Bayblend_T88_GF-20_ISO
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No.232, Yung- Chang St, Ying-Ko, Taipei, Taiwan 239, R.O.C. Tel :886-2-2678-7966 Fax:886-2-2678-0160
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No.232, Yung- Chang St, Ying-Ko, Taipei, Taiwan 239, R.O.C. Tel :886-2-2678-7966 Fax:886-2-2678-0160
No.232, Yung- Chang St, Ying-Ko, Taipei, Taiwan 239, R.O.C. Tel :886-2-2678-7966 Fax:886-2-2678-0160
制图标准
序号德国标准中文品名英文品名国际标准中国标准Item DIN-Standard Description in Chinese Description in English ISO-StandardGB-Standard1 DIN1 圆锥销 taper pins ISO2339 GB1172 DIN7 圆柱销 parallel pins ISO2338 GB119-863 DIN84 开槽圆柱头螺钉 slotted cheese head screws ISO1207 GB65-854 DIN85 开槽盘头螺钉 slotted pan head screws ISO1580 GB67-855 DIN93 单耳止动垫圈 tab washers GB8546 DIN94 开口销 split cotter pins ISO1234 GB917 DIN95 开槽半沉头木螺钉 slotted raised csk head wood screws GB1018 DIN96 开槽半圆头木螺钉 slotted round head wood screws GB999 DIN97 开槽沉头木螺钉 slotted countersunk head wood screws GB10010 DIN125-A 平垫 plain washers ISO7089 GB97.1-8511 DIN125-B 平垫(带倒角) mediun washers ISO7090 GB97.2-8512 DIN126 平垫 plain washers ISO709113 DIN127-A 重型弹垫 spring lock washers,tang ends GB724414 DIN127-B 标准弹垫 spring lock washers,square ends GB93-8715 DIN128-A 鞍形弹垫 single coil spring lock washers GB7245-8716 DIN137-A 弹簧止动垫圈 curved spring washers17 DIN137-B 波形弹垫 wave spring washers GB95518 DIN186 T型方颈螺栓 T-head bolts with square neck GB37-8819 DIN188 T型双接头螺栓 T-head bolts with double nip20 DIN258 螺纹圆锥销 taper pins with threaded end ISO873721 DIN261 T型头螺栓 T-head bolts22 DIN315AF 蝶型螺母(美制) wing nuts amercia form23 DIN315DF 蝶型螺母(德制) wing nuts germany form GB62-8824 DIN316AF 蝶型螺钉(美制) wing screws amercia form25 DIN317DF 蝶型螺钉(德制) wing screws germany form26 DIN319 圆球型盖型螺母 ball knobs27 DIN404 开槽带孔球面圆柱头螺钉 slotted capstan screws GB832-8828 DIN417 开槽长圆柱端紧定螺钉 slotted set srews with full dog pointISO7435GB75-8529 DIN427 开槽平端紧定螺钉(半牙) slotted set srews with chamfered endISO2342GB73-8530 DIN431 小六角特薄细牙螺母 pipe nuts with thread GB808-8831 DIN432 外舌止动垫圈 external tap GB856-8832 DIN433 小垫圈(用于圆柱头螺钉) washers for cheese head screws ISO7092 GB848-9533 DIN434 方斜垫圈(U型) square taper washers for U-section GB852-8834 DIN435 方斜垫圈(I型) square taper washers for I-sections GB852-8835 DIN436 方垫圈 square washers36 DIN438 开槽凹端紧定螺钉 slotted set with cup point ISO7436 GB74-8537 DIN439 六角薄螺母 hexagon thin nuts ISO4035 GB6172-8638 DIN439 细牙六角薄螺母 hexagon thin nuts ISO8675 GB6173-8639 DIN440 木螺钉专用垫圈 rounds washers for wood constructions ISO709440 DIN443 密封帽 sealing caps,push-in type41 DIN444 活节螺栓B 型 eye bolts form B GB798-8842 DIN462 内舌止动垫圈 internal tab washers43 DIN463 双耳止动垫圈 washers with two taps GB855-8844 DIN464 滚花高头螺钉 knurled thumb screws with collar GB834-8845 DIN465 开槽滚花高头螺钉 slotted knurled thumb screws with collar46 DIN466 滚花高螺母 knurled thumb nuts with collar GB806-8847 DIN467 滚花薄螺母 knurled thumb thin nuts GB807-8848 DIN470 锁紧垫圈 sealing washers49 DIN471 轴用弹性挡圈 retaining rings for shafts(external),circlips GB894.1-8650 DIN472 孔用弹性挡圈 retaining rings for bores(internal),circlips GB893.1-8651 DIN478 方头带垫螺栓 square head bolts with collar52 DIN479 方头圆柱底端螺栓 square head bolts with half dog point53 DIN480 方头带垫半圆底端螺栓 square head bolts with collar,half dog point and rounded end54 DIN508 T型槽螺母 T-slot nutsISO29955 DIN525 单头螺柱 single end studs56 DIN529 地脚螺栓 masonry bolts GB799-8857 DIN546 带槽圆螺母 slotted round nuts GB817-7658 DIN547 端面带孔圆螺母 round nuts with drilled holes in one face GB815-8859 DIN551 开槽平端紧定螺钉 slotted sit screws with flat point ISO4776 GB73-8560 DIN553 开槽锥端紧定螺钉 slotted set screws with cone point ISO7434 GB71-8561 DIN555 六角螺母 hexagon nuts ISO403462 DIN557 方螺母 -Csquare nuts GB39-8863 DIN558 六角头螺钉 hexagon screws ISO401864 DIN561 六角头圆柱端紧定螺钉 hexagon set screws with full dog point65 DIN52 薄型方螺母- Bsquare nuts without bevel(pressed nuts)66 DIN571 六角头木螺钉 hexagon head wood screws (coach screws) GB102-8667 DIN580 吊环螺钉 lifting eye bolts ISO3266 GB825-7668 DIN582 吊环螺母 lifting eye nuts69 DIN601 六角头螺栓 hexagon bolts ISO401670 DIN603 大半圆头方颈螺栓(马车螺栓) mushroom head square neck bolts (carriage bolts) ISO86771 DIN604 沉头带插销马车螺栓 flat countersunk nib bolts72 DIN605 沉头长方颈马车螺栓 flat countersunk long square neck bolts73 DIN607 半圆头带插销马车螺栓 cup head nib bolts74 DIN608 沉头短方颈马车螺栓 flat countersunk short square neck bolts75 DIN609 六角头精配螺栓（长螺纹） hexagon fitted bolts,long thread76 DIN610 六角头精配螺栓（短螺纹） hexagon fitted bolts,short thread77 DIN653 滚花平头螺钉 knurled thumb screws thin type GB835-8878 DIN660 半圆头铆钉 round head rivets ISO1051 GB867-8679 DIN661 沉头铆钉 contersunk head rivets ISO1051 GB869-8680 DIN662 半沉头铆钉 raised contersunk head rivets ISO105181 DIN674 大扁头铆钉 mushroom head rivets ISO105182 DIN703 重型侧面带孔圆螺母 adjusting rings,heavy range (shafting collars)83 DIN705 侧面带孔圆螺母 adjusting rings,light range(shafting collars) GB816-8884 DIN741 卡头 wire rope clips85 DIN787T 型槽螺钉 T-slot screws ISO29986 DIN835 双头螺柱（牙长=2D） studs-metal (end=2d) GB900-8887 DIN906 内六角锥型闭锁螺钉 hexagon socket pipe plugs,conical thread88 DIN908 内六角直型闭锁螺钉 hexagon socket screw plugs,cyl. thread89 DIN909 外六角锥型闭锁螺钉 hexagon head pipe plugs,conical thread90 DIN910 外六角直型闭锁螺钉 hexagon head screw plugs,cyl.thread91 DIN911 内六角扳手 socket wrenches ISO293692 DIN912 内六角圆柱头螺钉 hexagon socket cap screws ISO4762 GB70-8593 DIN913 内六角平端紧定螺钉 hexagon socket set screws withflatpoint ISO94 DIN914 内六角尖端紧定螺钉 hexagon socket set screws with conepoint ISO95 DIN915 内六角圆柱端紧定螺钉 hexagon socket set screws with dog point IS96 DIN916 内六角凹端紧定螺钉 hexagon socket set screws with cup point ISO97 DIN917 薄型盲螺母 hexagon cap nuts98 DIN920 开槽小圆柱头螺钉 slotted short cheese head screws99 DIN921 开槽大圆柱头螺钉 slotted large cheese head screws GB838-88100 DIN923 开槽圆柱头轴肩螺钉 slotted pan head screws with shoulder GB830-88101 DIN927 开槽无头轴肩螺钉 slotted shoulder screws102 DIN928 焊接方螺母 square weld nuts GB/T13680-92103 DIN929 焊接六角螺母 hexagon weld nuts GB/T13681-92104 DIN931 六角头螺栓（半牙） hexagon head screws ISO4014 GB5782-86105 DIN933 六角头螺栓（全牙）hexagon head screws ISO4017 GB5783-86106 DIN934 六角头螺母(1型) hexagon full nuts ISO4032 GB6170-86107 DIN934 细牙六角头螺母(1型) hexagon full nuts ISO8673 GB6171-86108 DIN935 开槽六角螺母 hexagon slotted and castle nuts ISO7035 GB6178-86109 DIN936 六角头薄螺母 hexagon thin nuts ISO4035 GB6172.1-86110 DIN937 六角头开槽薄螺母 hexagon thin slotted and castle nuts ISO7038 111 DIN938 双头螺距（牙长=1D） studs metal (end=1d) GB897-88112 DIN939 双头螺距（牙长=1.25D） studs metal (end=1.25d) GB898-88113 DIN940 双头螺距（牙长=1.5D）studs metal (end=1.5d)114 DIN960 六角头细牙螺栓（半牙） hexagon head bolts,metric fine pitch thread115 DIN961 六角头细牙螺栓（全牙） hexagon head bolts,metric fine pitch thread116 DIN962 头部穿孔六角头螺栓 additional shapes and versions for bolts117 DIN963 开槽沉头螺钉 slotted countersund head screwsISO 2009 GB68-85118 DIN964 开槽半沉头螺钉 slotted raised countersunk oval head screwsISO 2010119 DIN965 十字槽沉头螺钉 cross recessed countersunk head screws ISO7046 120 DIN966 十字槽半沉头螺钉 cross recessed raised countersunk head screws121 DIN970 六角头螺母 hexagon nuts type-1122 DIN971 六角头螺母 hexagon nuts type-2123 DIN972 细牙六角头螺母(2型) hexagon nuts with fine thread ISO8674 GB6176-86124 DIN975 牙条(全螺纹) threaded rods(studdings) GB15389-94125 DIN976 螺纹销 threaded pins(stud bolts)126 DIN979 六角头开槽薄螺母（2型） hexagon thin slotted and castle nuts127 DIN980 全金属六角锁紧螺母（1型） prevailling torque type hexagon nuts,all metall nuts 128 DIN981 圆螺母 locknuts ISO2982 GB812-88129 DIN982 六角头尼龙锁紧螺母 prevailling torque type hexagon nuts,heavy type ,with nylon inse 130 DIN985 六角头薄型尼龙锁紧螺母 prevailling torque type hexagon nuts,heavy type ,with nylon 131 DIN986 六角盖型尼龙锁紧螺母 prevailling torque typedomed capnuts with nylon insert132 DIN988 配合垫片shim rings133 DIN1052 木材连接用垫片 washers for timber connectors134 DIN1151 沉头钢钉 round plain head nails135 DIN1440 销钉专用垫片A型 plain washers for clevis pins(A型) ISO8738136 DIN1441 销钉专用垫片 plain washers for clevis pins137 DIN1444 带头销钉 clevis pins with head ISO2341138 DIN1471 圆锥型槽销 grooved pins,taper grooved ISO8744 GB/T13829.2139 DIN1472 圆锥型槽销(半槽)grooved pins,taper grooved half length ISO8745 140 DIN1473 平行槽销(带倒角) grooved pins,parallel grooved full length ISO874 141 DIN1474 前端凹槽槽销 grooved pins,reserve grooved half length ISO8741 142 DIN1475 中部凹槽槽销 grooved pins,centre grooved ISO8742143 DIN1476 圆头槽销 grooved pins with round head ISO8746 GB/T13829.3144 DIN147 7沉头槽销 grooved pins with countersunk head ISO8747145 DIN1479 六角螺母棒turnuckles(centre parts),made out of hexagon bar146 DIN1480 花篮螺栓 turnuckles with eye bolt and hook bolt147 DIN1481 弹性圆柱销 spring pins,heavy type ISO8752 GB879-86148 DIN1587 组合式盖型螺母 hexagon domed cap nuts GB802-88149 DIN1804 开槽圆螺母（配合沟头扳手） slotted round nuts for hook spanner150 DIN1816 圆螺母（带插销孔） round nuts with set holes151 DIN2093 盘型弹簧垫圈disc springs152 DIN3017 喉箍 hose clamps153 DIN3404 润滑油嘴（旋扭头） lubricating nipples,button head154 DIN3567 管夹shackles for conduilts155 DIN3570 U型螺栓 stirrup bolts(U-bolts)156 DIN6319 球面垫圈 spherical washers,conical seats GB849-88157 DIN6325 圆柱销 parallel pins ISO8734158 DIN6330 厚六角螺母 hexagon nuts ,1.5d GB56-88159 DIN6331 厚六角法兰面螺母 hexagon nuts ,1.5d with collar GB6177-86160 DIN6334 长六角螺母 hexagon nuts ,3d161 DIN6797-A 外齿锁紧垫圈 external teeth lock washers GB862.1-87162 DIN6797-I 内齿锁紧垫圈 internal teeth lock washers GB861.1-87163 DIN6798-A 外锯齿锁紧垫圈 external teeth serrated lock washers GB862.2-87164 DIN6798-I 内锯齿锁紧垫圈 internal teeth serrated lock washers GB861.2-87165 DIN6799 开口挡圈 retaining rings for shafts(E-rings),circlips GB896-76166 DIN6885 平键（A型） parallel keys(form A ) ISO773/2491167 DIN6888 半圆键woodruff keys ISO3912168 DIN6899 嵌环（支撑环）thimbles169 DIN6900 机器螺钉和垫圈组合件 screws and washers assemblies GB9074.1-.17170 DIN6901 自攻螺钉和垫圈组合件 tapping screws and washers assemblies 171 DIN6912 薄型带孔内六角圆柱头螺钉 hexagon socket head cap screws with hole,low head 172 DIN6914 大六角头螺栓 hexagon head bolts with large head(friction grip bolts)173 DIN6915 大六角螺母 hexagon nuts with large wideth across flat(friction grip nuts)174 DIN6916 大垫圈 round washers for friction grip bolts175 DIN6917 楔型方垫圈 spuare taper washers for friction grip bolts on T-sections176 DIN6923 六角法兰面螺母 hexagon flange nuts ISO4161 GB6177-86177 DIN6925 全金属六角锁紧螺母(2型） prevailing torque type hexagon nuts,all metallic nuts 178 DIN7337 开口型抽芯铆钉（沉头、扁圆头） blind rivets GB12617/12618179 DIN7338 扁平头半空心/全空心铆钉 rivets for brake and clutch lining G 180 DIN7343 螺旋夹紧销 spiral pins ISO8750181 DIN7346 轻型弹性圆柱销 spring pins,light type ISO13337182 DIN7349 重型弹性圆柱销用垫圈 washers for bolts with heavy type spring pinss183 DIN7500 ISO公制螺纹螺钉(多种头型) threadforming screws for ISO-metric 184 DIN7504 自攻自钻螺钉(多种头型) self-drilling tapping screws185 DIN7513 开槽切削螺纹螺钉(多种头型) thread cutting screws186 DIN7516 十字槽切削螺纹螺钉(多种头型) thread cutting screws cross recess187 DIN7965 T型四爪螺母 tee nuts with pronge188 DIN7968 钢结构用六角头螺栓连接副 hexagon head fitted bolts for steel structures 189 DIN7971 开槽盘头自攻螺钉 pan head tapping screws with slot ISO1481 190 DIN7972 开槽沉头自攻螺钉 countersunk flat head tapping screws with slot191 DIN7973 开槽半沉头自攻螺钉 raised countersunk oval head tapping screws with slot192 DIN7976 六角头自攻螺钉 hexagon tapping screws ISO1479 GB5285-85193 DIN7980 圆柱头螺钉用弹簧垫圈 spring lock washers for screws with cylindrical headsISO873 194 DIN7981 十字槽盘头自攻螺钉pan head tapping screws with cross recessed195 DIN7982 十字槽沉头自攻螺钉 countersunk flat head tapping screws with cross recessed 196 DIN7983 十字槽半沉头自攻螺钉 raised countersunk oval head tapping screws with cross rece 197 DIN7984 薄型内六角圆柱头螺钉 hexagon socket head cap screws with，reduced head198 DIN7985 十字槽盘头螺钉 pan head screws with cross recessed ISO7045 GB818-85199 DIN7989 钢结构用垫圈 washers for steel structures GB1230-84200 DIN7990 钢结构用六角头螺栓 hexagon head bolts for steel structuresGB1229-84201 DIN7991 内六角沉头螺钉 hexagon socket countersunk head screws ISO10642202 DIN7993 轴用钢丝挡圈 roundwire snap rings for shafts GB895.2-86203 DIN7995 十字槽半沉头木螺钉 cross recessed raised countersunk head wood screws 204 DIN7996 十字槽圆头木螺钉 cross recessed round head wood screws GB950-86205 DIN7997 十字槽沉头木螺钉 cross recessed countersunk head wood screws 206 DIN8140 螺纹护套（普通\自锁等） ciol inserts,coarse,fine thread,silf locking207 DIN9021 大外径垫圈 washers,outside diameter appro.3d ISO7093 GB96-85208 DIN11024 弹簧卡子 spring cotter for a bolt209 DIN13257 平板螺栓 belting bolts (elevator bolts)210 DIN18182 干壁钉（墙板钉） dry wall screws211 DIN28129 环型螺母lifting nuts(eye nuts) GB63-88212 DIN70952 圆螺母用止退垫圈 tab washers for slotted round nuts GB858-88ard 2GB73-85rounded endge bolts) ISO8677 GB14-88ISO4026 GB77-85ISO4027 GB78-85ISO4028 GB79-85ISO4029 GB80-85ISO7038 GB6181-86ead ISO8765 GB5785-86ead ISO8676 GB5786-862010 GB69-85ISO7046 GB819-85ws ISO7047 GB820-85metall nuts ISO7199 GB6184-86,with nylon insert ISO7040 GB889.1-86ype ,with nylon insert ISO10511 GB6172.2-86 on insertISO8745 GB/T13829.2ISO8740ISO8741 GB9074.18-.23le,low headmetallic nuts ISO7042 GB6185.1-2000GB875/975-86ISO-metric threadructures GB1228/1229/1230ISO1481 GB5282-85t ISO1482 GB5283-85ith slot ISO1483 GB5284-85l headsISO8738ISO7049 GB845-85s recessed ISO7050 GB846-85with cross recessed ISO7051 GB847-86 ced headscrews GB952-86ws GB951-86。
doRNG 1.8.6 商品说明书
Package‘doRNG’January16,2023Type PackageTitle Generic Reproducible Parallel Backend for'foreach'LoopsVersion1.8.6Encoding UTF-8Description Provides functions to performreproducible parallel foreach loops,using independentrandom streams as generated by L'Ecuyer's combinedmultiple-recursive generator[L'Ecuyer(1999),<DOI:10.1287/opre.47.1.159>].It enables to easily convert standard'%dopar%'loops intofully reproducible loops,independently of the numberof workers,the task scheduling strategy,or the chosenparallel environment and associated foreach backend.License GPL(>=2)LazyLoad yesURL https://renozao.github.io/doRNG/BugReports https:///renozao/doRNG/issuesVignetteBuilder knitrDepends R(>=3.0.0),foreach,rngtools(>=1.5)Imports stats,utils,iteratorsSuggests doParallel,doMPI,doRedis,rbenchmark,devtools,knitr,rbibutils(>=1.3),testthat,pkgmaker(>=0.32.7),covrRoxygenNote7.2.3NeedsCompilation noAuthor Renaud Gaujoux[aut,cre]Maintainer Renaud Gaujoux<**********************>Repository CRANDate/Publication2023-01-1611:00:03UTC12doRNG-packageR topics documented:doRNG-package (2)doRNGversion (3)registerDoRNG (5)%dorng% (6)Index8doRNG-package Generic Reproducible Parallel Backend for foreach LoopsDescriptionThe doRNG package provides functions to perform reproducible parallel foreach loops,using inde-pendent random streams as generated by L’Ecuyer’s combined multiple-recursive generator(L’Ecuyer(1999)).It enables to easily convert standard%dopar%loops into fully reproducible loops,indepen-dently of the number of workers,the task scheduling strategy,or the chosen parallel environmentand associated foreach backend.It has been tested with the following foreach backend:doMC,doSNOW,doMPI.ReferencesL’Ecuyer P(1999).“Good Parameters and Implementations for Combined Multiple Recursive Ran-dom Number Generators.”_Operations Research_,*47*(1),159-164.ISSN0030-364X,doi:10.1287/opre.47.1.159 <https:///10.1287/opre.47.1.159>.See AlsodoRNG,RNGseqExamples#register parallel backendlibrary(doParallel)cl<-makeCluster(2)registerDoParallel(cl)##standard%dopar%loop are not reproducibleset.seed(123)r1<-foreach(i=1:4)%dopar%{runif(1)}set.seed(123)r2<-foreach(i=1:4)%dopar%{runif(1)}identical(r1,r2)##%dorng%loops_are_reproducibleset.seed(123)r1<-foreach(i=1:4)%dorng%{runif(1)}set.seed(123)r2<-foreach(i=1:4)%dorng%{runif(1)}identical(r1,r2)#alternative way of seedinga1<-foreach(i=1:4,.options.RNG=123)%dorng%{runif(1)}a2<-foreach(i=1:4,.options.RNG=123)%dorng%{runif(1)}identical(a1,a2)&&identical(a1,r1)##sequences of%dorng%loops_are_reproducibleset.seed(123)s1<-foreach(i=1:4)%dorng%{runif(1)}s2<-foreach(i=1:4)%dorng%{runif(1)}identical(s1,r1)&&!identical(s1,s2)set.seed(123)s1.2<-foreach(i=1:4)%dorng%{runif(1)}s2.2<-foreach(i=1:4)%dorng%{runif(1)}identical(s1,s1.2)&&identical(s2,s2.2)##Non-invasive way of converting%dopar%loops into reproducible loopsregisterDoRNG(123)s3<-foreach(i=1:4)%dopar%{runif(1)}s4<-foreach(i=1:4)%dopar%{runif(1)}identical(s3,s1)&&identical(s4,s2)stopCluster(cl)doRNGversion Back Compatibility Option for doRNGDescriptionSets the behaviour of%dorng%foreach loops from a given version number.UsagedoRNGversion(x)Argumentsx version number to switch to,or missing to get the currently active version num-ber,or NULL to reset to the default behaviour,i.e.of the latest version.Valuea character string If x is missing this function returns the version number from the current behaviour.If x is specified,the function returns the old value of the version number(invisible).Behaviour changes in versions1.4The behaviour of doRNGseed,and therefore of%dorng%loops,changed in the case where thecurrent RNG was L’ing set.seed before a non-seeded loop used not to be identical to seeding via.options.RNG.Another bug was that non-seeded loops would share most of their RNG seed!1.7.4Prior to this version,in the case where the RNG had not been called yet,thefirst seeded%dorng%loops would not give the identical results as subsequent loops despite using the same seed(see https:///renozao/doRNG/issues/12).This has beenfixed in version1.7.4,where the RNG is called once(sample(NA)),whenever the.Random.seed is not found in global environment.Examples##Seeding when current RNG is L Ecuyer-CMRGRNGkind("L Ecuyer")doRNGversion("1.4")#in version>=1.4seeding behaviour changed to fix a bugset.seed(123)res<-foreach(i=1:3)%dorng%runif(1)res2<-foreach(i=1:3)%dorng%runif(1)stopifnot(!identical(attr(res, rng )[2:3],attr(res2, rng )[1:2]))res3<-foreach(i=1:3,.options.RNG=123)%dorng%runif(1)stopifnot(identical(res,res3))#buggy behaviour in version<1.4doRNGversion("1.3")res<-foreach(i=1:3)%dorng%runif(1)res2<-foreach(i=1:3)%dorng%runif(1)stopifnot(identical(attr(res, rng )[2:3],attr(res2, rng )[1:2]))res3<-foreach(i=1:3,.options.RNG=123)%dorng%runif(1)stopifnot(!identical(res,res3))#restore default RNGRNGkind("default")#restore to current doRNG versiondoRNGversion(NULL)registerDoRNG5registerDoRNG Registering doRNG for Persistent Reproducible Parallel ForeachLoopsDescriptionregisterDoRNG registers the doRNG foreach backend.Subsequent%dopar%loops are then per-formed using the previously registered foreach backend,but are internally performed as%dorng% loops,making them fully reproducible.UsageregisterDoRNG(seed=NULL,once=TRUE)Argumentsseed a numerical seed to use(as a single or6-length numerical value)once a logical to indicate if the RNG sequence should be seeded at the beginning of each loop or only at thefirst loop.DetailsBriefly,the RNG is set,before each iteration,with seeds for L’Ecuyer’s CMRG that overall generatea reproducible sequence of statistically independent random streams.Note that(re-)registering a foreach backend other than doRNG,after a call to registerDoRNG disables doRNG–which then needs to be registered.ValueThe value returned by foreach::setDoParSee Also%dorng%Exampleslibrary(doParallel)cl<-makeCluster(2)registerDoParallel(cl)#One can make reproducible loops using the%dorng%operatorr1<-foreach(i=1:4,.options.RNG=1234)%dorng%{runif(1)}#or convert%dopar%loops using registerDoRNGregisterDoRNG(1234)r2<-foreach(i=1:4)%dopar%{runif(1)}identical(r1,r2)stopCluster(cl)#Registering another foreach backend disables doRNGcl<-makeCluster(2)registerDoParallel(cl)set.seed(1234)s1<-foreach(i=1:4)%dopar%{runif(1)}set.seed(1234)s2<-foreach(i=1:4)%dopar%{runif(1)}identical(s1,s2)#doRNG is re-nabled by re-registering itregisterDoRNG()set.seed(1234)r3<-foreach(i=1:4)%dopar%{runif(1)}identical(r2,r3)#NB:the results are identical independently of the task scheduling#(r2used2nodes,while r3used3nodes)#argument once=FALSE reseeds doRNG s seed at the beginning of each loopregisterDoRNG(1234,once=FALSE)r1<-foreach(i=1:4)%dopar%{runif(1)}r2<-foreach(i=1:4)%dopar%{runif(1)}identical(r1,r2)#Once doRNG is registered the seed can also be passed as an option to%dopar%r1.2<-foreach(i=1:4,.options.RNG=456)%dopar%{runif(1)}r2.2<-foreach(i=1:4,.options.RNG=456)%dopar%{runif(1)}identical(r1.2,r2.2)&&!identical(r1.2,r1)stopCluster(cl)%dorng%Reproducible Parallel Foreach BackendDescription%dorng%is a foreach operator that provides an alternative operator%dopar%,which enable repro-ducible foreach loops to be performed.Usageobj%dorng%exArgumentsobj a foreach object as returned by a call to foreach.ex the R expression to evaluate.Value%dorng%returns the result of the foreach loop.See foreach::%dopar%.The whole sequence of RNG seeds is stored in the result object as an e attr(res, rng )to retrieve it.Global optionsThese options are for advanced users that develop‘foreach backends:•’doRNG.rng_change_warning_skip’:if set to a single logical FALSE/TRUE,it indicates whethera warning should be thrown if the RNG seed is changed by the registered parallel backend(de-fault=FALSE).Set it to TRUE if you know that running your backend will change the RNG stateand want to disable the warning.This option can also be set to a character vector that specifiesthe name(s)of the backend(s)for which the warning should be skipped.See Alsoforeach,doParallel,registerDoParallel,doMPIExampleslibrary(doParallel)cl<-makeCluster(2)registerDoParallel(cl)#standard%dopar%loops are_not_reproducibleset.seed(1234)s1<-foreach(i=1:4)%dopar%{runif(1)}set.seed(1234)s2<-foreach(i=1:4)%dopar%{runif(1)}identical(s1,s2)#single%dorng%loops are reproducibler1<-foreach(i=1:4,.options.RNG=1234)%dorng%{runif(1)}r2<-foreach(i=1:4,.options.RNG=1234)%dorng%{runif(1)}identical(r1,r2)#the sequence os RNG seed is stored as an attributeattr(r1, rng )#stop clusterstopCluster(cl)#More examples can be found in demo doRNG##Not run:demo( doRNG )##End(Not run)Index∗packagedoRNG-package,2%dorng%,5,6doMPI,7doParallel,7doRNG,2doRNG-package,2doRNGversion,3foreach,6,7foreach::%dopar%,7foreach::setDoPar,5 registerDoParallel,7 registerDoRNG,5RNGseq,28。
B18系列产品说明书
*(XXX)CO
4
MC/AC
4
1/2" [13] & 3/4" [19]
Attaches to 1/8" [3] through 1/4" [6] flange.
4
1" [25]
4
MC/AC
4
1/2" [13] & 3/4" [19]
other purpose.
NOTE: All load ratings are for static conditions and do not account for dynamic loading such as wind, water or seismic loads, unless otherwise noted.
Pentair, CADDY, ERICO CADWELD, ERICO CRITEC, ERICO, ERIFLEX, and LENTON are owned by Pentair or its global affiliates. All other trademarks are the property of their respective owners. Pentair reserves the right to change specifications without prior notice.
CADDY B18 series with threaded rod going through both
the B18 and the box, this single support is appropriate.
德国堡盟近红外相机-深圳市华周测控技术有限公司
System: Gigabit Ethernet Digital Monochrome (b/w)Progressive Scan CameraBaumer TXG14NIRRevision 2.1 Art. No: 11044473•Gigabit Ethernet progressive scan CCD camera•1392 x 1040 pixel•Up to 20 full frames per second•GigE Vision® standard compliant•Outstanding image quality•High sensitivity and dynamic range•High quality slow scan mode for lowest readout noise•Binning and true partial scan function (ROI) for increasedframe rates•External synchronization via industrial compliant processinterface (trigger / flash)•Integrated supplementary function for flexible integration•Sequence function up to 231-1 frames per sequence•Jumbo frames supported•Integrated 32 MByte RAM for temporarily image databuffering•Camera parameter programmable in real-time•Ultra compact and lightweight aluminum housing•Standard RJ45 connector•Screw-lock type industrial connector•Baumer-GAPI: Flexible, generic software interface forWindows / Linux1. OverviewModel Name TXG14NIRSensor 2/3“ interline progressive scan CCDExview technologyShutter / readout mode global shutter / progressive scan readoutNumber of pixel 1392 x 1040Scan area 8.98 mm x 6.70 mmPixel size 6.45 µm x 6.45 µmColor filter -Operation modesTrigger mode yes, sequential operationFree running mode yes, sequential operationSignal processing real-time software programmablePixel clock 40 MHz fast scan / 20 MHz high quality (HQ) scanA/D converter 12 bitExposure control (t exp) total: 4 µsec .. 60 secstep: 1 µsecNIR-Mode starts at 250 µsecGain control 0 .. 20 dBOffset (black level) 0 .. 255 LSB (12 bit)Image data buffer max. 7 imagesImage acquisitionCamera image format modesFormat (pixel) Gen<I>Cam standard Format ID Pixel format Pixel clock MHz Frames per sec. *)t readout Mono8 **) Mono12 Full frame HQ slow1392 x 1040Vendor specific00Mono12 Packed2010100 msecMono8 **) Mono12 Full framefast1392 x 1040yes01Mono12 Packed402050 msecMono8 **) Mono12 Binning 2x2 HQslow696 x 520Vendor specific02Mono12 Packed201951 msecMono08 **) Mono12 Binning 2x2fast696 x 520yes03Mono12 Packed403926 msecMono08 **) Mono12 Binning 1x2 HQslow1392 x 520Vendor specific04Mono12 Packed201951 msecMono08 **) Mono12 Binning 1x2fast1392 x 520yes05Mono12 Packed403926 msecMono08 **) Mono12 Binning 2x1 HQslow696 x 1040Vendor specific06Mono12 Packed2010100 msecMono08 **) Mono12 Binning 2x1fast696 x 1040yes07Mono12 Packed402050 msecStandard features Image size controlsBinning horizontal yes, 1 or 2 Binning vertical yes, 1 or 2Pixel formatMono8, Mono12, Mono12PackedTest image selectoryes, in all modesOff, GreyHorizontalRamp, GreyVerticalRamp, HorizontalLineMoving, VerticalLineMovingHorizontalAndVerticalLineMovingPartial scan yes, format freely programmable in all modes(binning on partial scan ok)Analog controls Gainyes Black Level (Off set) yesGammayes, user programmable (available if LUT is enable) ****)total: 0.001 .. 2Brightness correction (custom) yes, in all binning modesAcquisition and TriggerAcquisition modeContinuousAcquisition frame rate yes, ON / OFF (only in freerunning mode)0 .. 184 Hzstep: 0.01 HzTrigger source HardwareTrigger (Line0), SoftwareTrigger, CommandTrigger (ActionCommand), All or Off Trigger delay 0 .. 2 sec, 512 trigger can be tracked,step: 1 µsecSequencer Up to 231-1 frames per sequence / one exposure time and gain value for each parameter setmax. set of sequences: Up to 231-1 frames x 256 parameter setsDigital I/OLines Input: Line0, Output: Line1Line source (outputs only) Line1: Off, ExposureActive, Timer1, ReadoutActive, User0,TriggerReady, TriggerSkippedLine debouncer yes, low and high signal separately selectable0 .. 5 msecstep: 1 µsecEvent GenerationEvents GigEVisionError, Heartbeattimeout, EventLost, Line0RisingEdge, Line0FallingEdge,Line1RisingEdge, Line1FallingEdge, ExposureStart, ExposureEnd, FrameStart, FrameEnd,TriggerReady, TriggerSkippedEvent Notification yes, ON / OFFCounters and TimersFramecounter yes, 232can be set by userTimer yes,TimerSelector: Timer1TimerTriggerSource:Off, Input: Line0, SoftwareTrigger, CommandTrigger (ActionCommand),ExposureStart, ExposureEnd, FrameStart, FrameEnd, TriggerSkippedTimerDelay: 0 µsec .. 2 sec, step: 1 µsecTimerDuration: 10 µsec .. 2 sec, step: 1 µsecLUT ControlsLUT selector 1 LUT: Luminance (12 bit)ON / OFFDefect pixel correction (custom) yes, ON / OFFDefect pixel list (custom) yes, max. 256 pixel coordinates (x, y) can be stored GigEVisionTransportLayerPayLoadsize 4 Byte … 2.895.632 ByteTransmissionDelay (custom) 0 .. 232-1 ticksUserSetsUser set selector Default (factory settings / read only)UserSet1, UserSet2, UserSet3 (read and write) UserSetDefaultSelector yes, define the start up “UserSet”Advanced featuresTime stamp function yes, 64 bittick = 32 nsecAsynchronous message channel yesConcatenation function yesUser defined identifier yes, user programmable permanent identifierActionCommand yes, ID 0 = TriggerDeviceTemperature noData quality at 20 °C, gain = 1, exposure time = 32 msec,full frame mode, slow scanReadout noise σ < 0.5 LSB (8 bit) typicalDynamic range typical > 54 dBOptical interface C-Mounton request: CS-MountOptical filter dust protectionon request: super polished, IR cut filter, daylight filter or no filterProcess interface functionsAsync. Trigger yes, trigger mode operation,“Off”, “software trigger”, “hardware trigger”, “command trigger” or “all” separately selectable(overtriggered signals and trigger signals during the readout timewill be notified in the received image header)Exposure Active (External flash sync)yes,delay_value (t delay flash) ≤ 4 µsecUser Output yes, ON / OFF Timer yes, Timer1 Software reset yes, delay up to 102 msecFull frame / Binning 2x1 slowfast delay up to 21.3 msec 10.7 msecAsynchronous resetBinning 2x2/ Binning 1x2 slowfast delay up to 11.0 msec 5.5 msecImage info header yesElectrical interfaceData / control standard single cable 1000 Base-T,Cat6 recommended / minimum Cat5eoption: screw lock type connectorPower VCC: 8 VDC .. 30 VDCI: 450 mA .. 135 mAPower consumption approx. 4 WattDigital input Line0: trigger signal, opto decoupledU IN(low) = 0 .. 4.5 VDC, U IN(high) = 11 .. 30 VDCI IN = 6 .. 10 mA / 7 mA typicalrising edge (invert = false) ****)min. impulse length (t min): 2 µsectrigger delay out of t readout (t delay trigger): 5 µsec Digital output Line 1: opto decoupledU EXT = 5 .. 30 VDC / 24 VDC typical, I OUT = max. 16 mAhigh active (invert = false) ****)LED 1:2: green:yellow:green:green flash:yellow:yellow/red flash:Power onReadout activeLink Phy (1 GBit)Ethernet RXEthernet TXEthernet RX/TXEnvironmentalStorage temperature -10 °C .. +70 °COperating temperature +5 °C .. +50 °Cbetween +36 °C .. +50 °C, note the max. housing tem perature Housing operating temperature max. +50 °C *****)(measurement point, see item 4)Humidity 10 % .. 90 % non condensingConformity CE, FCC Part 15 class B, RoHS compliantHousing aluminum, IP40Dimensions 36 x 36 x 48 mm3Weight < 100 gNetwork interface 1000BASE-T (1000 Mbit / sec)Ethernet IP configuration persistent IP / DHCP / LLAStream channel packet size 576 Byte (default) .. 65535 Bytejumbo frames supportedInterpacketgap 0 .. 232-1 ticksMulticast function yesResend function yesBaumer-GAPI SDK with supported OS socket driver and Baumer filter driver /SDK for Windows XP (32 bit) / Windows Vista (32 bit / 64 bit) / Windows 7 (32 bit / 64 bit) /Linux Kernel 2.6.xx (64 bit / 32 bit)SoftwareGigE Vision® compatible programs and image processing libraries supportedWindows / Linux depending on the actually driver software is used*)maximum frame rate in free running mode, effective frame rate depending on camera image format mode settings and set exposure time (t exp < t readout)**)default pixel format***) the LUT function will be used for the gamma value and the calculation time of the internal used LUT need app. 2 sec, if the gamma value changed****)can be inverted via software*****)housing temperature is limited by CCD sensor specification2. Camera Factory Settings after Camera Start-upCamera factory settings after camera start-up Operation modes free running modeSignal processingExposure control 32 msecGain control factor 1 = 0 dBOffset (black level) 0Image acquisitionCamera image format mode mode id = 01, full frame Mono8Partial scan function not activeAcquisition frame rate OffTimer OffTransmission delay 0 ticksTest image selector OffDefect pixel correction OnElectrical interfaceDigital input 1: Line0disabled, digital output set to low status (high impedance)invert = falseline source = Exposure Active Digital output 1: Line1disabledinvert = falsetrigger source = Line0 3. Timing Operation ModesUTrigger Mode: start up timeTrigger Mode: trigger mode 0, sequential operationexposurereadouttriggerparameter *Frame n effectiveready for trigger **parameter *Frame n+1effectiveflasht earliest possible trigger (n+1) = t exp(n) + t readout(n)t not ready (n+1) = t exp(n) + t readout(n)* image parameter: offsetglobal gain modepartial scan4.Spectral Sensitivity0,00,10,20,30,40,50,60,70,80,91,04005006007008009001000Wave Length [nm]R e l a t i v e R e sp o n s ePlease note: the measured sensitivity improvement for the TXG14NIR reflects a typical value - it can not be guaranteed for every camera.5. Housing6. Connectors / Electrical Interfaces6.1 Pin assignment:*) resistor must be used, I OUT = 16 mA by= 24 VDC recommended,drawing shown above examplefor using high active signal*) shielded trigger / flash cable should be used and orderedseparately6.2Flash sync sample U EXT = 24 VDC high active:t ON time = typ. 2 µsec t OFF time = typ. 40 µsecOFFONTiming example:measurement condition U EXT = 24 VDC / I OUT = 16 mA R L = 1.5 kOhm6.3Flash sync sample U EXT = 24 VDC low active:t ON time = typ. 2 µsec t OFF time = typ. 40 µsecEXTTiming example:measurement condition U EXT = 24 VDC / I OUT = 16 mA R L = 1.5 kOhm。
Volume 8—Sensing Solutions Eaton PDF说明书
V8-T8-18Sensor AccessoriesRetroreflectorsSensor Mounting BracketsSensor Accessory—AC Sensor Tester/DemonstratorPilot Device—E65 Control Unit8.1Retroreflectors and Retroreflective T apeProduct Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-2Application Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-2Product Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-3Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-48.2Sensor Mounting BracketsProduct Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-5Product Selection Guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-5Product Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-6Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-88.3Sensor AccessoriesProduct Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-10Product Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-10Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-128.4Pilot DevicesProduct Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-13Product Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-13Technical Data and Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-14Wiring Diagrams . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-14Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-14LearnOnlineFor Customer Service in the U.S. call 1-877-ETN CARE (386-2273),in Canada call 1-800-268-3578.For Application Assistance in the U.S. and Canadacall 1-800-426-9184.Unless otherwise noted, the products contained in this section should not be used for functional safety applications. These products were not designed or tested to IEC 60947-5-3 or recommended for functional safety.Volume 8—Sensing Solutions, CA08100010ETab 8—Sensor AccessoriesRevision date Section Change page(s)Description09/08/2017All All Revision date changed to September 2017 to match printed volumeV8-T8-28For Customer Service in the U.S. call 1-877-ETN CARE (386-2273),in Canada call 1-800-268-3578.For Application Assistance in the U.S. and Canadacall 1-800-426-9184.8.1Sensor AccessoriesRetroreflectors and Retroreflective TapeRetroreflectors and Retroreflective TapeContentsDescriptionPageRetroreflectors and Retroreflective Tape Product SelectionRetroreflectors . . . . . . . . . . . . . . . . . . . . . .V8-T8-3Retroreflective Tape . . . . . . . . . . . . . . . . . .V8-T8-3Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-4Retroreflectors and Retroreflective TapeProduct DescriptionRetroreflectors from Eaton’s Electrical Sector are used with reflex-type sensors.Application DescriptionCorner Cube Retroreflectors This type provides thehighest signal return to the sensor, typically 2000 to 3000 times the reflectivity of white paper. Three adjoining sides are arranged at right angles to each other. When a ray of light strikes one of these sides (A), it is reflected to the second (B), then the third (C), and then back to the source parallel to its original course. Thousands of these cube shapes are molded into a rugged plastic reflector or vinyl tape material. Corner cube retroreflectors are suitable for use with both standard reflex and polarized reflex sensors. Corner CubeRetroreflector SizeThe size of the retroreflective target has a significant effect on the excess gain and range of a reflex sensor. In general, we recommend you use the largest possible reflector in every reflex sensing application to maximize performance of the sensor and simplify alignment. To provide an even larger reflective area, multiple retro-reflectors can be grouped together as shown.Using Retroreflectors with Polarized Reflex Sensors Only corner cube retro-reflective material can be used with polarized reflex sensors. When polarized light from the sensor’s lightsource strikes a corner cube retroreflector, it is returned to the sensor in a depolarized state. This allows some of the light to pass through the detector’s polarizer, which is positioned at 90° to the source polarizer, to allow the sensor to operate. Molded plastic corner cube retroreflectors are always recommended as they provide the highest signal return to the sensor. Corner cube tape workswith polarized reflex sensors but returns less light to the sensor. In all cases, Eaton recommends testing sensor and tape prior to final installation.For the most current information on this product, visit our Web site:V8-T8-388.1Sensor AccessoriesRetroreflectors and Retroreflective TapeProduct SelectionRetroreflectorsRound RetroreflectorsRetroreflective TapeCorner Cube Style 1Note1 Although corner cube tape works with polarized reflex sensors, we recommend testing sensor and tape prior to installation.DescriptionCatalog Number 3 in diameter, with mounting hole, two per package6200A-6501Bulk packaged version of above (ordered quantity will be bulk packaged)6200AS65013 in diameter, with mounting hole, one per packageE51KR843 in diameter, metal backed, with mounting hole, one per package6200A-65062.18 in diameter, with mounting hole, one per package 6200A-65052.18 in diameter, adhesive backed, one per package 6200A-65021.25 in diameter, adhesive backed, one per package6200A-6504Bulk packaged version of above (ordered quantity will be sent bulk packaged)6200AS65041.25 in diameter, no adhesive, one per packageE51KR32DescriptionCatalog Number2 in wide, 1 piece, quantity is length in feet6202A-XXXX6200A-65016200A-65066200A-6505 6200A-6502 6200A-65046202A-XXXX88.1Sensor AccessoriesRetroreflectors and Retroreflective TapeDimensionsApproximate Dimensions in Inches (mm)Round RetroreflectorsCatalog NumberDiameterAHole SizeBThicknessC6200A-6501 3.30 (84)0.20 (5)0.35 (9)6200A-6502 2.40 (61)None0.30 (7.5)6200A-6504 1.30 (33)None0.25 (6)6200A-6505 2.40 (61)0.25 (6)0.30 (7.5)6200A-6506 3.30 (84)0.20 (5)0.30 (7.5)E51KR32 1.25 (32)None0.35 (9)E51KR84 3.30 (84)0.20 (5)0.35 (9)V8-T8-4V8-T8-58For Customer Service in the U.S. call 1-877-ETN CARE (386-2273),in Canada call 1-800-268-3578.For Application Assistance in the U.S. and Canadacall 1-800-426-9184.8.2Sensor AccessoriesSensor Mounting BracketsSensor Mounting BracketsContentsDescriptionPage Sensor Mounting BracketsProduct Selection . . . . . . . . . . . . . . . . . . . . . . .V8-T8-6Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-8Sensor Mounting BracketsProduct DescriptionMounting brackets by Eaton’s Electrical Sector found in this section are suited for use with 8 mm to 30 mm diameter tubular sensors only. Mounting brackets designed to specifically fit other types of sensors are found in the respective “Accessories” sections for those sensor families.Product Selection GuideWhen choosing a bracket, consider:●Adjustability—Do you need minimal alignment capability (mounting an inductive proximity sensor), or a high level of alignment precision (mounting a long range photoelectric thru-beam sensor)?●Material of Construction—This can be dictated by the sensing environment or the type of sensor you are usingFor the most current information on this product, visit our Web site: 88.2Sensor AccessoriesSensor Mounting BracketsProduct SelectionSensor Mounting BracketsMounting Brackets for T ubular SensorsNotes1 Included with sensor.2 Allows installation of sensor with jam nuts already in place on sensor body, (Comet® and Prism™ sensors only).3 Sensor is electrically isolated from mounting surface.Description SizeCatalogNumber L-Shaped Bracket—E57KM_Adjustability:Sensor mounting:Material of construction:Packaging:Allows some adjustment in two axesSensor mounts with two jam nuts and washers 1Stainless steelOne per package8 mm E57KM812 mm E57KM1218 mm E57KM1830 mm E57KM30L-Shaped Bracket—6161A_Adjustability:Sensor mounting:Material of construction:Packaging:Allows some adjustment in one axis and allows foraiming of the sensor through a short arcSensor mounts with two jam nuts and washers 1Aluminum with chromate finishTwo per package18 mm6161A-6501Packaging:Same as 6161A-6501 (above), except:Bulk packaged (ordered quantity will be sent bulk packed)18 mm6161AS6501L-Shaped Bracket—6167AAdjustability:Sensor mounting:Material of construction:Packaging:Allows a minimum range. Suitable for 30 mm sensors.Allows some adjustment in one axisSensor mounts with two jam nuts 1Zinc dichromateOne per package30 mm6167A-6501L-Shaped Bracket with Slot 2Adjustability:Sensor mounting:Material of construction:Packaging:Allows some adjustment in one axis and allows foraiming of the sensor through a short arcSensor mounts with two jam nuts and washers 1Aluminum with chromate finishBulk packaged (ordered quantity will be sent bulk packed)18 mm6161AS7050Flat BracketAdjustability:Sensor mounting:Material of construction:Packaging:Allows some adjustment in one axis and allows foraiming of the sensor through a short arcSensor mounts with two jam nuts and washers 1Aluminum with chromate finishBulk packaged (ordered quantity will be sent bulk packed)18 mm6161AS5295Adjustable Bracket—E58KAM18_ 3Adjustability:Sensor mounting:Material of construction:Packaging:Locking vertical and horizontal adjustments for independentadjustments in each axisSensor mounts with two jam nuts and washers 1304 stainless steelOne per package18 mm E58KAM18Same as E58KAM18, except not electrically isolated frommounting surface18 mm E58KAM18UDimensions, see Page V8-T8-8.L-Shaped BracketL-Shaped BracketL-Shaped BracketL-Shaped Bracketwith SlotFlat BracketAdjustable BracketV8-T8-6V8-T8-788.2Sensor AccessoriesSensor Mounting BracketsMounting Brackets for T ubular Sensors, continuedNotes1 Sensor is electrically isolated from mounting surface.2 Included with sensor.3 Electrically isolates the sensor to prevent noise pick-up caused by poor grounding.4 Avoid exposing to chlorinated halogenated or aromatic hydrocarbons.DescriptionSizeCatalog NumberAdjustable Bracket—E58KAM30_ 1Adjustability:Sensor mounting: Material of construction: Packaging:Locking vertical and horizontal adjustments for independent adjustment in each axisSensor mounts with two jam nuts 2304 stainless steelOne per package 30 mmE58KAM30Same as E58KAM30, except not electrically isolated frommounting surface.30 mm E58KAM30U18 mm Ball Swivel Bracket Adjustability:Sensor mounting:Material of construction: Packaging:Allows 360° rotation and 10° vertical tilt Mounts directly to any 18 mm threaded sensor 5% glass filled Valox ®One per package18 mmE58KAM18BMetal Ball Swivel Mount 3Adjustability: Sensor mounting:Material of construction: Packaging:Allows 5.5° rotation with screw lock to fix final position Mounts directly to any18 mm tubular sensorExtremely rugged, made from zinc plated steel/Celenex ®One per package0.75 in(18 mm)6168A-6501Plastic Ball Swivel Mount—6142A Adjustability:Sensor mounting: Material of construction: Operating temperature:Packaging:Allows 10° rotation on X and Y axes with a clamping action to hold adjustmentMounts directly to any 8 mm tubular sensor Noryl 4–40° to 160°F (–40° to 71°C) One per package 0.75 in (18 mm)6142A-6501Cushioned Sensor MountsPrecision machined, spring-loaded sleeves that hold tubular sensors to protect them from accidental impact due to overtravel of the target being ed for inductive proximity sensors only.8 mm E57KNZ812 mm E57KNZ1218 mm E57KNZ1830 mmE57KNZ30Dimensions , see Page V8-T8-8.Adjustable Bracket18 mm Ball Swivel BracketMetal Ball Swivel MountPlastic Ball Swivel MountCushioned Sensor Mounts88.2Sensor AccessoriesSensor Mounting BracketsDimensionsApproximate Dimensions in Inches (mm)Sensor Mounting Brackets for Tubular SensorsL-Shaped Bracket—E57KM_L-Shaped Bracket—6161A_L-Shaped Bracket—6167A_L-Shaped Bracket with SlotFlat BracketSize A B C D8 mm 3.00 (76) 1.35 (34) 1.125 (29)0.65 (17)12 mm 3.00 (76) 1.35 (34) 1.125 (29)0.65 (17)18 mm 3.00 (76) 1.35 (34) 1.125 (29)0.65 (17)30 mm 4.25 (108) 2.15 (55) 1.75 (45) 1.00 (25)E F G H8 mm 1.20 (31)0.75 (19)0.323 (8)0.218 (6)12 mm 1.20 (31)0.75 (19)0.484 (12)0.218 (6)18 mm 1.20 (31)0.75 (19)0.718 (18)0.218 (6)30 mm 2.00 (51) 1.25 (29) 1.203 (30)0.281 (7)V8-T8-8V8-T8-988.2Sensor AccessoriesSensor Mounting BracketsApproximate Dimensions in Inches (mm)Adjustable Bracket—E58KAM18_Adjustable Bracket—E58KAM30_18 mm Ball Swivel BracketMetal Ball Swivel MountPlastic Ball Swivel MountCushioned Sensor Mounts1Note1Sensing range will be reduced by thickness of cap’s wear surface: 0.030 in (0.76 mm) maximum.Size A B C D 18 mm2.80 (71.1) 2.25 (57.2)0.275 (7.0)0.50 (12.7)EF G 18 mm1.00 (25.4)1.64 (41.7)0.75 (19.1)SizeA B C D E 8 mmM8 x 1M16 x 1.50.87 (22)0.87 (22)0.35 (9)12 mm M12 x 1M22 x 1.50.87 (22) 1.12 (29)0.41 (10)18 mm M18 x 1M30 x 1.5 1.17 (30) 1.41 (36)0.49 (12)30 mmM30 x 1.5M47 x 1.51.47 (37)1.72 (51)0.57 (15)8For Customer Service in the U.S. call 1-877-ETN CARE (386-2273),in Canada call 1-800-268-3578.For Application Assistance in the U.S. and Canadacall 1-800-426-9184.8.3Sensor AccessoriesSensor AccessoriesContentsDescriptionPage Sensor AccessoriesProduct Selection . . . . . . . . . . . . . . . . . . . . . . .V8-T8-10Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-12Sensor AccessoriesProduct DescriptionAccessories from Eaton’s Electrical Sector include portable power supplies for testing or demonstrating DC sensors, a variety ofreplacement mounting nuts,protective end caps for tubular proximity sensors, and conduit adapters for tubular sensors.Product SelectionSensor AccessoriesDescriptionCatalog NumberDC Sensor T ester/DemonstratorFor two-, three- and four-wire DC sensorsProvides 27 Vdc power from three 9V batteries (included)Test output connections for both NPN and PNP outputs9902A-6501AC Sensor Tester/Demonstrator For AC sensorsProvides AC power from wall mount Includes AC adapter9902A-6502Dimensions , see Page V8-T8-12.DC SensorTester/Demonstrator AC SensorTester/Demonstrator For the most current information on this product, visit our Web site: 88.3Sensor AccessoriesSensor Accessories, continuedNote1 These are the standard mounting nuts shipped with the Comet, Prism and OEM Prism photoelectric sensors.DescriptionSensor DiameterCatalog NumberReplacement Mounting Nuts—Stainless Steel, E57KN_Where used:Material of construction: Packaging:Harsh environment for tubular sensors Stainless steel Two per package8 mm E57KNM812 mm E57KNS1218 mm E57KNS18 30 mmE57KNS30Replacement Mounting Nuts—Brass Where used:Material of construction: Packaging:General purpose for tubular sensors 1BrassTwo nuts and two wave washers per package18 mmE60KNS18Replacement Mounting Nuts—Stainless Steel, E58KN_Where used:Material of construction: Packaging:Harsh environment for tubular sensors Stainless steel Two per package18 mm E58KNS1830 mmE58KNS30Replacement Mounting Nuts—Plastic Where used:Material of construction:Packaging:Harsh environment for tubular andSM series sensors PlasticTwo per package18 mmE57KNC18Protective Caps—E57KP_Where used:Material of construction: Packaging:Tubular Proximity Sensors DelrinOne per package12 mm E57KP1218 mm E57KP1830 mmE57KP30Conduit Adapters—E57KC_Where used:Material of construction: Packaging:To attach electrical conduit to rear of tubular sensors Die cast steelOne adapter and nut per package8 mm E57KC812 mm E57KC12 18 mm E57KC18 30 mmE57KC30Conduit Adapters—E58KC30Where used:Material of construction: Packaging:To attach E58 harsh duty 30 mm sensors to half-inch conduit fittings Stainless steel One per package30 mmE58KC30Dimensions , see Page V8-T8-12.Mounting Nut, E57KN_ Mounting Nut, E60KN18Mounting Nut, E58KN_Mounting Nut, E57KNC18Protective Cap,E57KP_Conduit Adapter, E57KC_Conduit Adapter, E58KC3088.3Sensor AccessoriesDimensionsApproximate Dimensions in Inches (mm)DC SensorT ester/DemonstratorAC SensorT ester/DemonstratorReplacement Mounting Nuts—Stainless Steel and BrassReplacement Mounting Nuts—PlasticProtective CapsConduit Adapters—E57KC_Conduit Adapters—E58KC30W H D2.5 (65) 4.75 (120) 2.1 (55)W H D2.5 (65) 4.5 (114) 1.5 (38)Size A B C8 mm0.5 (13)0.16 (4)M8 x 112 mm0.7 (17)0.16 (4)M12 x 118 mm0.94 (24)0.16 (4)M18 x 130 mm 1.4 (36)0.16 (4)M30 x 1.5SizeSwitch SizeA B CThicknessD12 mm0.47 (12)0.39 (10)0.63 (16)0.04 (1.0)18 mm0.71 (18)0.36 (9.2)0.83 (21.2)0.04 (0.9)30 mm 1.18 (30)0.59 (15) 1.42 (36)0.07 (1.7)SizeLengthAHexBTapC8 mm 1.0 (25) 1.0 (25)M8 x 112 mm 1.5 (38) 1.0 (25)M12 x 118 mm 1.5 (38) 1.0 (25)M18 x 130 mm 1.9 (48) 1.5 (38)M30 x 1.58For Customer Service in the U.S. call 1-877-ETN CARE (386-2273),in Canada call 1-800-268-3578.For Application Assistance in the U.S. and Canadacall 1-800-426-9184.8.4Sensor AccessoriesPilot DevicesPilot DevicesContentsDescriptionPage Pilot DevicesProduct Selection . . . . . . . . . . . . . . . . . . . . . . .V8-T8-13Technical Data and Specifications . . . . . . . . . .V8-T8-14Wiring Diagrams . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-14Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . .V8-T8-14Pilot DevicesProduct DescriptionType E65 control units from Eaton’s Electrical Sector are designed for use with amplifier built-in sensors to provide an SPDT relay contact output (in addition to the solid-state output of the sensor), and to convert anAC input voltage to stable 12Vdc, permitting operation of a DC sensor from an AC input. Use only with NPN output sensors. A switch is provided in the output circuit for selecting either light or dark sense operation. Thesecontrol units are available with or without a selectable ON-delay, OFF-delay or one-shot timer having an adjustable timing range of 0.1to 5 seconds. A red LED indicator glows when the output relay is energized.Product SelectionE65 Control UnitsNote1 Selectable for ON-delay, OFF-delay or ONE-SHOT operation with an adjustable timing range of 0.1 to 5 seconds.VoltageOutput Configuration Features Catalog Number 110 to 120V/220 to 240 Vac ± 10%, 50/50 HzSelectable light or dark senseSPDT relay contact outputWith external synchronizationWith delay timer 1E65PSTWithout delay timer E65PSE65 Control UnitFor the most current information on this product, visit our Web site: 88.4Sensor AccessoriesPilot DevicesTechnical Data and SpecificationsPilot DevicesWiring DiagramsPin numbers are for reference, rely on pin location when wiring.Output Circuits and Connections Relay Contact OutputDimensionsApproximate Dimensions in Inches (mm)Control Unit Socket with T erminalsDescription SpecificationInput voltage110 to 120V/220 to 240 Vac ± 10%, 50/60 HzTemperature range14° to 122°F (–10° to 50°C)Relative humidity Less than 85%Response time Less than 20 msOutput voltage12 Vdc ± 10%, 100 mA maximumShort-circuit and polarity protection IncorporatedPower consumption Less than 8 VATerminal connections Screw and saddle clamp to accept 14 AWG wireOutput SPDT relay contact rated 3A resistive at 250 Vac。
PC ABS T系 德国拜耳 矿物玻纤增强复合塑胶材料
PC ABS T系德国拜耳矿物玻纤增强复合塑胶材料
的提供:l5o. l53O 227. 2向阳.塑贸
增强型PC加ABS可以用玻璃纤维提高刚度和稳定性。
德国拜耳T系列牌号可供选择有10,20和30%的玻璃纤维含量.玻璃纤维含量每增加10%,至少导致拉伸弹性模量增加2000Mpa.
PC加ABS流路/壁厚图表
----- PC加ABS T88 GF 10
----- PC加ABS T88 GF 20
----- PC加ABS T88 GF 30 PC加ABS剪切速率图[Pma]
[℃]
玻纤矿物增强的PC/ABS
在加工过程中的剪切速率取决
于该产品的粘度。
一般情况低粘
度的产品则具有较高的剪切速
率
增强
玻纤矿物增强PC加ABS的缩水率：. 除了部分的几何形状，收缩主要取决于保持压力的大小和它的持续时间，以及熔体和模具温度及当时在模具中的冷却条件。
非增强PC加ABS试样测量根据ISO 2577的成型收缩率在0.5%-0.75%范围内处主要。
实际上相同的流动方向平行的和横向该收缩率的经自由的模制零件的制造是可行的。
玻璃矿物纤维增强PC+ABS牌号，成型收缩率小于可比较非增强牌号。
它是在0.2-0.6%范围内，根据玻璃纤维的含量。
玻璃纤维的的定向的流动方向平行的收缩率和横向创建一个差。
在这种情况下，收缩率主要取决于贮藏温度和时间。
它超过半结晶材料是相当少的并一般是小于0.1%由于很多因素呢过造成对收缩率的影响，收缩率得到更准确的数据是很困难的过程。
建议设定该初始模模具尺寸，还是有可能在进行更正后得到很精准的尺寸公差成型。
PC牌号说明
Part Identification of Thermoplastics for Recycling • DIN EN ISO 11469, DIN EN ISO 1043 Part 1-4 and ISO 18064• Plastics - Symbols and abbreviated terms• Recycling-Triangle1. IntroductionHigh-grade regrind can be obtained from single-sort thermoplastics by means of mechanical recycling. Generic marking of plastics parts provide vital assistance here. This Technical Information describes the marking of plastics parts according to ISO 11469 and DIN EN ISO 11469, and on the implementation of these provisions for Bayer MaterialScience's range of thermoplastics.1.1 Material identificationThe identification is made up of abbreviated terms for polymer and symbols given in ISO 1043/1-4 respectively DIN EN ISO 1043/1-4, and ISO 18064 respectively DIN EN ISO 18064 which are preceded and followed by the "greater than" (>) and "smaller than" (<) symbols.Example: >PC<1.2 Recycling identificationThe recycling pictogram (recycling triangle) may be used in Germany on plastics parts in addition to thematerial symbols.Recycling-Triangle 2. Examples of material identification for plastics parts2.1 HomopolymersExample:Polycarbonate>PC<(Abbreviated term of the basic polymer, enclosed by the two angle signs > <).2.2 Polymer blends (alloys)Example:(Polycarbonate+ABS) blend>PC+ABS<(Abbreviated terms of the blend components, main component first separated by a plus sign, enclosed by the two angle signs > <).2.3 Filled, reinforced or otherwise treated polymersExample:Polycarbonate with 20 % glass fiber>PC-GF20<PC abbreviated term of basicpolymerGF filler/reinforcing material20filler/reinforcing material contentin % by weight(Abbreviation for the polymer, the type and form of the filler/reinforcement and its content in % by weight, separated by a hyphen and enclosed between the symbols > <).2.4 Flame retardant polymersExample:(Polycarbonate+ABS) blend with halogen-free orga-nic phosphorous compound as flame retardant>PC+ABS-FR(40)<(Abbreviation for the base polymer with the suffix "FR"and the code number in accordance with DIN EN ISO 1043 Part 4 for any flame retardant content in excess of 1 % by weight, in parentheses and enclosed between the symbols > <).2.5 Molded parts made up of several,inseparable polymersExample:Vehicle instrument panel in PC+ABS (main compo-nent), foamed PU and TPU film>TPU, PUR, PC+ABS<(Abbreviated terms of the composite components,separated by commas, visible component first main component underlined, and all enclosed by the two angle signs > <).3. Nature, size and application of the identificationTo permit the generic identification of used plastics parts, the identification marking should be impressed on the surface of the part either in raised lettering or in relief.The size of the lettering is dependent on the size of the part. The recycling pictogram should be clearly recognizable. The identification should be separate from the manufacturer identification data. It should be located at a readily accessible point where it can highlight the material's recyclability.4. Identification Bayer MaterialScience AG thermoplastics4.1 The identification to be used for the basic polymers is thus as follows:Apec®(Copolycarbonate)>PC-HT<Bayblend®(Polycarbonate+ABS) blend >PC+ABS<Makroblend®(PBT+Polycarbonate) blend impact modified>PBT+PC-I<(Polycarbonate+PBT) blend impact modified>PC+PBT-I<(PET+Polycarbonate) blend impact modified>PET+PC-I<(Polycarbonate+PET) blend impact modified >PC+PET-I<Makrolon®(Polycarbonate)>PC<Additional information on the marking of special grades from our product range is available in the follow tables.All Bayer MaterialScience AG engineering thermo-plastics can be remelted without displaying any instability. Thus, they are suitable for reuse within the framework of recycling processes, even for several times, when they once become waste.In order to ensure high-grade reuse, it is recommend-ed that unreinforced, reinforced and FR grades of each plastics type be collected separately. Even better results are obtained by collecting single grades and single colors separately. Therefore it is recommended that further material identification be provided in the form of additional details on the trade name and grade, the date, the classification and designation of the compound, and, where appropriate, the part manufacturer.4.2 Product grades identificationApec®Grades Part identificationsGeneral purpose grades1703, 1745>PC-HT<1803>PC-HT<Easyflow grades1695>PC-HT<1795, 1797>PC-HT<1895, 1897>PC-HT<2095, 2097>PC-HT< Unreinforced FR gradesDP1-9354>PC-HT-FR<Bayblend®Grades1)Part identificationsGeneral purpose gradesKU1-1446>PC+ABS<M850 XF>PC+ABS<T45, T45 PG>ABS+PC<T50 XF, DP T50 BBS083>PC+ABS<T65, T65 AT, T65 HI, T65 PG, T65 XF>PC+ABS<T80 XG>PC+ABS<T85, T85 XF>PC+ABS<T90, T90 HT>PC+ABS<W85 HI, W85 XF>PC+ASA<Mineral filled gradesET1100>PC+ABS-TD10<T95 MF>PC+ABS-TD9<T90 MF-20>PC+SAN-I-TD20<Glass fiber reinforced gradesT88-2N>PC+ABS-GF10<T88-4N>PC+ABS-GF20<KU2-1522, T88 GF-10>PC+SAN-I-GF10<T88 GF-20>PC+SAN-I-GF20<T88 GF-30>PC+SAN-I-GF30<Flame retardant gradesET3036 FR>PC+ABS-FR(40)<FR2000, FR2010>PC+ABS-FR(40)<FR3000, FR3000 HI>PC+ABS-FR(40)<FR3002>PC+ABS-FR(40)<FR3005, FR3005 HF, FR3005 HG>PC+ABS-FR(40)<FR3006, FR3006 HF>PC+ABS-FR(40)<FR3008, FR3008 HR>PC+ABS-FR(40)<FR3009>PC+ABS-FR(40)<FR3010, FR3010 IF>PC+ABS-FR(40)<FR3011, FR3011 HF, FR3012>PC+ABS-FR(40)<FR3030>PC+ABS-FR(40)<FR3040>PC+ABS-FR(40)<FR3100 TV, FR3110 TV, FR3200 TV, FR3210 TV>PC+ABS-FR(40)<KU2-1514>PC+ABS-FR(40)<Flame retardant, mineral filled gradesET3032 FR, FR410 MT>PC-I-TD10 FR(40+72)< FR3020>PC+ABS-TD5 FR(40)< FR3020 W>PC-I-TD5 FR(40)<FR3021, FR3021 HF>PC+ABS-TD15 FR(40)<Recyclate gradesFR630 GR>PC+ABS-FR(40)<R-FR390>PC+ABS-FR(40)<R-FR610>PC+ABS-FR(40)<1) Including the corresponding special procedures (BBS)Makroblend®Grades Part identifications General purpose grades based on PBTS7916, S7916/2>PBT+PC-I<DP UT3905*, DP UT3907*>PC+PBT-I<DP UT5005*, DP UT5007*>PC+PBT-I<DP UT6005*, DP UT6007*>PC+PBT-I<KU2-7912*, KU2-7912 MBS151*>PC+PBT-I<KU2-7912/4*>PC+PBT-I<KU2-7915*>PC+PBT-I<DP 6015*>PC+PBT-I<Mineral filled gradesKU2-7608*>PC+PBT-I-MD10<KU2-7609 MBS058*>PC+PBT-I-MD18<KU2-7609*>PC+PBT-I-MD20<General purpose grades based on PETUT305>PC+PET<UT153, UT203, UT250, UT400, UT403>PC+PET-I<DP 7645*>PC+PET-I<Mineral filled gradesDP 2-7655*>PC+PET-I-MD10<DP 7665*, DP 7665 MBS162*>PC+PET-I-MD20<UT235 M>PC+PET-MD15<Glass fiber reinforced gradesUT4045 G>PC+PBT-GF20<Flame retardant gradesDP EC100 HR*>PC+PET-I-FR(40)< DP EC153*>PC+PET-I-FR(40+72)< EL700, EL703>PC+PET-I-FR(16+42)<* see disclaimer for developmental productsMakrolon®Grades Part identifications General purpose grades2205, 2207, 2405, 2407>PC<2605, 2607, 2805, 2807>PC<3105, 3107>PC<Food contact grades2256, 2456, 2656, 2806, 2856>PC<1248>PC-I<3106, 3156, 3206>PC<Flame retardant grades2467, 6265, 6267>PC-FR<2665, 2667, 2865, 2867>PC-FR<6465, 6485, 6487, 6555, 6557>PC-FR<6585, 6717>PC-FR<1899>PC-FR(40)<Impact modified grades1260, 1837, DP1-1825>PC-I<Glass fiber reinforced gradesGF8003>PC-GF10< 9415, 9417, GF9002>PC-GF10 FR<GF9001>PC-GF12 FR< 1095, GF8002>PC-GF15<GF9003>PC-GF17 FR< 8025, GF8001, GF8004>PC-GF20< 9125, 9425>PC-GF20 FR< 8035>PC-GF30< 8345>PC-GF35<Makrolon® grades for Part identifications Optical storage mediaOD2015>PC<Optical lensesLQ2647, LQ3147, LQ3187>PC<Light guidesLED2045, LED2245>PC< Automotive lightingAL2447, AL2647>PC< Automotive glazingAG2677>PC<Blow moldingWB1239>PC<ExtrusionET2613, ET3113, ET3117>PC<ET3127, ET3227>PC<Medical devices**2258, 2458, 2558, 2658, 2808, 2858>PC<Rx1805, Rx2430, Rx2530, Rx2635>PC<Structural foamSF800 Z, SF805>PC-GF5 FR<This information and our technical advice - whether verbal, in writing or by way of trials - are given in good faith but without warranty, and this also applies where proprietary rights of third parties are involved. Our advice does not release you from the obligation to check its validity and to test our products as to their suitability for the intended processes and uses. The application, use and processing of our products and the products manufactured by you on the basis of our technical advice are beyond our control and, therefore, entirely your own responsibility. Our products are sold in accordance with the current version of our General Conditions of Sale and Delivery.* This is a developmental product. Further information, including amended or supplementary data on hazards associated with its use, may be compiled in the future. For this reason, no assurances are given as to type conformity, processability, long-term performance characteristics or other production or application parameters. Therefore, the purchaser/user uses the product entirely at his own risk without having been given any warranty or guarantee and agrees that the supplier shall not be liable for any damage, of whatever nature, arising out of such use.**Only Bayer plastics which fulfil the test requirements of ISO 10 993-1 may be used for medical articles which come within the scope of this standard. However, the biocompatibility tests which we perform according to this standard do not cover the following ranges of application for medical articles manufactured from our material: long-term use over 30 days, particularly use as (cosmetic or reconstructive) implant; long-term contact over 30 days with endogenous substances (blood, tissue, dentin, other body fluids); multiple use for medical applications. Therefore Bayer plastics should not be used for long-term applications or with long-term contact. Use of recycled materials or the use of other additional material components in the finished product: Our test results for biocompatibility do not apply to the use of recycled materials or the use of other additional material components in the finished product. Responsibility of the manufacturer of the medical article: The use of our material outside the above-mentioned test scope of ISO 10 993-1 occurs exclusively on the responsibility of the processor of our material and the manufacturer of the finished product. As regards the production conditions of the processor of our material which are not known to us, it is the responsibility of the processor to ascertain the suitability of our materials in the finished product in terms of directives and statutes to be observed. The suitability of our materials also depends on the ambient conditions (see below) for the finished product. Chemical compatibility, temperature, design of the medical article, method of sterilization, internal stress within the finished article, and external stress all influence suitability, and are therefore the responsibility of the processor and the manufacturer of the finished product. Multiple-use of medical articles: Medical articles which are intended for single use and which were manufactured from Bayer plastic are not suitable for multiple use. If the medical article was manufactured for multiple use, it is the responsibility of the manufacturer of the finished product to determine an appropriate number of times it may be used, by determining and evaluating the conditions of sterilization and final use. Appropriate warnings and instructions must be given to the end user. Sterilization: The use of various methods of sterilization and the permitted number of sterilization cycles for a medical article which is made from our materials depend on the design of the parts, the processing parameters, the sterilization temperature and the chemical environment. Therefore the manufacturer must determine and evaluate the most suitable method of sterilization (and if applicable the permitted number of sterilization cycles) for each medical article. Appropriate instructions and warnings must be given to the end user. Recyclate grade. In view of the different origins of the post-consumer waste, a broader tolerance range must be expected than for virgin material. Colors by agreement. Since the Bayblend R grades contain used materials, they may contain additives. Recyclate grades always comply with the statutory provisions currently in force.Editor: Global Innovations - PolycarbonatesBayer MaterialScience AGD-51368 Leverkusen, Germanywww.bayermaterialscience.depcs-info@。
S88国际标准应用最佳实践
1.1 3.0
DUAL CONTROL SET POINT
FAULT
CHILL WATER COOLING
GLYCOL COOLING
TK 101
TK 102
TK 103
0%
SP PV 95.4 99.0 1.0 0.0
50
100% VALVE OUTPUT
AMOUNT (kg) FINAL WEIGHT (kg) AMOUNT TOLERANCE (+/- kg) FLOW RATE (kg/min) TARE TANK BEFORE ADDITION ADD AMOUNT TEMPERATURE ( C) TEMPERATURE TOLERANCE (+/- C) PURGE AT END FILL TO WEIGHT
PROGRAM MODE START RESTART
OPERATOR MODE STOP/ ABORT HOLD
PERMISSIVE PROCESS INTERLOCKS SAFETY INTERLOCKS FAULT
Process Cell Equipment Unit Equipment Phase/Module Control Module 12
99.0
PROGRAM OUTPUT OPERATOR OUTPUT
AUTO VALVE OUTPUT (%) MANUAL VALVE OUTPUT (%)
66 66 50
TEMPERATURE TUNNING PARAMETERS WATER COOLING ONLY Kp = Kp = 3 1 Ki = Ki = 2 2 Kd = Kd = SP 1 3 PV 0.0 0.0 0.0 0.0
卡特(Cat) PM820、PM822和PM825凝胶机械拉拔机说明文件
Cat® C18 ACERT™ EngineGross Power (ISO 14396)563 kW 755 hp Operating WeightPM820 36 130 kg 79,630 lb PM822 36 700 kg 80,887 lb PM825 37 500 kg 82,650 lb Cutting DimensionsWidth - PM820 2010 mm 79 in Width - PM822 2235 mm 88 in Width - PM825 2505 mm 98.8 in Maximum Cutting Depth 330 mm 13 inPM820, PM822 and PM825 Cold Planers2CONTENTSIntroduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2, 3Machine Feature Overview ....................4, 5Powertrain, Undercarriage ....................6, 7Operating Environment ........................8, 9Cutting System .............................10, 11Cat Grade Control Option ....................12, 13Material Collection System ..................14, 15Optional Equipment .........................16, 17Service and Reliability. . . . . . . . . . . . . . . . . . . . . . . 18, 19Cutting Bits ...................................20Cat Diamond Bits ..............................21Specifications ..............................22, 2323THE HIGH POWER HALF-LANE MILLING MACHINES YOU HAVE BEEN WAITING FORCat ® PM820, PM822 and PM825 cold planers are the product of years of study, tinkering, rethinking. Every system andcomponent has been examined, refined, optimized. The result is an advanced, world-class cold planer.The PM800 models are similar in design to their sister PM600 half lane cold planers...but they bring a lot more power, useful for the most demanding applications. The PM800 models deliver the same benefits as well: lowered operating costs and increased productivity, paired with Cat reliability and the legendary dealer support you expect from Caterpillar.The PM820, PM822 and PM825 are well equipped to deliver precision and efficient high production. Many options are available to enhance machine versatility and customize operations to suit the application, from milling highways to urban streets. Whether you are texturing the surface or milling an airport runway, there is a configuration that will meet your requirements and expectations.POWERFUL AND REFINEDPRECISION AND CONTROL WITH VERSATILITY TO SPARE.4938641011121413612457721. Cat C18 ACERT ™ Engine2. Ground Control Console3. Rear Water Fill Nozzle4. Remote Camera (option)5.Hydraulic Side Plates with Position Sensors6. Crawler Tracks with Bolt-on Pads7. Advanced Steering8. Dual Operating Consoles 9. Power Canopy (optional windscreens available, not shown)10. Dust Abatement System (option)11. High Pressure Water Spray Hose (option)12. Water Spray Control and Clean out Manifold13. LCD Touchscreen Display 14. Cat Diamond Bits (option)15. Cat Grade Control (option)515152744667891013142RUGGED POWERTRAIN SIMPLE DESIGN DELIVERS AMPLE POWER TO GROUND.C18 ACERT ENGINE– Meets regional emission standards as required:U.S. EPA Tier 4 Final / EU Stage IV– Provides a gross power of 563 kW (755 hp)– Automatic idle control function and multiple rotor speedsoptimizes output to the demand on the engine, keepingoperation smooth and efficient– High capacity cooling system keeps engine at idealtemperature for optimal fuel efficiency and lower emissions– Proven core engine design ensures reliability and quietoperation– Engine is iso-mounted to reduce noise and vibration6PROPEL SYSTEM– Robust propel system features two propel pumps and two propel circuits, diagonally opposed; each circuit drives the propel motors for two crawler tracks– Cross-flow traction control supplies dedicated hydraulic flowdiagonally across machine to the tracks that grip– Automatic Load Control senses load changes on the rotor system load and adjusts propel speed to prevent stalls and optimizeproduction7STABLE PLATFORM– Four leg posts with position sensors independently adjust and provide powered vertical movement to maintain desired height – Ride-control feature ensures smooth travel– Optional Cat Grade Control is integrated with the machine and works seamlessly to provide maximum cutting precision; system can be enhanced to full 3D milling capabilityWORRY-FREE TRACKS– Four crawler tracks based on proven Cat track design and components– Tracks automatically adjust to provide ideal tension – Track pads are easily replaceable with bolt-on designEXCELLENT MANEUVERABILITY– Four steering modes: front steer, rear steer, crab steer, coordinated steer– Advanced steering function adjusts track alignment to provide precise steering geometry and reduce pad wear – Minimum left cutting radius: 2 m (6.56 ft)– Minimum right cutting radius: PM820- 2 m (6.56 ft) PM822- 1.8 m (5.91 ft)PM825- 1.5 m (4.92 ft)The four post design offers excellent maneuverability and dependable operation to maximize versatility and production.8OPERATING ENVIRONMENT– Height-adjustable dual operating console is intuitive and comfortable– Optional power canopy can deploy or stow during machine operation; optional windscreen panels available– Touchscreen LCD display provides gauge cluster, operating information, remote camera feed, machine control anddiagnostics; optional second and third display available to provide additional gauge or machine operation/control information – Optional suspension seats reposition for optimal visibility and comfort– Lockable storage provides secure area to stow personal items – 12-volt power receptacleERGONOMIC CONTROLS– Controls comfortably positioned for easy use– Large, backlit keypads are visible in all light conditions – Durable design tested to 1 million cycles– Lockable covers provide protection from vandalismEQUIPPED FOR 24/7 OPERATION– Working areas and perimeter well lit with standard halogen lights – Displays and controls easy to see – Additional LED light options – Available balloon lighting optionsCOMFORT AND CONTROLOPERATE WITH CONFIDENCE.REAR910ROBUST ROTOR CHAMBER– Chamber optimizes material flow to promote thorough clean-out – Thicker steel in areas exposed to high abrasion enhances durability– Side plates are hydraulically adjustable with position-sensing cylinders, can be used as an averaging ski– Hydraulically adjustable moldboard applies optimal down-pressure to keep material contained for clean out and minimize required sweepingANTI-SLAB DEVICE– Helps to optimize sizing and gradation – Protects collecting conveyor– Prevents blockage in the discharge openingTHE VERSATILITY YOU NEED– Two available cutting widths; – Cutting depth to 330 mm (13 in)– Enhanced clearance for flush cutting– Three rotor speeds, electronically selectable during operation – High production and fine milling drums available – Optional Cat Grade Control keeps machine on targetCUTTING SYSTEMEFFICIENT AND DEPENDABLE, AS IT SHOULD BE.11ADVANCED AUTOMATED FEATURES– Automatic Load Control senses load changes on the rotor and adjusts propel speed to prevent stalls and optimize production– Automatic plunge-cut feature ensures precise, repeatable starting cuts and reduces wear on machine (requires Cat Grade Control option)– Ramp-in, Ramp-out cutting capability (requires Cat Grade Control option)– Jump hold feature assists to clear obstaclesROTOR DRIVE SYSTEM– Driven by two 6-rib high-tensile belts– Automatic belt tensioning to reduce slippage – Heavy-duty dry clutchHIGH PRODUCTION ROTORS– 2.0 m (79 in), 2.2 m (88 in) or 2.5 (98.6 in) cutting widths– Cutting bits held in exclusive conical quick-release tool holders and arranged in a triple-wrap flight pattern– Large, replaceable carbide-faced loading paddles effectively move milled material onto collecting conveyor– Standard 15 mm (0.6 in) tool tip spacing is optimal for high production and reduced wear– Triple tree tool arrangement on rotor ends reduces wear on rotor when maneuvering in the cut– Cat MasterGrade™ premium carbide bits available – Optional Cat Diamond Bits provide cutting life up to 80 times longer than conventional carbide bits, decreasing overall fuel consumption and reducing machine wear12INTEGRATED DESIGN– System communicates directly with position-sensing hydraulic cylinders, slope sensors and processors to ensure optimalprecisionCONTROL BOXES– LCD color touchscreen display with soft keys is durable andvisible in all light conditions– Intuitive interface is easy to understand and use– Supports multiple languages– Control boxes and sensors can be repositioned withoutreconfiguring settings– Full control over grade and slope can be attained from anycontrol boxCAT GRADE CONTROLEASY TO USE; HIGH PRECISION.BLUE: Averaged readings RED: Discarded readings1REFERENCE VERSATILITY1. Sonic Mounting Point2. Control Box Mounting Point3. Position-sensing Independently Controlled Side Plates4. Optional Position-sensing Hydraulically Controlled Inboard Ski2234SYSTEM VERSATILITY– System can utilize various references including sonics, contact sensors, position sensing hydraulic cylinders, wire rope sensors – Can be enhanced for full 3D operation– Sensors can be positioned in multiple inboard or external locations around the machineSONIC SENSORS– Sensor units feature five ceramic transducers– System discards the highest and lowest readings and averages remaining three for a true average– Each unit equipped with temperature sensor that compensates for fluctuations due to temperature change– Durable construction outlasts foil transducer design1113Each sensor has five transducers; the high and low readings are discarded and the remaining three are averaged for a true average reading.The high-capacity conveyors provide efficient removal of milled material and dust with outstanding discharge control.COLLECTING CONVEYOR– A wide opening and seamless 850 mm (33.5 in) wide belt efficiently clears rotor chamber– Reversible for easy clean out– Optional grease tensioner provides easy adjustment of belt alignment and tension WATER SPRAY SYSTEM– Water spray system provides lubrication and cools bits whilehelping to control dust– Spray system fed by 3400 L (898 gal) onboard tank; tank can be filled from top deck ports, rear fill valve, side fill valve or optional refill pump– Optional additional water spray system provides maximumlubrication, cooling and dust suppression– Onboard winterization system utilizes compressed air to purge water lines1415LOADING CONVEYOR– Aluminum covers and vinyl side panels reduce spillage and help control dust– Seamless 850 mm (33.5 in) wide belt provides heavy duty, high speed discharge– Variable belt speed optimizes speed to material type and production rate– Reversible for easy clean out– “Boost” feature provides a temporary surge in belt speed to help precisely place material– Loading conveyor folds to reduce length for transport– Loading conveyor swings 60 degrees from center position to the left or right60˚60˚OPTIONAL DUST ABATEMENT SYSTEM– Vacuum system ports to collecting conveyor housing and transition between collecting and loading conveyor to remove airborne particles– Augments dust suppression provided by water spray system – Discharges collected dust into the loading conveyor to facilitate removal from working area around machine – Maximizes dust removal capability when used with water spray system and optional additional water spray systemCAT GRADE AND SLOPE CONTROLSystem is integrated with the machine for maximum precision POWER SUN CANOPYDeploys or stows hydraulicallyWINDSCREENS FOR POWER SUN CANOPYCAT DIAMOND BITSLasts up to 80 times longer than conventional carbide bits ADDITIONAL LCD TOUCHSCREEN DISPLAYFor use to monitor machine functionsPRODUCT LINK, ADDITIONAL CONFIGURATIONSKeep track of your machine health, location or fleet use ADDITIONAL WATER SPRAY SYSTEMSecond system augments lubrication, bit cooling and dust suppression capabilities of the standard systemINBOARD AVERAGING SKIHydraulically controlled ski provides inboard reference for grade control systemROTOR TURNING DEVICEAssists with turning rotor during rotor serviceDUST ABATEMENT SYSTEMVacuum system ports to the transition area between the rotor chamber and the collecting conveyor as well as the transition between the collecting conveyor and the loading conveyor; dust is removed and expelled within the loading conveyor, where is it discharged with the milled materialREMOTE CAMERA, LOADING CONVEYORMounts to the discharge end of the loading conveyor; provides enhanced view of discharge loading REMOTE CAMERA, REARMounts to the rear of machine; provides enhanced view of area behind the machineREMOTE CAMERA, MAGNETIC MOUNTMounts magnetically to various locations; up to two magnetic cameras can be usedSUSPENSION SEATAdjustable seats installed on operator’s platformBIT BUCKET TRAYSTrays mount to rear crawlers and provide convenient storage for bit bucketsHIGH PRESSURE WASHDOWN SYSTEMHigh pressure hose and spray wand connect to onboard water tank to deliver high pressure water spray for convenient clean up WATER TANK TRANSFER PUMPWater pump provides additional options to fill onboard water tank FUEL TRANSFER PUMPFuel pump provides additional options to fill fuel tank WARNING BEACON, FIXEDAmber warning beacon mounts to one of two fixed locations on loading conveyor or rear of machineWARNING BEACON, MAGNETIC MOUNTAmber warning beacon can be magnetically mounted in multiple locations on the machineCOMMISSIONING SUPPORTCat technician provides machine introduction and training to key personnelOPTIONAL EQUIPMENT OPTIMIZE VERSATILITY, PRODUCTIVITY, COMFORT.161.Power Sun Canopy2. Inboard Averaging Ski3.Dust Abatement System4. Remote Camera, Loading Conveyor5.Remote Camera, Magnetic Mount6.Bit Bucket Trays7.High Pressure Washdown System8. Water Tank Transfer Pump3861245717EASY SERVICE DESIGNED RIGHT IN.Outstanding access to critical components and systems makes service and maintenance easier and faster. That keeps your machine where you need it: on the job.LARGE ACCESS DOORS AND PANELS– Designed to facilitate efficient service, reducing labor costs and service time– Quick and easy maintenance– Accessible pumps and components– Power hood opens to allow walk-in access– Visual indicators simplify routine service checks18HYDRAULIC SYSTEM– Manual overrides simplify troubleshooting by eliminatingfunctioning systems– Hydraulic hoses are cleanly routed and clamped for long-term reliability– Exposed hoses are wrapped in nylon sleeves for protectionagainst abrasion– Pressure test ports and oil sampling ports simplify hydraulicsystem diagnosisELECTRICAL SYSTEM– 24-volt system with 100 amp alternator– Color-coded and numbered electrical wiring simplifiestroubleshooting– Harnesses are wrapped in abrasion-resistant nylon braid ELECTRONIC CONTROL MODULES (ECM)– Monitors machine systems to ensure proper function andprecision– Provides warning indications via LCD touchscreen display when machine performance is substandard– Provides diagnostic information TELEMATICS: PRODUCT LINK™– Maximize up-time– Automatic machine location– Hour updates– Diagnostic codes– Schedule service at convenient times– Optional configurations availableLONG SERVICE INTERVALS– 500 hour engine oil service interval– 3,000 hour hydraulic oil service interval without oil sampling;6,000 hours with oil samplingACCESSORY DRIVE SYSTEM– Provides full operational control of auxiliary machine functions to enable assisted machine movement during maintenance or service– Facilitates assisted relocation of machine from live construction area to service area during emergency situations19Pallet ConcreteAsphalt or Asphalt off ConcreteAsphaltShallow 25 - 50 mm (1” - 2”)Moderate 75 - 125 mm (3” - 5”)Deep 150 mm (6” o r more)Puller Tool351-267844444292-510344444349-49464444316-23274444350-71994444Ø19.4Ø19.822182117217PROVEN BENEFITSMore efficiency, more productivity, lower fuel consumption and less wear on the machine. It all adds up to more profitability and growth for your company.– Last up to 80x longer than carbide tips, keeping crews more productive, month after month– Assure faster project completions– Provide you with a significant bidding advantage– Virtually eliminate labor costs for pick changes; eliminate unplanned, unproductive interruptions– Deliver proven fuel savings per ton of production– Enable faster milling speeds and increased productivity– Eliminate costly bit inventory, and the handling that goes with it– Require no rotation, crucial because half of carbide failures result when tools fail to turn– Create less vibration, increasing the life of planetaries, drive shafts, stub shafts, bearings and other parts and components– Increase track-pad life because the machine does not work as hard– Deliver a dramatically improved return on your mill investment through increased engagement– Extend life of moldboards through a consistent pattern; protect welded-on base blocks—and ultimately the drum Average life and exact tonnage is impacted by local aggregate and operating technique. Diamond Asphalt Bits last up to 45x the life of standard carbide bits and Diamond Extended Life Bits last up to 80x the life of standard carbide bits.STAY SHARP UP TO 80X CONVENTIONAL CARBIDE.2122SPECIFICATIONSHH23Weights shown are approximate and include:• Operating weights include coolants, lubricants, full fuel tank, full water tank and 75 kg (165 lb) operator.• Transport weights include coolants, lubricants, 50% full fuel tank and empty water tank.WeightPM820Operating weight 36 130 kg 79,630 lb Transport weight 32 230 kg71,035 lbPM822Operating weight 36 700 kg 80,887 lb Transport weight 32 800 kg 72,290 lbPM825Operating weight 37 500 kg 82,650 lb Transport weight33 600 kg 74,054 lbFuel Tank1108 L 288.1 gal Cooling System 104 L 27.5 gal Engine Oil 65 L 16.9 gal Hydraulic Oil 113 L 29.4 gal Water Tank3400 L898 galService Refill CapacitiesCat C18 ACERT Engine Gross power - ISO 14396 563 kW 755 hp Global emissions US EPA Tier 4 Final / EU Stage IVor Tier 3 / Stage IIIA / China Stage III equivalentOperating speed100 m/min 328 ft/min Maximum travel speed 5.9 km/h 3.7 mphPowertrainPM820 Milling Width2010 mm 79.1 in Number of Bits 170PM822 Milling Width 2235 mm 88 in Number of Bits 185PM825 Milling Width 2505 mm 98.6 in Number of Bits203Maximum Cutting Depth 330 mm 13 in Rotor Speeds100 / 109 / 118 rpmCutting SystemPower CanopyWindscreens for Power Canopy Inboard Averaging Ski CE CertificateAdditional Water Spray System Water Tank Transfer Pump Fuel Transfer Pump Dust Abatement System Cat Grade ControlRemote Camera (Front, Rear, or Magnet Mount)Product Link (optional configuration)Air-ride Operator’s Seats Drum Rotating Device Cat Diamond Bits Bit Bucket TraysMachine Commissioning SupportOptional EquipmentSPECIFICATIONSA Overall length, conveyor up14.52 m 47.62 ft B Maximum machine width - PM820, PM822 2.83 m 9.27 ft Maximum machine width - PM825 3.14 m 10.03 ft C Cutting width - PM820 2010 mm 79.1 in Cutting width - PM822 2235 mm 88 in Cutting width - PM8252505 mm 98.6 in D Maximum height, raised conveyor 5.23 m 17.17 ft E Height to optional canopy4.05 m 13.29 ft F Height, no canopy (canopy down) 3.00 m 9.84 ft G Maximum truck clearance 4.86 m 15.95 ft HConveyor swing± 60˚ from centerOperating DimensionsI Transport length12.43 m 40.79 ft J Transport width - PM820 2.50 m 8.2 ft Transport width - PM822 2.70 m 8.83 ft Transport width - PM825 3.01 m 9.88 ft K Length, track to track 6.69 m 21.95 ft L Length of base machine 8.33 m 27.33 ft FTransport height3.00 m 9.84 ftShipping DimensionsPM820, PM822 AND PM825 Cold Planers。
瀚斯宝丽使用说明
第 3 章：输入文本 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
文本输入方法 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 使用 (QWERTY) 键盘输入文本 . . . . . . . . . . . . . . . . . . . . . . . . . . 18 使用符号 / 数字模式 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
硬件连接 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 电脑连接 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 存储卡 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 附件连接 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 软件连接 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 浏览器 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Wi-Fi . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 蓝牙 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 虚拟专用网 (VPN) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 27 27 28 29 29 30 30 30
Model AT8 AdapToner 测试设备说明书
Model AT8 Adaptoner Operating Instructions
Description
The Model AT8 AdapToner Test Set is housed in a high impact plastic case measuring 41⁄ 8 x 2 x 1 1⁄ 8", weighs 6 ounces, and is powered by one 9 volt battery (not included). The tester is supplied with red and black rubber insulated test clips and a snagproof 8-conductor modular cord and plug, as well as an 8-postion jack with protective cover. The unique plug allows insertion into both 8 and 6 position modular jacks. A three-position toggle switch controls the modes of operation and a 2-colored Light Emitting Diodes (LED) provides polarity and continuity indication. A tone selector switch (see figure 2) located inside the battery compartment, may be used to select a fast or slow warble tone output. Full 8-conductor breakout of the modular test plug allows the AdapToner to be used as a traditional tone generator, a breakout adapter, or a combination of both. The AT8 is compatible with all common Central Office Switching Systems and the output tone is isolated from DC voltages.
PC+ABS_Bayblend_T85_XF_901510
FUTABA T8FG最新中文说明书
中立测试[Neutral Test]对获得舵机摇臂的中立点位 置很有用。
途
舵机测试操作 1.移动光标到关闭[OFF]选项上，轻触 RTN 键切换到数据
用 业
输入模式。
商 通过触摸盘的 Scrolling 键选择测试模式[Test Mode]后 l 轻触 RTN 键确认。然后选中的模式开始闪烁。再次轻 禁 i 触 RTN 键改变模式(直到选中终点模式后，轻触 S1 键 严 ev 确认)。 d 移动[Moving]：每个舵机都重复操作。 流 - 中立点[Neutral]：每个舵机都被锁定在中立点位置。 y 2.移动光标到移动[Moving]或中立点[Neutral] 选项上， 交 r 轻触 RTN 键切换到数据输入模式。 习 c 通过触摸盘的 Scrolling 键选择关闭[OFF]选项后轻触 学 by RTN 键确认。停止测试。
前言：
经过一个多月的努力，FUTABA T8FG 英文版说明书关于《连接菜单》及直升机《模型菜单》章节终于翻译完成 了。
当初起心翻译该说明源自我在 5IMX 发的一个帖子，大意是号召大家将本说明拆分，动用群体力量各自翻译一 部分再整合成一本全中文化的说明书，可惜响应者寥寥趋近于无。
其实，那个时候我连该遥控器都没有！后来，我购入了亚拓 600EFLPRO，但遥控器还是没钱买。当时纠结于 10CG 与 T8FG，最终选择了 T8FG！不过，想要购入还得等段时间！
再挖坟就困难了！所以，现在的我也看开了，不求回复什么有建设性意见的话，只求保持帖子在第一页能让更多购
仅供 入该款遥控器的朋友能够尽快熟悉它的操作。 现在，《连接菜单》的章节也已经制作完成了，这次与直升机《模型菜单》进行了整合更方便大家的阅读，至 于翻译质量，我仍然不敢保证。也许会出 V0.3 版本，也许会翻译其它章节，谁知道呢？到时再说吧！
ATE Corporation VibePro 8产品说明书
iPad Vibration AnalysisWith VibePro 8IPAD VIBRATION ANALYSIS WITH VIBEPRO 8 // 2NEW IN VIBEPRO 8• TWF collection and on-screen analysis •FFT in Acceleration and integrated FFT in Velocity and Displacement (available on iPad and VibePro Online)• TWF and Spectrum in same view • High-frequency impact demodulation (available on iPad and VibePro Online)• Selection of sample rate (Fmax)and number of samples (lines of resolution)• Additional windowing options: hemming, hamming and blackman• Circular TWF plots for gearbox analysis • Waterfall plot for selected measurements •Vibration trending in acceleration/Velocity for RMS, Peak & Crest Factor Values• Editing Functions in Route • Allows: deleting, duplication, and renaming route data • Machine Point Library• Change Sensors Quickly with Calibration Presets•TWF Capture and AnalysisFEATURES• Real Time Spectrum Analysis• Single measurement reports with easy email sharing• Recorded readings for post processing • Routes have never been easier with VibePro.• Import and export routes via GTI Cloud, Files app, email and other options • Automatic and manual markers on the spectrum• Set RPM and bearing makers with multiples • Full FFT Signature graph from 0 to 20khz or 0 to 1.2 million CPM • Spectrum Frequency Resolution from 0.17Hz to 10.77Hz•Selectable Fmax of 22,050Hz, 11,025Hz, 5,512Hz and 2,756Hz•Selectable number of samples of 4,096, 8,192, 16,384 and 32,768VIBEPROIs a powerful machine vibration analyzer app for iPad/iOS. Coupled with GTI sensor equipment, it can be an invaluable tool for measuringvibration and health of a wide variety of machine parts including motors, bearings, spindles, shaft imbalance, gears, belt wear and more. The app can be used for single readings or full vibration analysis routes, documenting trends along the way. Route data can be processed directly in VibePro, GTI’s web app or other platforms available for Windows and MacOS.The contents of this publication are the copyright of the publisher and may not be reproduced (even extracts) unless prior writtenpermission is granted. Every care has been taken to ensure the accuracy of the information contained in this publication but no liability canbe accepted for any loss or damage whether direct, indirect or consequential arising out of the use of the information contained herein.888.473.9675 // 33 Zachary Road // Manchester, NH GTI HEATMAP:A custom vibration degradationalgorithm developed by GTI brings a new visualization tool to the health of a plant’s assets.The larger the box the faster that asset is degrading. GTI HeatMap for the first time provides an accurate look at a plant’s health. Green assets that are rapidly failing will show up well before an emergency repair is needed. GTI HeatMap can also be a helpful tool to ensure thresholds are being properly setup.FULL HIERARCHY VIEW WITHWATERFALL, TREND CHARTS, ANDSPECTRUM ANALYSIS WITH REPORTING:View the same route hierarchy that is used with VibePro for iPad. Full reporting is available for any reading captured with VibePro. Trend charts or waterfall view to see data trends. TWF analysis is also available.VIBEPULSE:A custom vibration signature recognition algorithmdeveloped by GTI brings a new fault detection technology not offered elsewhere. The fault detection algorithm will provide a good starting point for your technicians to fix the asset and return it back to normal vibration levels.VIBEPRO ONLINE: POST PROCESSINGSINGLE-MEASUREMENTSROUTE MEASUREMENTSVIBEPRO 8 IPAD VIBRATION ANALYSISFull Spectrum Email and Printer Friendly ReportsCreate, Edit and Manage RoutesCustom Options for MeasurementCapture Route Vibration DataView Plant Status Review Past Readings View Trending DataView and Create Maintenance。
三养材料和拜耳GE..的产品对应表
PC-HT
1700 1703
High-heat polycarbonate with Vicat temperature of 342°F UV-stabilized, high-heat polycarbonate with Vicat temperature of 340°F
PC-HT PC-HT
KU 11446
PC/ABS
Developmental product grade with improved low-temperature impact strength and petrol resistance for automotive parts; suitable for extrusion/extrusion blow molding and electroplating applications; Vicat/B 120 temperature = 120 °C.
120)=203 °C
Developmental product, easy flowing, easy to
demold, UV-stabilized, softening temperature PC-HT
(VST/B 120)=202 °C
Developmental product, High-heat polycarbonate with Vicat temperature of 428°F
Makroblend
Makroblend
Makroblend Makroblend Makroblend
Makroblend
主等级名 Code
描述
主成分
Developmental product; High heat resistant
UNCBASCF基板用户指南说明书
UNCBASCF Base BoardUser's Manual® Copyright 2003:Release of document:November 06, 2003Filename:UNCBASCF_0_UM.doc Author:Héctor Palacios Board Revision:UNCBASCF_0All rights reserved. No part of this document may be copied or reproduced in any form or by any means without the prior written consent of Sistemas Embebidos,S.A.PO Box 292528, 43229Columbus OH (USA) +1 888 546 9741Fax +1 888 546 9741*************** Kueferstrasse 8Breisach (Germany) +49 7667 908-0Fax +49 7667 908-200**************** www.fsforth.deCalvo Sotelo 1, 1º - Dcha Logroño (Spain)+34 941 270 060 Fax +34 941 237 770*********************UNCBASCF Base Board - User's Manual Table of Contents1.History (4)2.General (5)3.Features (5)4.Block Diagram of Base Board (6)5.Detailed Description (7)5.1.UNC20 Module (7)5.2.RS232 Serial Interface (8)5.2.1.Serial Port 1 (8)5.2.2.Serial Port 2 (9)5.3.Ethernet (9)pactFlash (10)pactFlash connector (11)5.4.4.Hard Disk (14)5.5.JTAG / Debugging (15)5.5.5.Parallel Port JTAG Adapter (16)5.5.6.JTAG Booster (16)5.5.7.ARM-standard JTAG Connector (17)5.6.Peripherals (17)5.6.8.Switches and LEDs (18)5.6.9.Access to UNC20 Pins (19)5.7.Power Supply and Reset (20)5.7.10.Voltage Requirements (20)6.UNC20 Connector (21)3UNCBASCF Base Board - User's Manual 41. History 2003-11-060.3Nigel James Release 2003-10-200.2Pedro Pérez de Heredia Revision 2003-10-170.1HéctorPalacios Initial versionUNCBASCF Base Board - User's Manual 2. GeneralThe UNCBASCF is a modified version of the standard UNC20 base board with support for CompactFlash cards.This document refers to the UNCBASCF_0 revision of the board. The board's name is printed on the PCB and can also be found on the label, above the serial number.3. FeaturesBase board which accommodates one UNC20 moduleEthernet interface with RJ45 connector with integrated link LED1 serial communication RS232 interfaceJTAG interfaceLEDs for Power, Hard Disk and Ethernet Link2 switches and 2 LEDs for use by applicationReset switchCPLD programmed for CompactFlash interfaceCompactFlash connector (type 2)5UNCBASCF Base Board - User's Manual 64.Block Diagram of Base BoardUNCBASCF Base Board - User's Manual 5. Detailed Description5.1. UNC20 ModuleThe UNC20 module is a cost-effective, highly integrated module in a 48-pin dual-inline package.The salient features of the UNC20 module, as delivered with the Developer’s Kit, are listed below:NetSilicon’s NS7520 microcontroller based on a 32-bit ARM7TDMI core16 Mbytes SDRAM8 Mbytes FlashEthernet interface2 serial communication interfacesI2C interfaceJTAG interfacePlease refer to the UNC20 User’s Manual for more details on this module.The pin-out for the UNC20 module can be found at the end of this manual.7UNCBASCF Base Board - User's Manual5.2. RS232 Serial InterfaceThe NS7520 provides two serial ports. Since these ports are multiplexed with the General Purpose I/O pins (ports A and C), it was decided only to assemble one serial port and leave the other for the user to configure.5.2.1. Serial Port 1Serial Port 1 can be used as a console port to communicate with a host PC.An RS232 driver, the MAX3320 from Maxim, is assembled on the base board. This driver guarantees baudrates up to 250kbps.This port will operate in asynchronous RS232 full-duplex mode. The RS232 port supports minimal hardware control signals, namely RTS and CTS only, and is derived from the UNC20 module’s Port C pins.A 9-pin D-type connector (male) is assembled on the base board.The pin allocation of the 9-pin D-type connector is as defined in the table below:Pin Function1N/C2RXD3TXD4N/C5GND6N/C7RTS8CTS9N/C8UNCBASCF Base Board - User's Manual If a serial console is not required, and the 4 PortC pins are required for GPIO, then the serial driver can be forced into an “off” state, meaning that the on-chip power supply is shut down, by connecting a jumper between pins 3 and 4 of J1.To disable the serial driver, the jumper has to be inserted.5.2.2. Serial Port 2Serial Port 2 is available on the UNC20 module’s Port A [0-7] pins, which are led out to the X6 connector (not assembled on the board), so that users can configure this port to suit their application.5.3. EthernetThe 10/100 Ethernet MAC controller and PHY are included on the UNC20 module.An RJ45 jack is used with a status LED for Link/Activity which is visible through a light pipe in the jack. A separate Pulse transformer is assembled.The pin allocation of the RJ45 connector is as defined in the table below:Pin Function1TD+2TD-3RD+9UNCBASCF Base Board - User's Manual104N/C 5N/C 6RD-7N/C 8N/C5.4. CompactFlashThe UNCBASCF is equipped with a type 2 CompactFlash card holder.The CompactFlash cards can be accessed using different hardware interface methods. Each one of these hardware interface methods has its own set of performance, cost and flexibility requirements. The choices are as follows:• True IDE Mode•Common Memory Mode•I/O Mapped ModeThe True IDE mode can only be used with CompactFlash storage cards, while the other modes allow the use of any kind of CompactFlash card (wireless, network, storage,…).A CPLD on the bottom side of the UNCBASCF base board has been programmed to implement PC card Common Memory and PC card I/O modes. The source code of the CPLD program is delivered with the UNC20 Developer's Kit with CompactFlash.Although the hardware is prepared for all available modes (True IDE, Common Memory and I/O) the CPLD has been factory programmed to handle only the Common Memory mode and IO modes. The CPLD of the UNCBASCF can be programmed for True IDE mode on demand.IMPORTANT NOTE: Jumper J4 is only used for True IDE mode. For normal use in Common Memory / IO modes, this jumper must be removed to avoid CPLD damage!IMPORTANT NOTE: Jumper J1/1-2 is only required when programming the Flash on the UNC20. In normal operation it should not be present, otherwise it is not possible to access the CompactFlash cards. IMPORTANT NOTE: Plug and play of CompactFlash cards is not supported! Never insert or remove your CompactFlash card while the target is powered on.5.4.3. CompactFlash connectorThe following table shows the functions of each pin of the CompactFlash connector, depending on the working mode:Pin TRUE IDE MEMORY I/O1GND GND GND2D19D19D193D20D20D204D21D21D215D22D22D226D23D23D237CS0#CE1#CE1#8GND A10A109ATA_SEL#OE#OE#10GND A9A911GND A8A81112GND A7A7 13VCC VCC VCC 14GND A6A6 15GND A5A5 16GND A4A4 17GND A3A3 18A2A2A2 19A1A1A1 20A0A0A0 21D16D16D16 22D17D17D17 23D18D18D18 24IOCS16#WP IOIS16# 25CD2#CD2#CD2# 26CD1#CD1#CD1# 27D27D27D27 28D28D28D28 29D29D29D29 30D30D30D30 31D31D31D31 32CS1#CE2#CE2# 33VS1#VS1#VS1# 34IORD#IORD#IORD# 35IOWR#IOWR#IOWR#1236VCC WE#WE#37READY INTRO IREQ38VCC VCC VCC39CSEL#GND GND40VS2#VS2#VS2#41RESET#RESET RESET42IORDY WAIT#WAIT#43NC INPACK#INPACK#44VCC REG#REG#45DASP#BVD2SPKR#46PDIAG#BVD1STSCHG#47D24D24D2448D25D25D2549D26D26D2650GND GND GND135.4.4. Hard DiskThe following table shows the functions of each pin of the Hard Disk connector, which can only operate in True IDE mode:Pin TRUE IDE function Pin TRUE IDE function1RSTIO#2GND3D234D245D226D257D218D269D2010D2711D1912D2813D1814D2915D1716D3017D1618D3119GND20NC21NC22GND23IOWR#24GND25IORD26GND27IOCHRDY28CSEL29NC30GND31IRQ32IOCS1633A134NC35A036A237CS038CS1#39HD_ACTIVITY40GND41VCC42VCC43GND44NC145.5. JTAG / DebuggingA JTAG interface is required both for debug purposes and for boundary scan testing of the UNC20 module during the manufacturing process.The address lines ADDR[5..9] from the processor are multiplexed with the 5 JTAG lines. The selection is done via the LEDLNK/SEL signal. JTAG is active when the LED, connected to LEDLNK/SEL, is shorted to ground. This is achieved by inserting a jumper (J1) on the base board.To activate the JTAG interface, the jumper has to be inserted.NOTE: the CPLD requires address lines 5 to 9, therefore when J1/1-2 is inserted it will not be possible to access CompactFlash cards.There are 3 connectors available on the base board for accessing JTAG on the UNC20 module: firstly, the ARM-defined 20-pin header (X4); secondly, the 8-pin header for FS Forth-Systeme’s JTAG Booster connected to UNC (X3); thirdly, the Parallel Port JTAG adapter (PPJ) is implemented on the board using a buffer together with a standard 25-pin parallel port connector (DB25P).There is a fourth JTAG connector (X7) for accessing the CPLD. This is also an 8-pin header for FS Forth-Systeme’s JTAG Booster.155.5.5. Parallel Port JTAG AdapterThe parallel port JTAG adapter allows for a direct connection between the host PCs parallel port and the JTAG pins of the UNC20. This allows a number of low-cost Development Tools to be used without additional hardware.A 25-pin male D-type connector (X5) is provided for this purpose.Pin Parallel Function JTAG Function2D0TDI3D1TMS4D2TCK5D3TRST#7D5Reset#8D6Port Sense10ACK#Port Sense12PE TDO15ERROR#VCC senseA parallel cable for connecting the host PC’s parallel port to X5 is provided with the UNC20 Developer’s Kit.5.5.6. JTAG BoosterFS Forth-Systeme offers a JTAG Booster which allows accelerated programming of the UNC20 on-board Flash. An 8-pin header (X3) is provided for connecting the JTAG Booster.It also allows the CPLD to be re-programmed, if connected to X7.Note that the JTAG Booster is not part of the standard UNC20 Developer’s Kit.165.5.7. ARM-standard JTAG ConnectorThe JTAG connector is a 20-pin header as defined by ARM Ltd. and can be used for connecting a range of development tools such as ARM’s Multi-ICE, Abatron’s BDI2000 and EPI’s JEENI.Pin Function Pin Function1 3.3V2 3.3V3TRST#4GND5TDI6GND7TMS8GND9TCK10GND11RTCK12GND13TDO14GND15SRST#16GND17N/C18GND19N/C20GND5.6. PeripheralsAn 8-bit data bus and 10-bit address bus are provided for connecting external peripherals to the UNC20. Two individually programmable chip selects (CS3# and CS4#) and an OE# (Output Enable) and WE# (Write Enable) signal allow a vast range of 8-bit peripherals to be connected directly to the UNC20 without any glue logic. In addition, the UNC20 module has two 8-bit General Purpose I/O ports (GPIO). Some of these 16 GPIO pins are already used on the base board. The following table gives an overview, showing those signals which are free to be used by additional hardware.1718Port A UsePort C UseA0Free C0Push-button (free ifdon't use button)A1Free C1Serial_1_CTS A2Free C2I2C (SDA)A3FreeC3Serial_1_RxD A4LED (free if jumper removed)C4Push-button (free if don't use button)A5FreeC5Serial_1_RTS (free if don't use Serial_1)A6LED (free if jumper removed)C6I2C (SCL)A7FreeC7Serial_1_TxD (free if don't use Serial_1)5.6.8. Switches and LEDsThe base board contains 2 push-buttons which can be used by the application to input information. Also 2 user LEDs are assembled to signal output activity for the applications. The 2 LEDs and 2 switches are connected to 4 GPIO pins.Since the LEDs use Port A4 and Port A6, which might be required by other peripherals, they can be disabled by removing J1/5-6.There is one LED that represents the Hard Disk activity.A fourth LED denotes power on.5.6.9. Access to UNC20 PinsUsers can freely access the UNC20 pins by means of the 42-pin header X6, which is not assembled. Pin-out of X6 is described below.Pin Function Pin Function1ADDR42 3.3V3ADDR54CS4#5ADDR66CS3#7ADDR78OE#9ADDR810WE#11ADDR912ADDR313PortA014ADDR215PortA116ADDR117PortA218ADDR019PortA320D021PortA422D123PortA524D225PortA626D327PortA728D429PortC030D531CTS1 (PortC1)32D633SDA_I2C34D735RxD1 (PortC3)36RESET#37PortC438TxD1 (PortC7)39RTS1 (PortC5)40GND41SCL_I2C42GND195.7. Power Supply and ResetThe external main power supply is provided by a standard plugable power supply (e.g. Friwo MPP15-FW7555M/06) which is connected to the power socket (X8) on the base board.The base board provides the power supply for the UNC20 module and all onboard devices such as the serial line driver. The external power supply for the board is 5V DC. There is no power switch available. The board is switched on, by plugging in the power supply. A red LED on the base board denotes power on. A reset button is also provided.5.7.10. Voltage RequirementsFor the UNC20 module only a single 3.3V DC power supply is needed. This is generated on the base board.20UNCBASCF Base Board - User's Manual 216. UNC20 Connector PinSignal Type Description1ADDR4O 2ADDR5/TCK O/I 3ADDR6/TMS O/I 4ADDR7/TDI O/I 5ADDR8/TDO O/O 6ADDR9/TRST#O/I ADDR[5..9] are multiplexed with JTAG functionality – controlled by LEDLNK/SEL signal 7PORTA0I/O 8PORTA1I/O 9PORTA2I/O 10PORTA3I/O 11PORTA4I/O 12PORTA5I/O 13PORTA6I/O 14PORTA7I/O 15PORTC0I/O 16PORTC1I RS232 CTS 17PORTC2O Hardwired as I2C data signal (SDA)18PORTC3I RS232 RxD 19PORTC4I/O 20PORTC5O RS232 RTS 21PORTC6I/O Hardwired as I2C clock signal (SCL)22PORTC7O RS232 TxD 23+3.3V P Power Supply 24GND P Ground Connection 25RSTIN#I Reset InputUNCBASCF Base Board - User's Manual2226TPIP I Ethernet Input+27TPIN I Ethernet Input-28TPOP O Ethernet Output+29TPON O Ethernet Output-30LEDLNK/SEL O Ethernet Activity LED; ADDR/JTAG Selection: JTAGactive when grounded31USB-I/O USB differential data negative32USB+I/O USB differential data positive33DATA31I/O Data line D734DATA30I/O D635DATA29I/O D536DATA28I/O D437DATA27I/O D338DATA26I/O D239DATA25I/O D140DATA24I/O D041ADDR0O Address Line42ADDR1O Address Line43ADDR2O Address Line44ADDR3O Address Line45WE#O Write Enable46OE#O Output Enable47CS3#O Chip Select 348CS4#O Chip Select 4The UNC20 connector is based on a standard DIP48 socket.。
德国拜耳 PC+ABS T88 GF20
264 ° 264 ° F F 246 ° 246 ° F F。
ISO 75-1/-2 ISO 75-1/-2 ISO 75-1/-2 ISO 75-1/-2
262 ° 262 ° 50° 50N; ISO 306 50° /小时 50N F F C/h C ISO 306 HB HB IEC 6 0695-11-10 IEC 6 0695-11-10
ISO 1183 ISO 1183 Melt 融化
@Temperature @Temperature 500 ° F
吸水率 平衡吸湿量
0.600 % 0.600 % 0.600％ 0.600％ 0.200 % 0.200 % 0.200％ 0.200％
Similar to ISO 62 类似 ISO 62 Similar to ISO 62 类似 ISO 62
7.50 GPa 7.50 1090 ksi 1090 KSI
电气性能 体积电阻率
公 >= 1.00e+13 1.00E 13 欧
英语 >= 1.00e+13 13 欧姆· 厘米 ohm-cm > = ohm-cm > = 1.00E
评论 IEC 60093 IEC 60093
姆· 厘米 表面电阻 >= 1.00e+15 ohm > = 1.00E +15 欧姆。 介电常数 3.20 3.20 >= 1.00e+15 ohm > = 1.00E +15 欧姆。 3.20 3.20 IEC 60250 IEC 60250 IEC 60093 IEC 60093
@厚度 0.0354
@Thickness 0.900 @Thickness 0.0354 in
Olight X7R Marauder Flashlight User Manual
User ManualFeatures·The world’s smallest 3500 lumen LED flashlight ·Utilizes 4 x CREE XM-L LEDs·Integrated multi-function OLED display ·Thermal protection circuit prevents overheating ·Compatible with both 18650 Li-ion and CR123 batteries·Intelligent charging circuit with voltage detection charges safely andrapidly·Exceptionally long runtimes using 4 × 18650 Li-ion or 8 × CR123 batteries·Capable of using 1 × 18650 or 2 x CR123 batteries in emergency situations·Eight rapidly switchable brightness levels and modes to select from ·Innovative single button two-stage switch provides a user-friendly interface (Patented)·Toughened ultra-clear mineral glass with anti-reflective coating ·Integrated “Precision Digital Optics Technology” provides extreme reflector performance·Stainless steel bezel ring protects core components from damage ·Constructed from aerospace-grade aluminum alloy ·HAIII military grade hard-anodized·Waterproof in accordance with IPX-8 (submersible to two meters)DimensionsLength: 142mmHead diameter: 68 mm Head side-length: 57mm Tube diameter: 50mmWeight: 438g (without battery)AccessoriesCharger, quality holster, lanyard, and spare O-ringOperation instructionsBattery installationUnscrew the tailcap, insert 4 × 18650 Li-ion or 8 × CR123 batteries with the positive (+) end pointing toward the flashlight head. Replace thetailcap. In special circumstances, such as emergency situations, betweenOutput & RuntimeNOTICEThe above data has been measured in accordance with the international flashlight testing standards ANSI/NEMA FL1 using 4 x Nitecore 18650（3.7V 2600mAh) and 8 x Nitecore CR123（3V 1550mAh batteries under laboratory conditions. The data may vary during real-world use due to battery type, individual usage habits and environmental factors.®ALL-ROUND Flashlight ExpertTM 26NITECORE (SYSMAX) is a member of PLA TO, participating in and helping todevelop the ANSI FL1 standard of measurement. Product testing data is in accordance with these internationally recognized scientific standards.on batteries, Nitecore recommends using this feature only when necessary and for short periods of time. Please see point number 1 in the warning below.Note 2: After loading batteries, “NITECORE” will be displayed on theOLCD screen for 2.5 seconds followed by battery voltage(accurate to 0.01V) after which the TM26 will enter into standby mode.WARNING1. Using less than 4 x 18650 or 8 x CR123 batteries can lead to turbo mode malfunctioning, can trigger the overload protection circuit inLi-ion batteries and can even lead to explosion of CR123 batteries. As such Nitecore recommends this function is used with caution and only when necessary.2. Insert batteries with the positive (+) end pointing toward the flashlight head.3. Do not mix rechargeable and non-rechargeable batteries.4. Do not mix batteries of different types/brands.5. Do not mix batteries of different charge levels.6. Do not use lithium batteries without a protected circuit board.7. This product does not support unprotected 18650 Li-ion batteries.Please also ensure that all the 18650 batteries used in the TM26 have a button top configuration or they will not make contact with terminals in the battery compartment. We recommend Nitecore 18650 batteries for the best performance and reliability.Charging the TM261. Connect the charging cable to the flashlight and the A/C power adapter to the wall outlet as shown in the adjacent image. Fully charging four depleted 18650 batteries takes approximately 7 hours.2. Under normal charging conditions, the on/off switch’s blue indicator light will blink twice every second and the OLCD screen with display the word ‘Charging...” together with battery voltage.3. If a problem is detected while charging the TM26 will stop charging, the blue indicator will blink rapidly and the OLCD display will show the word “ERROR”. This is usually caused by faulty or incorrectly inserted batteries.charge non-rechargeable batteries, CR123 or RCR123 batteries.TURBOHIGHMIDLOWLUMENS1700LUMENS3500LUMENS540LUMENS9545min 1h5h 45min2h 30min 8h 15min 48h 2h 15min 32hLOWERLUMENS31000h 750h415m (Beam Distance)43000cd (Peak Beam Intensity)IPX-8, 2m (Waterproof AND Submersible)1.5m (Impact Resistant)8×CR1234×18650 4. When charging is complete, the blueindicator will remain on, and “CHG.FINISHED” along with battery voltage will be displayed on the OLCD screen.SYSMAX Industry Co., Ltd.TEL: +86-20-83862000 FAX: +86-20-83882723 E-mail: *****************Web: Address ： Rm1407-08, Glorious Tower, 850 East DongfengRoad, Guangzhou, China 510600Lockout FunctionWith the light turned on, press the switch all the way down and hold for more than one second. The light will turn off and enter into lockout mode. Lockout mode consumes almost no battery power and prevents the light from accidentally turning on. Simply press the switch and hold for more than one second to exit lockout mode.NB: If the display button is pressed when in lockout mode, theOLCD display will show the words “LOCK OUT” as a reminder.Power Tips1. With the light switched on, the power indicator will blink once every two seconds when power levels reach 50%.2. With the light switched on, the power indicator will blink rapidly when power levels are low.Note: When the light is being used in ultra-low mode, the bluepower indicator will turn off to help conserve power.Thermal protectionAs the TM26 is very compact, extended operation in Turbo mode will cause the body temperature to continually rise, thus, making it too hot to comfortably hold. As a result, Nitecore does notrecommend using the TM26 in Turbo mode for extended periods. The TM26 has an integrated thermal protection circuit which prevents overheating. With the light turned on in Search/Turbo mode, for user safety and to protect the flashlight from failure, the TM26 will automatically reduce its output to prevent overheating once it has reached 60 degrees.Precaution: When the flashlight is hot, do not attempt to cool it bysubmerging it in liquid. Due to the differences in internal and external air pressure the TM26 may suffer irreparable water damage.Changing / Charging BatteriesWhen the power indicator blinks rapidly it means the batteries need to be replaced or recharged. Alternatively if the light becomes dim or unresponsive to adjustment this also indicates batteries need to be replaced or recharged.MaintenanceEvery 6 months, threads should be wiped with a clean cloth followed by a thin coating of silicon-based lubricant.Warranty ServiceAll NITECORE ® products are warranted for quality. DOA / defective products can be exchanged for replacement through a localdistributor/dealer within the 14 days of purchase. After 14 days, all defective / malfunctioning NITECORE ® products will be repaired free of charge for a period of 18 months from the date of purchase. After 18 months, a limited warranty applies, covering the cost of labor and maintenance, but not the cost of accessories or replacement parts.The warranty is nullified in all of the following situations:1. The product(s) is/are broken down, reconstructed and/or modified by unauthorized parties.2. The product(s) is/are damaged through improper use.3. The product(s) is/are damaged by leakage of batteries.For the latest information on NITECORE ® products and services, please contact your national NITECORE ® distributor or send an***************************Please follow our facebook for more info: NITECORE Flashlights®ALL-ROUND Flashlight ExpertGeneral Operation NB: The TM26 utilizes a 2-stage switch similar to a camera shutterbutton. The light’s numerous functions are selected according to the depth the switch is pressed.The TM26 has two modes: Daily mode and Turbo mode. With the TM26 turned off, pressing the switch partway down will activate Daily mode. Alternatively, with the TM26 turned off, pressing the switch all the way down will activate turbo mode. The TM26 is turned off by pressing the switch all the way down.Brightness Selection In Daily Mode1. With the TM26 turned on in Daily mode, press the switch partway down to select a brightness level of ultra-low, low, medium or high. The selected brightness level will be memorized when the light is turned off.2. With the TM26 turned on in Daily mode, press the switch partway down and hold to enter into turbo mode. A second partway press will revert back to the brightness level last used.Bright Selection In Turbo ModeWith the TM26 turned on in Search/Turbo mode, partway presses of the button will cycle between high and ultra-high mode. There is no memory function in Search/Turbo mode.Momentary Daily / Turbo Mode1. With the TM26 turned off, press the switch partway down and hold to activate Momentary Daily mode. Release the switch to turn the light off again.2. With the TM26 turned off, press the switch all the way down and hold to enter into Momentary Turbo mode. Release the switch to turn the light off again.Standby ModeWith the TM26 turned on, press the switch all the way down and release within one second to enter into standby mode. In this mode, the light will consume small amounts of power to maintain the settings in the MCU (micro control unit) but appear to be turned off. When in standby mode the power indicator light will flash once every three seconds to show the location of the light.OLCD Display1. When the TM26 is turned on, the OLCD display will activate automatically and show lumen output, brightness mode, battery voltage, battery status, approximate runtime and temperature. After displaying this information for several seconds the OLED display will turn off. The display can be reactivated by pressing the display switch and the information can be cycled through with subsequent presses of the switch.2. When in Standby mode, a single press of the OLCD display switch will activate the OLCD and display battery voltage for 10 seconds.3. When using Nitecore’s NBP52 high-performance battery pack, the actual runtime will be twice the figure displayed on the OLCD panel. NB: The TM26 has an integrated thermal protection circuit whichprevents overheating. Please refer to the “Thermal protection” section of this manual for details.Special Strobe / SOS mode and Location BeaconWith the light turned on, press the switch all the way down twice in quick succession to access strobe mode. When in strobe mode, press the switch partway down to cycle through SOS, location beacon and strobe modes. To select any of these modes simply release the switch when it is displayed. To turn off the light (enter into standby mode) fully press and release the switch.NB: When in any of the special modes, the OLCD display will remain onto display which mode is being used.Demonstration modeWhen entering standby mode simultaneously press and hold the display switch and the on/off switch to enter into Demonstration mode. In Demonstration mode, the OLCD screen will cycle through the TM26’s various messages. Simply press any button to exit Demonstration mode.。
IBM Rational Rhapsody IBM Rational Rhapsody工具包，适用于
IBM® Rational® Rhapsody®IBM Rational Rhapsody Kit for ISO 26262, IEC 61508, IEC 62304 and EN 50128 OverviewVersion 1.10License AgreementNo part of this publication may be reproduced, transmitted, stored in a retrieval system, nor translated into any human or computer language, in any form or by any means, electronic, mechanical, magnetic, optical, chemical, manual or otherwise, without the prior written permission of the copyright owner, BTC Embedded Systems AG. The information in this publication is subject to change without notice, and BTC Embedded Systems AG assumes no responsibility for any errors which may appear herein. No warranties, either expressed or implied, are made regarding Rhapsody software including documentation and its fitness for any particular purpose.TrademarksIBM® Rational® Rhapsody®, IBM® Rational® Rhapsody®Automatic Test Generation Add On, and IBM®Rational® Rhapsody®TestConductor Add On are registered trademarks of IBM Corporation.All other product or company names mentioned herein may be trademarks or registered trademarks of their respective owners.© Copyright 2000-2016 BTC Embedded Systems AG. All rights reserved.Table of Contents1.Purpose (4)2.Overview about the IBM Rational Rhapsody Kit for ISO 26262, IEC 61508, IEC 62304 and EN 50128 (6)2.1 IBM Rational Rhapsody Reference Workflow Guide (6)2.2 IBM Rational Rhapsody TestConductor Add On Reference Workflow Guide (6)2.3 IBM Rational Rhapsody TestConductor Add On Safety Manual (7)2.4 TÜV SÜD Certificate for IBM Rational Rhapsody TestConductor Add On (7)2.5 TÜV SÜD Report to the Certificate for IBM Rational Rhapsody TestConductor Add On 7 2.6 IBM Rational Rhapsody TestConductor Add On Validation Suite (8)2.7 IBM Rational Rhapsody SXF / SMXF Frameworks (C++ / C) (9)2.8 IBM Rational Rhapsody SXF / SMXF Validation Suites (9)3.Appendix A: List of Figures (10)4.Appendix B: List of References (11)1. PurposeThis document provides an overview of the various artifacts in the IBM Rational Rhapsody Kit for ISO 26262, IEC 61508, IEC 62304 and EN 50128. The IBM Rational Rhapsody Kit for ISO 26262, IEC 61508, IEC 62304 and EN 50128 includes guidance on how to capably develop safety-related software with IBM Rational Rhapsody by meeting the tool qualification objectives described in the safety-related standards ISO 26262 (1), IEC 61508 Edition 2.0 (2), IEC 62304 (10) and EN 50128 (11). The IBM Rational Rhapsody Kit for ISO 26262, IEC 61508, IEC 62304 and EN 50128 contains the following artifacts:▪Rhapsody Kit for ISO 26262, IEC 61508, IEC 62304 and EN 50128 Overview (this document)▪Rhapsody Reference Workflow Guide▪Rhapsody TestConductor Add On Reference Workflow Guide▪Rhapsody TestConductor Add On Safety Manual▪TÜV SÜD Certificate for IBM Rational Rhapsody TestConductor Add On▪TÜV SÜD Report to the Certificate for IBM Rational Rhapsody TestConductor Add On ▪Rhapsody TestConductor Add On Validation Suite (Note: the TestConductor Validation Suite is an optional component of the kit)▪IBM Rational Rhapsody SXF / SMXF Frameworks (C++ / C)▪IBM Rational Rhapsody SXF / SMXF Validation SuitesFigure 1: IBM Rational Rhapsody Kit for ISO 26262, IEC 61508, IEC 62304 and EN 501282. Overview about the IBM Rational Rhapsody Kit for ISO26262, IEC 61508, IEC 62304 and EN 50128The current document describes the content of the IBM Rational Rhapsody Kit for ISO 26262, IEC 61508, IEC 62304 and EN 50128.2.1 IBM Rational Rhapsody Reference Workflow GuideThe IBM Rational Rhapsody Reference Workflow Guide document (3) focuses on developing safety-related projects with Rational Rhapsody. When developing safety-related software additional quality objectives have to be met in ord er to produce and deliver “safe” systems. These additional quality objectives essentially depend on∙ a specific industrial domain where the product under development shall be deployed, ∙an appropriate safety standard that must be applied for a particular domain.The scope of this document covers software that is developed according to ISO 26262 (1), IEC 61508 (2), IEC 62304 (10) or EN 50128 (11). ISO 26262 was released in 2011 and is becoming a commonly used safety standard in the Automotive industry. IEC 61508 Edition 2.0 was published in 2010 and is a commonly used standard for the development of electrical/electronic/programmable electronic safety-related systems. IEC 62304 was released in 2006 for the medical industry. An updated version of EN 50128 was published in 2012 and is a commonly used standard for the development of Software for Railway Control and Protection Systems. Such standards describe proven processes and methods for the development of safety-related software, provide guidelines and recommendations for customizing the process and methods to a specific customer process, and also describe what it means to qualify tools in order to use them for the development and testing of safety-related software.In the IBM Rational Rhapsody Reference Workflow Guide document, focus is placed on UML model-based development and testing of safety-related software with IBM Rational Rhapsody. Also included is the IBM Rational Rhapsody Reference Workflow which provides a broader view of the development process spanning requirements, available methods, solutions, and tools.2.2 IBM Rational Rhapsody TestConductor Add On Reference WorkflowGuideThe IBM Rational Rhapsody TestConductor Add On Reference Workflow Guide document (4) serves as a reference for testing activities to perform in a model based development process using IBM Rational Rhapsody with the IBM Rational Rhapsody TestConductor Add On (5). Itcomplements the document IBM Rational Rhapsody Reference Workflow Guide (3) that focuses on the model based development with IBM Rational Rhapsody in safety-related projects. The IBM Rational Rhapsody TestConductor Add On Reference Workflow Guide document provides further information and describes variations of the IBM Rational Rhapsody Reference Workflow, focusing on testing methods as provided by IBM Rational Rhapsody TestConductor Add On.2.3 IBM Rational Rhapsody TestConductor Add On Safety ManualThe IBM Rational Rhapsody TestConductor Add On Safety Manual (6) provides guidance on using IBM Rational Rhapsody TestConductor for testing activities in a model based development process when developing safety-related software. This safety manual complements the previous documents, and provides additional information for installing and using IBM Rational Rhapsody TestConductor in safety-related projects.2.4 TÜV SÜD Certificate for IBM Rational Rhapsody TestConductor AddOnThe official IBM Rational Rhapsody TestConductor Certificate (7) was issued by TÜV SÜD Product Service GmbH, Germany. This certificate states that IBM Rational Rhapsody TestConductor Add On is qualified to be applied in safety-related software development for all SIL levels according to IEC 61508, IEC 62304 and EN 50128, and for all ASIL levels according to ISO 26262.2.5 TÜV SÜD Report to the Certificate for IBM Rational RhapsodyTestConductor Add OnThe Report to the Certificate for IBM Rational Rhapsody TestConductor Add On (8) describes in detail the meaning and the constraints of the IBM Rational Rhapsody TestConductor certificate. It explains the results of the independent testing and certification of IBM Rational Rhapsody TestConductor Add On.The Report to the Certificate for IBM Rational Rhapsody TestConductor Add On is part of the IBM Rational Rhapsody TestConductor Add On documentation installation. The document is password protected. A valid IBM Rational Rhapsody TestConductor Add On license is needed to open this document. The Report to the Certificate (PDF format) can be opened with the function“Rhapsody->Tools->TestConductor->Help->Open Report to the Certificate”.After invoking this function the tool displays a password to the user. This password should be entered into the PDF viewer to eventually open the Report to the Certificate.Further distribution of the unprotected document is strictly prohibited.2.6 IBM Rational Rhapsody TestConductor Add On Validation Suite Note: the TestConductor Validation Suite is an optional component of the kit.The IBM Rational Rhapsody TestConductor Add On Validation Suite (9) is one of the fundamental elements used for the qualification and certification of IBM Rational Rhapsody TestConductor Add On. The Validation Suite has been designed for verifying the correctness for all relevant IBM Rational Rhapsody TestConductor Add On features for model based testing of IBM Rational Rhapsody models and code. By applying the validation suite a pre-qualification of the tool has been performed. “Pre-qualification” means it is a general tool qualification independent of a specific customer project. If the certification of a customer product requires tool qualification the validation suite can be used to support the tool qualification.The validation suite consists of∙detailed feature specifications∙detailed test specifications linked to feature specifications∙test implementations for test specifications and test resultsThe customer/user can use the Validation Suite to reproduce and verify the test results, and to enhance the test scope to user specific environments.The IBM Rational Rhapsody TestConductor Add On Validation Suite is not part of the IBM Rational Rhapsody TestConductor Add On installation. For each Rhapsody major release an appropriate IBM Rational Rhapsody TestConductor Add On Validation Suite is available. IBM Rational Rhapsody TestConductor Add On customers can get access to the validation suite through this link:https:///services/forms/preLogin.do?source=swg-rhp8tstcdtrThe IBM Rational Rhapsody TestConductor Add On Validation Suite is delivered as a password protected zip file. A valid IBM Rational Rhapsody TestConductor Add On license is needed to unzip it. The IBM Rational Rhapsody TestConductor Add On Validation Suite can be opened with the function“Rhapsody->Tools->TestConductor->Help->Open Report to the Certificate”.After invoking this function the tool displays a password to the user. This password should be used to unzip the file.Further distribution of the unprotected IBM Rational Rhapsody TestConductor Add On Validation Suite is strictly prohibited.2.7 IBM Rational Rhapsody SXF / SMXF Frameworks (C++ / C)IBM Rational Rhapsody provides an Object eXecution Framework (OXF) library that is used for standard C and C++ code generation. For safety-related development IBM Rational Rhapsody provides two dedicated libraries called Simplified eXecution Framework (SXF) and Simplified MicroC eXecution Framework (SMXF). The SXF library is the safety-related C++ framework library. It’s a comprehensive C++ library that is suitable to be used in safety-related production C++ code environments. The C counterpart of the SXF library is the SMXF library. This is a comprehensive C library that is suitable to be used in safety-related production C code environments.Both libraries are delivered as part of the standard Rhapsody installation kit for Windows.2.8 IBM Rational Rhapsody SXF / SMXF Validation SuitesIn order to be able using the SXF or SMXF for safety-related developments it is needed to do a systematic qualification of the simplified frameworks. The SXF and SMXF come equipped with validation suites containing:∙Test cases to verify functional correctness of the SXF/SXMF functionality∙Code coverage report after execution of the requirements based test suite∙Requirements coverage report using ReporterPlus. All framework classes and operations are traced to requirements∙MISRA compliance statementsBy executing the proper validation suite it can be verified that the chosen framework is fit for its purpose.Both validation suites are delivered as part of the standard Rhapsody installation kit for Windows.3. Appendix A: List of FiguresFigure 1: IBM Rational Rhapsody Kit for ISO 26262, IEC 61508, IEC 62304 and EN 50128 (5)4. Appendix B: List of References1. Road vehicles – Functional Safety, International Organization for Standardization, ISO26262. 2011.2. Functional safety of electrical/electronic/programmable electronic safety-related systems,IEC 61508, Edition 2.0. 2010.3. IBM Rational Rhapsody Reference Workflow Guide.4. IBM Rational Rhapsody TestConductor Add On Reference Workflow Guide.5. IBM Rational Rhapsody TestConductor AddOn. [Online]/software/awdtools/rhapsody/.6. IBM Rational Rhapsody TestConductor Add On Safety Manual.7. TÜV SÜD Certificate for IBM Rational Rhapsody TestConductor Add On,No. Z10-16-02-81878-003. 2016.8. TÜV SÜD Report to the Certificate for IBM Rational Rhapsody TestConductor Add On,No. IW84460C-1.3.1. 2016.9. IBM Rational Rhapsody TestConductor Add On Validation Suite.10. Medical device software – Software life cycle processes, IEC 62304 Edition 1.0, 2006.11. Railway Applications: Software for Railway Control and Protection Systems, EN 50128, 2011.Page 11。
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Standard grades / Glass fiber reinforced Rubber modified (PC+SAN) blend; 20 % glass fiber filled; injection molding grade; optimized heatageing- and UV-stability; very good flow; tensile modulus = 7500 MPa; Vicat/B 120 = 130 °C. ISO ShortnameProperty Test Condition Unit Standard Value-Rheological propertiesMolding shrinkage, parallel150x105x3; 260 °C / MT 80 °C% b.o. ISO 25770.2 - 0.4 Molding shrinkage, normal150x105x3; 260 °C / MT 80 °C% b.o. ISO 25770.3 - 0.5 Melt viscosity1000 s-1; 260 °C Pa·s b.o. ISO 11443-A210Mechanical properties (23 °C/50 % r. h.)C Tensile modulus 1 mm/min MPa ISO 527-1,-27500Yield stress 5 mm/min MPa ISO 527-1,-2120 Yield strain 5 mm/min%ISO 527-1,-2 2.0C Stress at break 5 mm/min MPa ISO 527-1,-2120C Strain at break 5 mm/min%ISO 527-1,-2 2.0Izod impact strength23 °C kJ/m²ISO 180-U38 Izod impact strength-30 °C kJ/m²ISO 180-U38 Izod notched impact strength23 °C kJ/m²ISO 180-A8.0 Izod notched impact strength-30 °C kJ/m²ISO 180-A8.0 Thermal propertiesC Temperature of deflection under load 1.80 MPa°C ISO 75-1,-2119C Temperature of deflection under load0.45 MPa°C ISO 75-1,-2129C Vicat softening temperature50 N; 50 °C/h°C ISO 306128Vicat softening temperature50 N; 120 °C/h°C ISO 306130C Coefficient of linear thermal expansion, parallel23 to 55 °C10-4/K ISO 11359-1,-20.3C Coefficient of linear thermal expansion, transverse23 to 55 °C10-4/K ISO 11359-1,-20.7C Burning behavior UL 94 [UL recognition]0.85 mm Class UL 94HBElectrical properties (23 °C/50 % r. h.)C Relative permittivity100 Hz-IEC 60250 3.4C Relative permittivity 1 MHz-IEC 60250 3.2C Dissipation factor100 Hz10-4IEC 6025025C Dissipation factor 1 MHz10-4IEC 6025085C Volume resistivity Ohm·m IEC 600931E14C Surface resistivity Ohm IEC 600931E16C Electrical strength 1 mm kV/mm IEC 60243-135C Comparative tracking index CTI Solution A Rating IEC 60112150Other properties (23 °C)C Water absorption (saturation value)Water at 23 °C%ISO 620.6C Water absorption (equilibrium value)23 °C; 50 % r. h.%ISO 620.2C Density kg/m³ISO 1183-11290Glass fiber content Method A% b.o. ISO 3451-120Processing conditions for test specimensC Injection molding-Melt temperature°C ISO 294260C Injection molding-Mold temperature°C ISO 29480C Injection molding-Injection velocity mm/s ISO 294540C These property characteristics are taken from the CAMPUS plastics data bank and are based on the international catalogue of basic data for plastics according to ISO 10350.Impact properties: N = non-break, P = partial break, C = complete breakDisclaimerDisclaimer for Sales productsThis information and our technical advice - whether verbal, in writing or by way of trials - are given in good faith but without warranty, and this also applies where proprietary rights of third partiesare involved. Our advice does not release you from the obligation to check its validity and to test our products as to their suitability for the intended processes and uses. The application, use and processing of our products and the products manufactured by you on the basis of our technical advice are beyond our control and, therefore, entirely your own responsibility. Our products are sold in accordance with the current version of our General Conditions of Sale and Delivery.Test valuesUnless specified to the contrary, the values given have been established on standardized test specimens at room temperature. The figures should be regarded as guide values only and not as binding minimum values. Please note that, under certain conditions, the properties can be affected to a considerable extent by the design of the mold/die, the processing conditions and coloring. Processing noteUnder the recommended processing conditions small quantities of decomposition product may be given off during processing.To preclude any risk to the health and well-being of the machine operatives, tolerance limits for the work environment must be ensured by the provision of efficient exhaust ventilation and fresh air at the workplace in accordance with the Safety Data Sheet. In order to prevent the partial decomposition of the polymer and the generation of volatile decomposition products, the prescribed processing temperatures should not be substantially exceeded. Information Impact propertiesImpact properties: N = non-break, P = partial break, C = complete breakPublisher: Global Innovations - PolycarbonatesBayer MaterialScience AG,D-51368 Leverkusen,pcs-info@。