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Aspen HYSYS安装疑难指导1.从哪里可获得关于软件许可证管理器（SLM）更多的信息？有关许可更多的信息，请查阅AspenONE Documentation DVD上的软件许可证管理器安装和参考指南。
2.产品文件在哪里？要查看产品文件，在您的DVD阅读器中插入aspenONE Documentation DVD。
3.如果没有DVD阅读器怎么办？如果您没有DVD阅读器，请通过联系AspenTech 支持团队。
4.找不到之前安装的产品，它们在哪里呢？通过停止和结合一些产品到某些现存产品，AspenTech已经减少了它所支持的产品数量。
在一些案例中，一个产品可能已被停止，而另外一些之前安装的产品可能被结合到其它产品中并且再不能单独使用。
也有少数的产品是才销售的，但是在DVD集合产生时也变得不可用。
这些产品可从Support网站下载。
更多的信息，请点击查看AspenTech技术支持网站上的产品生命周期页面，在那里有列举被停止和整合的产品。
如果您找不到您的产品，请联系AspenTech技术支持团队。
5.怎样修复SLM安装？偶尔AspenTech产品因为失败是它们不能获得一个许可。
这可能是因为：·SLM没有被正确配置。
·许可证服务器上的许可证已改变。
·网络或许可证服务器非常繁忙。
·许可证服务器已坏。
简单的解决方案如下：（1）确保你正运行的是最新版本的SLM.。
Aspen SLM*.dll文件位于：<ROOT>:\Program Files\Common Files\hyprotech\shared\strgxi2.dll注意：针对不同语言版本的操作系统，上面的路径可能不同。
（2）确保安装的SLM是正确的。
打开一个DOS提示符并输入：regsvr32<ROOT>:\Program Files\CommonFiles\hyprotech\shared\strgxi2.dll（3）清理你的SLM配置：·移除你的Ishost环境变量·移除你的AEATokenmod e环境变量·移除你的LicenseMode变量·如果你正使用一个Ishost文件，移除它·移除HKEY_LOCAL_MACHINE/Software/Aspentech/SLM/下的所有登录项目（4）使用SLM配置向导安装最新的SLM配置。
应用与指导243第五章化学应用下面是丙二醇生产的应用实例。
在连续搅拌槽式反应器（CSTR）中，环氧丙烷与水发生反应生产丙二醇。
反应器的出口产物注入到分馏塔中，从分馏塔底回收乙二醇。
该过程的流程图如下所示：图5.1(注：该过程的完整的模拟过程请参见HYSYS\SAMPLES目录中的TUTOR3.HSC文件)下面描述如何利用HYSYS完成该过程的模拟。
本例完整地描述出了整个模拟过程，其中包括选择物性包和组分、定义反应、安装物流和单元模块以及检验、研究最后结果。
模拟过程中将利用HYSYS的各种界面工具，从中你可以充分体验到HYSYS界面的灵活易用性。
开始工作前，应该首先阅读本手册最前面的部分：第一章－HYSYS应用实例（HYSYS Tutorials）。
下面开始HYSYS模拟过程，首先创建一个新的工况。
按以下过程设置参数会话窗口：1. 打开工具菜单并选择参数设置会话窗口（Preference）。
参数会话窗口出现。
2. 目前处于模拟(Simulation)标签的选项(options)页。
通过单击检查框不选择243第五章 化学应用244 244使用模式属性窗口（Use Modal Property Views ）。
3. 用鼠标左键单击变量标签，打开单位页。
创建一个新的单位集（注：按以下步骤创建一个新的模拟过程：1、创建单位集。
2、选择柔性包。
3、选择组分。
4、规定反应。
5、创建和规定进料物流。
6、安装并定义混合器和反应器。
7、安装并规定精馏塔。
）开始创建模拟的第一步是选择单位集。
HYSYS 不允许改变三个缺省的单位集。
然而通过复制现有的三个单位集，可以创建一个新的单位集。
比如说，基于现有的Field 单位集，可以创建并定制新的单位集：1. 在已有的单位集列表中，单击Field 单位集，使其处于激活状态。
此时应注意液相体积流率的缺省单位是桶/天；本例中，我们将把流率的单位改为USGPM 。
图5.22. 单击复制单位集按钮。
如何使用HYSYS本文档告诉你如何使用HYSYS的手册，推荐你按照如下几点规则工作。
在开始其他正式学习前，首先要阅读第一章“HYSYS简介”，然后按照手册对快速启动中的例子进行练习，至少完成其中的一个（我推荐第一个和第三个例子。
这些是是关于气体过程和化学品的）。
其余的章节的教程都是假设在你已经掌握着这些基本的知识和操作方法的基础上的。
注意：在手册开始提到的qstartss.hsc文件并没有被定位到手册上说明的位置，后面的介绍将告诉你如何定位这个文件。
下面是我们这个教程的一个目录：HYSYS简介反应与反应堆逻辑单元工具与技巧各种信息HYSYS简介这一章和紧接的一章都是向你介绍在这个HYSYS设计课程中经常使用的几个主要的工具。
现在的HYSYS软件都有很多很好的参考资料和用户使用手册。
这次的设计教程对这两种资料都是需要的。
每一种都应该还有一下几个部分：启动、快速参考、指南、应用，参考书卷一，参考书卷二。
请不要把这些内容从教室中移除。
对于启动和指南部分，万维网的用户可以访问如下的地址：http://www.hyprotech.ab.ca/support/dox.htm，应用部分可以访问http://www.hyprotech.ab.ca/support/examples/hysysappexamp.htm。
关于HYSYS的一点介绍对于HYSYS和Aspen这样的软件，都是为了让你能够尽可能设计出和实际情况相符合的过程模型来，两者最大的区别在于他们的用户界面不同。
在使用过HYSYS和Aspen之后，我个人的意见还是觉得HYSYS在界面上还是更胜一筹。
除非你要做一些HYSYS无法完成而必须用Aspen来完成的工作之外，我推荐你使用HYSYS，在其中你可以进行各种情况的模拟。
当然，我也会尽可能的在教程提醒你HYSYS的某些局限的地方。
不像Aspen，HYSYS不会等到你把所有的参数都完全输入完毕后才开始计算，HYSYS总是在后台不停的进行计算，任何数据上的修改，HYSYS都会立即重新计算，并且立即的反映出来，这样就更容易让你发现你在设计你的模拟环境时候出现的错误。
Installation InstructionsH-Series Brushless Servo Motor(Catalog Number H-2005, H-3007, H-3016, H-4030, H-4050, H-4075, H-6100, H-6200,H-6300, H-8350, and H-8500)These Installation Instructions describe how to install the H-Seriesmotors. Use this document if you are responsible for designing,installing, or troubleshooting the Allen-Bradley® H-Series motorproducts. Read all instructions before installing this motor.P ageFor: See Receiving and Maintenance Information2Motor Catalog Number Identification2Before You Install the Motor3Using Shaft Seals3Using Couplings and Pulleys4Preventing Electrical Noise5Building and Installing Cables6Installing Your Motor7Guidelines for Installation8Mounting Dimensions9Connector Data12Feedback Connectors12Power Connector and Brake Connector13Motor Load Force Ratings14Motor Radial Load Force Ratings15Cables and Connector Kits16Shaft Seal Kits17Publication 1398-IN517A-EN-P — August 20012H-Series Motor Installation InstructionsReceiving and Maintenance InformationThe customer is responsible for inspecting the equipment before accepting the shipment from the freight company. Check the item(s) you receive against your purchase order.Maintain your motor within the following environmental conditions:•in a clean, dry location•within the operating temperature range, 0° to 40° C (32° to 104° F) •within the storage temperature range, -30° to 70° C (-25° to 158° F) •within the relative humidity range, 5% to 95% non-condensing•in a non-corrosive atmosphereMotor Catalog Number IdentificationH - 4030 - P - H 00 AAFACTORY DESIGNATED OPTIONSAA Standard FlangeAN NEMAOPTIONS00Standard0424V DC BrakeOPTICAL ENCODER LINE COUNTF1000H2000 (Standard)K5000 1L500M3000HIGH RESOLUTION ENCODERM2Multi-turnS2Single-turnMOTOR WINDING Ke DESIGNATORFRAME SIZESERIES DESIGNATORH Low Inertia1The 5000 line count encoder limits the motor’s top speed to 3600 RPM due to frequency output limit of the encoder.Check drive system configuration data for additional restrictions imposed by drive input.Publication 1398-IN517A-EN-P — August 2001H-Series Motor Installation Instructions 3 Before You Install the MotorBefore installing or storing the motor:1. Remove the motor carefully from its shipping container.2. Visually inspect the motor for any damage.3. Examine the motor frame, front output shaft, and mounting pilot forany defects.4. Notify the carrier of any shipping damage immediately.Do not open or attempt to open the motor.Only a qualified Allen-Bradley employee canservice this type of motor.Failure to observe these safety procedures couldresult in personal injury or equipment damage.Using Shaft SealsAn additional seal is required on the motor shaft near the motor front bearing, if the shaft is exposed to fluids or significant amounts of fine dust. This includes lubricating oil from a gearbox. The motor ingress protection (IP) rating depends on the usage of shaft seals and environmentally sealed connectors/cables. The additional seal is not recommended in applications where the motor shaft area is free of liquids or fine dust. Refer to Shaft Seal Kits on page17 to find the catalog number of the seal kit for your H-Series motor.Publication 1398-IN517A-EN-P — August 20014H-Series Motor Installation InstructionsUsing Couplings and PulleysMechanical connections to the motor shaft, such as couplings and pulleys, require a torsionally rigid coupling or a reinforced timing belt. The high dynamic performance of servo motors can cause couplings, pulleys or belts to loosen or slip over time. A loose or slipping connection will cause system instability and may damage the motor shaft. All connections between the system and the servo motor shaft must be rigid to achieve acceptable response from the system. Periodically inspect connections to verify their rigidity.When mounting couplings or pulleys to the motor shaft, ensure that the connections are properly aligned and that axial and radial loads are within the specifications of the motor. Refer to Motor Load Force Ratings on page14 for guidelines on how to achieve 20,000 hours of motor bearing life.Damage may occur to the motor bearings and thefeedback device if sharp impact to the shaft isapplied during installation of couplings and pulleys.Damage to the feedback device may result byapplying leverage from the motor mounting face toremove devices mounted on the motor shaft.Do not strike the shaft, couplings, or pulleys withtools during installation or removal. Use a wheelpuller applying pressure from the user end of theshaft to remove any friction fit or stuck device fromthe motor shaft.Failure to observe these safety procedures result indamage to the motor and its components.Publication 1398-IN517A-EN-P — August 2001H-Series Motor Installation Instructions 5 Preventing Electrical NoiseElectroMagnetic Interference (EMI), commonly called noise, may adversely impact motor performance by inducing stray signals. Effective techniques to counter EMI include filtering the AC power, shielding and separating signal carrying lines, and practicing good grounding techniques.Effective AC power filtering can be achieved by using isolated AC power transformers or properly installed AC line filters.To help avoid EMI:1. Physically separate signal lines from motor cabling and power wiring.Do not route signal wires with motor and power wires, or over the vent openings of servo drives.2. Ground all equipment using a single-point parallel ground system thatemploys ground bus bars or large straps. If necessary, use additional electrical noise reduction techniques to reduce EMI in noisyenvironments.Publication 1398-IN517A-EN-P — August 20016H-Series Motor Installation InstructionsBuilding and Installing CablesKnowledgeable cable routing and careful cable construction improves system ElectroMagnetic Compatibility (EMC).To build and install cables, perform the following steps:1. Keep wire lengths as short as possible.2. Route signal cables (encoder, serial, analog) away from motor andpower wiring.3. Separate cables by a minimum of 0.3 m (1 ft) for every 9 m (30 ft) ofparallel run.4. Ground both ends of the encoder cable shield, and twist the signal wirepairs to prevent electromagnetic interference (EMI) from otherequipment.High voltage can be present on the shield of apower cable if the shield is not grounded.Ensure there is a connection to ground for anypower cable shield.Failure to observe these safety procedures couldresult in personal injury or equipment damage.H-Series motors with high resolution encodersrequire the use of Allen-Bradley power andfeedback cables.H-Series connector kits do not provide thenecessary connector grounding for use with highresolution encoders.Failure to observe these safety procedures couldresult in personal injury or equipment damage.Publication 1398-IN517A-EN-P — August 2001H-Series Motor Installation Instructions 7 Installing Your MotorThe installation must comply with all local regulations and use of equipment and installation practices that promote electromagnetic compatibility (EMC) and safety. Preferred fasteners are stainless steel.Unmounted motors, disconnected mechanicalcouplings, and/or disconnected cables aredangerous if power is applied.Disassembled equipment should be appropriatelyidentified (tagged-out) and access to electricalpower restricted (locked-out).Before applying power to the motor, remove theshaft key and other mechanical couplings whichcould be thrown from the shaft.Failure to observe these safety procedures couldresult in personal injury or equipment damage.An H-Series Personality Module must be installedon servo drives requiring a Personality Module.Rapid shaft rotation up to one revolution mayoccur when the drive is enabled, if an H-SeriesPersonality Module is not installed.Failure to observe these safety procedures couldresult in personal injury or equipment damage.Publication 1398-IN517A-EN-P — August 20018H-Series Motor Installation InstructionsGuidelines for InstallationObserve the following for installing the motor:1. Allow sufficient clearance around the motor to keep it within itsspecified operating temperature range. Refer to Receiving andMaintenance Information on page2 for operating range. Do notenclose the motor unless forced air is blown across the motor forcooling. A fan blowing air across the motor will improve itsperformance. Keep other heat-producing devices away from the motor.2. Refer to Mounting Dimensions on page9 to determine the mountingdimensions of your motor.3. Place the motor with connectors pointing downward.4. Properly mount and align the motor.5. Attach all power and encoder cables after the motor is mounted, anduse a drip loop in the cable to keep liquids flowing away from the connectors.Outer surfaces of motor can reach hightemperatures, 100° C (212° F) during motoroperation.Take precautions to prevent accidental contact withhot surfaces. Consider motor surface temperaturewhen selecting motor mating connections andcables.Failure to observe these safety procedures couldresult in personal injury or equipment damage.Publication 1398-IN517A-EN-P — August 2001H-Series Motor Installation Instructions 9 Mounting DimensionsThe dimension symbols and actual dimensions of the different models in the H-Series are referenced in tables on pages 9 and 10.Figure 1H-2000 Standard Mounting DimensionsFigure 2Publication 1398-IN517A-EN-P — August 200110H-Series Motor Installation InstructionsPublication 1398-IN517A-EN-P — August 2001Dimension (Refer to drawing)H-Series Motor2005 3007 3016 4030 4050 40756100620063008350 8500 ADmm 757575767676101101101(4)112112 (in.)(2.95)(2.95)(2.95)(3)(3)(3)(4)(4)(4.41)(4.41)AH mm2330305050508080808585(in.)(0.9)3(1.18)3(1.18)3(1.97)3(1.97)3(1.97)3(3.15)3(3.15)3(3.15)3(3.35)3(3.35)3AJ mm75100100145145145200200200265265 (in.)(2.95)(3.94)(3.94)(5.71)(5.71)(5.71)(7.87)(7.87)(7.87)(10.43)(10.43)BE mm15.210.910.915.515.515.521.321.321.322.422.4 (in.)(0.6)(0.43)(0.43)(0.61)(0.61)(0.61)(0.84)(0.84)(0.84)(0.88)(0.88)BF mm5.87710101013.513.513.51515 (in.)(0.23)(0.28)(0.28)(0.39)(0.39)(0.39)(0.53)(0.53)(0.53)(0.59)(0.59)D mm1114141919193535354242(in.)(0.43)2(0.55)2(0.55)2(0.75)2(0.75)6(0.75)6(1.38)7(1.38)7(1.38)7(1.65)7(1.65)7EA mm1820204040406060606060 (in.)(0.71)(0.79)(0.79)(1.57)(1.57)(1.57)(2.36)(2.36)(2.36)(2.36)(2.36)EB mm1215152020203838384545 (in.)(0.47)(0.59)(0.59)(0.79)(0.79)(0.79)(1.5)(1.5)(1.5)(1.77)(1.77)L(see Note a)mm 197172223213264315277353429375426 (in.)(7.7)(6.77)(8.77)(8.39)(10.39)(12.4)(10.91)(13.9)(16.89)(14.76)(16.77)L(see Note b)mm –211262266317368330406482478529 (in.)(8.31)(10.31)(10.47)(12.48)(14.49)(12.99)(15.98)(18.98)(18.82)(20.83)L(see Note c)mm ––––––272348424369420 (in.)(10.71)(13.70)(16.69)(14.53)(16.54)L(see Note d)mm ––––––325401477472523 (in.)(12.80)(15.79)(18.78)(18.58)(20.59)M mm608080110110110114.3114.3114.3230230 (in.)(2.36)1(3.15)1(3.15)1(4.33)5(4.33)5(4.33)5(4.5)5(4.5)5(4.5)5(9.06)8(9.06)8P mm808989121121121178178178241241 (in.)(3.15)(3.5)(3.5)(4.76)(4.76)(4.76)(7.01)(7.01)(7.01)(9.49)(9.49)S mm4 x 45 x 5 5 x 56 x 6 6 x 6 6 x 610 x 810 x 810 x 812 x 812 x 8 (in.)(0.16 x 0.16)(0.2 x 0.2)(0.2 x 0.2)(0.24 x 0.24)(0.24 x 0.24)(0.24 x .24)(0.39 x 0.31)(0.39 x 0.31)(0.39 x 0.31)(0.47 x 0.31)(0.47 x 0.31)T mm 2.43333344444(in.)(0.09)4(0.12)4(0.12)4(0.12)4(0.12)4(0.12)4(0.16)4(0.16)4(0.16)4(0.16)4(0.16)4Tolerances:1 Tolerance is –0.03 mm (–0.0012 in.).9H-2000 Thread = M3 x 0.5 mm (0.0197 in.), Thread Depth = 10 mm (0.39 in.).H-3000 Thread = M3 x 0.5 mm (0.0197 in.), Thread Depth = 10 mm (0.39 in.).H-4000 Thread = M6 x 1 mm (0.0394 in.), Thread Depth = 15 mm (0.59 in.).H-6000 and H-8000 Thread = M8 x 1.25 mm (0.0492 in.), Thread Depth = 20 mm (0.79 in.).2Tolerance is –0.01 mm (–0.0004 in.).3Tolerance is ±0.5 mm (±0.0196 in.).4Tolerance is ±0.2 mm (±0.0079 in.).5Tolerance is –0.035 mm (–0.0014 in.).7 Tolerance is –0.16 mm (–0.0006 in.).8Tolerance is –0.46 mm (–0.0181 in.).Notes:a = Optical encoder, without Brake c = High Resolution Encoder without Brakeb = Optical encoder with Braked = High Resolution with BrakeH-Series Motor Installation Instructions 111 Tolerance is ±0.508 mm (±0.02 in.)3 Tolerance is ±0.254 mm (±0.01 in.)2 Tolerance is –.0762 mm (–0.003 in.)4 Tolerance is –0.0127 mm (–0.0005 in.)Notes:a = Optical encoder without Brakeb = Optical encoder with BrakePublication 1398-IN517A-EN-P — August 200112H-Series Motor Installation InstructionsPublication 1398-IN517A-EN-P — August 2001Connector DataThe tables below list the signal descriptions for the feedback, power and brake connector pins.Feedback ConnectorsEncoderHigh ResolutionPin Signal Pin Signal AA+A Sin+B A-B Sin-C B+C Cos+D B-D Cos-E I+E Data+F I-F Data-G Encoder Case G Reserved H ABS H J +5V DC J K +5V DC K +5V DC L COM L Common M COM M Reserved N Hall B N P Hall C P R TS+R TS+S TS-S TS-T Hall AT ReservedH-Series Motor Installation Instructions 13Publication 1398-IN517A-EN-P — August 2001Power Connector and Brake ConnectorPower Connector Brake Connector Pin SignalPin Signal A U A BR+B V BBR-C W DMotor Case14H-Series Motor Installation InstructionsMotor Load Force RatingsMotors are capable of operating with sustained maximum radial or maximum axial shaft loads. The measurement points for maximum radial and axial load forces are shown in the figure below.Figure 3Load Forces on ShaftPublication 1398-IN517A-EN-P — August 2001H-Series Motor Installation Instructions 15Publication 1398-IN517A-EN-P — August 2001Motor Radial Load Force RatingsWith no radial load, the axial load rating is 100% of the radial load rating from the table above. With a radial and an axial load, the axial load rating is 44% of the radial load rating from the table above.Motor 500 RPM 1000 RPM 2000 RPM 3000 RPM 4000 RPM 5000 RPM 6000 RPM H-2005kg 63.550.839.934.931.829.520.4 (lb) (140) (112)(88)(77)(70)(65)(45)H-3007kg 6854.443.137.63431.8– (lb)(150)(120)(95)(83)(75)(70)–H-3016kg 76.260.847.641.738.135.4– (lb) (168) (134) (105) (92)(84)(78)–H-4030-M kg 102.191.672.663.557.6–– (lb) (225) (202) (160) (140) (127)––H-4030-P kg 102.191.672.663.557.6–– (lb) (225) (202) (160) (140) (127)––H-4050kg 123.898.978.068.062.1–– (lb) (273) (218) (172) (150) (137)––H-4075kg 129.7104.382.671.265.3–– (lb) (286) (230) (182) (156) (144)––H-6100kg 263.1208.7165.6145.2––– (lb) (580) (460) (365) (320)–––H-6200kg 283.5226.8179.2156.5––– (lb) (625) (500) (395) (345)–––H-6300kg 299.4235.9188.2163.3––– (lb) (660) (520) (415) (360)–––H-8350kg 299.4238.1188.2–––– (lb) (660) (525) (415)––––H-8500kg 313.0249.5197.3–––– (lb)(690)(550)(435)––––16H-Series Motor Installation InstructionsPublication 1398-IN517A-EN-P — August 2001Cables and Connector KitsCE compliant cables are available from Allen-Bradley in standard cable lengths. Contact your nearest Allen-Bradley sales office or refer to your drive ’s installation manual for a complete listing of available cables. If you choose to build your own cables, the following non-CE compliant connector kits are available for H-Series motors with optical encoders .H-Series motors with high resolution encoders require the use of Allen-Bradley power and feedback cables.H-Series connector kits do not provide thenecessary connector grounding for use with high resolution encoders.Failure to observe these safety procedures could result in personal injury or equipment damage.Catalog NumberDescription2090-HPC-S2000Straight Power Connector Kit Compatible with 500W, 1 and 2 kW Drives 2090-HPC-R2000Right-Angle Power Connector Kit Compatible with 500W, 1 and 2 kW Drives 2090-HPC-S3000Straight Power Connector Kit Compatible with 500W, 1 and 2 kW Drives 2090-HPC-R3000Right-Angle Power Connector Kit Compatible with 500W, 1 and 2 kW Drives 2090-HPC-S4000Straight Power Connector Kit Compatible with 2 and 3 kW Drives 2090-HPC-R4000Right-Angle Power Connector Kit Compatible with 2 and 3 kW Drives 2090-HPC-S6000Straight Power Connector Kit Compatible with 7.5 kW Drives 2090-HPC-R6000Right-Angle Power Connector Kit Compatible with 7.5 kW Drives 2090-HPC-S8000Straight Power Connector Kit Compatible with Drives >7.5 kW 2090-HPC-R8000Right-Angle Power Connector Kit Compatible with Drives >7.5 kWH-Series Motor Installation Instructions 17 Shaft Seal KitsH-Series motors can attain an IP65 (dust tight, protected against water jet) environmental rating when equipped with a shaft seal (and cables and with appropriate connectors). The following shaft seal kits are available for H-Series motors.Catalog Number Description0041-5056Shaft Seal Kit for H-2000 Series Motors0041-5065Shaft Seal Kit for H-3000 Series Motors0041-5058Shaft Seal Kit for H-4000 Series Motors0041-5059Shaft Seal Kit for H-6000 Series Motors0041-5053-005Shaft Seal Kit for H-8000 Series MotorsPublication 1398-IN517A-EN-P — August 200118H-Series Motor Installation Instructions NotesPublication 1398-IN517A-EN-P — August 2001H-Series Motor Installation Instructions 19 Publication 1398-IN517A-EN-P — August 2001Allen-Bradley is a registered trademark of Rockwell Automation.Headquarters for Allen-Bradley Products, Rockwell Software Products and Global Manufacturing SolutionsAmericas: Rockwell Automation, 1201 South Second Street, Milwaukee, WI 53204-2496 USA, Tel: (1) 414.382.2000, Fax: (1) 414.382.4444Europe: Rockwell Automation SA/NV, Vorstlaan/Boulevard du Souverain 36-BP 3A/B, 1170 Brussels, Belgium, Tel: (32) 2 663 0600, Fax: (32) 2 663 0640Asia Pacific: Rockwell Automation, 27/F Citicorp Centre, 18 Whitfield Road, Causeway Bay, Hong Kong, Tel: (852) 2887 4788, Fax: (852) 2508 1846 Headquarters for Dodge and Reliance Electric ProductsAmericas: Rockwell Automation, 6040 Ponders Court, Greenville, SC 29615-4617 USA, Tel: (1) 864.297.4800, Fax: (1) 864.281.2433Europe: Rockwell Automation, Brühlstraße 22, D-74834 Elztal-Dallau, Germany, Tel: (49) 6261 9410, Fax: (49) 6261 1774Asia Pacific: Rockwell Automation, 55 Newton Road, #11-01/02 Revenue House, Singapore 307987, Tel: (65) 351 6723, Fax: (65) 355 1733Publication 1398-IN517A-EN-P — August 2001PN 0013-1061-001 Rev B Supersedes Publication 1398-5.7 — April 1999Copyright © 2001 Rockwell Automation. All rights reserved. Printed in the USA.。
目录第一章启动HYSYS软件 (2)第二章组分物性计算 (2)第三章天然气水化物的预测 (12)第四章油气分离计算 (18)针对科宏输气分公司的项目情况，结合HYSYS软件的处理功能，完成以下详细说明书。
第一章启动HYSYS软件在windows桌面上双击图标，或者在“开始”中的中找到，单击，就可以进入HYSYS软件工作界面。
第二章组分物性计算进入HYSYS软件工作界面后，点击“File”，在下拉菜单中选择“New→Case”,新建一个组分模型。
进入模拟管理界面。
点击“Add”，进入模型组分列表。
在列表中点击“Add Pure”选择你需要的组分，如果你需要的组分不容易选择出来，你可以通过在“Match”输入框中输入你需要的组分分子式进行快速选择。
选择好需要的组分后，可以在模型组分列表下方，“Name”输入框中输入名称，在此，举例输入“某工程天然气组分计算”。
输入结束后，将对话框最小化。
看到模型管理界面中“组分列表”输入框中出现了“某工程天然气组分计算”。
然后选择下方“Fluid Pkgs”，进入相应界面，点击“Add”按钮，然后通过点击“View”按钮，可以进入流体包的界面。
在“Property Package Selection”选择框中，选择相应的流体性质包，然后将对话框最小化，点击“Enter Simulation Environment”按钮，进入模拟主界面。
添加物流，有两种方式：①在主界面右侧的模型中，左键单击，然后移动鼠标到主界面窗口中，再单击鼠标左键，则可以添加一个物流。
如果主界面上没有上面的模型界面，可以通过单击“Palette”即可。
②在主界面上方的工具栏中，，左键单击“Flowsheet”。
在其下拉菜单中，左键单击“Add Stream”，则可以增加一个物流。
以下开始对物流进行处理。
左键点击“Composition”，进入下列窗口。
在窗口中出现我们前面输入的组分，后面需要我们输入组分，这里我借鉴《丹夹峨线金陶配气站安全隐患整治工程方案设计》说明书，计算丹—夹—峨管线天然气物理性质。
