CS 301 Fall 2002Assembly Instructions

Translation of the original instructionsFurther applicable documentsè /pk.2Safety2.1General safety instructions–Only use the product in its original condition without unauthorised modifica­tions.–Only use the product if it is in perfect technical condition.–Observe product labelling.–Take into consideration the ambient conditions at the location of use.–Before working on the product, switch off the power supply and secure itagainst being switched back on. Only switch on the power supply when theproduct has been assembled and installation work is complete.–Comply with the handling specifications for electrostatically sensitive devices.–Observe tightening torques. Unless otherwise specified, the toleranceis ± 20 %.2.2Intended useThe spindle axes EGC­...­BS­KF and EGC­HD­...­BS are intended to be used for pre­cise positioning of payloads (EGC­HD­...­BS for large loads). The spindle axes areapproved for the slide and yoke operating modes.A rotatable ball screw converts the rotary motion of a motor into a linear motion.This causes the internal slide to move backwards and forwards. The slide 6 iscarried through a slot in the profile by means of an axially rigid connection. A cov­er strip 3 covers the slot in the profile.The slide is mounted on a roller bearing. The reference position of the slide can bequeried with the help of proximity sensors in the slots aB.Fig. 1 Slide modeFig. 2 Yoke modeThe spindle­axis EGC is non­braking. If the input torque is not applied, the slide isfreely movable.Self­locking of the complete system can generally be achieved by using motorswith an integrated spring­loaded holding brake or with high self­braking torque(e.g. for vertical operation).–Select the corresponding motors from the catalogueè /catalogue.The two devices are perfectly harmonised with one another.–When using other motors: observe the limit values for forces, torques andspeeds è 10 Technical data, mechanical, è 11 Characteristic curves.2.3Training of skilled personnel–Installation, commissioning, service and disassembly should only be conduc­ted by skilled personnel.–The skilled personnel must be familiar with the installation of electrical andpneumatic control systems.2.4ApprovalsThe product fulfils the requirements of EU directives and comes with the CE mark­ing .The product­relevant EC directives and standards are listed in the declaration ofconformity è /sp.2.5Further information–Accessories è /catalogue.–Spare parts è /spareparts.–Documents and literature è /sp.3Product range overview3.1Not included in the deliveryDesignationPart number/typePressure grease gun with pinpoint nozzle647958/LUB­1 è /sparepartsBlast pipe, axial outlet647959/LUB­1­TR­I, 744166/LUB­1­KUè /sparepartsBlast pipe, radial outlet647960/LUB­1­TR­Lè /sparepartsRoller bearing grease LUB­KC1 from Festoè /sparepartsTab. 1 Accessories3.2Product design1Drive shaft2Thread for motor mounting kit3Cover strip4Guide rail (2x for EGC­HD­...­BS)5Thread and centring holes for pay­load mounting6Slide7Thread and centring holes for footmounting (not for EGC­HD­...­BS)8Surface for profile mounting9Thread for optional switch lug (atboth ends for EGC­HD­..._BS)10Slots for slot nut mounting andaccessories11Relubrication opening for ballscrew (threaded hole for alternat­ive lubrication nipple: at the sidefor EGC­...­BS­KF, at the front forEGC­HD­...­BS)12Slot for proximity sensor (at bothends for EGC­HD­...­BS)13Relubrication opening for bearingguide (at both ends, 2x EG­...­BS­KF, 4x EGC­HD­...­BS)Fig. 3 Product design4Transport and storage–Take the product’s weight into account. The spindle axis weighs up to 180 kg,depending on the design. For transport, the conveyors must be positioned atthe permissible support spacings. Support spacingsè 11 Characteristic curves.–Store and transport the product in its original packaging. The original pack­aging offers sufficient protection from typical stresses.–Ensure short storage times.–Choose cool, dry, well­shaded, corrosion­resistant locations.5Assembly5.1Fitting together–Do not modify the screws and threaded pins. Exception: if immediate modific­ation is required based on these operating instructions.–Mount motor on the axis. Assembly instructions è /sp.8093050EGC-BS-KF/EGC-HD-BSSpindle axis80930502018­04g[8093052]Festo AG & Co. KGRuiter Straße 8273734 EsslingenGermany+49 711 347­05.2InstallationMounting the axisPrerequisites:1.Position the spindle axis in such a way that its operating elements are access­ible (e.g. relubrication openings).2.The mounting components must be outside the travel range of the slide.3.Install spindle axis without tension or distortion.Fig. 54.Mount spindle axis on a mounting surface with flatness of 0.05% of the strokelength, but max. 0.5mm. For gantry applications, attention must also be paid to parallel alignment or product height when aligning the axes.5.Take the required support spacings into consideration .6.Mount the spindle axis è Tab. 2 Interfaces for mounting components. Interfaces for mounting componentsTab. 2 Interfaces for mounting componentsDanger of screws being pulled out if the spindle axis is only mounted to the cov­ers and the torque load around the longitudinal axis is too great.•If there is high loading, mount the spindle axis on the profile with additional mounting components.•Tighten the retaining screws to the following tightening torques:Size7080120185Screw (cover)M5M5M8M10 Tightening torque[Nm] 5.9 5.92447Tab. 3 Tightening torques of the retaining screwsFor installation in a vertical or sloping position:Risk of injury due to falling working loads.In a power failure or if the spindle nut breaks, the working load may fall.•Only use motors with integrated spring­loaded holding brakes.•Implement external safety precautions to prevent the spindle nut from break­ing (e.g. tooth clinking, moveable bolts or emergency buffers).Fig. 6 Working loadMounting the payload1.Position the payload in such a way that the break­down torque resulting fromthe force F (parallel to the axis of motion) and the lever arm a remains low. 2.Mount the payload on the slide with the screws and centring sleeves.Fig. 8 Maximum screw­in depth3.The maximum screw­in depth D must not be exceeded.Size7080120125160185220 Screw (side/top)M5M5/M6M5M6M6/­M8M6 Max. screw­in depth D[mm]8.49.5108.49.51510Centring hole (H7)[mm]Æ5Æ7/Æ9Æ5/Æ9Æ9Æ9Æ9Tightening torque[mm] 5.9 5.9/9.9 5.99.99.9/­249.9Tab. 4 Mounting the payloadFor payload with own guide:•Adjust the guides of the payload and spindle axis so that they are exactly par­allel. This will avoid overloading the guide and increased wear.For hard and stiff payloads (e.g. made from steel):If the aluminium slide is bent against a curved payload, the service life of the guide will be reduced.•The mounting surface of the payload must have a flatness of t = 0.01 mm.When using additional slides, any differences in height must be com­pensated.Fig. 9 Flatness of the payloadFor payloads with projection in the longitudinal direction of the slide:•The payload must not knock against the motor.Mounting accessoriesTo protect the end positions against uncontrolled overtravel:•Check whether proximity sensors are necessary (hardware limit switches). If proximity sensors are used as limit switches:•Preferably use proximity sensors with normally­closed function. These will protect a spindle axis against overtravel of the end position in case of a broken proximity sensor cable.If proximity sensors are used as reference switches:•Use proximity sensors that correspond to the input of the controller being used.•Use inductive proximity sensors with switch lug. Assembly instructions è /sp.•Avoid external influence caused by magnetic or ferritic parts in the vicinity of the proximity sensors (spacing min. 10 mm from slot nuts).To protect the end positions:•Use emergency buffer. Assembly instructions è /sp.To avoid contamination:•Use slot covers in all unused slots.6CommissioningDanger of crushing as a result of moving loads•Do not reach into the path of the moving components.•Install the corresponding protective devices (e.g. protective grille).Incorrect specification values for the braking ramp in STOP statuses (e.g. EMER­GENCY OFF, Quick Stop) result in an overloading of the spindle axis and can des­troy it or drastically reduce service life.•Check the settings for all braking ramps in the controller or the higher­order controller (deceleration values and jerk).•Taking the travel speed, moving load and mounting position into account, set the deceleration values (brake deceleration and deceleration times) in such a way that the maximum drive torque or feed force of the spindle axis used is not exceeded.•When designing the spindle axis, use the Festo engineering software Posi­tioningDrives è .Block­shaped acceleration profiles (without jerk limitation) cause high peaks in the drive force that can lead to an overloading of the drive. Due to overshooting effects, positions outside of the permissible range may also occur. A jerk­limited acceleration specification reduces vibrations in the entire system and has a posit­ive effect on stress in the mechanical system.•Check adjustments to controller settings (e.g. jerk limitation, smoothing of the acceleration profile).Control travel Homing Test runDetermining the approach dir­ection of the motorComparison of real situation tothe image in the controllerChecking the overall behaviourTab. 61.Start control travel with low dynamic response.Even with identical control, motors of the same design turn in opposite direc­tions due to different wiring. The spindle of the EGC turns in a clockwise direc­tion. When the drive trunnion is turned clockwise, the slide moves in the dir­ection of the motor.2.Start homing in accordance with the operating instructions for your motordrive system with low dynamic response to the reference switch.–The homing run may only be performed towards the reference switch.3.Start a test run with low dynamic response4.Check whether the spindle axis fulfils the following requirements:–The slide can move through the complete intended positioning cycle.–The slide stops as soon as it reaches a limit switch.7OperationMovement of componentsRisk of injury caused by rotating components.•Protective devices must be in place before commissioning the drive.•Do not reach into the swivel angle of the drive.For installation in a vertical or sloping position:The reference position is lost when the motor is dismounted (e.g. when turning the motor around).•Start homing in order to determine the reference position once more è 6 Commissioning.8ServicePerform the following actions during each service:•Check the reversing backlash of the slide for wear to the spindle nut. The wear on the ball screw will lead to increased noise in the long term and thus cause the ball screw to block or the spindle nut to break.Size7080120125160185220Max. permissible reversingbacklash[mm]0.10.10.20.10.10.20.2 Tab. 7 Max. permissible reversing backlashThe lubrication interval S int is dependent on the load acting on the product.Cut the lubrication interval S intè Fig.11 by half if any of the following situations apply:•Dusty and dirty environment•Nominal strokes > 2000 mm•Speeds > 2 m/s•Travel profile Z triangular operation (frequent acceleration and braking)•Ambient temperatures > 40°C•Service age of product > 3 yearsWe recommend lubricating the ball screw and the bearing guide at the same time. The shorter lubrication interval should be used here. If several of these factors apply at the same time, the lubrication interval should be quartered.Lubrication Ball screw Bearing guide Cover strip Guide railLubricating point Relubricationopening (lubrica­tion nipple)Relubricationopening (lubrica­tion hole)InterfaceLubrication inter­valè Fig.11If required1)Grease2)Roller bearing grease1) or if the component no longer has a layer of grease2) Pressure grease gun, Blast pipes and greaseTab. 8 LubricationGrease the ball screw:1.Calculate the load comparison factor f v with the help of the formula for com­bined loads (è 10 Technical data, mechanical).Fig. 11 Lubrication interval2.Determine the lubrication interval S int from èFig.11.Fig. 12 Relubrication opening in spindle axis3.Grease the spindle axis at the relubrication opening (lubrication nipple)è Fig.12.4.Move the slide the complete travel distance during greasing in order to dis­tribute the grease evenly inside.Grease the bearing guide (not possible for EGC­...­GP/GQ):1.Calculate the load comparison factor f v with the help of the formula for com­bined loads è 10 Technical data, mechanical.2.Determine the lubrication interval S int from èFig.11.Fig. 13 Greasing the bearing guide3.Grease the bearing guide on both sides at all relubrication openings (lubrica­tion holes) è Fig.13.4.Move the slide the complete travel distance during greasing in order to dis­tribute the grease evenly inside.8.1Cleaning and maintenance•Clean the guide rail with a soft cloth as required. Cleaning agents include allnon­abrasive media.9Malfunctions 9.1Fault clearanceMalfunctionPossible causeRemedyCoupling mounted too closeObserve the permissible coup­ling spacingsè /sp.Install spindle axis without ten­sion è 5.1 Fitting together.Align the spindle axis so that it is exactly parallel to the second axis.Grease the spindle axis è 8 Service.TensionsAlter the travel speed.Squeaking noises, vibrations,axis not running smoothly.Incorrect controller settings Change controller parameters.MalfunctionPossible causeRemedySqueaking noises, vibrations,axis not running smoothly.Bearing guide is faulty.Return spindle axis to Festo for repair.Coupling hub spins freely.Check mounting of the motor mounting kitè /sp.Loads too high.Reduce payload/travel speed.Slide does not move.Retaining screws for the pay­load are too long.Observe the maximum screw­in depth è 5.2 Installation.The reversing backlash is too large è 8 Service.WearReturn spindle axis to Festo for repair è 9.2 Repair.Slide travels beyond end posi­tion.Proximity sensors do not switch.Check proximity sensor, con­nections and controller.The idling torque increases.WearReturn spindle axis to Festo for repair è 9.2 Repair.Tab. 9 Fault clearance 9.2Repair–Send the spindle axis to the Festo repair service.–Information about spare parts and accessoriesè /spareparts.10Technical data, mechanicalSize 1)7080120125Spindle pitch101020102510Design Electromechanical linear axis with ball screw GuideRecirculating ball bearing guide Mounting position Any Max. feed force Fx[N]4006501500400Max. no­load driving torque 2)[Nm]0.450.752.250.45Max. rotational speed [rpm]300036003000Max. speed [m/s]0.510.61.50.5Max. acceleration [m/s 2]15Repetition accuracy [mm]± 0.02Reversing backlash (new)[mm]< 0.01Reversing backlash (faulty)è 8 ServiceFeed constant [mm/rev]101020102510Ambient temperature [°C]–10 … +60Degree of protectionIP401) The PositioningDrives engineering software is available for sizing tasks.2) measured at max. speed.Tab. 10 Technical data, mechanical, size 70...125Size 1)160185220Spindle pitch1020401025Design Electromechanical linear axis with ball screw GuideRecirculating ball bearing guide Mounting position Any Max. feed force Fx[N]65030001500Max. no­load driving torque 2)[Nm]0.75 6.52.25Max. rotational speed [rpm]30003600Max. speed[m/s]0.5120.6 1.5Max. acceleration [m/s 2]15Repetition accuracy [mm]± 0.02Reversing backlash (new)[mm]< 0.01Reversing backlash (faulty)è 8 ServiceFeed constant [mm/rev]1020401025Ambient temperature [°C]–10 … +60Degree of protectionIP401) The following tool is available for sizing tasks: PositioningDrives engineering software.2) measured at max. speed.Tab. 11 Technical data, mechanical, size 160 (220)Tab. 12 Technical data, mechanical, EGC­...­BS­KFCondition for combined loads:Tab. 13 Technical data, mechanical, EGC­HD­...­BS11Characteristic curvesMax. permissible support spacing L as a function of the force F for EGC­...­BS­KF: Fig. 14 Support spacing EGC-...-BS-KF600100014001800220026003000340024681012141618202224Fig. 16EGC-...-BS-KF600100014001800220026003000340024681012141618202224Fig. 17Fig. 18Fig. 19 Force distributionY-Richtung EGC-HD-...-BS10001500200025003000012345678910111213EGC­HD­160Fig. 20Z-Richtung EGC-HD-...-BS50010001500200025003000012345678910111213EGC­HD­160Fig. 21Speed v as a function of working stroke l:EGC-70-BS-KF50010001500200000.20.40.60.81Fig. 22EGC-80-BS-KF50010001500200000.20.40.60.81Fig. 23EGC-...-BS-KF5001000150020002500300000.40.81.21.62Fig. 24EGC-185-BS-KF5001000150020002500300000.40.81.21.62Fig. 25•Graphs of maximum feed force (N) for all sizes è /catalogue。

CS作弊参数CSO—NST程序很复杂，无限子弹我也不会，但我会改后备弹药打开文件nst_wpn.ini路径X:\CSO-NST1009 BY CSO单机版\cstrike\addons\amxmodx\configs\nst_wpn.ini查找你要修改的武器名字查找“破碎炙炎”能找到这么一段[type]5[name]破碎炙炎[model]dbarrel[wpn_change]21[damage]3.5[speed]1.0[zoom]0[c lip]2[ammo]32[recoil]0.7[gravity]240[knockback]20[cost]2500[so und]1[team]0[buy]1[s_timereload]1.7子弹数就改[clip]2 ，例如我要改成能装10发子弹就改成[clip]10后备弹药就改[ammo]32 ，想改多少就改多少后坐力就改[recoil]0.7 ，改成0就没后坐力了击退就改[knockback]20 ，改大了僵尸到处乱飞购买金钱就改[cost]2500 ，改成0就免费送了====================================== ========================================= ==================机甲风暴最佳答案路径X:\CSO-NST1011\cstrike\addons\amxmodx\configs找到nst_human_scenario.ini 这个文件打开HUMAN_HEALTH = 100 生命HUMAN_ARMOR = 100 护甲MONEY_START = 32000 开始金钱MONEY_MAX = 64000 金钱上限====================================== ========================================= ==================最佳答案这需要修改参数。

C/C++编译器错误代码大全-编译器错误C2001 错误消息常数中有换行符字符串常数不能继续到第二行，除非进行下列操作：•用反斜杠结束第一行。

•用一个双引号结束第一行上的字符串，并在下一行用另一个双引号开始该字符串。

用\n 结束第一行是不够的。

编译器错误C2002 错误消息无效的宽字符常数多字节字符常数是非法的。

通过检查下面的可能原因进行修复1.宽字符常数包含的字节比需要的多。

2.未包括标准头文件STDDEF.h。

3.宽字符不能与一般字符串连接。

4.宽字符常数之前必须是字符“L”：编译器错误C2003 错误消息应输入“defined id”标识符必须跟在预处理器关键字之后。

编译器错误C2004 错误消息应为“defined(id)”标识符必须出现在预处理器关键字之后的括号中。

也可能由于为V isual Studio .NET 2003 进行的编译器一致性工作生成此错误：在预处理器指令中缺少括号。

如果预处理器指令缺少右括号，则编译器将生成一个错误。

编译器错误C2005 错误消息#line 应跟一个行号，却找到“token”#line 指令后面必须跟行号。

编译器错误C2006 错误消息“directive”应输入文件名，却找到“token”诸如#include 或#import 等指令需要文件名。

若要解决该错误，请确保token 是一个有效文件名。

并且将该文件名放在双引号或尖括号中。

编译器错误C2007 错误消息#define 语法#define 后未出现标识符。

若要解决该错误，请使用标识符。

编译器错误C2008 错误消息“character”: 宏定义中的意外该字符紧跟在宏名之后。

若要解决该错误，宏名之后必须有一个空格。

编译器错误C2009 错误消息宏形式“identifier”重复使用宏定义的形参表多次使用该标识符。

宏的参数列表中的标识符必须是唯一的。

编译器错误C2010 错误消息“character”: 宏形参表中的意外该字符在宏定义的形参表中使用不正确。

CCS3.3中常见问题解决（待续）(2013-05-22 18:05:59)转载▼问题1：用CCS3.3编译时出现“entry point other than _c_int00 specified”的错误的问题解决出现的错误如下：[Linking...] \"D:\\CCStudio_v3.1\\C2000\\cgtools\\bin\\cl2000\" -@\"Debug.lkf\">> warning: entry point other than _c_int00 specifiedBuild Complete,0 Errors, 1 Warnings, 0 Remarks.此错误在Autoinit Model：Project>Build Options…>Linker>Basic选择Run-Time Autoinitialization不变,只需把Code Entry Point：项的code_start 改为：c_int0问题2：用CCS3.3编译时出现“last line of file ends without a newline”的错误的问题解决出现的错误如下："expFile.c", line 7: warning: last line of file ends without a newline[Linking...] "C:\CCStudio_v3.3\C2000\cgtools\bin\cl2000" -@"Debug.lkf"Build Complete,0 Errors, 1 Warnings, 0 Remarks.此错误在程序.C代码的最后一行打几个回车问题3：用CCS3.3编译时出现“linking files with incompatible memory models (*\\rts2800.lib', member'args_main.obj')”的错误的问题解决出现的错误如下：>> error: linking files with incompatible memory models (library 'C:\\CCStudio_v3.3\\C2000\\cgtools\\lib\\rts2800.lib', member 'args_main.obj')>> Compilation failureBuild Complete,n Errors, 0 Warnings, 0 Remarks.此错误将库文件rts2800.lib移除（右击rts2800.lib>Remove from projet），然后添加rts2800_ml.lib库（右击Libraries>Add Files to project...>CCstdio_v3.3\C2000\cgtools\librts2800_ml.lib）。

Congratulations on your purchase of the BOB ® Travel Bag. It is designed to contain and protect your single seat BOB Sport Utility, Revolution ® or Stroller Strides ® stroller duringtransport. The Travel Bag may be rolled and guided by the end handle or carried via shoulder strap and/or side handle. The Travel Bag will need to be assembled prior to use.Before attempting to assemble or use your new Travel Bag, read and understand these instructions to ensure proper assembly and operation. If you are unclear on any point,contact your dealer or BOB before use.. This product is designed exclusively for use with BOB single Sport Utility, Revolution or Stroller Strides ® strollers. It is not intended for use with any other strollers, accessories or products.. When not in use, keep out of reach of children.. Maximum Weight Capacity 30lb (13.6Kg) Do not overload.. Never leave child unattended.. The Travel Bag is designed to reduce the possibility of damage to your stroller during transportation but does not eliminate it completely.. We recommend inspecting your stroller and Travel Bag before and after each transport journey to ensure functionality and safety.ASSEMBLY INSTRUCTIONS1. Remove bag from packaging. Place bag fl at on ground or table with wheels down. Open Travel Bag top cover zipper and locate components. Fig. A identifi es the anatomy and components of the Travel Bag.2. Unfasten the Velcro of the fi ve fabric fl aps along inboard sides of travel bag. Temporarily place top of each over side and out of the way as shown in Fig. A.3. Locate wall support panel, (black plastic sheet) unroll and note orientation of notch at each end.4. Orient wall support panel with notches toward top cover (up) and feed each end into each respective pocket along inside corners of Travel Bag as shown in Fig B. Push ends of wall support panel fully into each pocket until notch is aligned with pocket seam.5. Align and fasten Velcro of fabric fl aps straight and secure around wall support panel. You may fi nd it helpful to bend the support panel top edge slightly inboard while the Velcro of each fabric fl ap is secured.6. Locate fork dropout protector andconfi rm it is attached securely to endof small red webbing as shown in Fig. C. The fork dropout protector can be replaced easily if lost or damaged with most other common fork dropout protector(s) used on strollers and bicycles for shipping, available through your bicycle or stroller e Instructions:7. Prepare Travel Bag: Zip Travel Bag zipper completely open and fold top cover over, exposing pockets for Front Wheel and front wheel quick release (QR). Locate center strap and unfasten side release buckle. Place center strap ends outboard of Travel Bag as shown in Fig. 1.8. Prepare stroller to place in Travel Bag. Remove contents from stroller (occupant and all contents of Low Boy cargo basket). Remove stroller rear wheels. Close rear wheel QR’s. (See rear wheel section of your stroller’s owner’s manual).NOTE: Remove Snack Tray or Infant Car Seat Adapter and Infant Car Seat from strollers featuring the Accessory Adapter. (See strollers owners manuals to verify if stroller has accessory adapter).9. Remove front wheel from stroller (See front wheel section of your stroller’s owner’s manual).TRAVEL BAG INSTRUCTIONSFig. B: Panel ends into corner pocket (right side shown).Pocket SeamNotchInside Notch fully up toSeamENGLISHFig. C: Fork dropout protector shown properly attached.Red - Fork Protector & StrapFig. 1: Travel Bag fully assembled and prepared for stroller.Center Strap open with ends outboardTop Cover OpenFig. 2: Front QR anatomy shown properly assembled.Cam HousingRodConical SpringsAdjusting NutFig. A: Anatomy of the BOB Travel BagZippered Top Cover Wall Support Panel (rolled up)Center Strap & Buckle Fork Protector & StrapFront QR Pocket Fabric Flaps (open)Shoulder Strap Handles Front WheelPocketQR LeverRemove front QR from front wheel. Reassemble front QR components in proper orientation as shown in Fig. 2, and place inside the gray pocket located inside top cover of Travel Bag. Locate black plastic axle protectors at ends of red straps inside large front wheel pocket. Push hollow end of each plastic axle protector fully over each end of front wheel axle as shown in Fig. 3. Place front wheel into pocket inside top cover and fasten Velcro closures.10. Place rear wheels inside Travel Bag with stub axles facing up. Position stroller wheels along center line as far back towards base of bag as possible, leaving extra space for fork protector, as shown in Fig. 4.NOTE: For single Sport Utility Strollers featuring the accessory adapter, remove front fender. (See stroller owners manuals for front fender instructions/removal).11. For Sport Utility Stroller (fi xed wheel) models, close caliper brake quick release lever after removing wheel, as stroller will fold more completely. (See hand brake section of your stroller’s owner’s manual). For Revolution and Stroller Strides (swivel wheel) models, unlock swivel lockout knob and rotate the fork rearwards in order to minimize overall length as shown in Fig. 5A. (See Swivel Lockout section of your stroller’s owner’s manual).12. Fold stroller completely and secure with wrist strap. (See folding section of your stroller’s owner’s manual). Make sure Low Boy fabric is not pinched between stroller components. 13. Place stroller in Travel Bag such that the handlebar is on top and the stroller fork is near the fork protector at end of small red strap.NOTE: Push seat back down toward stroller.14. Rock stroller side to side and gently push down to allow wheels to shift onto space located between outer frame components. Metal shock brackets of stroller should contact hard plastic bottom of Travel Bag.15. Push black plastic fork protector on to fork dropouts as shown respectively by model in Fig. 5A.16. Route red center strap over top of stroller and fasten buckle. Pull end of strap to tighten and secure stroller. Fig. 6A.17. Fold Travel Bag top cover into position and zip closed. Now it is ready to travel.Note: When checking on to transportation services, we recommend you remove the shoulder strap and place it inside Travel Bag to reduce the possibility of damage or loss.CARE INSTRUCTIONSClean the fabric of Travel Bag by hand with clean damp cloth or sponge and air-dry fl at. Do not dry clean, iron, or place in dryer.LIMITED WARRANTYBOB Trailers Inc. takes pride in its workmanship and strives to manufacture the best products possible. Therefore, we warranty the Travel Bag against defects in material and workmanship subject to the conditions listed below. Since no product is indestructible, it does not cover defects attributable to or resulting from normal wear, abuse or alteration.The Travel Bag is warranted for one year from the date of original purchase.• Warranty is only valid for the original purchaser.• Proof of purchase is required to exercise this warranty.• Labor and freight charges are not included.• Normal wear, neglect, abuse, accidents, improper use are not covered by this warranty.• Damage incurred during travel is not covered by this warranty.• Warranty claims must be made through an authorized dealer.• This warranty is limited to the repair or replacement of the defective part. BOB shall in no event be responsible for consequential or special damages.• This limited warranty is the only express or implied warranty applicable to BOB. Any implied warranties, including warranties of merchantability and fitness shall be limited in scope and duration in accordance with this limited warranty.Copyright © 2011 BOB Trailers, Inc.BOB TRAILERS, Inc.(800) 893-2447 Fig. 3: Plastic Axle Protectors properly installed on front wheel.Axle ProtectorsFig. 4: Wheels and front QR placement (alloy wheels shown).Fig. 5A: Fork protector placement onRevolution model stroller.Fig. 6A: Fixed wheel model shown properly placed into Travel Bag.。

CS2000系统说明书目录第一章硬件系统 (3)1.1 系统主要特点 (4)1.2 实验对象组成结构 (4)1.3 控制台组成结构 (7)1.4 RS-485接口转换器与通讯电缆 (11)第二章MCGS组态系统 (13)2.1主控窗口 (13)2.2 设备窗口 (13)2.3 用户窗口 (14)2.4 实时数据库 (14)2.5 运行策略 (14)第一章硬件系统生产与生活的自动化是人类长久以来所梦寐以求的目标，在18世纪自动控制系统在蒸汽机运行中得到成功的应用以后，自动化技术时代开始了。

随着工业技术的更新，特别是半导体技术、微电子技术、计算机技术和网络技术的发展，自动化仪表已经进入了计算机控制装置时代。

在石油、化工、制药、热工、材料和轻工等行业领域中，以温度、流量、物位、压力和成分为主要被控变量的控制系统都称为“过程控制”系统。

过程控制不仅在传统工业改造中，起到了提高质量，节约原材料和能源，减少环境污染等十分重要的作用，而且已成为新建的规模大、结构复杂的工业生产过程中不可缺少的组成部分。

随着计算机控制装置在控制仪表基础上的发展，自动化控制手段也越来越丰富。

其中有在工业领域有着广泛应用的智能数字仪表控制系统、智能仪表加计算机组态软件控制系统、计算机DDC控制系统、PLC控制系统、DCS分布式集散控制系统、FCS现场总线控制系统等。

在现代化工业生产中，过程控制技术正为实现各种最优的技术经济指标、提高经济效益和劳动生产效率、改善劳动条件、保护生态环境等起到越来越大的作用。

CS2000型过程控制实验装置是根据我国工业自动化及相关专业教学特点，吸取了国外同类实验装置的特点和长处，并与目前大型工业装置的自动化现场紧密联系，采用了工业上广泛使用并处于领先的AI智能仪表加组态软件控制系统、DCS(分布式集散控制系统)，经过精心设计、多次实验和反复论证后，推出的一套基于本科生、研究生教学和学科基地建设的实验设备。

第五章应用指令5.1 数据传送指令............................................................................5.1.1 MOV, MOVP, DMOV, DMOVP .....................................................5.1.2 CMOV, CMOVP, DCMOV, DCMOVP ...........................................5.1.3 GMOV, GMOVP ............................................................................5.1.4 FMOV, FMOVP ..............................................................................5.1.5 BMOV, BMOVP .............................................................................5.2 转换指令...................................................................................5.1.1 BCD, BCDP, DBCD, DBCDP .......................................................5.2.2 BIN, BINP, DBIN, DBINP .............................................................5.3 比较指令...................................................................................5.3.1 CMP, CMPP, DCMP, DCMPP ......................................................5.3.2 TCMP, TCMPP, DTCMP, DTCMPP ..............................................5.3.3 LD ( =, >, <, >=, <=, <> ) ..........................................................5.3.4 AND ( =, >, <, >=, <=, <>) .........................................................5.3.5 OR ( =, >, <, >=, <=, <>) ...........................................................5.4 增加/减少运算...........................................................................5.4.1 INC, INCP, DINC, DINCP .............................................................5.4.2 DEC, DECP, DDEC, DDECP .......................................................5.5 回转指令...................................................................................5.5.1 ROL, ROLP, DROL, DROLP ........................................................5.5.2 ROR, RORP, DROR, DRORP......................................................5.5.3 RCL, RCLP, DRCL, DRCLP .........................................................5.5.4 RCR, RCRP, DRCR, DRCRP ......................................................5.6 移位指令...................................................................................5.6.1 BSFT, BSFTP ................................................................................5.6.2 WSFT, WSFTP ..............................................................................5.6.3 SR ..................................................................................................5.7 交换指令...................................................................................5.7.1 XCHG, XCHGP, DXCHG, DXCHGP .............................................5.8 BIN 算术指令 ...........................................................................5.8.1 ADD, ADDP, DADD, DADDP .......................................................5.8.2 SUB, SUBP, DSUB, DSUBP ........................................................5.8.3 MUL, MULP, DMUL, DMULP .......................................................5.8.4 MULS, MULSP, DMULS, DMULSP ..............................................5.8.5 DIV, DIVP, DDIV, DDIVP ..............................................................5.8.6 DIVS, DIVSP, DDIVS, DDIVSP ....................................................5.9.1 ADDB, ADDBP, DADDB, DADDBP ..............................................5.9.2 SUBB, SUBBP, DSUBB, DSUBBP ..............................................5.9.3 MULB, MULBP, DMULB, DMULBP ..............................................5.9.4 DIVB, DIVBP, DDIVB, DDIVBP ....................................................5.10 逻辑算术指令 .......................................................................5.10.1 WAND, WANDP, DWAND, DWANDP ..........................................5.10.2 WOR, WORP, DWOR, DWORP ..................................................5.10.3 WXOR, WXORP, DWXOR, DWXORP .........................................5.10.4 WXNR, WXNRP, DWXNR, DWXNRP ..........................................5.11 数据处理指令............................................................................5.11.1 SEG, SEGP ...................................................................................5.11.2 ASC, ASCP ...................................................................................5.11.3 BSUM, BSUMP, DBSUM, DBSUMP ............................................5.11.4 ENCO, ENCOP .............................................................................5.11.5 DECO, DECOP .............................................................................5.11.6 FILR, FILRP, DFILR, DFILRP ......................................................5.11.7 FILW, FILWP, DFILW, DFILWP .....................................................5.11.8 DIS, DISP ......................................................................................5.11.9 UNI, UNIP ......................................................................................5.12 系统指令 ..............................................................................5.12.1 FALS ..............................................................................................5.12.2 DUTY .............................................................................................5.12.3 WDT, WDTP ..................................................................................5.12.4 OUTOFF ........................................................................................5.12.5 STOP .............................................................................................5.13 跳转指令 ..............................................................................5.13.1 JMP, JME ......................................................................................5.13.2 CALL, CALLP, SBRT, RET ...........................................................5.14 循环指令 ..............................................................................5.14.1 FOR, NEXT ...................................................................................5.14.2 BREAK ...........................................................................................5.15 标志指令 ..............................................................................5.15.1 STC, CLC ......................................................................................5.15.2 CLE ................................................................................................5.16 特殊模块指令 .......................................................................5.16.1 GET, GETP ....................................................................................5.16.2 PUT, PUTP ....................................................................................5.17.1 READ .............................................................................................5.17.2 WRITE............................................................................................5.17.3 RGET .............................................................................................5.17.4 RPUT .............................................................................................5.17.5 STATUS .........................................................................................5.18 中断指令 ..............................................................................5.18.1 EI, DI .............................................................................................5.18.2 TDINT, IRET ..................................................................................5.18.3 INT, IRET .......................................................................................5.19 符号反转指令 .......................................................................5.19.1 NEG, NEGP, DNEG, DNEGP .......................................................5.20 位接触指令...........................................................................5.20.1 BLD, BLDN ....................................................................................5.20.2 BAND, BANDN ..............................................................................5.20.3 BOR, BORN ..................................................................................5.20.4 BOUT .............................................................................................5.20.5 BSET, BRST ..................................................................................5.21 计算机连接模块指令.............................................................5.21.1 SND................................................................................................5.21.2 RCV................................................................................................5.22高速计数器指令....................................................................5.22.1 HSCNT ...........................................................................................5.22.2 HSC................................................................................................5.23 RS-485 通讯指令.................................................................5.23.1 RECV .............................................................................................5.23.2 SEND .............................................................................................5 应用指令5.1.1 MOV, MOVP , DMOV, DMOVP1) 功能-- DMOV(P) : 传送在指定设备[ S+1, S ]中的32位数据到指定的设备[ D+1, D ].16位+ + 16 位- 执行条件2)在P0205.1.2 CMOV, CMOVP1) 功能- CMOV(P) : [ S ]的每一位求反之后传送结果到 [ D ].P020MOVP, DMOVP 求反- DCMOV(P) : [ S+1, S ]中的每一位求反之后，结果传送至[ D+1, D ].16 位+ 1 求反求反- 执行条件2)-1) 功能- 从指定的设备[ S ]开始传送‘n ’字的内容，以块的形式传送‘n ’字至以指定的设备[ D ]为开始的区域。

Scania CV SpecificationBody ShopOskarshamn (SE)São Paulo (BR)Rugao (CN)Festo components for pneumatics, electro-pneumatics and local controlDate of creation03.03.2023CreatorThorsten WeißVersion4.1.Festo SE & Co. KGPhone: +49 711 347 2030E-Mail: ************************ Ruiter Straße 82Table of Content1Document Management Information (4)2Contact data (5)2.1SCANIA (5)2.2Festo SCANIA Customer Team (6)3General engineering and design guidelines (8)3.1Technical installation of valve terminals (11)3.1.1Mechanical installation of valve terminals (11)3.1.2Savings potential in design and engineering (12)3.1.3Potential equalization (14)3.1.3.1Electrical supply technology - Important things know (14)3.1.3.2Potential equalization of CPX/ VTSA and CPX/ MPA valve terminals (15)3.1.4Correct earth connections of CPX valve terminals (15)3.1.5Earthing concept of fieldbus cable (16)3.1.6Profinet – Installation (16)3.1.7Profinet – Fast-Start-Up function (17)3.1.8Safety functions with CPX-VTSA (18)3.1.9Safety functions with CPX-VTSA – soft start and exhaust valve (19)4Release list overview (20)4.1Pneumatic drives (20)4.1.1Standard cylinders (20)4.1.2Guided drives (20)4.1.3Clamping units (21)4.1.4Pin locating cylinders (22)4.1.5Stopper cylinders (23)4.2Electromechanical drives (24)4.3Motors and controllers (26)4.4Operator units (29)4.5Valves (30)4.5.1Valve terminals (31)4.5.1.1VTSA-F-CB with CPX-Terminal (Typ46) (31)4.5.1.2VTSA with CPX-Terminal (Typ45), ISO 15407-2, ISO5599-2 (40)4.5.1.3Other valve terminals (44)4.5.1.4Valve terminals for manual lifting devices (44)4.5.2Valves for manual lifting devices (45)4.6Sensors (45)4.6.1Proximity sensors (45)4.7Compressed air preparation (46)4.7.1Complete assembled service units (47)4.7.1.1Service Unit 1 – with energy efficiency module –G1/2” (47)4.7.1.2Service Unit 2 – Standard –G1/2” (49)4.7.1.3Service Unit 3 – Standard –G1” (50)4.7.1.4Service Unit 4 – HIP Main Media Frame –G1” (without coupling and pressure switch) (51)4.7.1.5Service Unit 5 – Infeed Equipment –G1/2” (52)4.7.1.6Service Unit 6 – Fixtures –G1/2” (53)4.7.2Service units for manual lifting devices (54)4.7.2.1Service unit 1 –G1/2” (54)4.7.2.2Service unit 2 –G1” (55)4.7.2.3Service unit 3 –G1/2” – with soft-start-valve (56)4.8Pneumatic fittings system (57)4.9Other pneumatic equipment (58)4.10Principles for Pressure Boost (59)4.10.1Pressure Booster for Cytec or smaller cylinder applications – SE_CS.1600050 (59)4.10.2Pressure Booster for larger cylinder applications – SE_CS.1599715 (59)4.10.3Connection of Pressure booster (60)4.10.3.1Pneumatic connection (60)4.10.3.2Electrical connection to CPX (60)5Drawings (61)1Document Management Information2Contact data 2.1SCANIASCANIA CV AB Array SE-151 87 SödertäljeSweden2.2 Festo SCANIA Customer TeamT R A T O N – GlobalSebastian Helf Festo Vertrieb GmbH & Co. KGFesto Campus 1 Global Key Account Manager D – 73734 Esslingen TratonPhone : +49 (711) 347-58424 Mob : +49 174 4019742 Mail : ************************Sebastian Wörner Festo Vertrieb GmbH & Co. KGFesto Campus 1 Global Key Account Manager D – 73734 Esslingen Volkswagen Group Phone: +49 (711) 347-52798 Mob: +49 173 8643494 Mail: ***************************Thorsten Weiß Festo SE & Co. KGRuiter Str. 82International D – 73734 Esslingen Project Support Phone: +49 (711 )347-2030 Mail: ************************SCANIA AB – SwedenChristoffer Olsson Festo ABStillmansgatan 1 Sales EngineerS- 20021 Malmö SCANIA Plant Södertälje Phone: +46 (40) 6990-657 Mail: ****************************Peter Görrel Phone: +46 (40) 6990-640 Mail: *********************** Sales EngineerSCANIA Plant OskarshamnSCANIA Brazil – Sao PauloRicardo Dorta Festo Brasil Ltda. BrasilRua Giuseppe Crespi, 76 Key Account Manager 04183-080 Sao Paulo TRATON South America Phone: +55 (11) 5013-1873Mail: ***********************Marcelo Duran Phone: +55 (11) 972040735Mail: *********************** Sales EngineerSCANIA Plant Sao PauloSCANIA Rugao – ChinaDong He Festo Ltd. China1156 Yunqiao Rd.Sales Engineer201206 Pudong,Shanghai SCANIA Plant Rugao Phone: +86 (21) 6081-5276 Mail: *****************3 General engineering and design guidelinesTechnical Information:a TechInfoAir preparation selection and air quality:Which compressed air quality classes are required for which applications and which products are the right ones? This selection tool supports configurating an appropriate service unit based upon the knowledge of our experts.aAir preparation selection and air qualityCylinder air consumption:a Cylinder air consumptionPneumatic simulation:Perfect simulations replace expensive reality tests. GSED is an expert system that helps you select and configure the entire pneumatic control sequence. If an entered variable is changed, the program automatically adopts it for all further values.a Pneumatic drives GSEDConversion of technical and physical units:Conversion of units: •length•area•volume•pressure•flow rate•temperature•measure•speed•density Calculation:•Flow rate (Air)•force by pressure and area (e.g., for cylinder force) a Conversion of technical and physical units3.1Technical installation of valve terminals3.1.1Mechanical installation of valve terminalsValve terminals must be rigidly mounted.Valve terminals must be mounted, and earth grounded according to the Festo installation mandatory requirements. See also additional information at the support portal from Festo:a Assembly instructions CPX-VTSAa Assembly instructions CPX-MPAa Assembly instructions CPX3.1.2Savings potential in design and engineering3.1.3Potential equalization3.1.3.1Electrical supply technology - Important things know3.1.3.2Potential equalization of CPX/ VTSA and CPX/ MPA valve terminals3.1.4Correct earth connections of CPX valve terminalsUse terminal strip 576319 NECU-L3G7-C1 (code VS when ordering valve terminal)3.1.5Earthing concept of fieldbus cable3.1.6Profinet – Installation3.1.7Profinet – Fast-Start-Up function3.1.8Safety functions with CPX-VTSA(Conceptual configuration)3.1.9Safety functions with CPX-VTSA – soft start and exhaust valve4Release list overviewIf a component, which is noted in this project book, is missing in the Scania Catia library, please download the file and send it to Scania for final adaption to Scania CAD-systems.Try to minimize the number of variants used.4.1Pneumatic drives4.1.1Standard cylinders4.1.2Guided drives4.1.3Clamping unitsCylinder with holding brake DFLG Catalogues: DFLC-DFLG (engb)Breaking unit cylinders DNCKE-S Catalogue: DNCKE (engb)4.1.4Pin locating cylinders4.1.5Stopper cylinders4.2Electromechanical drives4.3Motors and controllersCatalogue:EMMS-AS (engb)Catalogues: CMMT-ST (engb)Catalogue: CMMO-ST (engb)4.4Operator units4.5ValvesPin allocation M12 on individualvalve to ISO 20401 with positive logic:Pin1: UnusedPin2: U B for coil 12Pin3: 0 V for coil 12 and 144.5.1Valve terminals4.5.1.1VTSA-F-CB with CPX-Terminal (Typ46)4.5.1.2VTSA with CPX-Terminal (Typ45), ISO 15407-2, ISO5599-2Name Order code RemarksPicture DocumentationVTSA with CPX-Terminal(Typ45), ISO 15407-2,ISO5599-2with PROFINET andPROFISAFEVTSA-F-...Not for new design!Use only with soft-start-valve!If use vacuum on valveterminal no use of soft-start-valve possible!Use “Push-Pull ConnectorAIDA” FB44 and 2 powersupplies (MRP)!Controlled via fieldbus orcontrol blockMax. 32 valvepositions/max. 32 solenoidcoilsMax. 10 electrical modules- Digital inputs/outputs- Analogue inputs/outputs- Parameterisation of inputsand outputs- Convenient, integrateddiagnostics- Preventive maintenanceconceptsFlow-optimisedConnecting thread: GCatalogueDocumentationPart no. Order code Name Links 547965 (*) VTSA-F-FB Valve manifoldExample configuration51E-F44GCQWNMKBQNNMKBAKA-T+GS45P-N-XP1-SMEPM-4B-4JOELL+UDirect Link4.5.1.3Other valve terminals4.5.1.4Valve terminals for manual lifting devices4.5.2Valves for manual lifting devices4.6Sensors4.6.1Proximity sensors4.7Compressed air preparationUse of reduced air pressure as a limiter of power and forceshall always be reviewed and approved by Scania(possible safety and quality issues)!To match agreed concept, see chapter 4.7.1 and 4.7.2 with complete assembled service units!4.7.1Complete assembled service units4.7.1.1Service Unit 1 – with energy efficiency module –G1/2”Size: G1/2“Order number:SE_CS.1677233 Please contact FESTO for ordering! Picture:Pneumatic circuit:Parts List:4.7.1.2Service Unit 2 – Standard –G1/2”Size: G1/2“Order number:SE_CS.1446553A Please contact FESTO for ordering!Picture:Parts List:4.7.1.3Service Unit 3 – Standard –G1”Size: G1“Order number:SE_CS.1446552A Please contact FESTO for ordering!Picture:Parts List:Pieces Description Type codeSub-base set G1”MS9-AGFBranching module MS9-FRM-G-VSOn-off valve, manual, with silencer MS9-EM-G-S-VSFilter regulator, 0.5 - 12 bar, 40 µm, metal bowl,MS9-LFR-G-D7-EUV-AG-BAR-AScondensate drain fully automatic, lockable rotary knobSoft-start valve, pneumatic MS12-DL-GMounting bracket MS12-WPModule connector MS9-12-ARMVMounting bracket MS9-WPBModule connector MS9-MVBlanking plug B-1Reducing nipple NPFC-R-G1-G12-MFDouble nipple NPFC-D-G14-G12-MPressure sensor IFM PN7093。

==========步兵============终结者------------------ARND--TERMIGUN蓝波--------------------STLN--STALGUN / STALGREN快枪手------------------CLNT---CLINTGUN月球飞行兵 -------------LUNR--Lunarlaser美国大兵----------------E1---M60 / Para /UCPara，UCElitePara盟军警犬----------------ADOG--GoodTeeth / VirtualScanner盟军工程师--------------ENGINEER--DefuseKit / VirtualScanner守护大兵----------------GGI------M60 / MissileLauncher火箭飞行兵--------------JUMPJET---20mm间谍--------------------SPY--MakeupKit海豹部队----------------GHOST -- MP5 / Sapper / C4=yes谭雅--------------------TANY--DoublePistols / Sapper超时空军团兵------------CLEG----NeutronRifle超时空突击队------------CCOMAND[隐藏]--ChronoMP5 / FakeC4心灵突击队--------------PTROOP [YR][隐藏]--MindControl狙击手------------------SNIPE---AWP动员兵------------------E2====M1Carbine / UCM1Carbine，UCEliteM1Carbine苏军警犬----------------DOG--BadTeeth / VirtualScanner防空步兵----------------FLAKT -- FlakGuyGun / FlakGuyAAGun苏军工程师--------------SENGINEER--DefuseKit / VirtualScanner磁爆步兵----------------SHK -- ElectricBolt / AssaultBolt疯狂伊文----------------IVAN--IvanBomber特工--------------------SJJD--没有这个人鲍裏斯------------------BORIS--AKM / Flare超时空伊文--------------CIVAN[隐藏]--IvanBomber恐怖分子----------------TERROR--TerrorBomb辐射工兵----------------DESO--RadBeamWeapon / RadEruptionWeapon尤里新兵----------------INIT--PsychicJab / UCPsychicJab，UCElitePsychicJab 奴隶矿工----------------SLAV--SHOVEL尤里工程师--------------YENGINEER狂兽人------------------BRUTE--Punch / Smash病毒狙击手--------------VIRUS--Virusgun克隆尤里----------------YURI--MindControl / PsiWave超级尤里----------------YURIPR--SuperMindControl / SuperPsiWave心灵突击队--------------YURIPT--[RA2]尤里改------------------YURIPP--[RA2]平民--------------------CIV1 黄衣服女-------CIV2 白衣服-------CIV3 技师-------CIVA 工人样-------CIVB 牛仔-------CIVC 黑衣蓝裤-------CIVBBP 棒球员-------CIVBFM 海滩胖男-------CIVBF 海滩女-------CIVBTM 海滩瘦男-------CIVSFM 老人-------CIVSF 红衣服女-------CIVSTM 黑衣服黄衣服将军---------------VLADIMIR绿衣服将军---------------PENTGEN苏联卫兵----------------CTECH-------WEEDGUY骆驼--------------------CAML =YR奶牛--------------------COW鄂鱼--------------------ALL --- AlligatorBite / VirtualScanner 北极熊------------------POLARB --- BearBite / VirtualScanner 暴龙 ------------------DNOA =YR腕龙--------------------DNOB =YR猴----------------------JOSH --- ChimpBite / VirtualScanner终级保镖----------------SSRV -- Pistola总统--------------------PRES洛马诺夫总理------------RMNV =YR爱因斯坦----------------EINS =YR木乃伊-----------------MUMY =YR-------------WWLF =YR==========车辆==============灰熊坦克----------------MTNK--105mm多功能步兵车------------FV -----HoverMissile幻影坦克----------------MGTK----MirageGun光陵坦克----------------SREF----Comet/SuperComet战斗要塞----------------BFRT--20mmRapid盟军基地车--------------AMCV超时空矿车（倒矿)-------CMON **超时空矿车--------------CMIN机器人坦克--------------ROBO--Robogun坦克杀手----------------TNKD--SABOT榴弹炮--------------HOWI[隐藏，要修改ini]--HowitzerGun恐怖机器人--------------DRON--DroneJump / VirtualScanner防空车------------------HTK --FlakTrackGun / FlakTrackAAGun犀牛坦克----------------HTNK--120mmV3火箭发射车------------V3 -- V3Launcher / V3ROCKET天启坦克----------------APOC 120mmx / MammothTusk苏军基地车--------------SMCV苏军矿车（倒矿）--------HORV **苏军矿车----------------HARV--20mmRapid磁爆坦克----------------TTNK --TankBolt自爆卡车----------------DTRUCK--Demobomb / none狂风坦克----------------LTNK--ATGUN格林机炮坦克------------YTNK--磁电坦克----------------TELE--MagneticBeam / MagneShake策划者------------------MIND--MultipleMindControlTank镭射幽浮----------------DISK--DiskLaser / DiskDrain神经突击车--------------CAOS--ChaosAttack / VirtualScanner 尤里基地车--------------PCV---奴隶矿车----------------SMON--[卸矿]奴隶矿车----------------SMIN--20mmRapid汽车----------CAR 黄色------EUROC 黑色-------SUVB 包厢型-------STANG 跑车型-------SUVW 包厢型校车---------BUS野营车-------WINI小货车-------PICK 东风型-----PTRUCK 皮卡型卡车--------TRUCKA 自爆卡车型--------JEEP =YR卡车（载货)--TRUCKB 东风型豪华轿车-----LIMO计程车-------TAXI警车---------COP挖土机-------CONA宣传车-------PROPA巴士----------DDBX =YR黑色计程车-----BCAB =YR黄色计程车-----YCAB =YR摄影车---------DOLY =YR电车----------CBLC =YR救火车--------FTRK =YR救护车--------AMBU =YR=============舰船=================盟军气垫艇--------------LCRF驱逐舰------------------DEST--155mm / ASWLauncher，ASW海豚--------------------DLPH--SonicZap神盾巡洋舰--------------AEGIS--Medusa航空母舰----------------CARRIER--HornetLauncher / HORNET苏军气垫船--------------SAPC海蝎--------------------HYD--FlakTrackGun / FlakWeapon台风潜艇----------------SUB--SubTorpedo巨型乌贼----------------SQD--SquidGrab / SquidPunch无畏级战舰--------------DRED-- DredLauncher / DMISL尤里气垫船--------------YHVR雷鸣潜艇----------------BSUB --BoomerTorpedo / CruiseLauncher CMISL海岸巡逻船--------------CDEST拖船--------------------TUG游船--------------------CRUISE尼米兹号航空母舰--------CARRIERB将军无畏级战舰----------DREDB维拉迪摩指挥舰----------VLAD============飞机==============夜鹰直升机--------------SHAD--BlackHawkCannon入侵者战机--------------ORCA--Maverick舰载反潜机--------------ASW ** --ASWBomb大黄蜂------------------HORNET **--HornetBomb / HornetCollision黑鹰战机----------------BEAG--Maverick2围攻直升机--------------SCHP -- BlackHawkCannon 160mm基洛夫飞艇--------------ZEP--BlimpBomb米格战机----------------BPLN **--Maverick3间谍飞机----------------SPYP **--SpyCameraWeaponV3火箭------------------V3ROCKET **无畏级导弹--------------DMISL ··雷鸣导弹 ------------------ ------- CMISL **运输机-----------------PDPLANE=============建筑===============GAPOWR 盟军发电厂GAREFN 盟军矿厂GAPILE 盟军兵营GAWEAP 盟军兵工厂GAAIRC 盟军空军指挥部AMRADR 美国空军指挥部--AmericanParaDropSpecial GADEPT 盟军维修厂GAYARD 盟军船厂GATECH 盟军实验室GAROBO 控制中心 ---GAOREP 矿石精鍊器GAWALL 盟军围墙GAPILL 机枪碉堡---Vulcan2NASAM 爱国者飞弹 --RedEye2GAGAP 裂缝产生器ATESLA 光棱塔----PrismShot / PrismSupport GASPYSAT 间谍卫星GACNST 盟军建造场GTGCAN 法国巨炮 GrandCannonWeaponGACSPH 超时空传送仪 --- ChronoSphereSpecial GAWEAT 天气控制器 --- LightningStormSpecialNAPOWR 磁能反应炉NAREFN 苏军矿厂NAHAND 苏军兵营NAWEAP 苏军兵工厂NARADR 苏军雷达 --- SpyPlaneSpecialNADEPT 苏军维修厂NAYARD 苏军造船厂NATECH 苏军实验室NANRCT 核子反应堆 --- NukePayloadNAINDP 工业工厂NAWALL 苏军围墙NABNKR 战斗碉堡NALASR 哨戒炮--VulcanNAFLAK 防空炮--FlakWeaponTESLA 磁暴线圈 -- CoilBolt / OPCoilBolt NACNST 苏军建造厂NAIRON 铁幕 --- IronCurtainSpecialNAMISL 核弹发射井 -- NukeSpecialYAPOWR 生化反应炉YAREFN 奴隶矿厂YABRCK 尤里兵营YAWEAP 尤里兵工厂NAPSIS 心灵感应器 --- PsychicRevealSpecialYAYARD 尤里船厂YAGRND 部队回收厂YATECH 尤里实验室GAFWLL 尤里围墙NATBNK 坦克碉堡YAGGUN 盖特机炮YAPSYT 心灵控制塔----MultipleMindControlTowerNACLON 复制中心YAGNTC 基因突变器 --- GeneticConverterSpecialYAPPET 心灵控制增幅器 --- PsychicDominatorSpecialYACNST 尤里建造场GASAND=沙墙CAAIRP=科技机场---ParaDropSpecialCAOILD=科技钻油厂 --- ProduceCashStartup= @ ProduceCashAmount= @ ProduceCashDelay= CAHOSP＝市民医院 [RA2]CAMACH＝科技机器商店CAOUTP＝科技前哨站----HoverMissileCAPOWR＝科技电厂CASLAB＝秘密科技实验室CATHOSP＝科技医院 [YR]CATIME01＝时间机器CATIME02＝时间机器CALAB＝爱因斯坦实验室GATE1=闸门CABUNK01-04 =燃料库CABHUT=桥梁维修小屋CAGARD01=警卫哨CAMIAM04=救生员休息亭CAUSFGL=美国国旗CACUFGL=古巴国旗CAFRFGL=法国国旗CAGEFGL=德国国旗CAIRFGL=伊拉克国旗CALBFGL=利比亚国旗CARUFGL=俄国国旗CAUKFGL=英国国旗CASKFGL=韩国国旗CALOND04=英国国会CALOND05=大笨钟CALOND06=伦敦塔CAMORR06=理克酒馆CAEGYP01=金字塔CAEGYP02=金字塔CAEGYP03=金字塔CASEAT01=西雅图太空针塔CASEAT02=巨软园区CASTL04=拱门CASYDN03=雪梨歌剧院CAEAST01=复活岛石像CAEAST02＝尤里雕像----PrismShot CATRAN03＝尤里要塞CAEGYP03=人面狮身像CALUNR01=登月小艇CAMIAM08=亚历桑那纪念馆CAPRS03=世界惊奇博物馆CACHIG04=芝加哥协会大楼CAEURO05=雕像CAFARM06=灯塔CAPARS01=艾菲尔铁塔CAPARS11=巴黎凯旋门CAWASH14=杰佛逊纪念馆CAWASH19=胜利纪念碑CAWASH15=林肯纪念馆CARUS03=克里姆林宫CAWASH01=白宫CATRAN01=地窖CAWASH19=胜利纪念碑CACOLO01=空军学院礼拜堂CARUS08 - 11 =球状戏院CAMISC06=V3 飞弹CAARMY01-04 =军队营帐CAFRMB =移动式厕所CATECH01 =通讯中心AMMOCRAT =弹药箱CAMISC01-02 =油桶。

第3章常用指令与编程现代PLC都具有丰富的指令系统，利用这些指令编程，能够容易地实现各种复杂的控制操作。

对于PLC系统，指令是最基础的编程语言，掌握常用指令的功能及其应用方法，这对用好PLC及其系统设计极其重要。

本章主要介绍CS1的各类指令，但由于该机型的指令数量较多，限于篇幅等因素，本书只对常用的指令进行介绍。

按功能可将这些指令分为基本指令、数据操作指令、常用控制指令和高级指令等。

其他指令，可参考OMRON 公司提供的编程手册和操作手册等资料。

3.1 基本指令可编程序控制器的基本指令主要包括顺序输入指令、顺序输出指令、顺序控制指令、定时器和计数器指令等。

这些指令用来执行以位（bit）为单位的逻辑操作，它们是用PLC替代继电器控制的基础。

梯形图中每个条件是否为ON或OFF，取决于分配给它的操作数位的状态。

一般来说，当该操作数位为1时，对应的继电器线圈通电、常开条件变为ON和常闭条件变为OFF；反之，该操作数位为0，则对应的继电器线圈断电、常开条件为OFF和常闭条件为ON。

在梯形图中，一条指令前面的常开、常闭等条件的逻辑组合产生了执行条件，执行条件是否具备，决定于指令的状态。

对于继电器线圈类指令，当执行条件ON（具备）时，则对应的继电器线圈得电；当执行条件为OFF（不具备）时，对应的继电器线圈断电。

对于功能类指令，当执行条件为ON时，该功能指令执行；当执行条件为OFF时，则该功能指令不执行。

指令行上的逻辑组合可以分成几个部分，每一部分均为一个逻辑块。

利用逻辑块能够更有效地编程。

3.1.1顺序输入指令常用顺序输入指令包括加载、基本逻辑运算、逻辑块，主要用于对继电器进行最基本的输入操作，如表3-1所示。

表3-1顺序输入指令表2. 几点说明上表中指令除了列出的一般功能外，有些指令还加注前缀符号，下面分别加以说明。

（1）操作数位上表中顺序输入指令的操作数，以位为单位进行操作，且不影响标志位。

（2）指令的特定功能表中的特定功能是指这些指令具有微分和刷新功能等，其中上升沿微分的前缀标志为“@”，下降沿微分的前缀标志为“%”，刷新的前缀标志为“!”，它们还可以组合成前缀标志为“!@”和“!%”。

Assembly Instruction ManualMODEL NO.: TITAN HIFI BLK / WHT .au-Please follow these assembly instructions as it will save you time, make assembly easier and prevent possible damage to your new unit.-We strongly recommend that the unit is assembled on a soft surface such as carpet or blanket.as power tools can strip threads if over tightened.-Correct assembly is your responsibility.-When moving this furniture item, always carry the unit. Dragging or sliding the unit could damage the unit and the floor surface.NOTE: PLEASE CHECK YOU HAVE ALL THE CORRECT PARTS LISTED BELOW BEFORE YOU START ASSEMBLING YOUR TV CABINETLEFT SIDE RIGHT SIDE CENTER SUPPORT BASE CABLE MANAGEMENT TOPSHELVES DOOR GLASS SHELF SUPPORTSHINGES 21222324 x 10pcs 2526 x24pcs 272921 x 6pcs22 x 6pcsarrowhead on cam points toward to the hole on the panel edge.THEN STAND UNIT UPSTEP 6STEP 521 x 622 x 621 x 4pcs22 x 4pcs 23 x 4pcs arrowhead on cam points toward to the hole on the panel edge.21 x 422 x 423 x 4SURFACE CARE INSTRUCTIONSA little care and attention will extend the life and good looks of your furniture. Take care when using materials which might spill, or be sharp or abrasive, on the surface of your furniture.Normal Cleaning: For normal cleaning use a soft, dry, clean cloth.Glass Cleaning for Frosted Glass: Do not use glass cleaner or solvent based cleaners on glass that has a frosting effect on it.Normal Glass Cleaning: You may use normal glass cleaning products on all other types of glass. Use a soft non-abrasive cloth to remove light dust and finger prints.Leather, Vinyl & Speaker Cloth Cleaning: Under no circumstances should any abrasive materials be used on these surfaces, as it will result in irreparable damage.Do not use solvents, solvent based cleaners, scouring pads, steel wool or scrubbing brushes to clean this furniture item.Only use a slightly damp, soft, clean cloth on this surface if cleaning is needed. Do not scrub.CAUTIONAs with all furniture, this unit should not be exposed to direct sunlight, extreme temperatures or moisture, as this can result in irreparable damage.Note: The sooner a spill or mark is cleaned, the easier it will be removed.Customer ServiceFOR ALL MISSING OR FAULTY PARTS: PLEASE RE-CHECK YOUR PACKAGING TO ENSURE THAT PARTS ARE MISSING THEN CONTACT THE STORE YOU PURCHASED THE ITEM FROM.THE STORE WILL NEED THE FOLLOWING INFORMATION…..-COPY OF YOUR PURCHASE SLIP/RECEIPT-MODEL NUMBER OF THE UNIT PURCHASED-DESCRIPTION/PART NUMBER OF THE MISSING OR FAULTY PART-QUANTITY OF THE PARTS NEEDEDIf for whatever reason you cannot contact the store, please contact Tauris direct at.au/contact.Product of:RVM Australia11 Tamara Drive, COCKBURN CENTRALPerth, Western Australia 6164PH: 08 9417 9944WARRANTY STATEMENT AND POLICY1.Nothing in this Warranty aīects the Consumer’s rights under the Australian Consumer law. ThebeneĮts to the Consumer under this Warranty are in addi on to the rights and remedies of the buyer under any Consumer Guarantees. The Australian Consumer Law requires that we conĮrm that:Our goods come with guarantees that cannot be excluded under the Australian Consumer Law.You are en tled to a replacement or refund for a major failure and for compensa on for any other reasonably foreseeable loss or damage. You are also en tled to have the goods repaired or replaced if the goods fail to be of acceptable quality and the failure does not amount to a major failure.Tauris2.Subject to Clause 1, the Seller warrants that branded products will be free ofmanufacturing defects and will perform to the Seller’s speciĮca ons subject to the followingclauses.3.The beneĮt of this Warranty extends only to the owner of the property in which the Productsmanufactured or supplied by the Seller are installed and used by the owner for the dura on of the Warranty Period.4.The Warranty commences on the date of the purchase of the product and con nues for the beneĮtof the Owner for the Warranty Period. If within the Warranty Period a manufacturing defect is discovered in the Product, or the Product fails to perform to the Seller’s speciĮca ons as a result of some defect in material or workmanship in the Product, then the Seller will at its own discre on:a.)Repair or replace the Product at the cost of the Seller, including but not limited to labour andtravel costs. Goods repaired or replaced under this Warranty will be warranted for theremaining period of the Warranty.b.)Refund the purchase price paid by the consumer.5.The Warranty does not apply to Product that :a.)Has failed due to excessive wear and tear beyond what is considered to be reasonable.b.)Has been misused or neglected.c.)Was been damaged accidently or by acts of God including Įre and Ňooding.d.)Has been used or operated contrary to opera ng or maintenance instruc ons.e.)Has been damaged by the Consumer or a third party authorised to act for the consumer intransit from the Sellers store to the Consumer.6.In order to make a claim under the Warranty, the Owner must, where possible return the goods tothe Seller’s store at the Owner’s cost. Proof of purchase must be supplied in all cases.7.The seller will examine any returned Products and if the Seller determines that there is an apparentdefect through no fault of the Owner, the Seller will:a.)Make note of the Owner’s contact details including the Owner’s telephone number which theowner can be contacted during business hours, postal address and e-mail address.b.)Make note of the defects reported by the Owner.c.)Take back the defec ve goods from the owner and determine within a reasonable me throughdialogue with the Seller whether the goods are defec ve.d.)Advise the owner within a reasonable me frame whether it accepts or rejects the Product claim.e.)If the Seller accepts the return of the Product, the Seller must arrange to havei)The Product repaired or,ii)Replace the damaged or faulty Product or,iii)Refund the purchase price.8.The Seller will not accept any returned Product which has not been returned strictly in accordance withthis Warranty.9.For the purpose of this Warranty:a.)Australian Consumer Law means the law as set out in Schedule 2 of the Compe on and ConsumerAct 2010 (Cth).b.)Consumer means the Purchaser of goods from the seller.c.)Consumer means a Consumer as that term is set out in sec on 3 of the Australian Consumer Law.d.)Consumer Guarantees means the guarantees under the Australian Consumer Law.e.)Implied terms means any guarantees, condi ons, warran es or other terms implied by anyAustralian Commonwealth, State or Territory laws, (excluding the Australian Consumer Law) or the law of any other jurisdic on.f.)Owner has the meaning set out in clause 3.g.)Warranty means this warranty.h.)Product means the Product/s bought by the Owner from the Seller that fall under this warranty.i.)Warranty Period means:i)In rela on to Furniture: 12 months Limited Warranty.。

门子电气安装技术目录 2002Catalog 2002电气安装技术部发行的各类产品样本List of all Catalogs from Electrical Installation Technology (ET)电气安装技术Electrical Installation Technology请将您的要求寄往与您最近的西门子办事处Please direct requests to your Siemens branch office注意：技术数据旨在提供一般信息。

在安装和维修时必须严格遵守使用说明书以及产品上标识的提示。

Warning:The technical data stated only for general information purposes. When installing, operating ormaintaining equipment the operating instructions/Assembly instructions and the information stated on the equipment must be taken into consideration.产品样本Catalogs小型断路器、剩余电流保护断路器和模数化产品(中/英文)Miniature Circuit-Breakers, Residual Current Operated Circuit-Breakers and Modular Devices (Chinese/English)低压熔断器系统(中/英文)Fuse System (Chinese/English)雷击，过电压－不再是问题(中文)Thunderstorms - no problem (Chinese)西门子建筑电器目录(中文)Electrical Installation Technology Catalog (Chinese)终端配电保护产品(中文)5 IN 1(Chinese)SIKUS 和 STAB UNIVERSAL 目录(中文)SIKUS and STAB UNIVERSAL Catalogue (Chinese)SIKUS HC 目录(中文)SIKUS HC Catalogue (Chinese)Sentron TM 母线槽 (准备中)(中文)Sentron TM Busway System (in preparing)(Chinese)建筑低压配电一体化解决方案－住宅小区应用(中文)Building LV PD Solution (Chinese)西门子 DELTA vista “远景”系列开关和插座价目表(中文)Delta vista Switch and Socket Pricelist (Chinese)instabus EIB 面向未来的楼宇智能控制系统(中文)instabus EIB (Chinese)instabus EIB 面向未来的楼宇智能控制系统技术手册 (准备中)(中文)instabus EIB technical handbook (in preparing)(Chinese)西门子电气安装技术业绩卓越(中/英文)ET Reference Manual (Chinese/English)Low Voltage Fuse Systems技术说明1Technical DescriptionNH - 熔断器2NH FusesNH - 熔断器隔离开关3NH - Fuse DisconnectorSITOR - 熔断器4SITOR Fuses柱形熔断器5Cylindrical FusesNEOZED 熔断器6NEOZED FusesDIAZED - 熔断器，SILIZED 熔断器7DIAZED Fuses, SILIZED FusesMINIZED 熔断器隔离开关8MINIZED Switch - DisconnectorNH 熔断器特性曲线9NH Fuse Characteristic Curves外形尺寸10Dimension Drawing低压熔断器Low-Voltage Fuses低压熔断器技术数据Low-Voltage Fuses低压熔断器Low-Voltage Fuses优点●N E O Z E D 、D I A Z E D 、N H ,Cylindrical 和SILIZED-熔断器体系具有稳定的、始终一致的质量水平●额定功耗低，经济性高，发热小●额定分断能力高，从最小的不允许过载电流至最大的短路电流，都能被安全而可靠地分断●选择性比例的分级细，使导线截面获得最佳利用●限流特性强，能可靠地保护供电系统各部分●在常年持续运行中保持可靠的功能●抗老化稳定性高，从而避免出现不必要的运行事故●在各种温度条件下保证特性曲线的稳定不变●品种规格齐全，适宜用于各种应用场合●附件多而实用，提高了接触安全性●在世界上许多国家中已通过认证试验，取得认证证书应用举例熔断器担负的主要任务是为电线电缆作过载与短路保护，不论短路电流值有多高，它都能切断。

IBM错误代码解释以及解决方法IBM的ThinkPad系列笔记本电脑的错误代码解释以及解决方法，希望能对拥有此款“本本”的朋友们有所帮助。

101：中断失败102：时钟失败103：时间中断失败104：保护模式失败105：最后的 8042命令未接受107：NMI 检测失败108：时钟总线检测失败109：Low meg芯片选择检测以上出错部件及解决措施：请检查主板设置是否正确，严重时需要更换主板。

110：平面奇偶出错部件及解决措施：这种情况一般是内存发生问题，请将内存换一个插槽试试。

不过，如果有连接到电脑的扩展部件，请先移除。

111：I/O奇偶出错部件及解决措施：仍然是首先检查内存条是否损坏，然后请检查扩展部件或端口复制器是否损坏。

0175：CRC1错，EEPROM校验错出错部件及解决措施：系统主板，停止POST任务。

1101： A类设备检测失败出错部件及解决措施：重点检查串口设备、通讯接线等部件。

1201： B类设备检测失败出错部件及解决措施：请检查主板上的红外接口是否损坏。

158：设置了SuperVisor密码但没有设置硬盘密码出错部件及解决措施：请重新设置硬盘密码159：硬盘密码与SuperVisor密码不相同出错部件及解决措施：请将硬盘的密码设置为与SuperVisor密码相同。

161：电池失效。

出错部件及解决措施：这当然是电池的问题，请重新更换电池或检查主板上的现用电池是否有漏电现象。

163：时间和日期未设置出错部件及解决措施：重新设置时间和日期。

173：设备数据丢失出错部件及解决措施：在屏幕上选择OK，然后设置时间和日期，必要时需要更换备用电池。

174：设置错误。

出错部件及解决措施：先去检查一下硬件设备是否配置正确，或者检查硬盘的跳线是否设置正确。

0177： SuperVisor密码检验错出错部件及解决措施：系统主板。

1701：硬盘控制器失败1780, 1790：硬盘0出错1781, 1791：硬盘1出错173 192 163出错,出错部件及解决措施：硬盘错误，当然也不排除主板存在错误。

C# 错误码(中文)附录B错误CS0001 编译器内部错误错误CS0003 内存溢出错误CS0004 提升为错误的警告错误CS0005 编译器选项后应跟正确的参数错误CS0006 找不到动态链接的元数据文件错误CS0007 .Net 环境初始化错误错误CS0008 从文件中读取元数据错误错误CS0009 不能打开元数据文件错误CS0010 名字空间与类型的声明不能同名错误CS0011 引用的类找不到基类错误CS0012 找不到引用类型的定义错误CS0013 向文件中保存元数据时发生未知错误错误CS0014 找不到文件名错误CS0015 类型名太长错误CS0016 无法输出文件错误CS0017 输出文件有多个入口错误CS0019 双目操作符不适用于指定的操作数错误CS0020 除数为0错误CS0021 不能对类型表达式使用索引错误CS0022 错误的多重索引错误CS0023 单目操作符不适用于指定的操作数错误CS0024 无法打开源文件错误CS0025 找不到标准库文件错误CS0026 在静态属性方法域初始化时使用了非法的关键字错误CS0027 当前环境中关键字无效警告4 级CS0028 函数声明带有错误的入口标识错误CS0029 类型之间无法进行隐式转换错误CS0030 类型之间无法进行转换错误CS0031 常数值不能转换为类型值错误CS0032 无法打开渐增编译文件错误CS0033 写渐增编译文件时发生磁盘I/O 错误错误CS0034 双目操作符对指定的操作数存在二义性错误CS0035 单目操作符对指定的操作数存在二义性错误CS0036 输出参数不能使用[in]特征错误CS0037 不能给值类型赋null 值错误CS0038 非静态的类型成员不能被嵌套的类型访问错误CS0040 调试初始化产生错误错误CS0041 保存调试信息错误错误CS0042 创建调试信息文件错误错误CS0043 PDB 文件格式错误将删除文件并重新编译错误CS0050 方法返回类型的访问权限低于方法的访问权限错误CS0051 方法参数类型的访问权限低于方法的访问权限错误CS0052 域类型的访问权限低于域的访问权限错误CS0053 属性类型的访问权限低于属性的访问权限错误CS0054 索引指示器返回类型的访问权限低于索引指示器的访问权限错误CS0055 索引指示器参数类型的访问权限低于索引指示器的访问权限错误CS0056 操作符返回类型的访问权限低于操作符的访问权限错误CS0057 操作符参数类型的访问权限低于操作符的访问权限错误CS0058 代表类型的访问权限低于代表的访问权限错误CS0059 代表类型的访问权限低于代表的访问权限错误CS0060 基类的访问权限低于派生类的访问权限错误CS0061 父接口的访问权限低于子接口的访问权限错误CS0065 事件属性必须同时有两个访问器错误CS0066 事件必须是代表型错误CS0067 事件在声明的类中从未使用过错误CS0068 接口中的事件不能有初始化错误CS0069 接口中的事件不能有访问器错误CS0070 事件不能出现在操作符+= 或–= 左边错误CS0071 事件的显示接口执行体必须按照属性的语法格式错误CS0075 强制转换负数时应使用括号错误CS0076 保存的枚举器名称不能被使用错误CS0077 as 操作符必须同引用类型一起使用错误CS0100 参数名字重复错误CS0101 名字空间中包含了同名的类型错误CS0102 类中已经包含了指示符的定义错误CS0103 名称在类或名字空间中不存在错误CS0104 引用存在二义性错误CS0105 名字空间使用指示符在名字空间中已经出现过错误CS0106 修饰符对当前项目无效错误CS0107 多个访问修饰符警告1 级CS0108 成员覆盖了继承的同名成员应使用new 修饰符警告4 级CS0109 成员未覆盖了继承的同名成员不应使用new 修饰符错误CS0110 常量之间循环定义错误CS0111 具有相同参数类型的方法已被定义过错误CS0112 静态成员方法不能使用override virtual 或abstract 修饰符错误CS0113 重载成员方法不能使用new virtual 或abstract 修饰符警告2 级CS0114 方法覆盖了继承的同名方法如果要重载使用override 修饰符否则使用new 修饰符错误CS0115 找不到合适的方法进行重载错误CS0116 名字空间不能直接包含域或方法等成员错误CS0117 类型中不能包含函数定义错误CS0118 构造函数名称应指代另一构造函数错误CS0119 构造函数名称指代的构造函数在当前环境中无效错误CS0120 非静态的域方法和属性成员要求对象引用错误CS0121 方法之间的调用存在二义性错误CS0122 因保护级别不能访问成员错误CS0123 方法声明与代表的类型不符错误CS0126 需要一个可转换的类型错误CS0127 返回值为void 类型的方法应在表达式后使用return 语句错误CS0128 当前范围内已定义了局部变量错误CS0131 语句的左边应为一个变量属性或索引指示器错误CS0132 静态构造函数不能有参数错误CS0133 表达式中的变量应为常量错误CS0134 在嵌套名字空间中不能使用全权名错误CS0135 声明之间相互冲突错误CS0136 局部变量的名称在当前范围内不能使用该名称已有其它含义错误CS0138 名字空间使用指示符仅对名字空间有效错误CS0139 break 或continue 语句没有跳出的范围错误CS0140 标签重复错误CS0143 未对类定义构造函数错误CS0144 对抽象类或接口不能建立实例错误CS0145 对常量域应赋值错误CS0146 基类定义发生循环错误CS0148 代表没有有效的构造函数错误CS0149 应使用方法名称错误CS0150 应使用常量值错误CS0151 应使用整数类型错误CS0152 switch 语句中已经存在的标签错误CS0153 goto 语句只在switch 语句中有效错误CS0154 因为缺少读访问器属性或索引指示器不能使用错误CS0155 catch 或throw 的类型应该从System.Exception 中继承错误CS0156 throw 语句不能在catch 子句以外使用错误CS0157 无法离开finally 子句错误CS0158 在包含的范围内标签屏蔽了另一个标签错误CS0159 goto 语句中标签不存在错误CS0160 前面的catch 子句已经捕获了所有的意外错误CS0161 方法中不是所有的路径都能返回值错误CS0162 检测到执行不到的代码错误CS0163 控制无法从一个case 语句转入另一个case 语句错误CS0164 标签未被引用错误CS0165 可能使用未被赋值的局部变量错误CS0167 代表缺少调用方法警告3 级CS0168 声明的变量未被使用警告3 级CS0169 保护域成员未被使用错误CS0170 可能使用未被赋值的域错误CS0171 在构造函数结束之前应给域赋值错误CS0172 因类型之间可以相互进行隐式转换无法确定表达式的类型错误CS0173 因类型之间不存在隐式转换无法确定表达式的类型错误CS0174 base 引用需要一个基类错误CS0175 此处不能使用base 关键字错误CS0176 在类的实例中无法访问静态成员应使用类型名错误CS0177 方法结束之前需要给输出参数赋值错误CS0178 数组初始化结构错误错误CS0179 外部方法含有执行体错误CS0180 成员不能同时是外部的和抽象的错误CS0181 未知特征错误CS0182 特征参数必须为常量方法域属性或类警告1 级CS0183 表达式总是提供的类型警告1 级CS0184 表达式总是不提供的类型错误CS0185 类型不是lock 语句中需要的引用类型错误CS0186 当前环境中不能使用null错误CS0187 操作符未对此类型作出定义错误CS0188 在所有域被赋值之前不能使用实例错误CS0190 _arglise 型构造函数仅在使用变量的方法中有效错误CS0191 不能给只读域赋值错误CS0192 只读域不能为ref 或out 型错误CS0193 或操作符只能对指针使用错误CS0196 一个指针只能指向一个值错误CS0198 静态的只读域不能被赋值错误CS0199 静态的只读域不能为ref 或out 型错误CS0200 只读的属性索引指示器属性不能被赋值错误CS0201 不能作为语句使用错误CS0202 对GetEnumerrator 的调用必须返回类或结构错误CS0203 方法不能作为变量使用错误CS0204 局部变量的取值范围不能超过65536错误CS0205 不能调用基类的方法或属性错误CS0206 属性索引指示器不能作为ref 或out 型传递错误CS0207 访问器不能被声明为unsafe错误CS0208 对可控类型不能取地址或长度错误CS0209 在fixed 语句中声明的局部变量必须为指针类型错误CS0210 fixed 语句中声明时必须初始化错误CS0211 不能对表达式取地址错误CS0212 在fixed 语句中的初始化时不能取非fixed 型表达式的地址警告3 级CS0213 不需要使用fixed 语句来取fixed 型表达式的地址错误CS0214 指针必须在unsafe 环境中使用错误CS0215 true 或false 操作符必须为bool 类型错误CS0216 操作符需要一个已定义的操作符与之匹配错误CS0217 用户自定义操作符必须与参数有相同的返回类型错误CS0218 类型必须包含操作符true 和false 的声明警告3 级CS0219 变量已赋值但未使用警告3 级CS0220 checked 模式下编译时操作符溢出错误CS0221 常值不能转换为类型可用unchecked 语法错误CS0223 不允许空字符串case 标号错误CS0224 方法不能同时有paras 参数和varargs错误CS0225 paras 参数必须是一维数组错误CS0227 unsafe 编译时才能出现非操控代码错误CS0228 类型不包含成员定义或定义不可达错误CS0229 成员间定义模糊错误CS0230 foreach 语句缺少类型和标识符错误CS0231 params 参数表和-arglist 参数不能有下列变量错误CS0233 sizeof 只能用于unsafe 模式错误CS0234 类名或名字空间名未定义错误CS0235 代表中不能有-arglist错误CS0236 域初始化不能引用非静态的域方法或属性错误CS0500 抽象类成员不能声明实体错误CS0501 非抽象或外部的成员函数必须声明实体错误CS0502 类是抽象且封闭的错误CS0503 抽象方法不能标记为虚错误CS0504 常变量不能标记为静态错误CS0505 成员不能覆盖继承的非函数成员错误CS0506 函数不能覆盖继承的函数因函数不是virtual abstract 或override的性质错误CS0507 覆盖继承成员函数2 时函数1 不能改变访问调节器错误CS0508 函数1 覆盖继承成员函数2 时不能改变返回类型错误CS0509 不能从封口类型继承错误CS0513 抽象类包含于非抽象类中错误CS0514 静态构造函数不能有外部this 指针和基构造函数调用错误CS0515 静态构造函数不允许访问调节器错误CS0516 构造函数不能调用自身错误CS0517 无基类不能调用基类构造函数错误CS0518 未定义或引入预定义类型错误CS0519 名字与预定义名字空间冲突错误CS0520 名字与预定义类型冲突错误CS0522 结构不能调用基类构造函数错误CS0523 结构成员互相引用构成圈错误CS0524 接口不能声明类型错误CS0525 接口不能包含域错误CS0526 接口不能包含构造函数错误CS0527 接口类型表中有非接口类型错误CS0528 接口已处于接口列中错误CS0529 接口互相继承构成圈错误CS0531 接口成员不能有定义错误CS0533 派生类成员隐藏了继承的基类抽象成员错误CS0534 方法没有执行继承的抽象方法错误CS0535 类没有执行接口成员错误CS0536 类没有执行接口成员类成员是静态非公有或返回类型错误错误CS0538 外部接口声明中的名字不是接口错误CS0539 外部接口声明中的成员不是接口成员错误CS0540 包含类型不执行接口错误CS0541 外部接口不能在类和结构中声明错误CS0542 用户自定义成员名不能与包含类型相同错误CS0543 计数器的值过大错误CS0544 属性不能覆盖继承的非属性错误CS0545 函数不能覆盖因为没有可覆盖属性错误CS0546 不能覆盖因为没有可覆盖属性错误CS0547 属性和索引器不能有void 类型错误CS0548 属性和索引器必须至少有一个存取程序错误CS0549 函数是封口类的新虚成员错误CS0550 加入了一个接口成员找不到的访问程序错误CS0551 外部接口执行缺少访问程序错误CS0552 不允许用户自定义与接口有关的转换错误CS0553 不允许用户自定义与基类有关的转换错误CS0554 不允许用户自定义与派生类有关的转换错误CS0555 不允许用户自定义包含类型之间的转换错误CS0556 用户自定义转换必须以包含类型为源类型或目标类型错误CS0557 类中不能出现重复的用户自定义转换错误CS0558 用户自定义操作符必须是静态或公有错误CS0559 ++和-操作符的返回类型和参数必须是包含类型错误CS0560 访问程序1 不能覆盖被函数隐藏的访问程序2错误CS0561 函数不能覆盖由专门编译器产生的方法错误CS0562 unary 操作符的参数必须是包含类型错误CS0563 二进制操作符的一个参数必须是包含类型错误CS0567 接口不能包含操作符错误CS0568 结构不能包含外部无参数构造函数错误CS0569 方法不能覆盖非方法错误CS0570 类引用了语言不支持的类型错误CS0571 函数不能在外部调用操作符和访问器错误CS0572 不能通过表达式引用类型请尝试path-to-type错误CS0573 结构中不能有域初始化实例错误CS0574 析构函数名必须与类名匹配错误CS0575 只有类类型可以有构造函数错误CS0576 名字系统已有system 的别名错误CS0577 构造函数析构函数操作符和外部接口执行的condictional 属性无效错误CS0578 返回类型为空的函数condictionak 属性无效错误CS0579 属性重复错误CS0580 太多未命名变量定义了属性错误CS0581 该属性不适用于命名变量错误CS0582 接口成员的conditional 属性无效错误CS0583 内部编译错请用/bugreport 选项创建故障报告并提交给问题报告处理人错误CS0584 内部编译错阶段符号错误CS0585 内部编译错阶段错误CS0586 内部编译错阶段错误CS0587 内部编译错阶段错误CS0588 内部编译错LEX 阶段错误CS0589 内部编译错PARSE 阶段错误CS0590 用户自定义操作符不能返回void 类型错误CS0591 变量属性包含非法值错误CS0592 属性赋给错误的类型错误CS0594 浮点常量越界错误CS0595 只能在空类型中指定该属性错误CS0596 guid 属性必须于comimport 属性一起指定错误CS0597 该属性缺少未命名变量错误CS0598 无效的guid 特征参数该参数的变量必须是形式为XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX 的常字符串错误CS0599 属性隶属于非法命名变量错误CS0601 dllimport 属性必须在静态或外部方法中指定警告1 级CS0602 不赞成使用旧特性请使用新特性错误CS0608 方法不能同时标记为dllimport 和sysnative错误CS0609 不能在标记为override 的索引器中建立同样的属性错误CS0610 域不能是System.TypedReference 类型错误CS0611 数组元素不能是System.TypedReference 类型错误CS0612 成员已作废错误CS0614 不能定义与system.variant 有关的用户自定义转换错误CS0616 不是属性类型错误CS0617 试图访问私有成员失败警告1 级CS0618 成员已作废错误CS0619 成员已作废错误CS0620 索引器不能有void 类型警告1 级错误CS0621 抽象成员和虚成员不能为私有错误CS0622 不能用数组初始化表达式给非数组类型初始化错误CS0623 数组初始化只能用于域或变量的初始化错误CS0624 returnshresult 属性只能位于dllimport 或成员为COM 标准接口的方法中错误CS0625 标记有structlayout 的域类型实例必须有structoffset 属性错误CS0626 没有标记dllimport 或sysnative 的外部方法不能执行错误CS0627 非外部方法不能有sysnative 属性错误CS0628 封口类定义了新保护成员错误CS0629 接口执行过程中不能使用conditional 属性错误CS0630 联合的成员是类或引用类型错误CS0631 索引器不能是ref 或out 参数错误CS0632 命名的属性变量不能是只读类型错误CS0633 传递给名字属性的变量必须是有效的标识符错误CS0634 变量仅对System.Interop.UnmanagedType.CustomMarshaller 类型有效错误CS0635 System.Interop.UnmanagedType.CustomMarshaller 需要命名变量ComType 和Marshal错误CS0636 structoffset 属性只能位于标记有structlayout 的类型中错误CS0637 静态域和常域不允许structlayoff 属性错误CS0638 未定义全局标识符错误CS0640 生成集合前不允许建立全局属性集错误CS0641 该属性只有在System.Attribute 的派生类中有效警告3 级CS0642 空语句可能导致错误错误CS0643 属性变量重复命名错误CS0644 类不能从基类继承错误CS0645 标识符过长错误CS0646 包含索引指示器的类型不能指定System.Reflection.DefaultMember Attribute 错误CS0647 发表属性出错错误CS0648 语言不支持的类型警告3 级CS0649 域未分配值将始终用缺省值错误CS0650 数组声明符语法错错误CS0651 语法错全局属性必须是文件范围错误CS0652 常量越界错误CS0653 不能应用抽象的属性类错误CS0654 无变量表的方法引用错误CS1001 需要标识符错误CS1002 需要错误CS1003 语法错误缺少字符错误CS1004 双重修饰符错误CS1005 非法间接引用类型错误CS1007 属性访问器已定义错误CS1008 缺少byte, sbyte, short, ushort, int, uint, long, 或ulong 类型错误CS1009 无法识别的脱离顺序错误CS1010 串没有正确定界错误CS1011 字符赋值为空错误CS1012 多字符赋值给同一字符变量错误CS1013 无效数字错误CS1014 缺少get 或set 方法错误CS1015 需要一个对象串或类类型错误CS1016 需要命名的属性变量错误CS1017 try 语句已经包含一个空catch 块错误CS1018 需要关键字this 或base错误CS1019 需要可重载的unary 操作符错误CS1020 需要可重载的二进制操作符错误CS1021 整数常量越界错误CS1022 缺少类或名字空间定义或文件尾错误CS1023 内嵌语句不能是声明或标号语句错误CS1024 需要预处理器指令错误CS1025 缺少单行注释或行尾标志错误CS1026 缺少错误CS1027 缺少#endif 指令错误CS1028 不该有的预处理器指令错误CS1029 #error 文字警告1 级CS1030 #warning 文字错误CS1031 缺少类型定义错误CS1032 必须在文件开始处#define 或#undef 预处理器符号错误CS1033 编译器限制越界文件不能超过最大行数限制错误CS1034 编译器限制越界行不能超过最大字符数限制错误CS1035 找到文件尾标记需要*/错误CS1036 缺少或.错误CS1037 缺少可重载操作符错误CS1038 缺少#endregion 指令错误CS1039 无法终止的字符串错误CS1040 预处理器指令必须位于行首第一个非空字符处错误CS1041 缺少标识符错误CS1042 关键字不能包含统一代码逃逸顺序错误CS1501 没有对带有数值类型参数的方法的重载错误CS1502 最佳的重载方法声明中含有无效的参数错误CS1503 无法对方法的参数进行类型转换错误CS1504 无法打开源文件错误CS1505 编译选项缺少文件说明错误CS1506 输出文件不在装配目录下错误CS1507 建立模块时无法链接源文件错误CS1508 装配中已使用了源标识符错误CS1509 引用的文件不是一个装配换用选项/add module错误CS1510 ref 或out 类型参数必须为一个值错误CS1511 关键字base 在静态方法中无效错误CS1512 关键字base 在当前环境中无效错误CS1513 缺少}错误CS1514 缺少{错误CS1515 源文件被包含多次错误CS1516 源文件被指定多次错误CS1517 无效的处理器表达式错误CS1518 缺少类代表枚举接口结构或联合错误CS1519 使用类结构或接口成员的声明无效错误CS1520 类结构或接口的方法应有返回值错误CS1521 无效的基类型警告1 级CS1522 switch 语句块为空警告1 级CS1523 switch 语句代码前应有case 或default 关键字错误CS1524 缺少catch 或finally错误CS1525 表达式中含有无效字符错误CS1526 new 表达式中的类型后应有或[]错误CS1527 名字空间的元素不能显式声明为私有的或保护的错误CS1528 缺少或=错误CS1529 using 子句应该在名字空间其它元素之前错误CS1530 对名字空间的元素不允许使用new 或unsafe 关键字错误CS1532 属性或索引指示器属性不能同时重载一个访问器而覆盖另一个访问器错误CS1533 代表不能直接调用错误CS1534 二元操作符重载只能有两个参数错误CS1535 一元操作符重载只能有一个参数错误CS1536 void 参数类型无效错误CS1537 别名使用指示符在名字空间中已经出现过错误CS1538 不能通过包含类的派生类型来引用类型错误CS1539 非法的分割符错误CS1540 不能通过全权名访问保护类型成员错误CS1541 选项无效符号中不能包含目录错误CS1542 ‘dll’不能加入到装配中它已存在于另一个装配中应使用/R 选项错误CS1545 语言不支持属性或索引指示器属性引用的类型尝试直接调用读或写访问器错误CS1546 语言不支持属性或索引指示器属性引用的类型尝试直接调用访问器错误CS1547 当前环境中不允许使用void 关键字错误CS1548 标记装配时密码错误错误CS1549 找不到适当的密码服务错误CS1551 索引指示器至少应有一个参数错误CS1552 指定数组类型时[] 应该出现在参数名称前错误CS1553 非法声明应使用修饰符+参数类型+ 的格式错误CS1554 非法声明应使用类型+操作符+ 的格式错误CS1555 程序中Main 方法找不到包含的类错误CS1556 Main 方法的所有者应是一个有效的类或结构错误CS1557 第一个输出文件中找不到包含Main 方法的类而在第二个输出文件中找到错误CS1558 类中没有合适的Main 方法错误CS1559 导入的对象不能作为程序的入口使用错误CS1560 #line 指定的文件名太长错误CS1562 无源输出应指定选项/out错误CS1563 输出的文件没有任何源文件错误CS1565 指定选项冲突win32 res 和win32 icon错误CS1566 读源文件错误错误CS1567 生成win32 资源文件时出错错误CS1569 生成XML 文档错警告1 级CS1570 XML 注释生成错误格式的XML 文档错误CS1571 XML 注释参数标记重复警告2 级错误CS1572 找不到XML 注释含有的参数标记警告4 级错误CS1573 XML 注释含有的参数标记与实际参数不符警告1 级错误CS1574 XML 注释含有的cref 特征项找不到错误CS1575 分配堆栈的表达式在类型后应有[]错误CS1576 #line 指示符后缺少指定的行数错误CS1577 装配错误错误CS1578 缺少文件名单行注释或行结尾错误CS1579 foreach 语句声明的类型没有定义或者不可访问错误CS1580 XML 注释含有的cref 特征项中有无效的参数个数错误CS1581 XML 注释含有的cref 特征项中有无效的返回值错误CS1583 文件不是有效的win32 资源文件错误CS1585 成员修饰符的关键字应出现在成员类型或名称前错误CS1586 数组创建时应有数组长度或数组的初始化错误CS1600 编译被用户中断错误CS1900 警告级别应在0~4 之间错误CS1901 指定的选项冲突0 警告级别警告提升为错误错误CS1904 无效的警告数目错误CS2000 编译器初始化错误错误CS2001 找不到源文件错误CS2002 源文件指定多次错误CS2003 响应文件包含多次错误CS2005 命令行选项缺少指定的文件错误CS2006 命令行语法错误switch 语句缺少文字错误CS2007 无法识别的命令行选项错误CS2008 没有指定的输入错误CS2011 无法打开响应文件错误CS2012 无法打开文件进行修改错误CS2013 映像基准数无效错误CS2014 旧的命令行选项已过时请使用新的错误CS2015 文件不是源代码文件而是二进制文件错误CS2016 代码页无效或没有安装错误CS2017 对同一输出文件不能使用/main 和/dll错误CS2018 打不开消息文件cscmsgc.dll错误CS2019 /target 目标类型无效请指明exe winexe library 或module错误CS2020 只有首先输出的文件才能建立目标而不是module错误CS2021 文件名太长或无效错误CS3000 带有变量参数的方法不符合CLS错误CS3001 参数类型不符合CLS错误CS3002 方法返回值不符合CLS错误CS3003 变量类型不符合CLS错误CS3004 混合和分解的unicode 字符不符合CLS错误CS3005 只有大小写不同的指示符不符合CLS错误CS3006 只有ref 和out 不同的指示符不符合CLS错误CS3008 指示符不符合CLS错误CS3009 基类型或接口不符合CLS错误CS3010 符合CLS 的接口不能有不符合CLS 的成员错误CS3011 不符合CLS 的成员不能是抽象的错误CS3012 在模块中不能指定符合CLS 的属性错误CS3013 添加的模块不符合CLS 或者缺少符合CLS 的特征错误CS3014 成员不能被标记为符合CLS 因为装配没有标记为符合CLS 的错误CS3015 数组类型的方法特征参数不符合CLS错误CS5000 未知的编译器错误警告1 级CS5001 程序输出文件不包含已定义的入口。

1.导弹类武器的修改…………………………………………………………请在修改前先备份原始文件,以便恢复……………………………………………………………ObjectTemplate.seek.targetType TTLaser <<<制导方式（TTHeat空空，地空）（TTLaser空地）（TTUnique指令制导）ObjectTemplate.seek.trackingDelay 0.2 <<<追踪延迟ObjectTemplate.seek.maxAngleLock 360 <<<最大锁定仰角ObjectTemplate.seek.maxDistLock 3000 <<<最大锁定距离ObjectTemplate.seek.reLockTime 0 <<<重新锁定延迟ObjectTemplate.seek.targetTypeObjectTemplate.collision.hasCollisionEffect <<<是否打开碰撞触发不开ObjectTemplate.detonation.explosionMaterial" <<<爆炸的材质 56ObjectTemplate.detonation.explosionRadius" <<<爆炸范围5 影响立体爆炸伤害范围ObjectTemplate.detonation.explosionForce <<<爆炸的冲击波 20 影响平面爆炸伤害范围ObjectTemplate.detonation.explosionDamage <<<爆炸伤害 300ObjectTemplate.detonation.endEffectTemplate <<<爆炸效果ObjectTemplate.seek.targetType <<<制导属性ObjectTemplate.seek.trackingDelay <<<导弹发射后进入制导的时间ObjectTemplate.seek.maxAngleLock <<<导弹的最大导引角度ObjectTemplate.seek.maxDistLock <<<导弹的最大导引距离ObjectTemplate.seek.directionBonus <<<进入导引后设置导弹稳定值的参数ObjectTemplate.seek.reLockTime <<<失去目标后重新寻找需要的时间ObjectTemplate.follow.maxYaw <<<跟踪目标时的灵活度（这个是偏角参数）ObjectTemplate.follow.maxPitch <<<与上面的意思一样（这个为设置倾角）ObjectTemplate.follow.changePitch <<<导弹在变换跟踪目标和转弯时的灵活度（倾角）ObjectTemplate.follow.changeYaw <<<导弹在变换跟踪目标和转弯时的灵活度（偏角）ObjectTemplate.follow.minDist <<<导弹跟踪目标时与目标保持的距离ObjectTemplate.timeToLive <<<导弹的飞行时间（即射程） TV改了就可以无限远了ObjectTemplate.gravityModifier <<<发射后的重力参数改为0就可以成为直射了ObjectTemplate.damage <<<直接命中目标时的伤害ObjectTemplate.acceleration <<<导弹的加速度战地2中导弹是越飞越快的ObjectTemplate.maxSpeed <<<导弹发射后的飞行速度初速你可以为单兵手持武器配上ttlaser属性，让其成为发射后不管的武器2.枪支与载具的武器修改…………………………………请在修改前先备份原始文件,以便恢复…………………………………………<<<枪支游戏数据代码>>>ObjectTemplate.weaponHudObjectTemplate.weaponHud.weaponIcon <<<武器图片位置ObjectTemplate.weaponHud.altWeaponIcon <<<这个和上面参数的意思相近。

目录实验一 CS1的系统设置 (2)实验二 CS1的指令使用 (13)实验三 CS1的任务编程 (20)实验四 CS1的逻辑控制功能－双头钻床的控制 . 25实验五 CS1的模拟量控制功能－电子称称重显示27实验六 CS1的串行通信功能－NT LINK通信功能 29实验七 CS1的网络通信功能－COMPOBUS/S网络通信 (31)实验八 CS1D PLC的基本操作 (33)实验一 CS1的系统设置一．实验目的1．了解CS1 PLC系统设定的特点；2．学会CS1`PLC的DIP开关设置；3．学会用CX-P上位软件或编程器进行系统设置。

二．实验内容（一）DIP开关的设置1. 要求：针对以下几种使用情况，可以通过PLC的DIP开关来设置（1）用户对PLC写入程序后，希望不被别人修改（2）用户要求在程序被错误修改后，PLC可自动恢复出厂设置（PLC内部有存储盒）（3）将CPU的RS232C口设置为默认的通信格式：1，7，2，e2. 操作步骤：（1）CS1 CPU单元DIP开关的作用如下表所示。

表1-1 CS1 CPU单元DIP开关的功能（2）操作操作一：将CPU的DIP 1#设定为ON时，使用CX-P软件下载程序至PLC；然后再将DIP1#设定为OFF时，使用CX-P软件下载程序至PLC。

结论：用户对PLC写入程序后，希望不被别人修改时可以考虑DIP 1#开关的位置。

操作二：将DIP 2#开关设定为ON，此时PLC通电时首先自动读取存储盒的数据，自动将存储盒中的程序和相关参数区设定传送入PLC，并自动将原有内容覆盖。

结论：用户使用内存卡时需要考虑DIP 2#开关的位置。

操作三：当DIP 5#设为ON时，CPU的RS232C口自动定为1起始位，9600BPS,7数据位，2停止位，偶校验。

此时用户不管在参数区内设置什么参数，都是默认的数据格式。

如DIP 5#设为OFF,则需要在设定菜单中对上位链接端口进行通信数据设置。

LONGSPAN SHELVINGThese instructions are designed to give an easy, step by step guide to assembling Longspan shelving in a logical safe manner.Please read thoroughly before starting work, as good planning will help to make assembly easier.If there is any doubt concerning any aspect of the installation, please refer to your supplier before assemblyor loading.SITE REQUIREMENTSThe proposed site should be indoors and have a reasonably level floor.(Small local variations may be accommodated by the use of levelling shims).The floor material must be a suitable solid concrete floor.TOOLS REQUIRED• Spirit level• Plumb line• Tape measure• Soft faced mallet (or hammer & block of wood) • Hammer drill• 10Ø masonry drill • Suitable eye protection• Suitable protective head gear• 2 sets of steps for installing end frames and beams below 3m in height• Suitable lifting platform, with safety cage for installing end frames and beams above 3m high.PLANNINGSort out all the major components that are required for your bay of shelving i.e. frames and beams. The beams are available in two different types, a ‘Z’ type profile and a ‘U’ type profile. The ‘Z’ type profile is designed to accommodate chipboard shelves, whilst the ‘U’ type profile is designed to accept steel decking type shelving. It is advisable to wear suitable protective head gear throughout the assembly procedure.To have adequate rigidity and safety, each bay must have a minimum of two beam levels each.STEP 1. Pre-assembled end frames will be raised into position with beams being fitted at appropriate levels.Generally smaller low rise installations (below 3m) can be raised manually, whilst taller installations(above 3m) will need the assistance of specialist lifting equipment. Stand end frames upright and hold inposition, locate the beams in the upright slots, ensuring that the beams are level. There must be at leasttwo beam levels per bay. The height between beam levels MUST NOT EXCEED 1500mm.STEP 2. The additional bays of shelving consist of an end frame and beams, these are assembled as before and added on to the previous bay, Fig. 1.STEP 3. Ensure that all beams are level and securely located in the upright slots. Having correctly positioned the beams, use a soft faced hammer or a block of wood and a hammer to knock down the beams until thehooks are fully engaged in the slots of the upright, Fig. 2.STEP 4. The installation must be checked with a spirit level in the horizontal plane. The uprights must be checked using a plumb line in the vertical plane, ensuring that the uprights are vertical to within a tolerance of 1 in200 i.e. out of plumb by 1mm for every 200mm in height, Fig. 3. Additional levelling shims may be addedunder the baseplates to level the bay.STEP 5. If the height to width ratio of the shelving exceeds 6 to 1, all baseplates must be anchored to a suitable solid concrete floor. With one each 10mmØ x 90mm anchor bolts, i.e a bay 600mm deep must not exceeda height of 3600mm (6x600mm), without suitable floor fixings. The minimum floor penetration MUST NOTBE LESS THAN 45mm, It is recommended that suitable eye protection is used when any drilling isundertaken.STEP 6. Fit the appropriate type of shelving. The chipboard shelving locates between the upright lips of the ‘Z’ type beams, Fig. 4, and the steel decking locates over the ‘U’ type beams, Fig. 5.STEP 7. Clean-down. The steel shelves may require to be wiped down to remove any oil residue.。