HUS100系列安装维护手册1
Hyster 稳定性系统维护安排说明书
NUT PIN SUBASSY PIN SUBASSY WASHER, SPRING
QTY PRICE*
1
612.31
1
613.96
1
2
0.47
2
3.88
2
3.88
4
3.88
1
3.88
2
3.88
2
3.88
1
4
1.07
4
1.07
2
1.07
4
1.07
4
1.07
2
5.32
162.85 67.26
109.34 380.35 6.88 2.10 13.86 3.67 3.51 3.56 3.44 7.26 4.02 4.12 4.55 2.68
Hyster® Stability System Parts Replacement Cost: $97.20*
PART # 2060696
99
SHIM, REAR AXLE BEAM MOUNTING
99
SHIM, REAR AXLE BEAM MOUNTING
99
SHIM, REAR AXLE BEAM MOUNTING
99
SHIM, REAR AXLE BEAM MOUNTING
99
PRICE* 14.07 16.76 6.61 6.61
Item
Functions
Loosening and damage at sensor mounting portion
Every 6 wks
Every 250 hrs
•
•
EveEvery 6 mos
诺斯组件安装与维护指南说明书
AND M AINTENANCE G UIDEHK1100tention to the following safety guidelines, by any personservicing or operating this tool.1. GlossaryNotes: are reminders of required procedures.Bold, Italic type and underlining: emphasizes a specific in-struction.2. A half hour long hands-on training session with quali-fied personnel is recommended before using Huckequipment.3. Huck equipment must be maintained in a safe workingcondition at all times. T ools and hoses should be in-spected at the beginning of each shift/day for damageor wear. Any repair should be done by a qualified re-pairman trained on Huck procedures.4.Repairman and Operator must read manual prior tousing equipment. Warning and Caution stickers/labelssupplied with equipment must be understood beforeconnecting equipment to any primary power supply.As applicable, each of the sections in this manualhave specific safety and other information.5.Read MSDS Specifications before servicing the tool.MSDS Specifications are available from the productmanufacturer or your Huck representative.6.When repairing or operating Huck installation equip-ment, always wear approved eye protection. Whereapplicable, refer to ANSI Z87.1 - 20037.Disconnect primary power source before performingmaintenance on Huck equipment or changing NoseAssembly.8.T ools and hoses should be inspected for leaks at thebeginning of each shift/day. If any equipment showssigns of damage, wear, or leakage, do not connect itto the primary power supply.9.Mounting hardware should be checked at the begin-ning of each shift/day.10.Make sure proper power source is used at all times.12.T ools are not to be used in an explosive environmentunless specifically designed to do so.13.Never remove any safety guards or pintail deflectors.14.Where applicable, ensure deflector or pintail collectoris installed and operating prior to use.15.Never install a fastener in free air. Personal injury fromfastener ejecting may occur.16.Where applicable, always clear spent pintail out ofnose assembly before installing the next fastener.17.There is possibility of forcible ejection of pintails orspent mandrels from front of tool.18.If there is a pinch point between trigger and workpiece, use remote trigger when possible.19.Unsuitable postures may not allow counteracting ofnormal expected movement of tool.20.Do not abuse tool by dropping or using it as a ham-mer. Never use hydraulic or air lines as a handle or tobend or pry the tool. Reasonable care of installationtools by operators is an important factor in maintainingtool efficiency, eliminating downtime, and in prevent-ing an accident which may cause severe personal in-jury.21.Never place hands between nose assembly and workpiece. Keep hands clear from front of tool. Neverplace hands near moving parts.22.There is a risk of crushing if tool is cycled withoutNose Assembly installed.23.T ools with ejector rods should never be cycled without nose assembly installed.24.When two piece lock bolts are being used alwaysmake sure the collar orientation is correct. See fas-tener data sheet of correct positioning.25.T ool is only to be used as stated in this manual. Anyother use is prohibited.26.There is a risk of whipping compressed air hose if toolis pneudraulic or pneumatic.27.Release the trigger in case of failure of air supply orhydraulic supply.e only fluids or lubricants recommended.29.Disposal instruction: Disassemble and recycle steel,aluminum and plastic parts, and drain and dispose ofhydraulic fluid in accordance with local lawful and safepractices.30.If tool is fixed to a suspension device, ensure that thedevice is secure prior to operating the tool.WARNINGS: Must be understood toavoid severe personal injury.CAUTIONS: show conditions that willdamage equipment and or structure.Product complies with requirements set forth bythe relevant European directives.Read manual prior to using this equipment.Eye protection is required while using thisequipment.Hearing protection is required while using thisequipment.N OSE A SSEMBLY I NSTRUCTIONS1.P REPARE TOOL PER MANUAL :Discon-nect Powerig’s power source. Con-nect tool’s hoses and controls toPowerig. Reconnect power source.Press trigger for 30 seconds; pistonstops when completely forward. Dis-connect controls and RETURN pres-sure hose. Tool piston must remaincompletely forward.2.D ISASSEMBL Y /A SSEMBL Y AS APPLIES :Remove parts of Nose Assembly forinspection and maintenance.Anvil:Pressed in Anvil insert is pressed outwith drift and an arbor press. Pressnew insert in squarely to preventcracking.Collet and Drawbar:Assemble Collet as shown in theNose Assembly drawing supplied withthe Nose Assembly. Slide Drawbarinto Collet. Push crosspin throughCollet and Drawbar. With Loctite ®onthreads, lock Collet to Drawbar withtightly installed socket head screw.3.A TTACHING TO TOOL :3.1 CROSS PIN STYLE:While holding front of Collet againstback of Anvil, screw assembly ontotool (Figure 1), ensuring that allguarding is installed on the Nose As-sembly (Figure 2).3.2 FRONT BEARING STYLE:While holding front of Collet against back of Anvil, screw Anvil onto tool (Figure3). S crew the Drawbar into the tool (Figure 4).If necessary, place Shim p/n 128290between the Collet and tool Piston (Figures 5 & 7). Make sure that all guarding is installed on the Nose As-sembly (Figure 6).4.C HECKING N OSE A SSEMBL Y :See WARNING. Connect controls and RETURN pressure hose. Recon-nect Powerig to power source. Install fasteners in test plate of correct thick-ness with proper size holes, and in-spect fasteners.NOTE: To extend jaw life, disassem-ble Nose Assembly periodically and clean and inspect components,using a pick to clean jaw grooves.Dry O-Rings and urethane jaw as-semblies immediately after cleaning,as prolonged contact with solvent causes swelling. Dry other parts.WARNING: Before performingmaintenance or adjustments,Powerig® hydraulic unit mustbe disconnected fromelectrical or air supply.If not disconnected, severepersonal injury and / ordamage may result.CAUTION: Wash parts in mineral spirits or isopropyl alcohol only.Figure 2 Figure 3Figure 5Figure 6SHIM Insert and Screw DrawbarA Global OrganizationAlcoa Fastening Systems (AFS) maintains com-pany offices throughout the United States andCanada, with subsidiary offices in many othercountries. Authorized AFS distributors are also located in many of the world’s Industrial and Aerospace centers, where they provide a ready source of AFS fasteners, installation tools, tool parts, and application assistance.For The Long Haul, The Future of Fastening Technology, The Future of AssemblyTechnology, The Future of Tooling Technology, and Tools of Productivity are servicemarks of Huck International. Huck provides technical assistance regarding the useand application of Huck fasteners and tooling.NOTICE: The information contained in this publication is only for general guidancewith regard to properties of the products shown and/or the means for selectingsuch products, and is not intended to create any warranty, express, implied, orstatutory; all warranties are contained only in Huck’s written quotations, acknowl‐edgements, and/or purchase orders. It is recommended that the user secure spe‐cific, up‐to‐date data and information regarding each application and/or use ofsuch products.HWB898 1003‐5M © 2003 Alcoa Fastening Systems1 Corporate Drive, Kingston, NY 12401 • Tel: 800‐431‐3091 • Fax: 845‐334‐7333 • One Great Connection SM。
HUS安装配置手册
HUS150安装配置手册2013年7月一、硬件概述1、HUS150前面板2、HUS150后面板3、硬盘柜前面板4、硬盘柜后面板5、连线情况二、存储配置1、配置前准备（1）SNM2软件安装为了避免出现在SNM2里查看Settings✍Advanced Settings时出现内存不足的情况，需要将Java Runtime Parameter值设置为-Xmx192m。
设置方法：Start ✍ Run ✍ Control Panel ✍ Java ✍ (Java Applet Runtime Settings) View - Java Runtime Parameter ✍ -Xmx192m。
打开HSNM2安装文件，下一步安装至完成即可：（2）SNM2添加存储管理未初始化前，直接在IE中输入存储的默认初始IP地址（）可以查看设备硬件状况及启动状态：:23015/StorageNavigatorModular/直接在IE中输入：IP address of host>:23015/StorageNavigatorModular/其中的IP是管理机的IP，并不是存储的IP。
即打开SNM2，点击Login登陆，输入用户名：system 密码：manager连接存储User MGMT网口，选择Add Array，输入存储默认初始IP（）（或连接存储Maintenance网口，添加IP为）：点击Next下一步，添加成功：点击阵列名即可进入存储：2、初始化配置（1）注册License点击SNM2界面中的Install License即可注册License，如图：点击OK进行安装：点击Confirm确认进行安装：安装完成：部分License安装后可能会出现下图情况，无法配置存储其他内容，这是root权限问题：选择Security中的Account Authentication，选择root账户，选择Edit Account进行权限设置：勾选上所有的权限：点击OK确认：点击Confirm确认，修改权限成功：然后重新登录存储即可。
HDS HUS100安装配置手册
第一章安装配置本章主要描述通过管理软件对存储进行配置和设置。
1.通过浏览器直接访问HUS100存储，则进行基本状态的检查和相关的维护；2.存储的配置需要通过Storage Navigator 2进行（简称SNM2，下同）;3.HUS100存储的管理是三层结构，浏览器－》服务器－》存储，SNM2是服务器软件，客户端使用浏览器方式进行。
1.1 安装管理软件HUS100系列管理软件的安装说明：1．SNM2软件可以支持多种平台，包括Windows系列和Linux，本文以Windows为例进行说明；2．SNM2有Web和CLI两种方式，本文以Web方式说明(安装GUI)；3．Server: Windows XP/2003/Vista/2008 with 1.5GB free disk.4．Browser: IE6.0 (SP1) or IE7.0. The 64-bit IE is not supported.5．JRE: JRE 1.6.0_10. The 64-bit JRE is not supported.6．如果Sever已经安装HiCommand其它软件，安装之前需要停了这些软件的Services。
7．建议SNM2安装在没有使用HUS100磁盘的服务器。
8．建议安装SNM2的Windows不要使用休眠等电源管理功能。
9．可以实施Update安装，相同版本的Update安装视作Uninstall。
10．安装时，需要输入SNM2的IP，不要输入127.0.0.1或localhost1.1.1 安装过程安装过程按照画面提示进行输入相关信息；注意一定要输入你的笔记本（或者服务器）的已配置的固定IP地址，该IP 地址必须能与存储进行互通的（同一个网段是好主意）1.1.2 SNM2服务器端服务的操作•建议不要使用Windows的图形界面启动或停止SNM2的Services•c:\Program Files\HiCommand\Base\bin\hcmdssrv.exe /startKAPM06440-I The HiRDB service has already StartedKAPM05007-I Already started service. Service-name HBase Storage Mgmt Web serviceKAPM05007-I Already started service. service-name =HBase Storage MgmtCommon service.•c:\Program Files\HiCommand\Base\bin\hcmdssrv.exe /stopKAPM05017-I Succeeded in stopping of service. Service -name =HBase storage mgmt common service.KAPM05017-I Succeeded in stopping of service. Service -name=HBase storage mgmt web service.KAPM06441-I The HiRDB services has already stopped1.1.3 客户端Java需求：•JRE 1.6.0_10 or newer不需要设置•less than 1.6.0_10–Start◊Settings◊Control Panel.–From the Control Panel, select the Java.–Click View of the upper position in the Java tab.–Enter “-Xmx192m”–(“-Xmx216m” when the Hitachi Storage Navigator Modular 2 is version 7.00 or later)1.2 启动界面http://<IP address>:23015/StorageNavigatorModular/登陆用户名/密码：1.3 注册存储SNM2软件初次使用时尚无存储进行管理，软件会自动提示注册存储；如果SNM2原来已经有存储在使用，则点击Add Array，弹出以下画面，执行四个流程：Introduction Screen > Search Array Screen > Add Array Screen> Finish ScreenIntroduction Screen解释SNM2注册存储的说明。
奥斯珀公司安装和维护手册奥斯珀终端过滤器说明书
TABLE OF CONTENTS INTRODUCTION (2)INSTALLATION (3)Setup (3)Enclosure Assembly for Stand Alone Final Filters (6)Door Installation (6)Enclosure Anchoring (7)Ducting a Stand Alone Final Filter (7)Filter Cartridge Installation (8)Cartridge Support Installation (9)Compressed Air Supply (10)Electrical Connections (10)The Wiring Process (10)Choosing the Correct Wiring Procedure (11)Wiring from the Timer Board to the Solenoid (11)Photohelic Connections (11)Initial Checks (12)OPERATION (13)Electrical Settings (13)Solenoid Sequence Setup (13)Selector and Push Button Switch Operation (13)Startup (13)MAINTENANCE (15)Periodic Maintenance Schedule (15)Filter Cartridge Replacement (15)SPARE PARTS LISTING (17)INTRODUCTIONThe Osprey Final Filter is designed to enhance the filtering capacity of the Osprey Drum Filter or Phoenix TM Filter System. The purpose is to filter fine particulate material from an air stream. The filter cartridges remove 99.95% of particulate matter down to 1 micron. Clean air can be exhausted into manufacturing plant, atmosphere, or temperature control system.The Final Filter uses a long lasting, fiber resistant cartridge design. This allows easy installation, low maintenance, and automatic pulsejet cleaning.This manual was written for the Osprey Final Filter and is applicable to all sizes of the Osprey Final Filter. Drawings in this manual apply to the base model unless otherwise noted.This manual is divided into five sections:1) Introduction2) Installation and Start-up3) Operation4) Maintenance5) Spare Parts ListingSafety information and information of special note are included throughout the manual. Four different types of notes are used in this manual and appear as shown.is used to prevent personnel injury.-WARNING-is used to prevent personnel injury.is used to prevent machine damage.-CAUTION-is used to prevent machine damage.is used to show information that is necessary to insure proper installationmation that is necessary to insure proper installation -IMPORTANT-is used to show inforand operation.and operation.is used to provide information of special interest.-NOTE-is used to provide information of special interest.INSTALLATIONSetupFirst, check the crates shipped against the shipping list to identify missing or damaged parts. Follow the instructions in the bulletin titled “What to do if your shipment is damaged, lost, or stolen!” located in the Osprey job manual shipped with the equipment, if applicable. If all is well, uncrate the Final Filter and gather the parts near, but not on, the planned erection site. Before beginning installation, go over the assembly drawings (included in the Osprey job manual shipped with the equipment) to become familiar with the components that will require assembly. Also, read the Drum Filter (or Phoenix TM Filter) Installation and Operation Manual completely. Install the drum filter and begin installation of the enclosure before installing the Final Filter. Assembly of the Final Filter section is best done while installing the drum filter enclosure. Use Figure 1 and the assembly drawings specific to your equipment (included in the Osprey job manual) as a guide throughout this installation. If you have purchased a stand alone Final Filter, assemble the filter enclosure following the section labeled “Enclosure Assembly for Stand Alone Final Filters”.Assemble the drum enclosure except for the roof and front wall where the main system fan isFigure 1 Osprey Final Filter overall layout.Assemble the tubesheet panels intheir proper placein the samemanner as theenclosure wallpanels wereinstalled. Also,install the tubesheet-flashingpanel at this time.Be sure to placesilicone (includedin shipment)between allmating panelflanges.See Figures 2 and3 for examples.Figure 2 Assembled tube sheet panels and tube sheet flashing, as viewed through the drum plenum wall.Figure 3 Assembled tube sheet panels and tube sheet flashing from a stand alone Final Filter.Figure 4 Manifolds installed on manifold mounts.Bolt on the enclosure roof panels at this time. This will steady the tube sheet panels for the rest of the installation.Bolt the manifold mounts into their proper position, aligning the holes on its flange with the row of holes down the center of the tube sheet panels. Use 3/8"-16 wiz bolts and nuts to bolt it.Locate the manifold mount braces and bolt them to the tube sheet panels and to the manifold mounts using 3/8"-16 wiz bolts and nuts.Now, find the air manifolds. The air manifolds come preassembled with the diaphragm valves, solenoid valves, and air hoses. Secure them to the manifold mount braces installed earlier using 3/8"-16 x 1 1/4" bolts, 3/8" washers and lock washers, and 3/8"-16 nuts.When the manifolds are installed, install the manifold stiffeners. These keep movement and vibration of the manifolds to a minimum when the diaphragm valves are activated and the filter cartridges are pulse cleaned.-NOTE- Hardware may differ for someassemblies. Check the assemblydrawings shipped with theequipment for proper mountinghardware.hardware.-WARNING-Do not damage Do not damagethe air hoses the air hoseswhen installing when installingthe manifolds the manifoldsand manifold and manifoldstiffeners.stiffeners.Figure 4 shows an installation of the tubesheet panels, manifold mounts and brackets,the manifolds, and the manifold stiffeners.-NOTE-Act Actual assemblies may ual assemblies may ual assemblies maydiffer from figures differ from figuresused in this manual. used in this manual.Consult the assembly Consult the assemblydrawings shipped with drawings shipped withthe equipment for the equipment for details.details.Figure 5 Stand Alone Final Filter Enclosure (partiallyassembled).Enclosure Assembly for Stand Alone Final FiltersDetermine component/equipment arrangement and establish critical locations for major items and mark on floor in appropriate manner (chalk line). Consult customer and/or Osprey drawings for details (Footprint drawings are available from Osprey).-IMPORTANT- Some panels are not interchangeable. Compare the tags located on the top ofeach panel with the enclosure assembly drawing(s) included in the blue jobmanual shipped with the equipment.Assemble the front wall by first laying two panels on the ground and putting a bead of silicone (supplied by Osprey) on the end flanges of the two mating wall panels to ensure an airtight seal. Bolt the two flanges together using 3/8"-16 wiz nut and bolts supplied with the equipment. When the wall is assembled, raise it into place keeping it aligned with the mark that was make on the floor earlier. Anchor the wall to the foundation by drilling through every other hole in the bottom flanges of each panel and securing with an appropriate fastener (not supplied by Osprey). Figures 2 and 5 show a stand-alone Final Filter being assembled.together. In addition, the enclosure panels must level and plumb to insure proper fit, so shim necessary.-NOTE- Do not anchor these panels to foundation at this time. assembly is complete.wall panels are installed to ease installation.Door InstallationSilicone ends of wall panels making up door opening.Place preassembled door and frame in the panel openingand secure in place. Match drill all four corners of doorand frame assembly with the enclosure panel flanges andbolt in place utilizing the standard hardware kit.Figure 6 Door installation.Figure 7 Ducting to an Osprey Stand Alone Final Filter.Enclosure AnchoringWhen all the enclosure panels and doors are in place, tighten all screws holding enclosure panels together. Install any bolts not present in wall panels and roof panels. Check enclosure to make sure it is level and square. Shim where necessary by using wood or metal shims of appropriate thickness. Anchor enclosure to floor by drilling through holes in bottom flange of wall panels. Typical anchors used are 3/8" x 3" bolts or studs for concrete floors, 3/8" x 3" lag bolts for wooden floors or 3/8" hex bolts with nuts for steel plate or drilled and tapped holes. These items are not furnished by Osprey. These fasteners must be furnished by others or by Osprey at additional expense with prior notification of mounting surface specifications.Ducting a Stand Alone Final FilterStand Alone Final Filters may come with flanges or attachment points for ducting specified by the customer. If this is the case, attaching ducts to the Final Filter enclosure is as simple as aligning the duct flange with the corresponding flange on the enclosure then bolt the two together.If no attachment points are present, holes may be cut in the enclosure wall panels and roof panels to bolt ducting to the filter. Avoid directing airflow directly into a filter cartridge as this may reduce the life of the cartridge. Place ducting so air flow is parallel with the direction of the filter cartridges.All ducts must be properly supported by means other than the bolts holding them to the Final Filter enclosure (Figure 7). Please read the “Design Standards for Ducting Osprey Equipment” paper located in the Osprey job manual. This paper gives guidelines for material and size of ducts in relation to air flow volume and velocity.Filter Cartridge InstallationThe number of filter cartridges included with each Osprey Final Filter is determined by the volume of air passing through the filter and the speed of the airflow. There may be just a single cartridge for each opening in the tube sheet panels, or two cartridges may be installed end to end to provide desirable air flow characteristics.In each case, install the cartridges starting at the top of the tube sheet panel. Work across and then down to provide best access.Figure 8 illustrates the installation of a single cartridge. The parts needed for this are:1. Filter cartridge2. Single length crank3. Metal backed rubber washer4. Filter cartridge end cap5. ½ "-13 square nut6. ½ "-13 jam nutFirst, place the end cap on the end of the filter cartridge (not the end with the rubber seal). Slide the rubber washer on the crank, metal side first. This will ensure an airtight seal between the washer and the cartridge end cap.Put the straight end of the crank through the hole in the cartridge end cap, through the cartridge, then into the hole located in the tube sheet panel. Put the jam nut and square on the end of the crank handle. Turn the crank handle to secure the filter cartridges to the tube sheet panel.-IMPORTANT-Do not over tighten the crank handles, as it may cause damage to the seal.Figure 8 Single filter cartridge installation.Double cartridge installation is similar to the single cartridge installation. The only differences are that there are two cartridges on a longer crank, with a spider in between the cartridges for support. Figure 9 illustrates this.Figure 9 Double filter cartridge installation.Cartridge Support InstallationSome Osprey Final Filters come with a support structure for the filter cartridges. Installation of this support assembly is straightforward. Bolt the cross arms to the vertical support, and place this behind the filter cartridges so that the cranks holding the cartridges in place rest in the slots in the cross arm. When in place, drill holes through the bottom feet of the vertical supports into the foundation. Anchor into place with fasteners suitable for the foundation material. Drill holes through the top feet into the roof panels and bolt in place. Figure 10 below shows a double cartridge final filter with a cartridge support assembly.Figure 10 Double cartridges with cartridge support assembly.C ompressed Air Supply-CAUTION-Purge air lines to remove debris before connecting to air manifold. Purge air lines to remove debris before connecting to air manifold.Remove the plastic pipe cap from the end of the air manifold and connect the air supply line. Osprey recommends an air supply pressure between 80psi and 100psi, with 90psi the optimum pressure. 2.1scfm is required for systems with ¾” [20mm] diaphragm valves and 3.4scfm is required for systems with 1” [25mm] diaphragm valves. 1" NPT connections for air supply lines are located at each end of the air manifold(s). Use Teflon tape on all threaded air connections.Osprey recommends additionalcomponents installed on the compressedair supply to the final filter manifolds.These components are not supplied byOsprey as part of the base model.A lock out shut-off air valve (bleedtype), bleed type regulator and gauge,filter, and automatic condensate valveshould be installed to the air supply line.These components should preferably be located in the building for convenientservice and startup/shutdown of the unit. Figure 11 illustrates an example arrangementof these components.-NOTE- It is important It is important that the air supply be oil and moisture free. Contamination in the that the air supply be oil and moisture free. Contamination in theair used to clean filter elements will result in poor cleaning and loss inperformance.performance.Electrical Connections-NOTE- All electrical work must be done by All electrical work must be done by a qualified electrician and according to local a qualified electrician and according to localcodes.codes.Electrical control panels are built by Osprey at world voltages. All electrical schematics and panel layouts are enclosed in the panel at time of shipping. Another copy is included in the Osprey Job Manual sent with the equipment.Determine the power requirements of the Final Filter.The Wiring ProcessFor Final Filters, the wiring process begins with the Control Panel. The Control Panel should be situated as close as possible to the filters in order for controls and wiring to be highly accessible.Figure 11 Compressed air supply components.Choosing the Correct Wiring ProcedureThe wiring procedure between the Control Panel and the Final Filter manifolds may be accomplished in various ways. Osprey suggests a single EMT or Sealtight from the Control Panel to each manifold bank. This depends on the size of the Final Filter and implies that anywhere from two (2) to seven (7) runs between the Final Filter and the Control Panel would be needed.A second suggestion would be to run a sufficiently larger EMT from the Control Panel to a junction box located within the Final Filter. (From the junction box, single runs of Sealtight can be wired to each Solenoid junction box as needed.)Wiring from the Timer Board to the SolenoidNotice as the wiring from the solenoids to the timer boards is being done, that there will be occasions where two (2) solenoids are wired on one (1) output terminal, which is located on the timer boards. This doubling up of solenoids on the timer board outputs may be randomly wired through the terminals. Doubling up is executed to guarantee that each solenoid is wired back to the timer boards. When wiring two solenoids from one output terminal on the timer boards, observe that the solenoids are located on different manifolds. This is to insure proper function of the air valve and air pressure. The cleaning process entails sequential operation of each individual manifold firing independently. When initial wiring takes place, consider the order of the cleaning procedure: The system begins at the top of the manifold, travels across, and downward to the next manifold. The beginning of the following cleaning series originates at the first manifold once again. This method always progresses from top to bottom, repeatedly. Photohelic ConnectionsInstall the pressure taps for the pressure gauge(s) by drilling holes in the proper location in the filter enclosure. These locations will depend on which pressure or differential pressure is being measured. Place the threaded end of thebarb fitting through the hole from theoutside of the filter enclosure.Tighten a nut on the fitting from inside theenclosure. Attach one end of tubing to thebarb fitting and the other end to theappropriate pressure gage connection.Make sure that the tubing is fitted tightlyon the barb fitting to prevent unexpectedslipping. Double check the tubingconnection to make sure each tube connects to the filter enclosure in the proper location. Figure 12Installing taps for pressure gauges.Initial Checks7. Check all fasteners to that they are properly tightened.8. Check all electrical connections.9. Check compressed air supply connections.10. Check filter cartridges, making sure they are properly sealed against tube sheet panels.11. Check all access doors, hatches, etc., to make sure that they are closed and properly secured.OPERATIONElectrical SettingsSolenoid Sequence SetupThe timing setup between the firing of each solenoid, or pair of solenoids, should be set at ten (10) seconds for the off time. The on time setting is 0.1 second. This allows the manifold to recharge with air for the next solenoid firing.Selector and Push Button Switch OperationThe Off-ON switch when turned to the on position will allow the final filter to start operating; this is indicated by the amper Filter On light.The Photo-Timer selector switch is used as follows.PHOTO When the switch is on Photo, the final filter is controlled by the Photohelic Gauge that is monitoring the final filter pressure, when the pressure exceeds the Photohelic preset high pressure. The Final Filter will go thru a cleaning cycle until the pressure drops below the preset low pressure setting on the photohelic and then will stop.Continuous Cycle Timer In the Timer position the continuous cycle timer controls the duration that the Final Filter is cycling On and OFF, example: 5 minutes on and 15 minutes off. When the cleaning process is in the off time and if the preset high pressure is reached the cleaning process will begin and the photohelic gauge will override the timer OFF sequence. The cleaning process will continue until the low pressure preset is reached and then turn off.CYCLE Pressing the cycle push-button allows the Final Filter to cycle thru one complete cycle and turn off. Cycle time should be set to the length of time it takes to complete one cleaning cycle.StartupFirst, turn on the air supply to the air manifold and adjust the pressure from 80 psig to 100 psig. Experience indicates 90 psig to be the typical setting for satisfactory cleaning performance.Now, turn the switch on the electrical panel to ON .Compressed air is specified at a pressure of 90 psig. The control timer is factory set to clean a segment of elements every 10 seconds. The control timer is factory set for a pulse width of 1/10 sec. These are the recommended operating specifications.Adjustments other than these specified may result in poor cleaning performance or degradation of the cartridge filter. Additional cleaning energy may be obtained by adjusting the pressure to a maximum of 100 psig.DO NOT increase air pressure beyond 100 psig or damage to the filter -WARNING-aircartridges may result.cartridges may result.The filter cleaning proceeds horizontally by rows and from left to right when facing the filter clean air discharge.MAINTENANCEPeriodic Maintenance ScheduleThe following is a recommended maintenance cycle for the Final Filter.Time Period ActionsEvery month Check for cartridge damage and air leaks. Replace as necessary.Check air supply line for leaks and correct pressure.Every 3 months Run a full cartridge purge cycle (described below).Remove dust buildup on filter floor.Every year Tighten all fasteners as needed.Turn Final Filter off and lock out electrical power, along with stopping airtopping air -WARNING-Turn Final Filter off and lock out electrical power, along with sflow, before entering Final Filter.flow, before entering Final Filter.-WARNING-Always wear dust mask over mouth and nose along with eye protectionwhen entering the Final Filter cartridge chamber.when entering the Final Filter cartridge chamber.Dust will build up on the floor of the filter cartridge section. This will need to be removed periodically. The time period between cleaning will differ from process to process and will depend on the type and amount of material being handled. Osprey recommends that the material be gently swept or vacuumed from the floor. This is to prevent inhalation of airborne particles.A door is located on the side of the filter enclosure for easy access.-WARNING-Do NOT use compressed air to blow out the accumulated material on theFinal Filter floor.Final Filter floor.Every 3 months, a full cartridge purge cycle is recommended. Begin by stopping all airflow through the filter. When airflow ceases, turn the selector switch on the control panel to CYCLE or by pushing the CYCLE push-button. This allows the Final Filter to cycle thru one (or more) complete cleaning cycle(s) and let the material fall to the floor. Let the material settle to the floor before starting air flowing through the filter. For convenience, these full cartridge purge cycles should be scheduled just before the dust buildup on the floor is cleaned.Filter Cartridge ReplacementWhen a filter cartridge is damaged or too worn to continue in service, it needs to be replaced.15 -WARNING-Turn Final Filter off and lock out electrical power, along with stopping air flow, before entering Final Filter. flow, before entering Final Filter.-WARNING-Always wear dust mask over mouth and nose along with eye protection when e when entering the Final Filter cartridge chamber.ntering the Final Filter cartridge chamber.ntering the Final Filter cartridge chamber.Enter the Final Filter through the door on the enclosure. Locate the filter cartridge to be replaced. Remove the cartridge by turning the crank handle counter-clockwise and pulling the crank handle from the end of the cartridge. Place a new filter cartridge in place, insert the crank handle and rubber washer, and then tighten. See Figures 8 and 9, and the section titled Filter Cartridge Installation for more information.-IMPORTANT- Do not over tighten the crank handles, as it may cause damage to the seal.Do not over tighten the crank handles, as it may cause damage to the seal.SPARE PARTS LISTINGWhen ordering parts for your Final Filter. ALL of the following information must be included. If you are ordering by phone, be sure to have this information available when you place the call.1.) Part number2.) COMPLETE description of the part3.) Product model number - this is ESSENTIAL4.) Product serial number5.) Quantity needed6.) Length, size, color - where applicable7.) Voltage, RPM, cycle (hertz), ratios, shaft size, etc.8.) Shipping address and method9.) Customer order numberConsult the spare parts quote that shipped with the Final Filter for specific information on various parts. Contact Osprey Parts Department to place orders.。
h3c s3600系列以太网交换机 安装手册
能出现的问题及对应的检查方法。 z 附录 交换机的防雷。介绍交换机交流电源避雷器、网口避雷器的安装。
本书约定
1. 各类标志 本书还采用各种醒目标志来表示在操作过程中应该特别注意的地方，这些标志的意 义如下：
H3C、Aolynk、
、IRF、H3Care、
、Neocean、
、TOP G、
SecEngine、SecPath、COMWARE、VVG、V2G、VnG、PSPT、NetPilot、
XGbus均为杭州华为三康技术有限公司的商标。对于本手册中出现的其它公司
的商标、产品标识及商品名称，由各自权利人拥有。
小心、注意：提醒操作中应注意的事项，不当的操作可能会导致数据丢失或者 交换机损坏。
警告：该标志后的注释需给予格外关注，不当的操作可能会对人身造成伤害。 说明、提示、窍门、思考：对操作内容的描述进行必要的补充和说明。
环境保护
本产品符合关于环境保护方面的设计要求，产品的存放、使用和弃置应遵照相关国 家法律、法规要求进行。
除非另有约定，本手册仅作为使用指导，本手册中的所有陈述、信息和建议不 构成任何明示或暗示的担保。如需要获取最新手册，请登录 。
技术支持
用户支持邮箱：customer_service@ 技术支持热线电话：800-810-0504（固话拨打）
H3C S3600 系列以太网交换机 安装手册
杭州华为三康技术有限公司
资料版本：T1-08045L-20060822-C-1.01
声明
Copyright © 2006 杭州华为三康技术有限公司及其许可者 版权所有，保留一 切权利。
产品管理HUS磁盘阵列产品说明
（产品管理）HUS磁盘阵列产品说明HitachiUnifiedStorage（HUS）日立统一存储产品介绍日立数据系统有限公司2020年8月目录一. 概述1二. HDS HUS 100技术的技术优势42.1统一存储42.2独特的动态虚拟控制器和自动负载均衡7 2.3系统架构和硬件增强92.4软件增强部分112.5面向服务优化的系统132.6高安全性24×7运行保障132.7海量容量扩展和灵活的容量管理182.8SAN环境下的性能优化232.9安全简便的系统管理252.10HUS与VMW ARE的紧密结合27三. HDS HUS 100产品技术指标453.1HUS110453.2HUS130483.3HUS15050四. HDS HUS 100突出优势544.1对磁盘系统的选型依据544.2HDS HUS存储产品的突出优势55五. HUS场地准备要求565.1HUS110场地环境说明565.2HUS130场地环境说明605.3HUS150场地环境说明64一.概述日立数据解决方案价值定位今天的数据中心，除了需要面对数据量的急剧增长以及存储基础架构的复杂性之外，如何在统一存储架构中支持多种数据（块数据、文件数据、对象数据）的综合存储需求也是目前大部分企业普遍面临的问题，企业需要在满足传统的高可用性、性能、可扩展性之外，能够从容应对管理、运维以及SLO要求。
HitachiDataSystems非常了解企业面临的这些挑战，因此开发了服务导向型存储方法，使应用和业务要求能够与存储属性协调一致。
HitachiDataSystems推出了HitachiUnifiedStorage100系列存储，以模块化的方式经济高效地为大中型企业提供高效、高可靠的统一存储解决方案。
HitachiUnifiedStorage(HUS)100产品家族是HDS中端产品线新一代产品，作为广受欢迎的AMS2000系列的继任者，HUS产品线继承了HDS产品一贯的可靠性、高性能以及无瓶颈的整体优化设计。
中端存储系统HUS产品介绍
HUS130
HUS150
支持的驱动器
降低总体成本结构
利用高效的统一架构控制不断增长的 资本和运营成本。 整合文件、块和对象数据，显著降低 成本。 利用统一界面和一致的工作流简化对所 有类型数据的操作。 利用集成的设置和管理，精简管理工作。 减少在存储管理上花费的时间，使您 能够专注于自身业务。 部署和管理可预测、可扩展且灵活的 Microsoft环境。
业务优势
管理数据增长需求
系统容量扩展至近3PB，且不会带来性能 降低。 满足性能需求，同时降低存储投资。
产品资料
利用日立动态虚拟双控制器自动优化存 储性能，并且更快速地进行资源供应。 利用Hitachi Dynamic Provisioning以最 灵活的方式实现文件和块存储池化，不 受容量的限制。 充分利用256TB文件系统和单一命名空 间，降低管理工作量。
的数据保护功能以及动态虚拟控制器。智能 用一致而高效的方式进行供应、管理和归档。 自动故障切换、负载均衡、分层和迁移功能 HUS推动实现更快速、更加轻松的存储资 可以保持存储以最优性能正常运行。额外的 源供应，在虚拟化环境下满足块和文件的存 数据恢复和保护工具可以实现应用知晓的恢 储需求；它还可以为虚拟化和非虚拟化服务 复、更简便的备份、恢复、故障切换和拷贝 器环境提供应用知晓的数据保护功能。 之间的一致性，从而减少业务风险、停机时 借助高性能动态虚拟控制器，您可以轻松 完成块存储任务，从而简化供应、路径管 理和性能优化。采用 Hitachi Dynamic Provisioning，Hitachi Unified Storage能 够以最灵活的方式来实现文件和块存储池 化。文件存储依靠硬件加速、基于对象且 采用自定义FPGA的文件系统，可以支持 智能文件分层和迁移以及虚拟NAS功能， 而无需在性能和可扩展性上作出妥协。 间和迁移问题。 HUS支持多种操作系统、数据类型以及存 储和服务器环境，并可以为Microsoft、 VMware和Oracle环境提供集成的解决方案。
安装维护保养手册HBWS翰勃仕
目录目录 (1)第一章机组性能参数说明 (2)1-1.机组参数(表1) (2)第二章总体资料 (3)2-1.机组的辨认 (3)2-2.机组的验收 (3)2-3验收核对表 (3)2-4.警告和注意事项 (3)2-5.铭牌 (4)第三章机械部分 (5)3-1.概论 (5)3-1a.水冷螺杆冷水机组之特点 (5)3-2.制冷循环 (6)3-2a.循环过程示意图 (6)3-3.压缩机介绍 (6)3-4.膨胀阀 (9)3-5.液路操作阀(角阀) (9)3-6.干燥过滤器 (9)3-7.液体制冷剂显湿指示器 (9)3-8.机组的搬运与安装 (9)3-8a.储藏 (9)3-8b.位置要求 (10)3-8ba.考虑的噪音及防震 (10)3-8bb.基础 (10)3-8bc.空间距离 (10)3-9.搬运和吊装 (10)3-10.起吊程序 (11)3-11.机组水管的连接及其他部件说明 (11)A：冷凝器 (11)B：蒸发器 (13)C：水流调节阀 (14)D：水压表和温度计 (14)E：水流开关 (14)F：高低压开关 (14)G：水质的控制 (14)第四章电器部分 (15)4-1电器控制系统概述 (15)4-1.电源要求 (15)电源连接 (15)4-3.电器绝缘性能 (15)4-4.压缩机安全装置 (16)4-5.运转状态及范围 (16)4-6.机组温度控制 (16)第五章机组的操作、保养与维修 (17)5-1.开机试车前注意事项 (17)5-2.周期性保养 (18)a.每日保养和检查 (18)b.每周保养 (19)c.每三个月的保养 (19)d.每六个月保养 (19)e.年保养 (19)f.编排及其他维修保养 (19)5-3.维修 (20)5-3a.现场冷媒的充注 (20)5-3b.压缩机油 (20)5-3c.压缩机油的更换 (21)5-3d.检查油位 (21)5-3e.清洁冷凝器 (21)5-4.蒸发器的清理 (22)5-4a.机械清理的程序 (22)5-4b.化学清理的程序 (22)第六章故障分析 (23)表6 故障分析 (23)第一章机组性能参数说明1.冷冻水进水温度12℃，冷冻水出水温度7℃；冷却水进水温度30℃，冷却水出水温度35℃；状态测试：污垢系数0.0001m2℃/W；当冷却水入水温度32℃，出水温度37℃，状态测试：0.000088m2℃/W,亦可达到机组织制冷量；2.机组工作范围：冷冻水进水温度9-20℃；3.电源制式：3P-380V-50HZ。
霍尼韦尔 移动设备维护服务手册说明书
Safety and Productivity SolutionsService DescriptionGolden Image ServiceThe following services are provided subject to Honeywell Safety and Productivity Solutions’ (“HSPS”) current service contract terms and conditions available at /working-with-us/agreements or customer’s applicable separate signed agreement with HSPS.HSPS provides this optional add-on service to our Complete, Plus or legacy Comprehensive Service Contracts for our branded Mobile Computer and Mobile Printer hardware products for a period of3 or 5 years.This service includes:•Loading of customer-provided “golden image” onto units returned to HSPS for repair;•Minimum coverage volume is 100 units;•Customer is allowed to make 2 image updates per contract year.•HSPS products not covered by a valid HSPS service contract;•More than 2 image updates per year – $500 (or local equivalent) fee for each additional update.Currently shipping HSPS-branded hardware products as defined for eligibility in the current HSPS Product Price Guide. Not all levels of service are available for all products.Turnaround time for this service is dependent on the Service Contract coverage purchased. Golden Image Service will not add extra time to the contracted repair turnaround.Not all levels of service or turnaround times are available in all countries. For availability and specific options available within your country, please contact your local authorized HSPS Sales or Services representative.•For 24 x 7 support information, answers to common questions or to request technical support, please visit – knowledge database is located under “Articles”;•For service requests, please visit:o Honeywell (or Datamax-O’Neil) branded products: https:///thetechsupportall/LoginRMAo Intermec branded devices: /support/returns_repairs/index.aspxNote: Full details about creating a RMA are included on these websites.•To request a RMA, you will need the following details:o Product Part Number;o Serial Number;o Fault Description;o Return-to Address;o Contact Name;o Telephone Number.•Once you have completed the RMA request, you will be issued a RMA number and the address to return the faulty device(s) to.•Please print the shipping document and return your product to the address detailed on the RMA, ensuring a copy of the RMA shipping document is clearly visible.In order to enable HSPS to carry out its support obligations, the customer without limitation should:•Supply the HSPS Solutions Architect or Reseller with files to load on device, including any custom settings, along witha device to load for customer approval;•Provide timely updates of any changes to the golden image, and a device to load for approval;•Back up any data stored on device prior to return – HSPS is not responsible for lost data;•Check the HSPS online knowledge database for initial diagnosis and support actions;•If a repair is required, request a RMA number using the process outlined above;•Where possible, provide a technically competent person with knowledge of the system and fault to actively assist in troubleshooting and diagnosis;•Undertake any other actions that HSPS may reasonably request in order to best perform the service.•In the event that a Product is received with a fault not covered under the contract terms, HSPS will provide a repair quotation under the terms of the HSPS Flat Rate Repair Service;•All repair work and any parts used are supplied with a 90-day warranty valid from the date of repair.Reproduction in any manner whatsoever without the written permission of Honeywell is strictly forbidden. Honeywell and the Honeywell logo are either trademarks or registered trademarks of Honeywell International Inc. Other trademarks and trade names may be used in this document to refer to either the entities claiming the marks and names or their products. Honeywell disclaims any proprietary interest in trademarks and trade names other than its own.。
HDS100磁盘阵列安装手册
HDS磁盘阵列HUS-100系列安装手册日立数据系统有限公司文档版本V1.0文档用途文档撰写2012年10月1日文档审核2012年__月___日文档批准2012年__月___日声明本文档仅限于HDS工程师以及授权服务工程师使用。
目录第一章前言 (4)1.1说明 (4)1.2注意事项 (4)第二章准备 (4)第三章硬件安装 (4)3.1拆箱 (4)3.2上架 (5)3.2.1 使用原装机柜 (5)3.2.2 使用第三方机柜 (5)3.3连线 (5)3.3.1 电源线 (6)3.3.2 ENC级联线 (7)3.3.3 网线 (10)3.3.4 光纤 (13)第四章设定 (13)4.1开关模式设置 (13)4.2其他设置 (13)第五章加电 (13)5.1检查 (13)5.2设备上电 (14)5.3核查 (14)第六章安装配置 (15)6.1安装管理软件 (15)6.1.1 安装过程 (16)6.1.2 SNM2服务器端服务的操作 (16)6.1.3 客户端Java需求： (17)6.2启动界面 (17)6.3注册存储 (18)6.4配置存储 (19)6.4.1 登陆到存储 (20)6.4.2 初始化设置 (20)6.4.3 输入License (25)6.4.4 设置hot-spare (25)6.4.5 创建RAID组 (27)6.4.6 创建LUN (29)6.4.7 格式化LUN (30)6.4.8 映射LUN (30)6.4.9 全局设置 (35)6.5其他 (43)6.5.1 高级设置 (43)6.5.2 特定设置 (44)6.5.3 导出配置文件 (53)6.5.4 其他特定设置 (53)6.5.5 用户安全设定 (64)6.5.6 性能监控 (66)第七章其他安装配置 (70)第八章主机平台设置 (70)第一章前言本文档用于HDS工程师和授权服务工程师安装HUS-100使用。
1.1 说明•安装按照HDS标准文档和资料进行设备的安装；1.2 注意事项•注意相关安全事项；•遵守相关机房规定和准则第二章准备本章说明HUS-100安装之前的准备工作按照HDS中端设备安装规范准备的事项：●阅读维护手册和相关的平台的安装手册，充分考虑安装过程及步骤。
RCS Sure 100安装手册说明书
RCS Sure 100 Installation ManualIn the maintenance and operation of mechanical equipment, SAFETY is the basic factor which must be considered at all times. Throughthe use of the proper clothes, tools and methods of handling, serious accidents causing injury to you or your fellow workers can be prevented.Throughout this manual are listed a number of safety precautions. Study them carefully and follow them; also insist that those working for you do the same. Remember, an accident is usually caused by someone’s carelessness, neglect or oversight.Safety FirstInstallationNote: SurePowr actuators can be supplied for clockwise or counter-clock-wise spring driven rotation (viewed from the top of the actuator). The spring drive rotation is noted on the actuator name tag and wiring diagram. Ensure that the actuator has been supplied with the proper spring drive operation for the application prior to installation on the driven device.1. The actuator is shipped in the power off (fail) position.Ensure that the driven device is orientated to its fail positionprior to installation of the actuator.2. Care should be taken to maintain proper alignment betweenthe actuator and the device shaft. If the actuator is not in thecorrect alignment with the device shaft, repeat theprocedure in Step 1.3. Mount the actuator to the device. Ensure the actuator iscentered properly with the device shaft, and then tighten allbolts and nuts evenly.4. Remove the cover bolts located around the actuator motorand control cover flange.5. Terminate field wiring per the appropriate RCS wiringdiagram, supplied with the actuator. Use a minimum of #18AWG stranded wire.Note: Ensure the driven device is properly positioned in its full fail position. If it is not, use the adjustable end of travel stop on the Sure 100 (see figure 4) to properly adjust the fail end of travel stop. Only the fail end of travel may be adjusted. Loosen the lock nut to free the adjusting screw, then use a wrenchto turn the screw. The total adjustment available is +/- 5 degrees.Figure 1Switch adjustments for clockwise spring fail operation (viewed from the top of the actuator)a. Ensure actuator is de-energized and positioned in the clockwise (fail) position. Ensure the end of travel stop is properlyadjusted. Loosen the jam nut, and then rotate the screwclockwise to move the actuator output shaft in acounter-clockwise direction. Rotate the screwin a counter-clock wise direction to move the actuatoroutput shaft in a clockwise direction. Loosen the setscrewson Cams 1 and 3. Rotate both counter-clockwise until theyclear the switch arm rollers of Switches 1 and 3.b. Rotate Cam 1 clockwise until it comes in contact with Switch1’s arm roller and the switch “breaks”. A light “click” can beheard. Tighten the set-screws on Cam 1. Use careto not over-tighten the set screws.c. Rotate Cam 3 clockwise until it comes in contact with Switch3’s arm roller and the switch just “breaks”. A light “click” canbe heard.d. Rotate Cam 3 slightly further in the clockwise direction. Thisensures that Switch 3 will “break” just prior to the actuatorreaching the full fail position. Use care to not over-tightenthe set screws.Tighten the setscrews on Cam 3. Energize theactuator. Use care to not over-tighten the set screws. This willmove the actuator to the opposite end of travel.e. Upon reaching the opposite end of travel, Cam 2 should just engage the roller on Switch 2 so that the switch just “breaks”. This action will stop the actuator. Check that the actuator has properly positioned the driven equipment.f. If actuator travel is insufficient, rotate Cam 2 slightly clockwise until the cam just clears the roller of Switch 2. As soon as the cam clears the roller, the actuator will “bump” electrically towards the end of travel. Continue until the actuator reaches the full end of travel.g. If the actuator has over-traveled, rotate Cam 2 slightly counter-clockwise, then move the actuator towards the fail position electrically. Stop and electrically reverse the direction of travel. Move the actuator until Cam 2 operates Switch 2 and the actuator stops. Repeat this procedure until the actuator is properly positioned.h. Rotate Cam 4 until it comes in contact with Switch 4’s arm roller and the switch just “breaks”. A light “click” can be heard. Rotate the cam slightly counter-clockwise. This ensures that Switch 4 will “break” just prior to the actuator reaching the extreme opposite end of travel. Tighten thesetscrews on Cams 2 and 4.Switch adjustments for counter-clockwise spring failoperation (viewed from the top of the actuator)a. Ensure the actuator is de-energized and positioned in the counter-clockwise (fail) position. Ensure the end of travel stop is properly adjusted. Rotate the screw counter-clockwise to move the actuator output shaft in a counter-clockwise direction. Rotate the screw in a clockwise direction to move the actuator output shaft in a clockwise direction. Loosen the setscrews on Cams 2 and 4. Rotate both clockwise until they clear the switch arm rollers of switches 2 and 4.b. Rotate Cam 2 counter-clockwise until it comes in contact with Switch 2’s roller arm and the switch “breaks”. A light “click” can be heard. Tighten the setscrews on Cam 2.c. Rotate Cam 4 counter-clockwise until it comes in contact with Switch 4’s arm roller and the switchjust “breaks”. A light “click” can be heardd. Rotate Cam 4 slightly further in the counter-clock wise direction. This ensures that Switch 4 will ”break” just prior to the actuator reaching the full fail position. Tighten the setscrews on Cam 4. Use care to not over-tighten the set screws.Energize the actuator. This will move the actuator to the opposite end of travel.e. Upon reaching the opposite end of travel, Cam 1 should just engage the roller on Switch 1 so that the switch just “breaks”. This action will stop the actuator. Check that the actuator has properlypositioned the driven equipment.f. If actuator travel is insufficient, rotate Cam 1slightly counter-clockwise until the cam just clears the roller of Switch 1. As soon as the cam clears theroller, the actuator will “bump” electrically towards the end of travel. Continue until the actuator reaches the full end of travel. If the actuator has over-traveled, rotate Cam 1 slightly counter-clockwise, then move the actuator towards the fail position electrically. Stop and electrically reverse the direction of travel. Move the actuator until Cam 1operates switch 1 and the actuator stops. Repeat this procedure until theactuator is properly positioned.g. If the actuator has over-traveled, rotate Cam 1 slightly clockwise, then move the actuator towards the fail position electrically. Stop and electrically reverse the direction of travel. Move the actuator until Cam 1 operates switch 1 and the actuator stops. Repeat this procedure until the actuator is properly positioned. h. Rotate Cam 3 until it comes in contact with Switch 3’s arm roller and the switch just “breaks”. A light “click” can be heard. Rotate the cam slightly further in the clockwise direction. This ensures that Switch 3 will “break” just prior to the actuator reaching the extreme opposite end of travel. Tighten the setscrews on Cams 1 and 3. Use careto not over-tighten the set screws.6. Operate the actuator electrically several times to ensure proper operation and to verify that travel limits and stops are correctly set.7. De-energize the actuator to verify proper spring failure operation. Ensure the driven device is properly positioned in the spring failure position.8. If the actuator is supplied with an optional feedback potentiometer and/or position controller, verify proper calibration of input and output signals after making cam andstop bolt adjustments.9. Replace the actuator cover and cover screws. Before installing the cover, make sure both flange surfaces are clean and free of any deris, and that the cover o-ring is in the machined groove in the lower housing and properly seated. Also make sure that the indicator beacon is in the proper orientation. 10.The actuator is now ready for electrical operation.Wiring DiagramsSpring Drive CW On Loss of Power Spring Drive CCW On Loss of PowerFigure 3Figure 2• Power to terminal 1 & 3 will motor drive and brake hold actuatorin CW most position if the brake is energized at terminal 1 & 5when switch N.O. of SW1 closes.• Power to terminal 1 & 5 will brake hold actuator in whateverposition it is in at the time.• Power to terminal 1 & 2 will motor drive and spring hold actuatorin CCW most position.• Loss of power will spring drive and spring hold actuator in CCWmost position.• Power to terminal 1 & 2 will motor drive and brake hold actuatorin CCW most position if the brake is energized at terminal 1 & 4when switch N.O.of SW2 closes.• Power to terminal 1 & 4 will brake hold actuator in whateverposition it is in at the time.• Power to terminal 1 & 3 will motor drive and spring hold actuatorin CW most position.• Loss of power will spring drive and spring hold actuator in CWmost position.NEMA 4, 6, 7 & 9 Dimensional Information""""""""""""""""Notes:1. Direction of rotation is based on viewing actuator from top.2. Actuator shown in power fail position.*3. Two keys are recommended for driving device.Figure 4Figure 5OperationPower On: The electric motor drives the gear train, which inturn winds the spring and turns the device. An internal limit switch de-energizes the motor and the brake, which holds the return spring and device in position.Power Off: When the current is interrupted by either a control signal or a power failure, the return spring drives the device to its original position.Note: It is recommended that the actuator be driven electrically in both directions for normal operation to prolong cycle life.MaintenanceGear train is permanently lubricated at the factory for the average life of the actuator. No further attention is required.Thermal OverloadThe internal thermal overload switch de-energizes the motor and prevents overheating of the motor windings due to excessive operation, stalling or high ambient temperatures.D u t y C y c l eThe maximum duty-cycle to be expected without interruption by thermal cut-off at an ambient temperature of 65C° is 25% (3 “OFF” times for every 1 “ON” time) for the 10 second design, and 50% (1 “OFF” time for every 1 “ON” time) for the 30 second design.StorageThe Surepowr actuator must be stored in a clean, dry, temperature controlled building which is protected from the weather. Precautions shall be taken to prevent condensation inside or outside the actuator. If there is insufficient external temperature and humidity control, internal heaters must be installed and energized to protect the unit against condensation from extreme temperature variations. The actuators shall be stored off the floor on suitable pallets and must be covered with an unsealed dust protector allowing side and bottom ventilation.Isolation RelaysTo operate multiple actuators in parallel from a single signal requires isolating relays in the field wiring. Consult Factory. Troubleshooting (New Unit)Note:Most actuator problems occur due to incorrect cam/travel limit switch setting, or the use of an external travel stop on the devicethat the actuator is operating.Problem 1: Actuator is receiving electric power but the motordoes not respond.Instructions:1a. Check actuator nameplate to insure correct model,voltage type and spring return direction.1b. Check all wiring against installation wiring diagram.1c.Actuator with clockwise fail position: Using a voltmeter, check that power is available between terminals1 and 2. Then check the voltage between terminal1 (common) and the two legs of the motor and capacitor.The meter should indicate a value equal to or greater thanthe supply voltage indicated on the actuator nametag.Actuator with counter-clockwise fail position: Using a voltmeter, check that power is available between terminals 1and 3. Then check the voltage between terminal 1 (common)and the two legs of the motor and capacitor. The metershould indicate a value equal to or greater than thesupply voltage indicated on the actuator nametag.If power is not present at the motor or capacitor leads:• Cam adjustments are required• Switch malfunction• Improper wiringProblem 2: Actuator is receiving electric power but the motor onlyhums.Instructions:2a. Perform steps 1a through 1c listed above.2b. Check to insure the brake is completely disengagedwhen power is appliedProblem 3: Actuator runs but operation is erratic.Instructions:3a. Perform steps 1a through 1c listed above.3b. Check ambient temperature. Standard Surepowractuators have a maximum ambient operating temperaturerating of 65°C.c. Check duty cycle (frequency of operation). See above for3details.3d. Ensure that actuator is not continuously stalled.3e. Ensure that all wiring connections are secure.Problem 4: Motor runs continuously in spring return directionafter actuator output shaft has stopped.Instructions:4a. Adjust spring return side travel cam/switch so that thecam trips the switch before the shaft stops motion.Problem 5: Motor runs continuously but output shaft does notturn.Instructions:5a. Check for power to the bridge rectifier and clutchsolenoid.Note: Standard Surepowr actuators are manufactured with thermaloverload protectors in series with the motor common. Shouldany of the above problems cause the protector to open, it willautomatically reset when the motor temperature is lowered to asafe level.Locating and Ordering PartsFor ease and accuracy in identifying and ordering spare or replace-ment parts, submit the following information from unit nameplate.1. Serial Number2. Model Number3. VoltageRCS Actuators16240 Port Northwest DriveHouston, TX 77041T: 832-590-2306Toll Free: 1-800-945-9898F: 713-849-2879© 2021 Natural Gas Solutions North America, LLC – All rights reserved. DresserUtility Solutions reserves the right to make changes in specifications and featuresshown herein, or discontinue the product described at any time without noticeor obligation. Contact your Dresser Utility Solutions representative for the mostcurrent information. The Dresser Logo and all Trademarks containing the term“Dresser” are the property of Dresser, LLC, a subsidiary of Baker Hughes.RCS Sure 100 IOM Manual NGS.IPG.0039b06.21。
HUS_NVR4.0_CHS
网络视频录像服务器 用户手册
Honeywell
目录
1 前言 ......................................................................................................................1 章节概述 ..............................................................................................................1 特殊字体和符号说明 ............................................................................................2 使用说明 ..............................................................................................................2 2 产品简介 ...............................................................................................................3 系统概述 ..............................................................................................................3 产品特性 ..............................................................................................................4 3 启动和配置服务 ....................................................................................................6 配置数据管理中心 ................................................................................................6 配置视频流媒体服务 ............................................................................................9 4 功能介绍 .............................................................................................................12 视频转发 ............................................................................................................12 视频存储 ............................................................................................................12 历史视频回放 .....................................................................................................14 视频文件下载 .....................................................................................................15 动态同步 ............................................................................................................15 预录 ...................................................................................................................16 设备重连 ............................................................................................................16 视频文件循环覆盖 ..............................................................................................17 录像状态恢复 .....................................................................................................18 5 HUS-NVR 监控台................................................................................................19 设备总参数.........................................................................................................19 存储器信息.........................................................................................................20 回放文件列表 .....................................................................................................20 设备列表 ............................................................................................................20 实时信息 ............................................................................................................21
Cox 电缆 水管旋转机 安装与维护指南说明书
MOTORIZED HOSE/CABLE REELS:SERIES: 1125, 1125WC, 1175, 1185, 1195, 1275, 1600SERIES: 1125, 1125WC, 1175-6, 1185, 1195 SERIES: 1600 SERIES: 1275COXREELSThe technical data and images which appear in this manual are for informational purposes only. NO WARRANTIES, EXPRESS OR IMPLIED, INCLUDING WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, ARE CREATED BY THE DESCRIPTIONS AND DEPICTIONS OF THE PRODUCTS SHOWN IN THIS MANUAL. COXREELS makes no warranty (and assumes no liability) as to function of equipment or operation of systems built according to customer design or of the ability of any of its products to interface, operate or function with any portions of customer systems not provided by COXREELS.COXREELS agrees to repair or exchange the goods sold hereunder necessitated by reason of defective workmanship and material discovered and reported to COXREELS within two years after shipment of such goods to Buyer.Except where the nature of the defect is such that it is appropriate, in COXREELS’ judgment, to effect repairs on site, COXREELS’ obligation hereunder to remedy defects shall be limited to repairing or replacing (at COXREELS’ option) FOB point of original shipment, any part returned to COXREELS at the risk and cost of Buyer. Defective parts replaced shall become the property of COXREELS.COXREELS shall only be obligated to make such repair or replacement if the goods have been used by Buyer only in service recommended. COXREELS is not responsible for defects which arise from improper installation, neglect, improper use of or from normal wear and tear.COXREELS obligation shall be limited by the manufacturer’s warranty (and is not further warranted by COXREELS) for all parts procured from others according to published data, specifications or performance information not designed by COXREELS.COXREELS further agrees to replace or at COXREELS’ option to provide a refund of the sales price of any goods that do not conform to applicable specifications or which differ from that agreed to be supplied which non-conformity is discovered and forthwith reported to COXREELS within 30 days after shipment to the Buyer. COXREELS’ obligation to replace or refund the purchase price for non-conforming goods shall arise once Buyer returns such goods FOB point of original shipment by COXREELS at the risk and cost of Buyer. Goods replaced by COXREELS shall become property of COXREELS.COXREELS liability on any claim, whether in contract, tort (including negligence), or otherwise, for any loss or damage arising out of, connected with, or resulting from the manufacture, sale, delivery, resale, repair, replacement or use of any products or services shall in no case exceed the price paid for the product or services or any part thereof which give rise to the claim. In no event shall COXREELS be liable for consequential, special, incidental or other damages, nor shall COXREELS be liable in respect of personal injury or damage to property not the subject matter hereof unless attributable to gross misconduct of COXREELS, which shall mean an act or omission by COXREELS demonstrating reckless disregard of the foreseeable consequences thereof.COXREELS is not responsible for incorrect choice of models or where products are used in excess of their rated and recommended capacities and design functions or under abnormal conditions. COXREELS assumes no liability for loss of time, damage or injuries to property or persons resulting from the use of COXREELS products. Buyer shall hold COXREELS harmless from all liability, claims, suits and expenses in connection with loss or damage resulting from operation of products or utilization of services, respectively, of COXREELS and shall defend any suit or action which might arise there from in Buyer’s name – provided that COXREELS shall have the right to elect to defend any such suit or action for the account of Buyer. The foregoing shall be the exclusive remedies of the Buyer and all persons and entitles claiming through the Buyer.WARNING – APPLICATIONTHE PRODUCTS IN THIS INSTALLATION AND MAINTENANCE MANUAL HAVE BEEN TESTED UNDER CONTROLLED LABORAROTY CONDITIONS TO MEET SPECIFIC TEST CRITERIA. THESE TESTS ARE NOT INTENDED TO REFLECT THE PERFORMANCE OF THE PRODUCTS OR ANY OTHER MATERIAL IN ANY SPECIFIC APPLICATION, BUT ARE INTENDED TO PROVIDE THE USER WITHY APPLICATION GUIDELINES. THE PRODUCTS ARE INTENDED FOR USE BY KNOWLEDGEABLE PERSONS HAVING THE TECHNICAL SKILL NECESSARY TO EVALUATE THEIR SUITABILITY FOR SPECIFIC APPLICATIONS.WARNING – USER RESPONSIBILITYTHE USER, THROUGH ITS OWN ANALYSIS AND TESTING, IS SOLELY RESPONSIBLE FOR MAKING THE FINAL SELECTION OF THE SYSTEM AND COMPONENTS AND ASSURING THAT ALL PERFORMANCE, ENDURANCE, MAINTENANCE, SAFETY AND WARNING REQUIREMENTS OF THE APPLICATION ARE MET.TO THE EXTENT THAT COXREELS PROVIDE COMPONENT OR SYSTEM OPTIONS BASED UPON DATA OR SPECIFICATIONS PROVIDED BY THE USER, THE USER IS RESPONSIBLE FOR DETERMINING THAT SUCH DATA AND SPECIFICATIONS ARE SUITABLE AND SUFFICIENT FOR ALL APPLICATIONS AND REASONABLY FORESEEABLE USES OF THE COMPONENTS OR SYSTEM.WARNING – SAFETYREAD ALL SAFETY INSTRUCTIONS CAREFULLY BEFORE ATTEMPTING TO INSTALL, OPERATE, OR MAINTAIN THIS PRODUCT. ONLY QUALIFIED PERSONNEL SHOULD UNDERTAKE THE INSTALLATION AND COMMISSIONING OF THIS PRODUCT. FAILURE TO COMPLY WITH INSTRUCTIONS COULD RESULT IN PERSONAL INJURY AND/OR PROPERTY DAMAGE.FAILURE TO FOLLOW RECOMMENDED APPLICATION INFORMATION AND RECOMMENDED PROCEDURES FOR SELECTION, INSTALLATION, CARE, MAINTENANCE AND STORAGE OF REEL ASSEMBLY, SWIVEL, HOSE, COUPLINGS OR HOSE ASSEMBLIES MAY RESULT IN FAILURE TO PERFORM PROPERLY AND MAY RESULT IN DAMAGETO PROPERTY AND SERIOUS BODILY INJURY.FOLLOW GOOD MAINTENANCE PRACTICES – ESTABLISH A PROGRAM OF INSPECTION, TESTING AND REPLACEMENT OF REEL COMPONENTS FROM FACTORS INCLUDING: o SEVERITY OF APPLICATION, FREQUENCY OF EQUIPMENT USE, AND PAST PERFORMANCE OF REEL COMPONENTSONLY PROPERLY TRAINED PERSONS SHOULD INSPECT, TEST OR SERVICE REEL AND HOSE/CABLE ASSEMBLIES. PERIODIC UPDATING OF TRAINING IS RECOMMENDED.DOCUMENT MAINTENANCE, INSPECTIONS AND TESTING.PROP 65 WARNING: Handling of brass material on this product exposes you to lead, a chemical known to the State of California to cause birth defects or other reproductive harm.“WASH HANDS AFTER USE”Page 1 of 5PRESSURE WARNINGS•This equipment should be properly installed before use in accordancewith local codes and ordinances.•The pressure from the hose reel should be disconnected from thehose reel before any service functions are performed.•This hose reel must not be used for pressure greater that the ratinglisted in the COXREELS catalog / website .OPERATIONAL WARNINGS•Exercise care when handling the hose reel during normal operation.•Do not use hose different from that for which the reel is intended.Changes in diameter, weight per foot, length of hose or flexibility(Minimum Bend Radius) will affect the operation of the reel.•Mounting hardware and fasteners should be installed to maintaintightness under vibration and checked periodically to ensuretightness.•Overhead installation mountings should be such that the reel is notsupported by bolts in tension. A safety chain, cable, enclosure ornetting is strongly recommended to minimize damage and/or possibleinjury in the event of a mounting failure.MAINTENANCE WARNINGS•Modification of the equipment may cause excessive wear and willvoid the warranty. Contact COXREELS regarding changes ormodifications of equipment which could affect reliability or safety.SPECIFICATIONS & LISTINGS•The identified Series of Hose Reel products within this manual arenot certified or listed by any independent certifying or regulatory body.•This series of hose reels is intended for industrial use and areprovided with permanent mounting means.PRESSURE & TEMPERATURE RATING•All reels covered in this manual with or without hose have specificP.S.I. ratings. (Please refer to the COXREELS catalog, website orcontact Customer Service for Reel specific data). Reels should notbe used at pressures greater that the rating of the hose.•Multipurpose hose is installed with tube compounded for maximum oilresistance. Hose can be used for air, water, oil and many otherchemical applications.•Operational temperature ranges vary across the wide range of hoseoptions. (Please refer to the COXREELS catalog, website or contactCustomer Service for hose specific data). Hose reels should not beused at temperatures below or above the rating of the hose.•The operational rating of a reel not equipped with hose is determinedby the capacity of the installed hose. The pressure rating of the reelwithout hose must not be greater than the than the operationalcapacity of a reel. (Please refer to the COXREELS catalog, websiteor contact Customer Service for reel/hose specific data). Variationsin the OD of higher rated hose will affect the operational capacity ofthe reel.LABELS & MARKINGSHose Reels with and without hose•The marking of the hose reel provide with or without hose includesthe followingo The label on the frame includes the COXREELS nameand Logo, the product catalog number, the individualproduct serial number, PSI rating and what type andlength of hose intended for use on the reel.o The maximum pressure rating for every hose reelsupplied without house is marked on the COXREELSIdentification Label. In absence of this information, referto website, catalog, or customer service. Actual rating isdetermined by the installed hose and is not to exceed theindicated maximum operational rating. The pressurerating of the hose installed on reels provided without hosemust be marked on the label upon installation.PERSONAL SAFETY•Ensure reel has been properly installed before connecting supply line.•Before connecting to reel, be certain supply line does not exceedrated pressure of the hose reel or amperage rating on cable reel.•Thoroughly review the “Hose Installation” instructions to properlyinstall hose.•Perform “Operational Check” per instructions to ensure reel isoperating properly.•If a leak should occur after applying pressure to the reel, immediatelydiscontinue supply line pressure.•Be aware of other persons and machinery in work area•Do not wear loose fitting clothing when using reel•Routinely check for loose, frayed, or broken wires before operating.WARNING: Prevent static sparking. When working around flammables, ensurethat the hose reel, hose, and equipment are properly grounded.SAFETYINSTALLATION•Overhead installation mountings should be such that the reel is notsupported by bolts in tension. A safety chain, cable, enclosure ornetting is strongly recommended to minimize damage and/or possibleinjury in the event of a mounting failure.•To mount reel to a solid structure use 7/16” or M12 bolts, washers,and nuts. Masonry bolts may be used depending on mountingapplication. Mounting hardware is NOT provided. Mounting patternswill vary depending on model.•Fit mounting hardware to ceiling/wall/floor so reel can be fastenedinto position. Fit reel and tighten all hardware securely.INSTALLATION OF INLET HOSE•Apply thread sealant to inlet hose and connect to the swivel joint onreel.CAUTION: IT IS IMPORTANT TO USE A “FLEXIBLE” INLET HOSE.DO NOT USE SOLID PIPING OR RESTRAIN INLET HOSE AS TOCAUSE ANY SIDE FORCE ON SWIVEL JOINT. THE WARRANTY ISVOID IF NOT PROPERLY INSTALLED.•Install inlet hose into swivel assembly by hand tightening, followed by½ turn with wrench. DO NOT over tighten as it may damage swivel.•Flush some product through the system before connecting inlet hoseto the source. Connect end to supply source.NOTE: Before proceeding, ensure that you are installing the proper size, lengthand type of hose that the reel is rated for. Consult factory if unsure of rating.•Securely install hose reel prior to installing outlet hose.•Apply thread sealant to male hose fitting and insert into the drumopening. Note: It is recommended that a swivel type connector beused to ease installation of outlet hose.•Thread male hose fitting into outlet riser(s). Refer to figure 1.0 forsingle and figure 2.0 for double outlets. Note: Outlet riser isremovable on 1195 series.•Using a wrench, firmly hold on to riser fitting while tightening hoseconnector.CAUTION: FULLY EXTEND AND CHARGE HOSE BEFOREINITIALLY WINDING ON TO REEL. THIS PREVENTS FLATTENINGOF HOSE AND EXCESSIVE PRESSURE ON DRUM WHEN HOSE ISFULLY CHARGED DURING OPERATION.•Wind hose on to reel; operator should hand guide the hose on to reelto achieve maximum capacity.•Flush fluid through system. Inspect hose, connections, and swivel forleaks.INSTALLATION OF CABLE (1125WC SERIES)NOTE: Before proceeding, ensure that you are installing the proper size,length and type of hose that the reel is rated for. Consult factory ifunsure of rating.CAUTION: ENSURE THAT THE CABLE CONNECTOR IS SECURELYCRIMPED, SOLDERED, OR CLAMPED TO CABLE.•Place connector over stud (fig 3.0) and install brass nut (supplied).•Using a wrench, firmly hold onto the nut under the connector whiletightening the outer nut.•Connect the supply line in the same manner.HOOK-UP ELECTRICAL MOTORCAUTION: REMOVE ALL ELECTRICAL POWER WHEN WIRING. DONOT HOT WIRE. OBSERVE ALL APPLICABLE NEC, OSHA, ANDLOCAL CODES.•Ensure motor location is conducive to mounting or operating requirements.Field modifications are not recommended.•Ensure power supply and motor voltage ratings are compatible. Refer tofigures 4.0, 5.0, and 6.0 for wiring diagrams.•Install switch, solenoid, circuit breaker, etc. as required. Consult factory foroptional components.•Apply power, and inspect reel to determine proper operation.FIGURE 5.0 “EA” MOTOR DIAGRAM (DOUBLE POLE SINGLE THROW)FIGURE 6.0 “EA” MOTOR DIAGRAM (TRIPLE POLE SINGLE THROW)HOOK-UP AIR MOTORCAUTION: DO NOT EXCEED 100 PSI MOTOR INLET PRESSURE. USE AN FRL OR CONTROL VALVE (IN LINE) TO ADJUST SPEED.• A suitable sized filter/regulator/lubricator must be installed in the compressed air line within 3-6 ft. from the motor.•Use pipes that are the same size as the motor ports for lengths up to 6 ft. from the main line and pipes that are larger for lengths that are longer than 6 ft. Remove plastic plugs from two ports in motor and follow steps for muffler or 4-way valve / muffler installation.• A muffler (provided) must be connected to the outlet port on single rotation applications.•When motor is going to be driven in both directions, a 4-way valve (not included) may be used by being connected to both ports of the motor. Muffler must then be connected to the air outlet pipe or valve port.• Do not use thread tape to seal pipe threads. Use only the correct pipe sealant on the threads.• This motor requires LUBRICATION. Use GAST lubricating oil part number UK5220 or equivalent. Fill reservoir to correct level.• Apply air pressure, and inspect reel to determine proper operation.SWIVEL SEAL REPLACEMENT• Remove inlet hose from swivel.• Remove swivel from reel by unscrewing swivel from shaft. Disconnect hose from swivel.• Remove retaining ring on swivel; pull out shaft from body. • Replace the seals, lubricate and reassemble swivel.• Fit hose to swivel then fit swivel to reel. Do not over-tighten. • Reconnect inlet hose and test for leakage.NOTE : Swivels designs vary depending on the reel model. Refer to repair procedure shipped with individual seal replacement kits or consult factory.CAUTION: Release line pressure prior to making any repairs or adjustments to the reel.CHAIN REPLACEMENT (1175-1195 Only) • Remove motor as instructed. See “Motor Replacement”. • Remove chain master-link. • Install new chain. Adjust chain tension and install motor as instructed. See“Motor Replacement”.MOTOR REPLACEMENTCAUTION: Before replacing motor, remove electrical or fluid pressure from reel.• Disconnect wiring/fluid line pressure from motor.• Remove bolts securing motor and/or bracket to reel. See figures 7.0 or 8.0 depending on reel model.•Install replacement motor. Align gears or chain/sprocket depending on reel model.FIGURE 4.0 “E/ED” MOTOR DIAGRAM (SINGLE POLE SINGLE THROW)Fig 8.0 1175-1195 & 1600 Series NOTE: 1125/1275 series are direct gear driven and 1175, 1185, 1195& 1600 series are chain and sprocket driven.•If gear driven reel, adjust motor into location and secure in positionwith best gear alignment. Noise level is noticeably higher when gearis not fully engaged.NOTE: Improperly engaged gears will reduce gear life.•If chain driven reel, adjust tension on chain to allow between ¼ to ½”play in chain.NOTE: Over-tensioning of chain will reduce motor life.GEAR REPLACEMENT (1125/1275 Series Only)•Remove motor as instructed above.•Remove gear from shaft on motor by loosening set screws.•Install new gear on to shaft. Install motor as described above.SLIP RING BRUSH REPLACEMENT (1125WC SERIES)•Remove cable completely from drum of reel.•Remove access panel on drum by removing four screws.•Remove brush retaining nut to access worn brushes.•Replace with new copper brushes.Reverse above procedure to re-assemble reel.TROUBLE SHOOTING GUIDETROUBLE CAUSE REMEDYHOSE/CABLE WILL NOT FULLY FITON TO DRUM OF REELa) Hose/cable is longer than specified.b) Outside diameter of hose is larger thanspecification.c) Hose/cable was not hand guided onto reeland wound up evenly on drum.a) Cut down hose/cable to meet reels specified capacity.b) Replace hose with a hose that meets the specifiedmaximum outside diameter requirements.c) Hand guide hose/cable on to drum as it is wound on to thereel.IT IS VERY DIFFICULT TO PULLHOSE OFF REEL ON 115Vac REELWiring for motor is reversed. Refer to wiring diagram and correct motor wiring.NO ELECTRICAL CURRENT ATOUTPUT END OF CABLE.(1125WC SERIES ONLY)a) Cable is severed.b) Slip ring brushes are worn.a) Replace cable.b) Replace slip ring brushes.Note: Ensure current does not exceed rated amperage.DRUM OF REEL IS CRUSHED ORDAMAGED.Hose was not charged when initially installedon to reel.Replace damaged drum. Contact factory.Install hose per instructions.FLUID PATH (PLUMBING AND/ORSWIVEL) IS LEAKING ORDAMAGED.a) Maximum pressure rating for reel hasbeen exceeded.b) Application is not compatible withplumbing and/or swivel seal materials.a) Replace or repair damaged components. Consult factory.Check maximum pressure rating of reel.b) Contact factory to determine chemical compatibility orenvironmental issues (i.e. temperature rating).FLUID LEAKS FROM SWIVEL Swivel seals are damaged or worn.Replace swivel seals. See "Swivel Seal Replacement".Caution: Be sure leak is not at Hose Fitting!SWIVEL ASSEMBLY IN NOTMOVING FREELY OR LOCKING UPa) Inlet hose fitting has been over-tightenedb) Inlet hose is not flexible causing sideforce on swivel.Remove and examine swivel assembly for damage. Replaceas necessary.Properly tighten inlet hose. Hand tighten fitting, plus ½ turnwith wrench.。
Fujitsu E4KM100维护管理手册
ETERNUS4000M100磁阵维护管理手册文档版本控制富士通（中国）信息系统有限公司2006-1-19目录前言 (4)1 维护管理前准备 (5)1.1 工具的准备 (5)1.1.1FST (CE Terminal) (5)1.1.2交叉线 (5)2 总体步骤 (6)3 具体配置管理过程 (7)3.1 设备开机和状态检测 (7)3.2 存储设备的访问 (10)3.2.1控制面板方式 (10)3.2.2Web方式 (15)3.3 Web访问方式下的系统状态检查 (17)3.4 创建RAID组 (28)3.5创建卷 (33)3.6存储访问用户管理 (39)4 维修过程 (44)4.1硬盘的更换过程 (44)4.2电源的更换过程 (47)4.3电池的更换过程 (48)5 日常维护 (50)5.1Firmware的升级 (50)5.2Log的下载 (50)5.3电池定期检查 (57)前言本手册主要针对客户涉及到的FUJITSU ETERNUS存储产品，详细介绍项目实施中需要用到的ETERNUS4000系列中的Model M100。
本手册分章节重点对M100维护管理中将会用到的配置和维护具体操作方法进行阐述。
本手册主要作为E4000 M100存储设备维护管理手册。
1维护管理前准备在维护管理FUJITSU存储设备前，请先准备好以下各项以便进行维护和设置。
1.1 工具的准备请在设备维护前，准备好以下工具。
1.1.1FST (CE Terminal)请准备好控制终端或笔记本FST以便访问存储设备。
1.1.2交叉线需要准备交叉线一条用于FST对存储设备的访问配置。
2总体步骤1.设备开机和状态检查；2.存储设备访问3.Web访问方式下的系统状态检查4.创建RAID组5.创建卷6.用户管理。
3具体配置管理过程由于软件功能和软件配置操作具有通用性。
ERTERNUS系列尽管硬件不同，但软件操作上大同小异，我们以实际中使用最多的ETRENUS4000系统的软件配置为例子进行讲解。
SHURFLO Model 100 Nautilus 单个 fixture 泵安装与运行手册说明书
WATER PURFICATION 911-420 REV. U1SHURFLO ® Model 100 single fixture puMp installation & operation manualMOUNTINGThe pump may be mounted in any posi-tion. Always mount the pump level or below the bottom of the water tank. The pump should be as close as pos-sible to the tank. If there is positivehead pressure from the water tank to the pump inlet, the pump will prime. If mounted above the lowest water level, the pump may require forced prim-ing before operation. Never mount the pump more than 4 inches [10 cm] above the lowest water level. Secure the pump with screws through the rubber grommets (do not over compress). Use thread-locking compounds on machine screws if necessary.ELECTRICAL The pump should be on a dedicated (in-dividual) circuit, and must be protected by a fuse/circuit breaker as listed on motor label. The positive (+) side should be fused between the power supply and on/off switch.NOTE: Failure to provide proper over-load/temperature safety devices may lead to motor failure that is not covered by SHURFlo's limited warranty. Always install the pump per local and state elec-trical wiring codes. A switch rated at or above 3.0 amps is recommend and must interrupt current flow on the positive (+ red) lead. Marine applications should use a U/l Marine approved (ignition protect-ed) switch. Recommended wire size is 16 gauge or larger [1.2 Mm2] wire. Nega-tive (–) should be connected to a known ground. Ground wire must be the same (gauge/Mm2) as the positive wire.WARNING: Never operate the pump in an explosive environment. Arcing from the switch, motor brushes, or heat from the motor may cause an explosion. The Model 100 Nautilus is ISo 8846 and U/l Marine listed (ignition protected) for non-flammable liquids.CAUTION: Model 100 pump should be only used in positive prime (flooded inlet) applications . Permanent damage will occur to the shaft seal if run dry. Maximum dry run time is less than one minute. Failure due to dry running is not covered by SHURFlo’s limited warranty.CAUTION: DO NOT assume pump compatibility with fluids other than water. If fluid is incompatible with pump materials,leaks may occur . SHURFlo offers other pump models for various applications. Contact SHURFlo for compatibility or applicationinformation.2WATER PURIFICATION3545 HARboR GATEwAy SoUTH, SUITE 103, CoSTA MESA, CA 92626, (800) 854-3218 All Pentair trademarks and logos are owned by Pentair, Inc. All other brand or product names are trademarks or registered marks of their respective owners.because we are continuously improving our products and services, Pentair reserves the right to change specifications without prior notice.Pentair is an equal opportunity employer .911-420 Rev. U 12/12 ©Pentair, Inc. All Rights Reserved.PLUMBINGwhen positive pressure is teed into the output plumbing (city water entry, water heater, etc.), it is necessary to install a one-way check valve (SHURFlo P/N 340-001) after the pump. with positive pressure plumbed into the output side of the system all tubing and components should be suitable for higher pressure. Use flexible 3/8" I.D. [10mm] tubing with a pressure rating of 25 psi [1.7 bar] or higher . Tubing clamps should be used to secure the tubing over the barb fittings. Never plumb the pump with excessive stress on either port that could cause damage. A 50-mesh strainer is essential to prevent foreign debris from entering the pump. The strainer should be installed within the inlet tubing between tank and pump inlet. Failure due to foreign debris is not cover ed by SHURFlo’s limited warranty.NOTE: Never use AbS cement, pipe dope, or Teflon tape on inlet tubing. Foreign debris that enters the pump may cause premature pump failure or excess current. At zero head, open flow will be approximately one gallon per minute [4 lt/min]. Maximum pressure is 10 psi [.68 bar] at zero flow.。
GE CareScape V100 和 GE Pro 400V2 DINAMAP 配件快速安装与维护
DINAMAP Adapter - CS-RS-LCD-CLMP-78-12-02Medical Facility ResponsibilityPreventive maintenance checks must be performed regularly to maintain the quality and performance of this product. Any parts that may be broken, missing, worn, distorted, or contaminated in any way should not be used and all affected parts should be replaced immediately. Should the necessity of any repair be suspected; please contact Amico Accessories.Installation to DeviceRefer to Capsule Neuron Instructions provided by manufacturer.Installation InstructionsInstallation Tools Installation ReferenceAllen Key: 1/8"Allen Key: 3/16"Knob Replacement Screw and ToolProvided by Amico Accessories(not shown)HEADPOSTPOST SET SCREWDINAMAP AdapterROLL STAND POSTRoll StandTo Roll StandFigure 1Figure 2ROLL STAND POST by rotating it counter-clockwise as , also gently adjusting the ROLL STAND POST EXERGEN TAT-5000 holder below the SHELF tighten (instructions provided by the manufacturer).Figure 3Figure 4HOLE REPLACEMENT SCREWfor all attachments shown.KNOB REPLACEMENT SCREW in place of the few turns with the tool provided by Amico.DINAMAP Adapter - CS-RS-LCD-CLMP-78-12-02To Roll Stand for CareScape V100Figure 5a Figure 6aFigure 9a with the KNOB REPLACEMENT SCREW rotating it clockwise with the tool.Tighten with hand only, excess torque will damage the(instructions provided by the manufacturer) on top of Figure 6a and adjust the orientation as perFigure 7a Figure 8a lace the DINAMAP adapter over the ROLL STAND POST to the lowest position and adjust with the 1/8" Allen key by rotating it clockwise.Figure 9a.Adjustmentso tilt, first support the Capsule Neuron monitor, then loosen theby turning it counter-clockwise.2a. Grasp the top and bottom of the Capsule Neuron monitor and tilt it to the desired angle.by rotating it clockwise as shown inLCD HANDLEHEIGHT ADJUSTMENTTILT ADJUSTMENTEXERGEN TAT-5000 HOLDER(NOT SHOWN)Figure 9aDINAMAP Adapter - CS-RS-LCD-CLMP-78-12-02To Roll Stand for PRO 400V2Figure 5bFigure 6b ock orientation as shown in Figure 9b with the KNOB REPLACEMENT SCREWrotating it clockwise with the tool provided.Tighten with hand only, excess torque will damage the ROLL STAND6b. Secure the GE Pro 400V2 monitor on the DINAMAP adapter as shown in Figure 7b Figure 8bPOST SET SCREWlace the DINAMAP adapter over the ROLL STAND POST (GE Pro 400V2 monitor not shown)Figure 9b and tighten the POST SET SCREW key by rotating it clockwise.AdjustmentsLCD Head Tilt Adjustmento tilt, first support the Capsule Neuron monitor, then loosen theby turning it counter-clockwise.2b. Grasp the top and bottom of the Capsule Neuron monitor and tilt it to the desired angle.LCD HANDLE by rotating it clockwise as shown inFigure 9aCleaningThis product can be cleaned with water and other common cleaning liquids such as Virex, Virox, H202, and cleaning alcohol solutions. The surface will be damaged by strong chemicals such as acetone and Trichloroethylene. Damage caused by unapproved substancesDINAMAP Adapter - CS-RS-LCD-CLMP-78-12-02Amico Accessories Inc. | 85 Fulton Way, Richmond Hill, ON L4B 2N4, Canada | TollFreeTel:1.877.264.2697|Tel:905.763.7778|Fax:905.763.8587|Email:**************************Troubleshooting GuideMaintenanceWarrantyAmico Accessories Inc. warrants all mounting accessories to be free from defects in material and workmanship for a period of twelve (12) months from the date of shipment. Within this period Amico Accessories Inc. will repair or replace any part which is proven to be defective.Amico Accessories Inc. will warrant its materials to be free from defect for an additional period of four (4) years, (five [5] years from the date of shipment). Within this period, Amico Accessories Inc. will replace any part which is proven to be defective, at no charge. Shipping and Installation costs after the first twelve (12) months will be borne by the Customer.This warranty is valid only when the product has been properly installed according to Amico Accessories Inc. specifications, used in a normal manner and serviced according to factory recommendations. It does not cover products that are not manufactured by Amico Accessories Inc. It does not cover failures due to damage which occurs in shipments or failures which result from accidents, misuse, abuse, neglect, mishandling, alteration, misapplication or damage that may be attributable to acts of God.Amico Accessories Inc. shall not be liable for incidental or consequential damages resulting from use of equipment.All claims for warranty must first be approved by Amico Accessories Inc. A valid Return Goods Authorization (RGA) number must be obtained from Amico Accessories Inc. prior to commencement of any service work. Warranty work, which has not been pre-authorized by Amico Accessories Inc., will not be reimbursed.AMICO ACCESSORIES INC. DOES NOT HONOR VERBAL STATEMENTS CONCERNING THE WARRANTY.The distributor and/or dealer are not sanctioned to create verbal warranties about the product described in this agreement. Anystatements will not be honored or be made part of the agreement of sale. This document is the final complete and exclusive terms of the agreement.THIS WARRANTY IS INCLUSIVE AND REPLACES ALL OTHER WARRANTIES.Amico Accessories Inc. shall not, under any circumstances be liable for incidental or consequential damages including, but not limited to, profit, loss of sales or injuries to person(s) or property. Correction of noncompliance as noted above will result in completion of all liabilities of Amico Accessories Inc., whether based on agreement, neglect or changed materials, designs or specifications without notice.AllclaimsforwarrantymustfirstbeapprovedbyAmicoAccessoriesInc.ServiceDepartment:************************.877.264.2697.A valid Return Goods Authorization number must be obtained from Amico Accessories Inc. prior to commencement of any warranty claim.。
Household Alert HA-100 家庭警报系统说明书
Model HA-100Household Alert ®3V Lithium batteryThe Household Alert ®is designed to monitor your garage door and movement indoor or outdoor. The Garage Door Monitor sensor can be used to monitor the status of your garage door and advises you if the door is open. By placing the sensor on the door panel, you will be alerted when the door is open.The Indoor / Outdoor Motion sensor can be used to detect visitors at the front door, detects activity on the driveway, monitors activity inside your house etc.If these sensors are triggered, they will transmit wireless signal to the receiver which will beep and flash.In this package, you should find a Garage Door Monitor TMSensor, an Indoor/Outdoor Motion Sensor, a Household Alert ® Receiver, an adapter, 3V lithium battery, double-sided foam tape, ball-head joint and mounting accessories.Please follow the instructions below to set up these sensors and receiver.Double-sided foam tapeIndoor/Outdoor Motion SensorBall-head jointClipAdapterGarage DoorMonitor TM SensorHousehold Alert ®Receiver4 pcs 3 x 18 screws1 pc2 x 5 screwIn order for the sensor to communicate with the receiver properly, the sensor’s code must match with the receiver’s code.For Garage Door Monitor TMSensor, code connectors 1 to 6 can be found by opening the battery cover. Note: Before opening the battery cover, it is necessary to remove the transparent protective cover. Keep it for future use. User is required to set these code connectors randomly. Each position of the code connector can be set to “+”, “-‘ or “0” positions. Refer to the diagrams to set the code connectors properly. If the connector is placed on the top and middle posts, that column is set on “ + ”. If the connector is placed on the middle and bottom posts, that column is set on “ - ”. If the connector is removed completely, (not placed on any posts), it is set to “ 0 ”.(see diagram for examples of how to set a column to the three different positions).1. CODE CONNECTORSCode Connectors on garage door sensorCode Connectors on receiverRemove transparent protective cover ‘+’Note: A connector can be removed with the clip, as shown.Code Connectors on motion sensorZoneconnectorsNote: The factory default setting of the garage door sensor is zone 1.The motion sensor is set to zone 2 at the factory.AB Zone 1++Zone 2+-Zone 3-+Zone 4--Note: If you experience interference from a nearby system, which could accidentally trigger your system, please change the code settings on the sensor and receiver. The code setting on the sensor and receiver should still match after changing the code setting.Garage Door Monitor TM SensorIndoor/Outdoor Motion SensorEach receiver can work with up to 4 different sensors (to repre-sent 4 different zones on the receiver). There are 2 connec-tors that determine the zone number 1, 2, 3 or 4. These 2connectors can be found by opening the battery cover. Please follow table 1 to set the zone.2. ZONE CONNECTORS “+” in the table means the connector for that position should be placed on the posts.“-“ in the table means the connector for that position should be removed.Zone connectorsTable 1After setting up all the connectors, both units are ready to be powered up.Plug in the adapter to the receiver, the green LED will start flashing indicating the receiver unit is powered up but no sensor is detected. Push the detection rod to it’s fully retracted position.Remove the battery cover on the sensor and insert the 3V lithium battery to the sensor as shown in the diagram.The LED on the sensor will flash 8 times to indicate the unit is properly powered and there is signal transmission to thereceiver. The green LED on the receiver will stop flashing and stay on. Make sure to put the transparent protective cover back in place after setting up.Plug in adapter to the receiverInsert 3V battery to the sensor+“+” positive side upFor the receiver, code connectors 1 to 6 can be found opening the back cover. (refer to the diagram below for the code connectors location.) The code settings on both sensors and the receiver must be the same.Ensure both motion sensor and receiver are set with the same code. The code connectors can be seen after removing the back cover. Refer to the diagram below for the code connection location.Put the back cover back onto the receiver.For indoor/ outdoor motion sensor, code connector 1 to 6 can be found by unscrewing and opening the battery cover (refer to the diagram below for the code connectors location.) The code settings on both sensors must be the same.If the green LED on the receiver does not stop flashing, ensure the code setting on the sensor is identical to the receiver. Position the sensorvertically to allow the detection rod to drop. One of the LED on the receiver will flash and the buzzer will also beep. Please put the battery cover and transparent protective cover back in place.You can install the sensor onto the garage door.Note: The receiver may not be able to receive the signal from the sensor properly if they are too close to each other. Move the sensor further from the receiver to test again.Detection rod is fully extendedDetection rod is fullyretractedDoor closedDoor openNote:When the garage door is opening/closing,the safety reversing sensor or safety beam sensor supplied with your existing garage door opener.Step 2 – Mount the sensor onto your garage doorYou can mount the sensor onto your garage door with double-sided foam tape if the sur-face of your garage door is smooth and clean enough to provide a good adhesive surface,such surface can usually be found on a me tal garage door. Please ensure the surface is smooth and clean. Important: The bottom of the sensor should be 1/2 inch above the ground. (Refer to Diagram A)For w ooden garage doors, it is recommended to mount the sensor with screws onto the garage door with 3 x 18 screws provided.1/2 InchNote: Ensure you straighten up the antenna on the receiver to receive the best possible reception.Insert a 9V alkaline battery (not included)to the motion sensor and its LED will be on for 2 seconds. The receiver will beep and red LED flash. The sensor requires a warm up time of approx. 45 seconds before it can function properly. After powering up the sensor, face it to the wall where no motion will be detected.After 45 seconds, the sensor is ready.Wave your hand in front of the sensor,the receiver will beep and red LED willflash for approx. 15 seconds.1. POWER UPInsert 9V alkaline battery to the motionsensorThe sensitivity of the motion sensor is adjustable. Change the setting by placing the connector on either the ”High” or “Low” position. When the sensitivity is set to “Low”, more movement is required to trigger the sensor. It is recommended to set the sensitivity to “Low” and perform a“Walk Test” (Read below - “Walk Test”). If the walk test result is satisfied,the sensitivity does not require to be adjusted further. If the walk test result shows the sensitivity is too low, then you can change the sensitivity setting to “High”. Please perform the walk test after changing the sensitivity setting.2. SENSOR SENSITIVITYSensitivity Connectors on Motion SensorA ball-head joint is necessary to mount the sensor at a desire location.A height of 5-6 ft is recommended, depending on your application. Once a location is selected, mount the ball-head joint to this location by screws provided, (see diagram 1). Once the ball-head joint is mounted to the wall, slide the back of the sensor into the ball-head joint (see diagram 2).The mounting angle can be adjusted. Read below - “Walk Test” to deter-mine the best mounting angle.3. MOUNTINGDiagram 1Diagram 2After mounting the sensor at the desired location, it is important to perform a walk test in order to determine if the sensor is detecting the things you want to detect.In order to control how far the sensor can “see”,this can be done by adjusting the angle of the sensor. To reduce the detection range, simply move the sensor downward. To increase the range, move the sensor up to around 12 degrees. This will give the maximum range. However,this may not be desired if the sensor is placed outdoors, since a false trigger may occur if the sensor is set to detect motion in a distance.4. WALK TESTYou should walk in the area that you would like the sensor to monitor. The receiver will beep if the sensor detects your movement. If the receiver does not respond, adjust the mounting angle accordingly. Perform the walk test again after 30 seconds. Repeat this procedure until your motion is detected. There should be no movement in the detected area during the 30 seconds.Perform walk test in the undesired area to ensure movement cannot be detected.Tips: The sensor should not face towards direct sunlight, placing near heat or cold producing devices (i.e. A/C or furnance vents, fans, ovens,heaters etc.) that may cause false triggers.Step 1 – Select a spot on your garage door to mount the sensorBefore you install the sensor onto the garage door, make sure thegarage door is closed. The sensor assembly should be mounted on one of the vertical supports of your garage door near the bottom.When the door is closed, the detection rod should be retracted. When the door is open, the detection rod will be extended.Move the sensor downward to reduce the range.Move the sensor up to around 12 º to give maximum range.You may now test the operation of all units. Open the garage door and notice the LED flashing on the receiver. If the transmitter is programmed to zone 1, zone 1 red LED should flash and the buzzer will emit a single “beep”... continuously. After the door is closed, both the red LED and buzzer will be off, the green LED will be on.Walk in front of the motion sensor, zone 2 (default setting) red LED should flash and the buzzer will emit a “beep beep”, pause, “beep beep”...continuously for 15 seconds.If both sensors are triggered at the same time, both red LED representing 2 zones will flash together, and the buzzer will sound for 2 zones, i.e. if zone 1 and zone 2 are activated, the buzzer will sound: “beep” pause,“beep beep”, pause, “beep”, pause, “beep beep” etc.When the battery level on the sensor drops to a certain level, or the sensor is out of the operating range, the receiver will show a “loss of signal” indication. The red LED representing that zone will flash rapidly,i.e. if zone 1 sensor is lost, the zone 1 red LED will flash rapidly.When the loss of signal indication occurs, move the receiver closer to the corresponding sensor and trigger that sensor. If the red LED stops flashing rapidly, that means the receiver or sensor needs to be relocated. Ifthe “loss of signal” indication persists, replace the battery of that sensor.You can select the buzzer volume by switching the volume switch to “HI” or “LO” position.The buzzer can be disabled byswitching to the “OFF” position.The Household Alert ® receiver can work with up to 4 different sensors:garage door monitor sensors, door / window sensors, water sensors, indoor/outdoor motion sensors, etc. Please visit**********************************************************more information of how to fully utilize your Household Alert ®System.If, within one year from date of purchase, this product should become defective (except battery), due to faulty workmanship or materials, it will be repaired orreplaced, without charge. Proof of purchase and a Return Authorization are required.This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation.WARNING:Changes or modifications to this unit not expressly approved by the partyresponsible for compliance could void the user’s authority to operate the equipment.NOTE:This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful inter-ference to radio communications.However, there is no guarantee that interference will not occur in a particular installation. If this equipment dose cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:- Reorient or relocate the receiving antenna.- Increase the separation between the equipment and receiver.- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.- Consult the dealer or an experienced radio/TV technician for help.To prevent possible SERIOUS INJURY or DEATH from a closing garage door:- Activate door ONLY when it can be seen clearly, is properly adjusted, and there are no obstructions to door travel.- ALWAYS keep garage door in sight until completely closed. NEVER permitanyone to cross path of closing garage door.CUSTOMER SERVICE17 Sheard Avenue, Brampton, Ontario, Canada L6Y 1J3Email:***********************P/N. 101A223-003 Rev.3©2005 SKYLINK GROUPIf you would like to order Skylink’s products or have difficulty getting them to work, please :1. visit our FAQ section at , or********************************** (reply within 24 hrs), or3. call our toll free at 1-800-304-1187 from Monday to Friday, 9 am to 5 pm EST.Fax +800 286-1320When a sensor is triggered for a long period of time, you may stop the buzzer by pressing the mute button. When another signal comes again,you can disable the buzzer for all currently activated sensors by pressing the mute button. The receive will beep again if it receives another signal.For instance, if you are working on your lawn with the garage door open, you may want to disable the buzzer for this garage door only. Then you can press the “Mute”button after it starts to sound. If any other sensor is triggered, the receiver will soundagain.。
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HDS 磁盘阵列 HUS100 系列维护手册李 新2014 年 11 月第1章硬件安装1.1 拆箱将HUS100 从包装中拆出，准备放入机架：✓注意设备的重量；✓拆除外包装纸箱等；✓拆除泡沫；✓保留有关的线缆、光盘资料和清单说明；✓注意干燥剂；✓勿撞击或者刮花表面；✓请勿堆叠；1.2 上架1.2.1 使用原装机柜如果使用HDS 原装机柜，机柜中已经包含支撑托架，则将HUS100 控制模块以及扩展模块依次放入机柜，原则：✓控制模块放在下面，扩展模块依次往上摆放；✓第一机柜摆放完之后使用第二机柜，从下往上摆放，依此类推；✓控制模块占用2个U，每个扩展模块占用2个U，每个高密度扩展模块占用4U；✓盖上前面板；1.2.2 使用第三方机柜如果使用第三方机柜，则需要使用导轨或者托板（层板），每套导轨每个托板安装一个模块，安装原则：✓每套导轨每个托板安装一个模块；✓控制模块放在下面，扩展模块依次往上摆放；✓第一机柜摆放完之后使用第二机柜，从下往上摆放，依此类推；✓控制模块占用2个U，每个扩展模块占用2个U，每个高密度扩展模块占用4U；✓盖上前面板；1.2.3 开关前面板如上图所示，利用HUS110的专用钥匙开锁后，从面向存储的右侧拉开面板，之后，将面板往右拉即可将前面板完全开启。
关上前面板则采取相反的过程。
1.3 到扩展柜的数据连接线（ENC）1.3.1 ENC线的区分ENC线是指连接同一套存储各个磁盘柜之间的数据线，ENC线的连接及拆除需要由经过专业训练的HDS工程师操作，否则极易造成存储故障。
1. 锁定拉环2. 此标识表示插入ENC Out或者控制器接口3. 此标识表示插入ENC In第2章上电HUS110系列扩展模块的电源输入没有设置单独的交流电源开关，因此在外部供电正常之后，主要由主模块的主电源开关进行加电和下电。
2.1 关闭存储2.1.1 注意事项✓控制器前面板的绿色读指示灯快速闪烁时（每分钟30-50次），不要关闭存储。
✓警报灯快速闪烁时（每分钟30-85次）不要关闭存储。
✓遵循先关服务器，再关存储的原则。
2.1.2 关机步骤控制器0或控制器1的电源开关（长按3秒钟以上），生效后，C-PWR指示灯会闪，等待存储关机，关机后前面板的绿色指示灯熄灭，看上去变成了橙色。
2.2 开启存储2.2.1 检查检查基本供电是否正常和满足需求：✓电源电压和功率满足需求；✓电源线插入电源模块；✓两路电源冗余；✓可靠连接到存储；✓注意锁扣，以防电源线被误拔出；2.2.2 开机步骤控制器0或控制器1的电源开关（长按3秒钟以上），生效后，C-PWR指示灯会闪，等待存储开机（5-7分钟），开机成功后，前面板的绿色指示灯常亮。
约5~7分钟之后，系统启动完成，在此期间通过观察指示灯来判断设备启动状态，或者通过浏览器进行检查确认。
Ready灯亮或者浏览器观察到进入Ready状态，表明系统启动正常。
如果WARNING或者ALARM灯亮，则表示系统有故障信息，需要进行维护处理。
2.3 管理端口每个控制器有两个网络端口（RJ45），默认IP地址为：一般使用管理端口（下图中的LAN1）实施监控，只有不知道管理端口的IP时，才通过维护端口（LAN0,可能被盖住）查看设备。
维护端口的IP 是固定的（10.0.0.16 和10.0.0.17），用户不应变更。
2.4 光纤光纤连接按照规范将光纤连接到对应的服务器或者光纤交换机等设备。
注意：✓光纤型号满足需求；✓光纤勿压，勿折；✓光纤转弯半径不小于6 公分；第3章安装配置本章主要描述通过管理软件对存储进行配置和设置。
1. 通过浏览器直接访问HUS110存储，则进行基本状态的检查和相关的维护；像日常的硬件状况监测都可以通过此界面观察2. 存储的配置需要通过Storage Navigator 2 V20以上版本进行（简称SNM2，下同）;3. HUS110存储的管理是三层结构，浏览器－》服务器－》存储，SNM2是服务器软件，客户端使用浏览器方式进行。
3.1 安装管理软件3.1.1 安装过程安装过程按照画面提示进行输入相关信息；IP Addr 填写管理服务器的 IP地址，若装在自己的笔记本也可不填3.1.2 SNM2服务器端服务的操作建议不要使用Windows 的图形界面启动或停止SNM2 的Servicesc:\Program Files\HiCommand\Base\bin\hcmdssrv.exe /startKAPM06440-I The HiRDB service has already Started KAPM05007-I Already started service. Service-name HBase Storage Mgmt Web serviceKAPM05007-I Already started service. service-name =HBase Storage Mgmt Common service.c:\Program Files\HiCommand\Base\bin\hcmdssrv.exe /stopKAPM05017-I Succeeded in stopping of service. Service -name =HBase storagemgmt common service. KAPM05017-I Succeeded in stopping of service. Service -name=HBase storage mgmt web service.KAPM06441-I The HiRDB services has already stopped3.1.3 客户端Java需求✓JRE 1.6.0_10 or newer 不需要设置✓less than 1.6.0_10–Start◊Settings◊Control Panel.–From the Control Panel, select the Java.–Click View of the upper position in the Java tab.–Enter “-Xmx192m”–(“-Xmx216m”when the Hitachi Storage Navigator Modular 2 is version7.00 or later)3.2 启动界面利用Web 浏览器登入SNM2 管理界面，WEB 地址为http://<IP address>:23015/StorageNavigatorModular/Login默认登陆用户名/密码：system/manager初次登录后在 Arrays 列表里是没有存储的，需要手工注册要管理的存储，SNM2 V20 以上版本可以管理HDS 的HUS110、AMS2000、AMS1000 等系列的存储。
3.3 注册存储SNM2 软件初次使用时尚无存储进行管理，软件会自动提示注册存储；如果SNM2 原来已经有存储在使用，则点击Add Array，弹出以下画面，执行四个流程：Introduction Screen > Search Array Screen > Add Array Screen> Finish ScreenIntroduction Screen解释SNM2 注册存储的说明。
Search Array Screen登记存储的IP 地址，如下图所示，可以输入SNM2 服务器接通的存储管理端口IP，允许单个控制器的IP 或两个控制器的IP。
Add Array Screen显示增加存储的信息Finish Screen显示完成的信息3.4 配置存储3.4.1 登陆到存储点击需要管理的存储，如果是出厂设置好的存储，或者已经输入Account Authentication License 之后出现以下画面（如果没有输入该License，则系统不会提示下述信息，HUS110 系列默认没有Account Authentication License）3.4.2 初始化设置对存储进行初始化设置，用于第一次或者需要对存储进行初始化设置。
点击Initial Setup，按照以下几步进行操作Introduction Screen > Set up Email Alert > Set up Management Ports >Set up Host Ports > Set up Spare Drives > Set Up Date and Time > Confirm > FinishIntroduction显示初始化的操作信息Set up Email Alert设置Email 提醒和告警功能Set up Management Ports修改管理端口地址修改前端端口属性（连接交换机要改为Point-to-Point，直联服务器使用Loop）设置热备盘Set Up Date and Time 修改系统时间各项确认添加完成之后的显示信息第4章H US110存储的管理4.1输入License在初始画面点击Install License.点击Key file 或者Key Code，输入对应项目，点击Ok。
注意：1．SNMP License输入之后，系统提示告警信息，因为没有配置SNMP相关设置，根据实际情况或者配置相关的SNMP信息或者Disable 这个License许可；2．Account Authentication输入之后在登陆存储的管理时需要输入用户名和密码；3．Cache Residency Manager（Cache驻留或者称作内存盘）和Cache Partition Manager（Cache分区管理）如果暂时不需要这个功能，可以考虑暂不输入或者将License禁用。
4.2设置hot-spare在初始化界面中如果没有设置热备盘，或者需要调整热备盘，则点击以下画面进行处理：4.3创建RAID组点击RAID Groups，再点击Create RG输入相关的信息进行创建4.4创建LUN注意：1．默认Stripe Size是256KB，根据需要可进行调整；2．默认情况下，创建完成之后会进行格式化；指定RAID Group号码；LUN的号码可以指定或者使用系统自动生成；指定容量，点击Ok.系统提示Mapping的操作，可以选择Close暂不进行Mapping；Create More LU 可以进行多个LUN 的操作。
4.5格式化LUN创建LUN 的时候系统默认选择格式化。
如果在创建时没有选择格式化，则可以在LUN 的汇总部分选择对应的LUN进行格式化。