DELL机架式服务器导轨安装图释
DELL-服务器RAID卡安装配置步骤PPT课件
第二部份 配置RAID 1 在主界面选择 RAID Properties 进行阵列卡配置
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在RAID 配置界面中有三个选择项 查看已经存在的阵列配置 ( 此选项只有在已经存在阵列配置的情况下才出会现) 通常在第一次配置阵列时,只会出现 下面两项 创建 IM (镜像) 卷 (做RAID 1 ) (最多只允许两块硬盘做RAID1) 创建IS ( 条带)卷 (做RAID 0 )(最少2块,最多4块硬盘做RAID0)
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(注意,不论是哪块硬盘掉线了,另一块存在的硬盘自动成为primary ,只是Slot 不变) 下图是slot0 的硬盘被拨掉后,Slot 1 的硬盘自动成为Primary
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直接插一块新硬盘到slot 1 ,系统自动识别到此硬盘并开始rebuild ( 同步)
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等到同步( rebuild )完成后,VD 就恢复正常了
如果将虚拟磁盘从一个 SAS 5/iR 控制器或计算机中删除,并移动到另一个控制器或计算机中,则该虚拟磁盘会变为 非活动状态。“Activate Mirror”(激活镜像)选项允许重新激活添加到系统中的非活动虚拟磁盘。该选项仅适用于选 定虚拟磁盘当前处于非活动状态的情况。 • 选择“Activate Mirror”(激活镜像)。 • 按 Y 键继续激活,或按 N 键放弃激活。 暂停一会后,虚拟磁盘将变为活动状态。 • 注:仅当迁移的虚拟磁盘处于最佳状态并且包含所有物理磁盘时,才支持激活迁移的虚拟磁盘。 • 删除虚拟磁盘 注意:删除虚拟磁盘之前,请确保备份虚拟磁盘上需要保留的所有数据。 • 请执行以下步骤删除选定的虚拟磁盘: • 选择“Delete Virtual Disk”(删除虚拟磁盘)。 • 按 Y 键删除虚拟磁盘,或按 N 键放弃删除。 • 按 <F3> 键以确认虚拟磁盘的删除。暂停一会后,固件将删除虚拟磁盘
DELLR730服务器配置RAID与安装服务器系统以及域的控制详细图文教程
DELLR730服务器配置RAID与安装服务器系统以及域的控制详细图⽂教程最近公司采购了⼀台DELL R730服务器,正好找到了下⾯的教程,特分享⼀下CPU:e5-2609 v3 内存2*8GB 硬盘:4*2TB 阵列卡:H330,忘记拍安装导轨及上架的图⽚了,这个已经装上机柜了。
⾸先开机进⾏RAID配置在启动界⾯显⽰按CTRL+R的画⾯的时候,按CTRL+R进⾏到虚拟磁盘管理器界⾯这⾥忘记拍图了,在⽹上找的图⽚⾸先进⼊到VG MGMT菜单(这⾥可以⽤CTRL+NT和CTRL+P切换菜单)按F2展开虚拟磁盘创建菜单选择create new VD创建新的虚拟磁盘RAID LEVEL选项,可以看到所⽀持的RAID级别,根据硬盘数量的不同,这⾥显⽰的也会有区别,我有4块2T硬盘,做RAID5。
这⾥选择RAID5回车确定。
由于划分RAID5后,硬盘总⼤⼩还有6TB,⼤于2TB不⽀持BIOS启动,先划分个⼩磁盘安装系统。
勾选要加⼊RAID的磁盘,在VD SIZE处输⼊磁盘容量做完RAID的效果CTRL+N切换到 PD MGMT菜单,可以看到磁盘的状态为ONLINE。
这⾥不⽤保存,直接ESC退出重启即可。
下⾯接着来安装操作系统,我这⾥安装的是WINDOWS SEVER 2008 R2重启到这个界⾯,按F10进⼊到Lifecycle Controller界⾯选择OS部署第⼀项是先设置RAID,由于刚才已经设置过了,所以选择下⾯的选项,直接安装系统。
(DELL客户不建议在这⾥做RAID,所以在开机时先按CTRL+R,在虚拟磁盘管理器界⾯配置了RAID。
)启动模式选择BIOS,选择系统为2008选择⼿动模式,把系统光盘放⼊光驱。
检查没有问题,点击完成并重启。
重启后,开始安装2008server此服务器主要⽤来做⽂件服务器,所以选择企业版完全安装,注意不要选为服务器核⼼安装了。
这⾥⼤家都知道了,选择⾃定义安装完毕,见到熟悉的登录界⾯。
导轨安装图
(将导轨最内芯抽出,直到无法拉动的位置)
下一步把L型支架对准机柜固定孔位,将导轨外传固定片 对准并用螺丝将其固定。(导轨前后都需固定,请注意导 轨平行安装)
您将会看到一个卡扣,请将卡扣向上扳动。
B
将导轨外侧固定在L型支架上。图示A
Байду номын сангаас
放上螺丝垫片锁上螺丝完成固定
请把内芯放于机箱旁,根据机箱导轨固定孔位调整好位置。 锁上螺丝,完成机箱与导轨内芯的固定。
重复之前的工作完成另外一侧导轨的安装
把导轨内芯重新插入导轨,完成整个安装步骤
Dell Latitude E系列笔记本常见部件拆装图
Dell大部分键盘用来固定键帽支架的金属架都是三个支撑点。
我们需要将安装好的支架卡入三个金属架中。
1)请将小支架的卡勾套入下方的金属架中。
2)再将大支架左边的卡勾挂在键帽位置左上方的金属架处。
3)将大支架右边的卡勾用力按入到键帽位置右上方的金属架处。
3.将键帽固定在支架上。
3
调制解调器(RJ-11)
2
安全锁孔
4
外接电源接口
5
USB 2.0
;
;
3.E6520左侧端口示意图:
E6520左侧端口示意图解
1
VGA口
4
智能卡槽
2
USB2.0口
5
硬盘
3
音频口(包含耳机和麦克风一体化)
;
;
4.E6520右侧端口示意图:
E6520右侧端口示意图解
1
PC Card槽或ExpressCard槽
(一)E6520端口以及外观示意图
1.E6520正面示意图:
E6520正面示意图解
1
麦克风(可选)
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非接触式智能读卡器(可选)
2
摄像头(可选)
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SD读卡器
3
显示屏
9
触摸板
4
电源按钮
10
声音控制按钮
5
键盘
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设备指示灯
6
指纹识别(可选)
;
;
2.E6520后面端口示意图
E6410后面端口示意图解
1
网口(RJ-45)
固定键帽非常简单,只需将键帽直接用力扣入到安装好的支架上。
上图左边是背景光键盘的键帽;他的键帽反面是白色的,具有透光性。
DELL机架式服务器导轨安装图释
The rail in the example is a PowerEdge 1950 rail. The PowerEdge 2950 rails follow the exact same conversion process.
9th Generation Rail Conversion
1.
Locate the rail conversion bracket on the end of the rail.
2.
Lift the release lever on the rotating mounting bracket.
3.
Rotate the bracket counter clock wise.
Racking
The following procedure outlines the process of racking the PowerEdge 2950 using the new 9th generation PowerEdge rails.
Racking the PowerEdge 2950
DELL机架式服务器导轨安装图释
Server
Depth w/ CMA
Rail Compressed
Rail Extended
1950 Sliding Rapid \ VersaRail
inch
inch
2950 Sliding Rapid \ VersaRail
inch
inch
Rail Conversion
8.
Press the slide-release latch on the outside of each inner slide.
DELL服务器系统安装引导盘安装
ELL PowerEdge 2950 服务器 RAID 的详细配置方法(附图) (2011-12-17 11:09:12)标签: raid29502003分类: 操作系统本文记录了一次由三块 SAS 硬盘组建 RAID-5 并完成 WINDOWS 2003 SERVER 系统的完整过程。
1、开机,到RAID 卡自检画面时,按提示按“CTRL+R”键打开RAID 卡配置界面。
(注:如果增减了硬盘或调整了硬盘位置,开机到RAID 自检时会出现如下画面,按任意键保持这种改变继续;按“C”键加载RAID 配置工具重新配置。
如果你是要重新配置RAID 就按“C”,这样完成后,磁盘上的全部数据都会被删除)因为磁盘排列已经改变,打开的RAID配置工具显示虚拟硬盘0出错,见下图:2、打开RAID配置工具,如下图,这台服务器只有一个虚拟硬盘 Disk 0,由三块硬盘组成,容量272.250GB。
3、按上下光标键选中“Disk Group 0”,按“F2”键弹出配置菜单,通过光标键选择“Delete Disk Group”,按回车,删除此虚拟磁盘排列。
4、弹出警告确认框。
光标键定位“OK”按钮后回车执行删除。
(回车确定后,磁盘上的全部数据将被删除!)5、服务器上已没有任何硬盘排列存在了。
6、在“No Configuration Present”上按“F2”键弹出配置菜单,通过光标键选中“Create New VD”,回车,创建新的硬盘排列。
7、之后会打开如下所示硬盘排列配置对话框。
首先选择RAID类型:光标键(上、下、左、右、TAB)定位在“RAID Level”右侧蓝色矩形按钮上选择一个RAID类型后回车。
(到底允许组成哪种类型的RAID决定于你已插入的硬盘数量,如果下拉菜单中没有你想组建的RAID类型,说明接入计算机的硬盘数量不够或硬盘数量没有按规定必须成双数)8、选择好RAID类型后,在下方“Physical Disks”区选择挂入的硬盘:用上下光标键选中硬盘再按空格键挂载或卸载硬盘。
直线导轨的安装步骤PPT课件
步骤3
③:刚才被完全固定的导轨此时可以当做基准轨使用了,在从动导
轨的两端各暂时拧上一个螺钉。然后在基准轨的两个滑块上放置千 分表,移动千分表边读数边把调整轨的螺栓从一端向另一端依次锁 紧。
完全固定的导轨
临时固定
步骤4
④:按照图示的顺序把移动平台安装到导轨的滑块上,推动平台
看是否顺畅有无卡滞现象,如果有需要对导轨滑块的螺钉进行调整 直至顺畅滑行。
3.1 4.2 6.3 10.5 22 47.2 73.5 157.5 356.7 630 840 1050
注意:安装滑轨时请按照平台材质及固定螺丝的型号选用锁紧扭 矩,请使用扭力扳手将滑轨螺栓慢慢迫紧。
步骤5
⑤:使用相同安装方式安装副轨,注意滑座安装上线性滑轨后,
后续许多附属件由于安装空间有限无法安装,必须于此阶段将所 须附件一并安装。(附件可能为油嘴、油管接头、或是防尘系统等)。
步骤6
⑥:轻轻安置移动平台到主轨与副轨的滑座上。
步骤7
⑦:先锁紧移动平台上的侧向迫紧螺丝,安装定位后将在依照
下列顺序进行。
滑轨无侧向定位装配面的安装
在无侧向定位装配面的安装例中为确保从动侧滑轨与基准侧滑轨间 的平行度,滑轨可按下列所示安装:
步骤1
①:首先将导轨放置到平面上,然后将导轨两个端点用螺栓轻轻
基准导轨
治具使线轨与侧向安装面轻轻贴合。
注意:安装使用前要确认螺丝孔是否吻合,假设底座加工孔不吻 合又强行锁紧螺栓,会大大影响到组合精度与使用品质。
步骤3
③:由远端向近端按顺序将滑轨的定位螺丝稍微旋紧,使轨道
与垂直安装 面稍微贴合。垂直基准面稍微旋紧后,加强侧向基准 面的锁紧力,使主轨可以确实贴合侧向基准面。
DELL双路服务器图解安装全过程
DELL双路服务器图解安装全过程不管企业规模如何一般来说企业内部都会有自己的网络服务,任何网络服务的运行都离不开服务器。
那么对于企业网络管理员来说如何安装服务器呢?相比普通计算机来说服务器在设置上又有哪些不同呢?安装服务器操作系统前要有哪些值得注意的地方呢?相比这些问题是中小企业网络管理员所关心的话题,那么今天就请各位IT168读者跟随笔者一起零距离体验DELL服务器安装全过程。
一、设备简介:笔者使用的是DELL公司出品的机架式服务器PowerEdge 2950,他属于双插槽、四核2U机架式服务器,处理类型为Intel Xeon 5310,速度是1.6GHz,内存容量是2G。
(如图1)图1正面能够看到电源按钮以及设备型号标识信息,在正面板有一个显示屏可以随时显示系统和设备运行状态。
同时在前面板依次提供了光驱和VGA接口,还有两个USB接口,下面则是硬盘架。
(如图2)图2在实际使用过程中我们点正面“i”按钮可以让显示屏在不同状态下进行切换,从而显示不同信息。
(如图3)图3PowerEdge 2950后面板提供的接口更多,从左向右依次是VGA接口,USB接口和两个千M以太网卡接口,同时在右边提供了双电源接口,保证设备具备双路供电系统让PowerEdge 2950可以更稳定的运行,电源的冗余也是服务器有别于普通计算机的一大特点。
(如图4)图4除了常规接口外在下排接口上方提供了扩展插槽,我们可以从图中看到写有PCI 2,PCI 3的字样,在日后运行过程中我们可以通过这些插槽针对PowerEdge 2950服务器进行升级。
(如图5)图5在PowerEdge 2950上部有一个锁扣,通过他可以将前面板锁死,同时PowerEdge 2950提供了三个SAS 接口的硬盘,这些硬盘都支持热插拔。
(如图6)图6PowerEdge 2950提供了三个硬盘协同工作,我们可以从前面板将这三个硬盘取出随意更换,不过由于日后三块硬盘要协同建立RAID5数据保护系统,所以一旦系统建立就不要随意更换了,否则重新建立所需时间会比较长。
机架安装指引
机架安装指南本文档提供关于免工具滑轨和带有 1U/2U CMA 的免工具滑轨套件的重要信息。
每个滑轨套件包内含以下物品:• 一根左导轨 • 一根右导轨 •两个 M6 螺钉您购买的可能是免工具滑轨或带有 1U/2U CMA 的免工具滑轨套件。
• 如果购买的是免工具滑轨,您可以购买适用于免工具滑轨的 1U/2U CMA 升级套件以帮助您管理线缆。
•如果购买的是带有 1U/2U CMA 的免工具滑轨套件,则随导轨套件附带一个 CMA 套件。
要安装 CMA ,请参阅 CMA 随附的安装指南。
您还可以卸下 CMA 安装支架以缩短导轨的长度,以便导轨可适应较浅的机架或与背面带垂直配电单元(PDU )的机架。
要卸下支架,请参阅第 7 页上的卸下 CMA 安装支架。
以下提供一个安装过程视频的快速响应(QR )码,用于帮助您安装导轨套件。
您可以扫描以下 QR 码来访问安装视频。
Youtube :Youku :请首先阅读以下准则有关安全和线缆连接信息,请查看机架随附的文档。
将服务器安装到机架前,请查看以下准则:• 将服务器装入满足以下要求的机架中:−正面安装凸缘和前门内侧之间相距至少 70 毫米(2.76 英寸)。
−机箱后壁与后门内侧之间相距至少 214 毫米(8.43 英寸)。
−正面安装凸缘和背面安装凸缘之间的最大距离为 864 毫米(34.00 英寸)。
−如果要将导轨和 0U PDU 安装到同一机架内,机架必须达到以下高度和深度要求:- 42U 或更高- 如果不安装 CMA,则深度至少为 1000 毫米(39.37 英寸)- 如果安装 CMA,则深度至少为 1200 毫米(47.24 英寸)• 服务器只能安装在门上有通风孔的机架中。
安装过程中请卸下机架门和侧面板,以便更容易进行操作。
• 从机架底部开始安排设备安装。
将最重的设备安装在机架底部。
• 有关室温要求,请参阅服务器的维护手册或设置指南。
• 请勿阻塞任何通风孔,通常 15 厘米(6 英寸)的空间可以提供正常的通风。
2U服务器安装图解
2U4路超高密度戴尔PE R810服务器拆解外观设计戴尔PowerEdge R810在外观设计上有强烈的戴尔特点,与戴尔此前推出的第十一代服务器其他产品如戴尔R710一脉相承(感兴趣的朋友可以看一下《设计优秀管理方便戴尔R710服务器评测》)。
戴尔PowerEdge R810的控制部分设计与其他的戴尔机架式服务器没有什么不同,都包括了电源开关、USB接口、VGA接口和一个用于系统设置和故障诊断的LED 显示屏,通过这个显示屏用户可以了解并进行服务器的基础硬件设置,如iDRAC卡的IP地址、网卡IP等等,而当系统硬件故障时该显示屏会变为黄色,并用简洁的语句提示用户出错的部位,减少诊断时间。
戴尔PowerEdge R810而在VGA接口的下边,是一个快速服务器代码的小牌,其可以插入服务器内部,不影响用户平时的使用,而当服务器出现故障时用户可以拨打戴尔的技术服务热线,输入上面的快速服务代码,呼叫中心便会迅速将电话转接到相应负责的工程师,实现快速响应,戴尔的电话支持是自身的一大特点,与同类厂商相比更显人性化,这与其一直以来坚持的电话直销体系不无关系。
戴尔PowerEdge R810的控制面板在LED显示屏的下面是一个光驱位,在本次送测的产品中没有配备光驱,但用户在购买时可以选购,光驱的安装也相当方便,无需借助螺丝刀等工具,服务器设计有托架,用户直接插入即可,非常简单。
戴尔PowerEdge R810配备的硬盘由于内部设计的原因,戴尔PowerEdge R810的前面板设计分成了上下两个部分,下面的部分完全是散热孔。
而在上面的部分除了控制台之外还提供了存储位置。
这款服务器提供了6个2.5英寸的硬盘位,本次送测的机器配备了4个转速15K的6Gb SAS硬盘,单盘容量147G。
戴尔PowerEdge R810后面板接下来我们再来看一下其后面板的设计,戴尔PowerEdge R810的后面板提供了不少的I/O接口,包括四个板载的千兆网络端口,两个USB接口、VGA接口、串口等,而除此之外,这款产品还提供了iDRAC Enterprise卡,除了一个百兆的管理网络端口之外还提供了一个SD卡插槽,可以放置操作系统宕机之后的紧急状态启动的备用系统,应对突发状况,而另外一个就是这款送测的产品提供了一个万兆的网卡,对于高性能网络来说非常必要。
HP DL380服务器机架安装示意图
HP 服务器机架安装示意图1.找到存放导轨的盒子如下图:
2.打开找到安装说明如下图所示,上面有详细说明可以作为安装的参考。
将HP 380服务器包装打开后,有以下配件:
安装在服务器上的导轨片
安装在机架上的导轨
将导轨片安装在服务器两侧,如下图所示:
上机架的导轨上分别标有“REAL RIGHT”和“REAL LEFT”,表示这端安装在机架的后面,而标有“FRONT RIGHT”和“FRONT LEFT”的两端则安装在机架的前面:
例如,将标有“REAL RIGHT”的一端扣在机架后面的孔上,如下图:
将标有“FRONT RIGHT”的一端扣在机架前面的孔上,如下图:
最终,右侧的导轨安装在机架上如下图所示:
将左右两侧导轨分别安装的机架上后,如下图所示:
将导轨里的小导片抽出,如下图:
将安装在服务器两侧上的导片分别插入机架的导轨片中,如下图:
将服务器顺着导轨推入:
最终,服务器在机架上安装如图:
在机架导轨的后侧,有两个安装理线器的孔,左侧如图:
将理线器左侧的卡头安装在导轨左侧的理线器孔上
左侧安装理线器的孔
导轨右侧安装理线器孔,如图:
理线器右侧卡片安装在导轨右侧的理线器孔上:右侧安装理
线器的孔
理线器右侧卡片
将理线器推入导轨理线器槽后,安装完毕后,如图:。
dell服务器的安装
本文档介绍了在不使用Dell Open Manage Server Assistant (DOSA) 光盘引导的情况下,如何安装Windows 2003 Server 到您的Dell PowerEdge 1800 上。
这个过程需要大约45 到 60 分钟。
*通常不使用Dell Open Manage Server Assistant 光盘引导安装主要是基于以下一些原因:1. 原有的硬盘分区里有重要的数据, 需要保留. 而使用DOSA光盘安装, 将会删去硬盘上的原有分区;2. 原有硬盘上有动态磁盘分区,DOSA光盘引导将导致系统自动重启, 而进入不了安装界面。
索引步骤1. 识别您的Power Edge 服务器的系统配置步骤2. 安装前的准备步骤3. win2003安装步骤步骤4. 驱动程序的安装步骤1. 识别您的PowerEdge 服务器的系统配置Note:具体信息随配置不同,请根据自己的配置正确安装。
常见1800服务器集成的设备:·集成一块网络适配器Intel Gigabit 10/100/1000以太网卡;·ATI Radeon(TM) 7000-M显示卡;·DRAC 4 远程控制卡(可选)·PowerValult (tm) 100T DAT72磁带机(可选);·常见使用的硬盘控制卡:- CERC SATA 2S控制器- CERC SATA 6CH控制器(可选)- LSI Logic Ultra320 SCSI控制器- PERC 4/SC控制器(可选)步骤2. 安装前的准备2.1 安装操作系统前请您先准备好以下物品·硬盘控制卡驱动软盘Note:硬盘控制卡识别以及驱动制作请参考《8G服务器磁盘控制卡识别及Windows 2003驱动制作》· Windows 2003安装光盘2.2设置 BIOS1.开机自检时按F2键进入系统BIOS2.光标移到BOOT SEQUENCE ,敲回车进入引导设备列表3.光标移到CD_ROM DEVICE,按"-"键直到CD_ROM跳到第一项,并保证此项最左边有"v"标志(该标志用空格键选取)(图1)(图1)4.用同样方法把Hard drive C:列为第二引导设备,并也有"v"标志5.按ESC键退出引导设备选择界面6.按ESC键,敲Enter键保存退出步骤3. Windows 2003 Text Mode Setup 文本模式安装Text Mode Setup 文本模式安装1. 把 Windows 2003 安装光盘放入光驱,并从光盘引导。
2U服务器安装图解
2U4路超高密度戴尔PE R810服务器拆解外观设计戴尔PowerEdge R810在外观设计上有强烈的戴尔特点,与戴尔此前推出的第十一代服务器其他产品如戴尔R710一脉相承(感兴趣的朋友可以看一下《设计优秀管理方便戴尔R710服务器评测》)。
戴尔PowerEdge R810的控制部分设计与其他的戴尔机架式服务器没有什么不同,都包括了电源开关、USB接口、VGA接口和一个用于系统设置和故障诊断的LED 显示屏,通过这个显示屏用户可以了解并进行服务器的基础硬件设置,如iDRAC卡的IP地址、网卡IP等等,而当系统硬件故障时该显示屏会变为黄色,并用简洁的语句提示用户出错的部位,减少诊断时间。
戴尔PowerEdge R810而在VGA接口的下边,是一个快速服务器代码的小牌,其可以插入服务器内部,不影响用户平时的使用,而当服务器出现故障时用户可以拨打戴尔的技术服务热线,输入上面的快速服务代码,呼叫中心便会迅速将电话转接到相应负责的工程师,实现快速响应,戴尔的电话支持是自身的一大特点,与同类厂商相比更显人性化,这与其一直以来坚持的电话直销体系不无关系。
戴尔PowerEdge R810的控制面板在LED显示屏的下面是一个光驱位,在本次送测的产品中没有配备光驱,但用户在购买时可以选购,光驱的安装也相当方便,无需借助螺丝刀等工具,服务器设计有托架,用户直接插入即可,非常简单。
戴尔PowerEdge R810配备的硬盘由于内部设计的原因,戴尔PowerEdge R810的前面板设计分成了上下两个部分,下面的部分完全是散热孔。
而在上面的部分除了控制台之外还提供了存储位置。
这款服务器提供了6个2.5英寸的硬盘位,本次送测的机器配备了4个转速15K的6Gb SAS硬盘,单盘容量147G。
戴尔PowerEdge R810后面板接下来我们再来看一下其后面板的设计,戴尔PowerEdge R810的后面板提供了不少的I/O接口,包括四个板载的千兆网络端口,两个USB接口、VGA接口、串口等,而除此之外,这款产品还提供了iDRAC Enterprise卡,除了一个百兆的管理网络端口之外还提供了一个SD卡插槽,可以放置操作系统宕机之后的紧急状态启动的备用系统,应对突发状况,而另外一个就是这款送测的产品提供了一个万兆的网卡,对于高性能网络来说非常必要。
DELL 服务器RAID卡安装配置步骤ppt课件
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这时候如果查看 虚拟磁盘的状态,可以看到物理硬盘状态是“未同步”
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同步完成后VD的状态恢复成Optimail就可以正常工作了
备注:服务器的RAID卡不支持热插拔,更换硬盘时关机操作
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此课件下载可自行编辑修改,供参考! 感谢您的支持,我们努力做得更好!
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• “管理第二块磁盘”的作 用是用于将次驱动器添加 到丢失了成员且性能下降 的 IM 虚拟磁盘中。
• 该选项在以下条件下不可 用:
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第三部份 Rebuild failed HDD 下面举个例子: 两块73G 硬盘做了RAID 1 , 在操作系统安装好后,人为的将第二块硬盘移除, 然后再插入一块硬盘到slot 2
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直接插一块新硬盘到slot 1 ,系统自动识别到此硬盘并开始rebuild ( 同步)
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等到同步( rebuild )完成后,VD 就恢复正常了
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如果在Degrade 状态下插一块硬盘到其它Slot 上这时候进入 管理虚拟磁盘中, 就可以选择管理第二块磁盘了
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在这个SAS5 I/R 的界面中可以查看/设置 RAID (RAID Properties ) 查看/设置 SAS 拓朴 ( SAS Topology ) 或是查看/设置适配卡的高级属性 (Advanced Adapter Properties )
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先查看 SAS 的拓朴,在这里面可以查看到SAS 5 I/R 阵列卡中一共插了 三块硬盘
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戴尔 Precision 7820 Tower 机架导轨安装指南说明书
Precision 7820 Tower Rack rails Installation GuideNotes, cautions, and warningsNOTE: A NOTE indicates important information that helps you make better use of your product.CAUTION: A CAUTION indicates either potential damage to hardware or loss of data and tells you how to avoid the problem.WARNING: A WARNING indicates a potential for property damage, personal injury, or death.© 2019 Dell Inc. or its subsidiaries. All rights reserved. Dell, EMC, and other trademarks are trademarks of Dell Inc. or its subsidiaries. Other trademarks may be trademarks of their respective owners.2019 - 02Rev. A001 Before you begin (4)Safety instructions (4)Before working inside your computer (4)Safety precautions (5)Electrostatic discharge—ESD protection (5)ESD field service kit (6)Transporting sensitive components (7)After working inside your computer (7)2 Rack rails (8)Installing the rack rails (8)3 Getting help (15)Contacting Dell (15)Contents3Before you begin Safety instructionsUse the following safety guidelines to protect your computer from potential damage and to ensure your personal safety. Unless otherwise noted, each procedure included in this document assumes that the following conditions exist:•You have read the safety information that shipped with your computer.•A component can be replaced or, if purchased separately, installed by performing the removal procedure in reverse order. WARNING: Disconnect all power sources before opening the computer cover or panels. After you finish working inside thecomputer, replace all covers, panels, and screws before connecting to the power source.WARNING: Before working inside your computer, read the safety information that shipped with your computer. For additional safety best practices information, see the Regulatory Compliance HomepageCAUTION: Many repairs may only be done by a certified service technician. You should only perform troubleshooting and simple repairs as authorized in your product documentation, or as directed by the online or telephone service and support team.Damage due to servicing that is not authorized by Dell is not covered by your warranty. Read and follow the safety instructions that came with the product.CAUTION: T o avoid electrostatic discharge, ground yourself by using a wrist grounding strap or by periodically touching an unpainted metal surface at the same time as touching a connector on the back of the computer.CAUTION: Handle components and cards with care. Do not touch the components or contacts on a card. Hold a card by its edges or by its metal mounting bracket. Hold a component such as a processor by its edges, not by its pins.CAUTION: When you disconnect a cable, pull on its connector or on its pull-tab, not on the cable itself. Some cables have connectors with locking tabs; if you are disconnecting this type of cable, press in on the locking tabs before you disconnect the cable. As you pull connectors apart, keep them evenly aligned to avoid bending any connector pins. Also, before you connect acable, ensure that both connectors are correctly oriented and aligned.NOTE: The color of your computer and certain components may appear differently than shown in this document.CAUTION: System will shut down if side covers are removed while the system is running. The system will not power on if the side cover is removed.Before working inside your computer1 Ensure that your work surface is flat and clean to prevent the computer cover from being scratched.2 Turn off your computer.3 Disconnect all network cables from the computer (if available).CAUTION: If your computer has an RJ45 port, disconnect the network cable by first unplugging the cable from yourcomputer.4 Disconnect your computer and all attached devices from their electrical outlets.5 Open the display.6 Press and hold the power button for few seconds, to ground the system board.CAUTION: To guard against electrical shock unplug your computer from the electrical outlet before performing Step #8.CAUTION: To avoid electrostatic discharge, ground yourself by using a wrist grounding strap or by periodically touchingan unpainted metal surface at the same time as touching a connector on the back of the computer.1 4Before you begin7 Remove any installed ExpressCards or Smart Cards from the appropriate slots.Safety precautionsThe safety precautions chapter details the primary steps to be taken before performing any disassembly instructions.Observe the following safety precautions before you perform any installation or break/fix procedures involving disassembly or reassembly:•Turn off the system and all attached peripherals.•Disconnect the system and all attached peripherals from AC power.•Disconnect all network cables, telephone, and telecommunications lines from the system.•Use an ESD field service kit when working inside any desktop to avoid electrostatic discharge (ESD) damage.•After removing any system component, carefully place the removed component on an anti-static mat.•Wear shoes with non-conductive rubber soles to reduce the chance of getting electrocuted.Standby powerDell products with standby power must be unplugged before you open the case. Systems that incorporate standby power are essentially powered while turned off. The internal power enables the system to be remotely turned on (wake on LAN) and suspended into a sleep mode and has other advanced power management features.Unplugging, pressing and holding the power button for 15 seconds should discharge residual power in the system board. . BondingBonding is a method for connecting two or more grounding conductors to the same electrical potential. This is done through the use of a field service electrostatic discharge (ESD) kit. When connecting a bonding wire, ensure that it is connected to bare metal and never to a painted or non-metal surface. The wrist strap should be secure and in full contact with your skin, and ensure that you remove all jewelry such as watches, bracelets, or rings prior to bonding yourself and the equipment.Electrostatic discharge—ESD protectionESD is a major concern when you handle electronic components, especially sensitive components such as expansion cards, processors, memory DIMMs, and system boards. Very slight charges can damage circuits in ways that may not be obvious, such as intermittent problems or a shortened product life span. As the industry pushes for lower power requirements and increased density, ESD protection is an increasing concern.Due to the increased density of semiconductors used in recent Dell products, the sensitivity to static damage is now higher than in previous Dell products. For this reason, some previously approved methods of handling parts are no longer applicable.Two recognized types of ESD damage are catastrophic and intermittent failures.•Catastrophic – Catastrophic failures represent approximately 20 percent of ESD-related failures. The damage causes an immediate and complete loss of device functionality. An example of catastrophic failure is a memory DIMM that has received a static shock and immediately generates a "No POST/No Video" symptom with a beep code emitted for missing or nonfunctional memory.•Intermittent – Intermittent failures represent approximately 80 percent of ESD-related failures. The high rate of intermittent failures means that most of the time when damage occurs, it is not immediately recognizable. The DIMM receives a static shock, but the tracing is merely weakened and does not immediately produce outward symptoms related to the damage. The weakened trace may take weeks or months to melt, and in the meantime may cause degradation of memory integrity, intermittent memory errors, etc.The more difficult type of damage to recognize and troubleshoot is the intermittent (also called latent or "walking wounded") failure. Perform the following steps to prevent ESD damage:Before you begin5•Use a wired ESD wrist strap that is properly grounded. The use of wireless anti-static straps is no longer allowed; they do not provide adequate protection. T ouching the chassis before handling parts does not ensure adequate ESD protection on parts with increased sensitivity to ESD damage.•Handle all static-sensitive components in a static-safe area. If possible, use anti-static floor pads and workbench pads.•When unpacking a static-sensitive component from its shipping carton, do not remove the component from the anti-static packing material until you are ready to install the component. Before unwrapping the anti-static packaging, ensure that you discharge static electricity from your body.•Before transporting a static-sensitive component, place it in an anti-static container or packaging.ESD field service kitThe unmonitored Field Service kit is the most commonly used service kit. Each Field Service kit includes three main components: anti-static mat, wrist strap, and bonding wire.Components of an ESD field service kitThe components of an ESD field service kit are:•Anti-Static Mat – The anti-static mat is dissipative and parts can be placed on it during service procedures. When using an anti-static mat, your wrist strap should be snug and the bonding wire should be connected to the mat and to any bare metal on the system being worked on. Once deployed properly, service parts can be removed from the ESD bag and placed directly on the mat. ESD-sensitive items are safe in your hand, on the ESD mat, in the system, or inside a bag.•Wrist Strap and Bonding Wire – The wrist strap and bonding wire can be either directly connected between your wrist and bare metal on the hardware if the ESD mat is not required, or connected to the anti-static mat to protect hardware that is temporarily placed on the mat. The physical connection of the wrist strap and bonding wire between your skin, the ESD mat, and the hardware is known as bonding. Use only Field Service kits with a wrist strap, mat, and bonding wire. Never use wireless wrist straps. Always be aware that the internal wires of a wrist strap are prone to damage from normal wear and tear, and must be checked regularly with a wrist strap tester in order to avoid accidental ESD hardware damage. It is recommended to test the wrist strap and bonding wire at least once per week.•ESD Wrist Strap Tester – The wires inside of an ESD strap are prone to damage over time. When using an unmonitored kit, it is a best practice to regularly test the strap prior to each service call, and at a minimum, test once per week. A wrist strap tester is the best method for doing this test. If you do not have your own wrist strap tester, check with your regional office to find out if they have one.T o perform the test, plug the wrist-strap's bonding-wire into the tester while it is strapped to your wrist and push the button to test. A green LED is lit if the test is successful; a red LED is lit and an alarm sounds if the test fails.•Insulator Elements – It is critical to keep ESD sensitive devices, such as plastic heat sink casings, away from internal parts that are insulators and often highly charged.•Working Environment – Before deploying the ESD Field Service kit, assess the situation at the customer location. For example, deploying the kit for a server environment is different than for a desktop or portable environment. Servers are typically installed in a rack within a data center; desktops or portables are typically placed on office desks or cubicles. Always look for a large open flat work area that is free of clutter and large enough to deploy the ESD kit with additional space to accommodate the type of system that is being repaired. The workspace should also be free of insulators that can cause an ESD event. On the work area, insulators such as Styrofoam and other plastics should always be moved at least 12 inches or 30 centimeters away from sensitive parts before physically handling any hardware components•ESD Packaging – All ESD-sensitive devices must be shipped and received in static-safe packaging. Metal, static-shielded bags are preferred. However, you should always return the damaged part using the same ESD bag and packaging that the new part arrived in.The ESD bag should be folded over and taped shut and all the same foam packing material should be used in the original box that the new part arrived in. ESD-sensitive devices should be removed from packaging only at an ESD-protected work surface, and parts should never be placed on top of the ESD bag because only the inside of the bag is shielded. Always place parts in your hand, on the ESD mat, in the system, or inside an anti-static bag.•Transporting Sensitive Components – When transporting ESD sensitive components such as replacement parts or parts to be returned to Dell, it is critical to place these parts in anti-static bags for safe transport.ESD protection summaryIt is recommended that all field service technicians use the traditional wired ESD grounding wrist strap and protective anti-static mat at all times when servicing Dell products. In addition, it is critical that technicians keep sensitive parts separate from all insulator parts while performing service and that they use anti-static bags for transporting sensitive components.6Before you beginTransporting sensitive componentsWhen transporting ESD sensitive components such as replacement parts or parts to be returned to Dell, it is critical to place these parts in anti-static bags for safe transport.Lifting equipmentAdhere to the following guidelines when lifting heavy weight equipment:CAUTION: Do not lift greater than 50 pounds. Always obtain additional resources or use a mechanical lifting device.1Get a firm balanced footing. Keep your feet apart for a stable base, and point your toes out.2Tighten stomach muscles. Abdominal muscles support your spine when you lift, offsetting the force of the load.3Lift with your legs, not your back.4Keep the load close. The closer it is to your spine, the less force it exerts on your back.5Keep your back upright, whether lifting or setting down the load. Do not add the weight of your body to the load. Avoid twisting your body and back.6Follow the same techniques in reverse to set the load down.After working inside your computerAfter you complete any replacement procedure, ensure that you connect external devices, cards, and cables before turning on your computer.CAUTION: T o avoid damage to the computer, use only the battery designed for this particular Dell computer. Do not use batteries designed for other Dell computers.1 Connect any external devices, such as a port replicator or media base, and replace any cards, such as an ExpressCard.2 Connect any telephone or network cables to your computer.CAUTION: To connect a network cable, first plug the cable into the network device and then plug it into thecomputer.3 Connect your computer and all attached devices to their electrical outlets.4 Turn on your computer.Before you begin7Rack railsInstalling the rack rails1Follow the procedure in Before working inside your computer .2 To remove the side cover:aPress the latch.b Pull the latch [1] upward and slide the side cover outwards to remove it from the system [2].28Rack rails3 Remove the 3 screws that secure the top cover to the system chassis [1].4 Slide the top cover outwards and lift it away from the system [2].Rack rails910Rack rails6 Before installing the rails, ensure to remove the six (M5x6) screws secured to the screw slots in one of the rail.Rack rails117 Align the hooks in the rail to the hook slots on top of the system chassis.12Rack rails8 Fasten the two (#6-32x1/4) screws to secure the rail on the top of the system chassis.9 Fasten the three (M5x6) screws removed from the rail in step 6, to secure the rail to the system.10 Align the screw holes on the other rail to the screw holes on the bottom of the system and fasten the remaining three (M5x6) screwsto secure the rail.Rack rails1312 Fasten the 4 (M3.5x8.4) screws on the top and bottom of the system to secure the rack ears to the system.14Rack railsGetting helpContacting DellNOTE: If you do not have an active Internet connection, you can find contact information on your purchase invoice, packing slip, bill, or Dell product catalog.Dell provides several online and telephone-based support and service options. Availability varies by country and product, and some services may not be available in your area. T o contact Dell for sales, technical support, or customer service issues:1Go to /support.2Select your support category.3Verify your country or region in the Choose a Country/Region drop-down list at the bottom of the page.4 Select the appropriate service or support link based on your need.3Getting help 15。
服务器内存条的插法
DELL PowerEdge R710服务器支持DDR3 的DIMM (RDIMM) 或ECC 非缓冲的DIMM(UDIMM)。
单列和双列DIMM 可以是1067 MHz 或1333 MHz,四列DIMM 可以是1067 MHz。
DELL PowerEdge R710服务器含18 个内存插槽,分为两组,每组九个插槽,分别用于一个处理器。
每组插槽(9 个)分为三个通道,每个通道有三个内存插槽。
每个通道的第一个插槽上都标有白色释放拉杆。
DELL PowerEdge R710服务器支持的最大内存取决于所用的内存模块类型和大小:• 对于大小为2-GB、4-GB 和8-GB (如果有)的单列和双列RDIMM,支持的总量最大为144 GB。
• 对于四列RDIMM (每个通道两个),支持的总量最大为96 GB。
• 对于1 GB 和2 GB 的UDIMM,支持的最大总容量为24 GB。
内存一般安装原则为确保获得最佳系统性能,请在配置系统内存时遵守以下通用原则:注:未遵循这些原则的内存配置会导致系统在启动时停机,并且无任何系统消息的视频输出。
• 不能混合安装RDIMM 和UDIMM。
• 每个通道不得安装两个以上UDIMM。
• 除了未使用的内存通道之外,所有被占用的内存通道的配置必须相同。
• 在双处理器配置中,每个处理器的内存必须配置相同。
• 大小不同的内存模块可以在一个内存通道中混用(如2-GB、8-GB 和4-GB),但所有被占用的通道的配置必须相同。
• 对于优化器式,内存模块按照插槽的数字顺序安装,以A1 或B1开始。
• 对于内存镜像模式或高级ECC 模式,离处理器最远的三个插槽不使用,内存模块首先从插槽A2 或B2 开始安装,然后按剩下插槽的数字顺序安装(如A2、A3、A5、A6、A8 和A9)。
• 高级ECC 模式需要x4 或x8 DRAM 设备宽度。
• 每个通道的内存速度因内存配置而异:–对于单列或双列内存模块:• 每个通道一个内存模块时最多支持1333 MHz。
服务器内存条的插法
DELL PowerEdge R710服务器支持DDR3 的DIMM (RDIMM) 或ECC 非缓冲的DIMM(UDIMM)。
单列和双列DIMM 可以是1067 MHz 或1333 MHz,四列DIMM 可以是1067 MHz。
DELL PowerEdge R710服务器含18 个内存插槽,分为两组,每组九个插槽,分别用于一个处理器。
每组插槽(9 个)分为三个通道,每个通道有三个内存插槽。
每个通道的第一个插槽上都标有白色释放拉杆。
DELL PowerEdge R710服务器支持的最大内存取决于所用的内存模块类型和大小:• 对于大小为2-GB、4-GB 和8-GB (如果有)的单列和双列RDIMM,支持的总量最大为144 GB。
• 对于四列RDIMM (每个通道两个),支持的总量最大为96 GB。
• 对于1 GB 和2 GB 的UDIMM,支持的最大总容量为24 GB。
内存一般安装原则为确保获得最佳系统性能,请在配置系统内存时遵守以下通用原则:注:未遵循这些原则的内存配置会导致系统在启动时停机,并且无任何系统消息的视频输出。
• 不能混合安装RDIMM 和UDIMM。
• 每个通道不得安装两个以上UDIMM。
• 除了未使用的内存通道之外,所有被占用的内存通道的配置必须相同。
• 在双处理器配置中,每个处理器的内存必须配置相同。
• 大小不同的内存模块可以在一个内存通道中混用(如2-GB、8-GB 和4-GB),但所有被占用的通道的配置必须相同。
• 对于优化器式,内存模块按照插槽的数字顺序安装,以A1 或B1开始。
• 对于内存镜像模式或高级ECC 模式,离处理器最远的三个插槽不使用,内存模块首先从插槽A2 或B2 开始安装,然后按剩下插槽的数字顺序安装(如A2、A3、A5、A6、A8 和A9)。
• 高级ECC 模式需要x4 或x8 DRAM 设备宽度。
• 每个通道的内存速度因内存配置而异:–对于单列或双列内存模块:• 每个通道一个内存模块时最多支持1333 MHz。
全程图解服务器的安装
全程图解服务器的安装服务器:HP DL380 G4机器样式:HP - 2U机架式操作目的:安装阵列及系统标准配置:3.4G双核至强CPU、1G ECC内存、没有硬盘、集成6I阵列卡下面是整个装机过程以及设置安装系统:这机器标配不带硬盘,不带软驱。
用的是热插拨SICS接口硬盘,硬盘是直接接到插到前面板的硬盘卡槽内。
因为机器没带软驱,所以不能用系统安装盘引导安装。
不过可以用机器配送的一张SmartStart光盘引导安装。
1、开机,当自检出现下面信息的时候按F8!2.上面提示信息说明,进入阵列卡的配置程序需要按 F8 进入阵列卡的配置程序。
可以看到机器阵列卡的配置程序有4个初始选项:Create Logical Drive 创建阵列View Logical Driver 查看阵列Delete Logical Driver 删除阵列Select as Boot Controller 将阵列卡设置为机器的第一个引导设备(DL380进去只显示前三个)3.进入"Create Logical Drive"的界面,可以看到4部分的信息(1)Available Physical Drives列出来连接在此阵列卡上的硬盘。
(2)Raid Configurations有3种选择 RAID 5,RAID 1 (1+0),RAID 0。
(3)Spare把所选择的硬盘作为热备的硬盘(4)Maximum Boot partition最大引导分区的设置,可以有两个选项提示:DL380系列机器必须配RAID!那怕你是只有一个硬盘.也得配RAID0 要不然用光盘引导的安装的时候会找不到硬盘..在这里.如果有两个硬盘..可用上下方向键选项.按空格键确认..这时候选中的硬盘前面[ ]中会出现个X...选中两个硬盘后选右面的RAID级别..只有一个硬盘时只能选RAID0 也就是说.当硬盘出错的时候.数据全没了..如果有两个硬盘的时候.推荐做RAID 1 这样最起嘛.数据安全.4. 按回车进行确认,提示已经创建一个RAID 0的阵列5.按"F8"进行保存。
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Server Depth w/ CMA Rail Compressed Rail Extended
1950 Sliding Rapid \ VersaRail26.98 inch29.5 inch
2950 Sliding Rapid \ VersaRail26.84 inch29.46 inch
Rail Conversion
The following procedure outlines converting the 9th generation PowerEdge rails from RapidRails to VersaRails. Converting from VersaRails to RapidRails follows the same procedure.
NOTE:
The rail in the example is a PowerEdge 1950 rail. The PowerEdge 2950 rails follow the exact same conversion process.
9th Generation Rail Conversion
Locate the rail conversion bracket on the end of the rail.
1
.
9th Generation Rail Conversion
2 .Lift the release lever on the rotating mounting bracket.
9th Generation Rail Conversion
Rotate the bracket counter clock wise.
3
.
4
Lift the bracket and rotate it 180 degrees counter clock wise. .
9th Generation Rail Conversion
9th Generation Rail Conversion
5 .Line the bracket up with the two posts and set it down.
9th Generation Rail Conversion
6 .Rotate the bracket clock wise until it snaps into place.
9th Generation Rail Conversion
Racking
The following procedure outlines the process of racking the PowerEdge 2950 using the new 9th generation PowerEdge rails.
Racking the PowerEdge 2950
1 .Push the front slide assembly mounting hook into the square hole on the vertical rail.
Racking the PowerEdge 2950
2.Push the rear slide assembly mounting hook into the square hole on
the vertical rail.
3.Repeat steps 1 and 2 for the slide assembly on the other side.
Racking the PowerEdge 2950
4.Extend the inner member rails out of the rack.
5.Align the server's shoulder nuts with the rail's J-slots.
Racking the PowerEdge 2950
6.Lower the server into the rails making sure the all shoulder nuts slide
into the rail j-slots.
7.Gently push the server towards the back of the rack to engage the
j-slot locking levers.
8.Press the slide-release latch on the outside of each inner slide.
Racking the PowerEdge 2950
9.Push the server towards the back of the rack.
10
.
Tighten the ear nuts to secure the server to the rack.
Racking the PowerEdge 2950。