108
- Sas 4 sas sata hdd 4 sas 12 sas sata hdd 12 108
- Sas 5 d21 d20 108
- Sas 5 sas sata hdd 5 sas 13 sas sata hdd 13 108
- Sas 6 d22 d23 108
- Sas 6 sas sata hdd 6 sas 14 sas sata hdd 14 108
- Sas 7 d24 d29 108
- Sas 7 sas sata hdd 7 sas 15 sas sata hdd 15 108
- Sas 8 d25 d30 108
- Sas 9 d26 d31 108
- Sas drive 108
- Sas836a 108
- Appendix f 110
- F 1 esd safety guidelines 110
- Pcc jbpwr2 and cse ptjbod cb1 110
- Power control card specifications 110
- F 2 general safety guidelines 111
- F 3 an important note to users 111
- F 4 front connectors 112
- Front connectors 112
- 1 fan connectors 113
- 2 main power connector 113
- 3 power fault connector mcu power on switch 113
- 4 led and switch connector 113
- F 5 front connector and pin definitions 113
- In normal operating mode power is governed by the mcu micro controller unit as a ser curity measure the switch must be depressed for at least four seconds to power down the system 113
- In the case of an unexpeceted loss of power the mcu will return the system to the power state it was in at the time when power was lost 113
- Sc836 chassis manual 113
- Since the system will use the power card instead of a motherboard two fans provide sufficient cooling for the server 113
- The 12 pin connector provides power to the card to be distributed to the chassis compo nents 113
- The 3 pin connectors designated fan1 and fan2 provide power to the fans 113
- The led header and switch connector designated jf1 is cabled directly to the front panel this allows the front panel to display system status 113
- Explanation of jumpers 114
- F 6 front jumper locations and pin definitions 114
- E 8 power card placement 115
- F 7 led indicators 115
- Jbpwr2 115
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