RI-1505SP中文资料

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SPMC65P2204A_2202A_数据手册_V1.1

SPMC65P2204A/2202A
目录
頁次
1. 总述.............................................................................................................................................................................................................. 4 2. 特性.............................................................................................................................................................................................................. 4 3. 芯片结构概览 ............................................................................................................................................................................................... 5 4. 信号描述....................................................................................................................................................................................................... 6

Method and the device which play back one document

专利名称：Method and the device which play back onedocument which the user likes from theplural documents发明人：シュムケ，フィリップ,ヘイズ，アラン,アリー，ヴァレリー申请号：JP2007511923申请日：20050421公开号：JP2007536654A公开日：20071213专利内容由知识产权出版社提供专利附图：摘要：The developments in mass storage devices show a fast increase of the storagecapacity. This allows for the recording of huge digital archives with audio, video, text, still picture, etc. documents. It's getting more and more difficult for the user to keep an overview about all these archived documents and in particular to find the user preferred documents. The invention proposes to record a device profile in a reproduction device (14). The device profile is based on a number of document sets for classifying the documents. In the device profile it is recorded which document sets the user previously selected for reproduction in a given time of day slice (31). When the user is using the reproduction device in a given time of day slice (31), the reproduction appliance selects a document set for reproduction based on the previously recorded device profile. The user preferred document sets would thus be reproduced with higher priority.申请人：トムソンライセンシング代理人：伊東忠彦,大貫進介,伊東忠重,宮崎修更多信息请下载全文后查看。

SP 115 Clear Epoxy Laminating System说明书

SP 115CLEAR EPOXY LAMINATING SYSTEM¬Excellent clarity¬Good ultra-violet resistance¬Rapid fibre wet-outINTRODUCTIONSP 115 is a low viscosity, ultra-clear epoxy laminating system. It has been designed for the manufacture of laminates such as those used in sail and surfboards which are to remain unpainted, and where a very clear finish is required. In this way colourful embedded graphics and attractive fabric weave styles can be kept visible. The material also contains UV filters which give the product its characteristic transparent pale violet/blue colour. These filters both enhance the sharpness of graphics, and, when overcoated with a suitable UV-screening PU varnish, will reduce the tendency of clear laminates to yellow after prolonged exposure to sunlight. The product is particularly suitable for use with glass fibre reinforcements which use fibre sizings optimised for wet-out and laminate clarity, such as RE210D.SP 115 also exhibits a high degree of toughness and water resistance, enhancing the strength and damage tolerance of the thin laminates typically used in sail and surfboard manufacture. Being completely solvent and styrene-free, polystyrene foam blanks can be safely used to produce boards of the lightest possible weight.INSTRUCTIONS FOR USEWORKSHOP CONDITIONSSP 115 is optimised for use between 18 - 25°C / 64°F - 77°F. At lower temperatures the product thickens and may become unworkable. At higher temperatures working times will be significantly reduced. Low Relative Humidity (<70%) and dry reinforcements are essential, both for creating high clarity laminates to clearly display graphics, and for the development of a full cure.SURFACE PREPARATIONBefore using the product ensure that the surfaces to be laminated or coated are clean, dry and dust-free. Use only SP Fast Epoxy Solvent (SP Solvent A) for cleaning sanded laminates. Do not use solvents on polystyrene foam.When laminating, aim to use the lowest quantity of resin consistent with good fibre wet-out, and apply good consolidation techniques using a rubber squeegee. As a guide, the weight of mixed resin system per sq.m should not be greater than the weight of the fabric per sq.m.MIXING AND HANDLINGSP 115 resin is combined with SP 115 hardener in the followingratio:5:2 (by volume)Use graduated plastic mixing cups (available from SP) for volumes in excess of 200ml / 6.76 fl oz. For smaller volumes use plastic syringes. Do not measure out more than can be used within 10 minutes.The resin and hardener should be mixed thoroughly in the pot for at least one minute. The resin/hardener reaction generates heat (exotherm) which must be allowed to escape to prevent an uncontrollable rapid gelation in the pot. Transferring the epoxy mix to a shallow tray will help dissipate the heat of the reaction and prolong its usable life.CURE SCHEDULECure between 15°C - 30°C / 59°F - 86°F. The SP 115 will cure at ambient/room temperatures providing adequate properties after 14 days. A laminate cured at ambient temperatures only should be left for as long as possible before being subjected to loads in use. The Cured System Properties table shows the mechanical properties achieved after 28 days at 21°C / 69.8°F. An elevated temperature postcure (up to 50°C / 122°F) is recommended to fully stabilize the laminate for maximum properties. A postcure gives increased mechanical properties, particularly a higher heat deflection temperature, increased toughness of the finished laminate and increased colour stability.An elevated temperature postcure can be applied after an initial 24 hour cure at room temperature. Support the moulded component adequately during the post-cure as the laminate will initially soften slightly as the temperature increases. Maximum ADDITIONAL INFORMATIONOVERCOATING OR OVER-LAMINATINGFurther layers of SP 115 can be applied over existing SP 115 laminate if it is still tacky.However, if the SP 115 has cured past the almost “tack free”stage (approx., 11/2hours at 30°C / 86°F, 2 hours at 20°C / 68°F and 3 hours at 15°C / 59°F), it has lost its ability to bond to a fresh layer of mixed resin system. In such a case, if further layers of epoxy are required the surface must be left for a minimum of 12 hours at 25°C / 77°F, or above, to become adequately hard. This period will be longer at lower temperatures.When the surface is hard enough to sand, further epoxy layers can then be applied. The surface should be first wet sanded to obtain a good key, then wiped with Gurit Fast Epoxy Solvent (SP Solvent A) to remove the dust, prior to applying the new coating or laminate layer.FLOW COATINGSP 115 may be used as a cosmetic flow coat to obtain a thick, high gloss finish over the laminate. Before any finishing work or polishing with rubbing compound, leave the coating to cure for at least 48 hours, at 20-25°C / 68°F - 77°F.VACUUM BAGSThese are not normally used in surfboard manufacture from a foam blank. Should the SP 115 system be used in a female mould or over a male plug, where a vacuum bag could be used, vacuum on and vacuum off times are given in Working Properties table.SAIL AND SURF BOARD CONSTRUCTION GUIDE Full details of sail and surf board construction and finishing can be found in the Board Construction Guide obtainable from Gurit. APPLICATION GUIDESGurit produces a number of application guides to commonly performed tasks using these products. Please contact Technical services or your stockist to obtain a copy.PROPERTIESNotes:For an explanation of test methods used see ‘Formulated Products Technical Characteristics’.All figures quoted are indicative of the properties of the product concerned. Some batch to batch variation may occur.†All times are measured from when resin and hardener are first mixed together.HEALTH AND SAFETYThe following points must be considered:1. Skin contact must be avoided by wearing protective gloves. Gurit recommends the use of disposable nitrile gloves for most applications. The use of barrier creams is not recommended, but to preserve skin condition a moisturising cream should be used after washing.2. Overalls or other protective clothing should be worn when mixing, laminating or sanding. Contaminated work clothes should be thoroughly cleaned before re-use.3. Eye protection should be worn if there is a risk of resin, hardener, solvent or dust entering the eyes. If this occurs flush the eye with water for 15 minutes, holding the eyelid open, and seek medical attention.4. Ensure adequate ventilation in work areas. Respiratory protection should be worn if there is insufficient ventilation. Solvent vapours should not be inhaled as they can cause dizziness, headaches, loss of consciousness and can have long term health effects.5. If the skin becomes contaminated, then the area must be immediately cleansed. The use of resin-removing cleansers is recommended. To finish, wash with soap and warm water. The use of solvents on the skin to remove resins etc must be avoided.Washing should be part of routine practice:n before eating or drinkingn before smokingn before using the lavatoryn after finishing work6. The inhalation of sanding dust should be avoided and if it settles on the skin then it should be washed off. After more extensive sanding operations a shower/bath and hair wash is advised.Gurit produces a separate full Safety Data Sheet for all hazardous products. Please ensure that you have the correct SDS to hand for the materials you are using before commencing work. A more detailed guide for the safe use of resin systems is also available from Gurit, and can be found at APPLICABLE RISK & SAFETY PHRASESPlease refer to product SDS for up to date information specific to this product.TRANSPORT & STORAGEThe resin and hardener should be kept in securely closed containers during transport andstorage. Any accidental spillage should be soaked up with sand, sawdust, cotton waste orany other absorbent material. The area should then be washed clean (see appropriateSafety Data Sheet).Adequate long term storage conditions for both materials will result in a shelf life of oneyear for the resin and two years for the hardener. Storage should be in a warm dry placeout of direct sunlight and protected from frost. The temperature should be between 10°C(50°F) and 25°C (77°F). Containers should be firmly closed. Hardeners, in particular, willsuffer serious degradation if left exposed to air.NOTICEAll advice, instruction or recommendation is given in good faith but Gurit AG (the company)only warrants that advice in writing is given with reasonable skill and care. No further duty orresponsibility is accepted by the Company. All advice is given subject to the terms andconditions of sale (the Conditions) which are available on request from the Company or maybe viewed at the Company’s Website: /terms-and-conditions.aspxThe Company strongly recommends that Customers make test panels and conductappropriate testing of any goods or materials supplied by the Company to ensure that they aresuitable for the Customer’s planned application. Such testing should include testing underconditions as close as possible to those to which the final component may be subjected. TheCompany specifically excludes any warranty of fitness for purpose of the goods other than asset out in writing by the Company. The Company reserves the right to change specificationsand prices without notice and Customers should satisfy themselves that information relied onby the Customer is that which is currently published by the Company on its website. Anyqueries may be addressed to the Technical Services Department.Gurit are continuously reviewing and updating literature. Please ensure that you have thecurrent version, by contacting Gurit Marketing Communications or your sales contact andquoting the revision number in the bottom right-hand corner of this page.E***************。

Data matrix is

专利名称：Data matrix is p rocessed in standard ways,and is faster and apparatus to speed up theprocessing of the data matrix发明人：ツイカロブ, ユージーンエヌ,スミス, ジエームズカービー申请号：JP特願平7-530350申请日：19950522公开号：JP特表平10-501080A公开日：19980127专利内容由知识产权出版社提供专利附图：摘要： (57) by using a repeated procedure, which significantly reduces the number ofsteps required to access the data, the move (move) data, and to compute the data, [Abstract] The present invention, the data matrix on system for high-speed processing, and greatly improved computational efficiency. In the context of data collection, and when performing both temporal filtering (24) and the spatial filtering of the set data, once speed such, also, can be applied to the processing of data collection It is useful when processing the acquired data. This is achieved by optimizing (ie, routine) the procedure used to process the data, the overall processing speed and signal-to-noise ratio is significantly increased in general. (In terms of computational steps and memory operation) Such optimization is achieved by replacing the efficient routine from the same structure as each other results can be obtained, the routine used intensively procedural.申请人：イメージングリソーステクノロジーズインコーポレイテッド地址：アメリカ合衆国ペンシルベニア州 19144 フイラデルフイアウイサヒコン・アベニユ5500 マナー・スイート 107・ビー国籍：US代理人：田中浩 (外2名)更多信息请下载全文后查看。

YTSP上海南洋电机参数表

Nominal Power Rated Current Rated Torque Break Torque Multiple Slip Speed at 50Hz
重
量
Weight(kg)
(kW) 1.1 1.5 2.2 3 4 5.5 7.5 11 15 18.5 22 30 37 45 55 75 90 110 132 160 200 250 315 355 400
(Times)
2.5
(%) 5.5 5.5 4.2 4.2 4.2 2.8 2.8 2.2 2.2 1.8 1.8 1.5 1.4 1.4 1.4 1.1 1.1 1.0 1.0 1.0 1.0 0.6 0.6 0.8 0.8
r/min IC416 IC411 1417.5 17 15 1417.5 27 25 1437 33 30 1437 37 34 1437 44 40 1458 80 72 1458 97 89 1467 125 113 1467 140 128 1473 210 190 1473 250 230 1477.5 300 275 1479 360 330 1479 400 370 1479 480 450 1483.5 565 530 1483.5 680 645 1485 870 830 1485 1025 985 1485 1095 1055 1485 1160 1120 1491 1600 1555 1491 1800 1755 148率
Nominal Power
(kW)
6极电机（50Hz同步转速1000r/min）
型号 6p motor (Synchronous speed is 1000r/min at 50Hz) 标称功率额定电流额定转矩最大转矩转差率 50Hz转速重量 Break Nominal Rated Rated Speed at Weight(kg) Torque Slip Power Current Torque 50Hz Multiple (kW) YTSP90S-6 YTSP90L-6 YTSP100L-6 YTSP112M-6 YTSP132S-6 YTSP132M1-6 YTSP132M2-6 YTSP160M-6 YTSP160L-6 YTSP180L-6 YTSP200L1-6 YTSP200L2-6 YTSP225M-6 YTSP250M-6 YTSP280S-6 YTSP280M-6 YTSP315S-6 YTSP315M1-6 YTSP315M2-6 YTSP315L-6 YTSP355M1-6 YTSP355M2-6 YTSP355L-6 YTSP400L1-6 YTSP400L2-6 0.75 1.1 1.5 2.2 3 4 5.5 7.5 11 15 18.5 22 30 37 45 55 75 90 110 132 160 200 250 315 355 (A) 2.5 3.5 4.4 6.1 7.5 9.5 12.8 18 26 30 38 45 55 72 85 104 139 168 205 245 295 370 445 600 660 (N.m) 7.1 10.5 14.3 21 28.6 38.2 52.5 71.6 105 143 176 210 286 353 429 525 716.1 859.4 1050.3 1260 1528 1910 2387.5 3008 3390 (Times) (%) 6.5 6.5 5.3 5.1 3.2 3.2 3.2 2.6 2.6 2.0 1.6 1.6 1.5 1.5 1.0 1.0 0.9 0.9 0.9 0.9 0.9 0.9 1.1 1.0 1 r/min 935 935 947 949 968 968 968 974 974 980 984 984 985 985 990 990 991 991 991 991 991 991 989 990 990 IC416 17 27 37 44 80 92 97 125 140 250 300 320 400 480 565 680 870 1025 1095 1160 1600 1680 1800 2600 2800 IC411 15 25 34 40 72 84 89 113 128 230 275 295 370 450 530 645 830 985 1055 1120 1555 1635 1755

朔明商标 ICR18650 锂二极电池规格表说明书

Library Sort Product Specifications VER IILibrary Name Cylindrical Li‐ion Rechargeable Battery Date 2004/4/30Cylindrical Li-ion batterySpecificationType: ICR18650Prepared/Date Auditing/Date Approved/Date Genxiao Li Peng kun Gao Dragon LvLibrary Sort Product Specifications VER II Library Name Cylindrical Li‐ion Rechargeable Battery Date 2004/4/301.PerformanceTest item Test conditions Requirements(1)Outside Appearance Visual check No abnormal stain,Deformation nor damage(2) Standard test conditions Measurements are carried out at 20±5℃and relative humidity of 65±20% without other specified condition.Accuracy of voltmeters and ammeters used in test is equal to or better than the grade 0.5.(3) Standard charge Battery is charged continuously at the constant current of 0.5 I t end at voltage of 4.2V, then charge at the constant voltage of 4.2V until the end current of 20mA after Pre-discharge at the constant current of 0.2 I t until the end voltage of 2.75V/cell(4) Fast charge Charge shall be conducted continuously at theconstant current of 1500mA until the end voltage of4.2V, then charge at the constant voltage of 4.2Vuntil the end current of 20mA after Pre-dischargementioned in Item (2).(5)Open-circuitvoltage (OCV)≥3.75V(6)Rated Capacity Discharge duration of the charged battery specifiedin Item (3) shall be measured at 0.2 I t mA until theend voltage of 2.75V/cell, after rest for 0.25 hour.If the discharge duration does not reach thespecified value, the test may be repeated up to threetimes in total.Rated capacity:≥100%C5mAh（7）Capacity high-rate discharge Discharge duration of the charged battery specifiedin Item (3) shall be measured at 1500mA until the endvoltage of 2.75V/cell, after rest for 0.25 hour. Ifthe discharge duration does not reach the specifiedvalue, the test may be repeated up to three times intotal.Discharge capacity:≥90%C5mAh(8) Cycle Life (20℃) Carry out cycles (1500mA CC/CV(4.2V), discharge atthe constant current of 1500mA after rest for 0.25hour) at20± 2℃. The test end until the dischargecapacity ＜60%C5mAh≥300 cyclesLibrary Sort Product Specifications VER II Library Name Cylindrical Li‐ion Rechargeable Battery Date 2004/4/30(9)Low temperature discharge 1)charge shall be conducted at Item (3)；2)Thebattery shall be stored under -20℃±2℃ for 16h～24h；3)Discharge shall be conducted at the constantcurrent of 0.2I t mA until the end voltage of2.75V/cell；Discharge capacity：≥60%C5mAh2 Mechanical testTest Item Test Conditions Requirements(1)Vibration Test Vibrate test sample for 90minutes each at roomtemperature after rated charge.Amplitude: 0.38mm(10-30Hz)；0.19mm（30-55Hz）Frequency: 10-55Hz(1oct/min)Direction: X, YThen measure resistance, voltage of battery andcheck outside appearance.No rupture, fire, smoke,Nor critical damage≧90% C5mAh(2) Drop Test Drop 100% charged test sample from 1m above ontoconcrete board with more than 5cm thickness two timeseach for every direction at room temperature.Then measure rated capacity and checks outsideappearance. No rupture, fire, smoke, Nor critical damage≧90% C5mAh3 Safety evaluationTest Item Test Conditions Requirements(1) Hot Oven Test The charged battery is to be heated in a gravityconvection or circulating air oven. The temperatureof the oven is to be raised at a rate of 5±2℃ perminute. The oven is to remain for 30 minutes at 150±2℃ before the test is discontinued.No fire, Nor explosion(2)Short Circuit Test After fast charge at 20±2℃, Connect batteryterminals with electric wire ( electric resistance:50mΩor less ). And stop the test when thetemperature of battery is 10℃lower than peaktemperature.No fire, Nor explosion(3) Overcharge Test After discharged at 1 I t mA and end at 2.75V, thebattery shall be charged at 3 I t mA current with avoltage limit of 4.6V.No fire, Nor explosion(4)Dip test The charged battery shall be dipped in water for 24hin an ambient temperature of 20℃±5℃.No fire, Nor explosionLibrary Sort Product Specifications VER IILibrary Name Cylindrical Li‐ion Rechargeable Battery Date 2004/4/304 Charge State of Battery before shipmentTo be determined.(Recommendation Approx. 3.75 – 3.85V 30% charge)5 Duration of guarantee the productWe can keep on the quality in six month.6 Handling precautions on Lithium Ion Rechargeable BatteryTo assure product safety, describe the following precautions in the instruction manual of the equipment.! Danger-When charging the battery, use dedicated chargers and follow the specified conditions.-Use the battery only in the specified equipment.-Do not connect battery directly to an electric outlet or cigarette lighter charger.-Do not heat or throw battery into a fire.-Do not use, leave battery close to fire or inside of a car where temperature may be above 60℃. Also do not charge / discharge in such conditions.-Do not immerse, throw, and wet battery in water/ seawater.-Do not put batteries in your pockets or a bag together with metal objects such as necklaces.Hairpins, coins, or screws. Do not store batteries with such objects.-Do not short circuit the (+) and (-) terminals with other metals.-Do not place battery in a device with the (+) and (-) in the wrong way around.-Do not pierce battery with a sharp object such as a needle.-Do not hit with a hammer, step on or throw or drop to cause strong shock.-Do not disassemble or modify the battery.-Do not solder a battery directly.-Do not use a battery with serious scar or deformation.! Warning-Do not put battery into a microware oven, dryer, or high-pressure container.-Do not use battery with dry cells and other primary batteries, or batteries of a different package, type, or brand.-Stop charging the battery if charging is not completed within the specified time.-Stop using the battery if abnormal heat, odor, discoloration, deformation or abnormal condition is detectedDuring use, charge, or storage.-Keep away from fire immediately when leakage or foul odor is detected.-If liquid leaks onto your skin or clothes, wash well with fresh water immediately.If liquid leaking from the battery gets into your eyes, do not rub your eyes. Wash them well with clean water and go to see a doctor immediately.! Caution-Store batteries out of reach of children so that they are not accidentally swallowed.Library Sort Product Specifications VER IILibrary Name Cylindrical Li‐ion Rechargeable Battery Date 2004/4/30-If younger children use the battery, their guardians should explain the proper handling. -Before using the battery, be sure to read the user’s manual and cautions on handling thoroughly.-Thoroughly read the user’s manual for the charger before charging the battery.-For information on installing and removing from equipment, thoroughly read the user’s manual for the specific equipment.-Batteries have life cycles. If the time that the battery powers equipment becomes much shorter than usual, the battery life is at an end. Replace the battery with a new same one.-Remove a battery whose life cycle has expired from equipment immediately.-When the battery is thrown away, be sure it is non-conducting by applying vinyl tape to the (+) and (-) terminals.-When not using battery for an extended period, remove it from the equipment and store ina place with low humidity and low temperature.-While the battery pack is charged, used and stored, keep it away from objects or materials with static electric charges.-If the terminals of the battery become dirty, wipe with a dry clothe before using the battery. -The battery can be used within the following temperature ranges. Do not exceed these ranges.Charge temperature range : 0℃ to 45℃Discharge temperature range : -20℃ to 60℃(When using equipment)。

单片机符号表

PC = progammer counter //程序计数器ACC = accumulate //累加器PSW = progammer status word //程序状态字SP = stack point //堆栈指针DPTR = data point register //数据指针寄存器IP = interrupt priority //中断优先级IE = interrupt enable // 中断使能TMOD = timer mode //定时器方式(定时器/计数器控制寄存器) ALE = alter (变更,可能是) 寄存器控制PSEN = progammer saving enable //程序存储器使能(选择外部程序存储器的意思)EA = enable all(允许所有中断)完整应该是enable all interrupt PROG = progamme (程序) SFR = special funtion register //特殊功能寄存器TCON = timer control //定时器控制PCON = power control //电源控制MSB = most significant bit//最高有效位LSB = last significant bit//最低有效位CY = carry //进位（标志）AC = assistant carry //辅助进位OV = overflow //溢出ORG = originally //起始来源DB = define byte //字节定义EQU = equal //等于DW = define word //字定义E = enable //使能OE = output enable //输出使能RD = read //读WR = write //写中断部分：INT0 = interrupt 0 //中断0INT1 = interrupt 1//中断1T0 = timer 0 //定时器0T1 = timer 1 //定时器1TF1 = timer1 flag //定时器1 标志(其实是定时器1中断标志位)IE1 = interrupt exterior //(外部中断请求,可能是)IT1 = interrupt touch //(外部中断触发方式,可能是)ES = enable serial //串行使能ET = enable timer //定时器使能EX = enable exterior //外部使能(中断)PX = priority exterior //外部中断优先级PT = priority timer //定时器优先级PS = priority serial //串口优先级助记符号的记忆方法表格列举法把44个指令助记符按功能分为五类，每类列表记忆。

GF Piping Systems 2016 塑料焊接设备和工具产品手册说明书

d-d
code weight
(mm)
(kg)
20 ‐ 63 790131005 50,000
卡具片
• 每种尺寸的卡具片都不同。用于夹持和定位管材部件。
d
code weight Pieces
(mm)
(kg)
20 790131038 0,090
1
25 790131039 0,090
1
32 790131040 0,052
1
790133027 0,400
1
790133028 0,691
1
790133029 0,644
1
790133030 0,500
1
790133031 0,600
1
790133032 0,600
1
790133463 0,560
1
790133033 0,700
1
790133034 0,270
型号：
• 整装的红外焊接设备，可焊接SYGEF Standard、SYGEF Plus、PROGEF
Standard、PROGEF Natural、PROGEF Plus、 ecoFIT，尺寸范围为d 63-225 mm，2个USB 接口，带图标的单色显示器，支持12种语言。
• 主机（1 个） • 加热器总成(1 件) • 切削器总成(1 件) • 可移动卡具平台（1 个） • 卡具片d 63-225 mm (每种尺寸8片) • PE管帽 d 63-225 mm (每种尺寸4个) • 运输锁定件（1 个） • 梅花/开口扳手 13 mm (1 把) • 清洁刷 (1 把) • 连接电缆400 V - 230 V (1 个) • 手柄球（1 个） • 手册(1 本) • 单相 AC (50/60 Hz) 230 V L/N/PE 或三相 AC (50/60 Hz) 400 V/230 V L1/L2/L3/N/PE • 工作台，高洁净(1 张) • 管材定位器(1 件) • 六角扳手 5 mm (1 把) • 六角扳手 6 mm (1 把)

常用材料中日美对照表

常用材料中日美对照表材料类型序号中国日本美国67电解板SECC 68钢STEEL 69银钢枝SUM 70冷轧板(热)Q235A(SPHC)71冷轧板SPCC PPCS 72冷轧板UST120373冷轧板ポンデ钢板7445#代替 SGD30-D P-Eライト (FB)75A3ツンユ-ト钢板76元车刀HSS77元车刀STD DOWEL PIN 78SK3GO40F79铬钢代替SCM 435 (SCM430) 80镍铬钢(SNC-2)81铬钢代替FDAC HPMI（三协）SUS420STARVRX 非磁性钢HPM7582镍ニツクル83钨银タンゲステン银84模具钢MR1085模具钢FDAC(三协)86低碳钢MS不锈钢フタバSTAVAXブリハ-ドン鋼88不锈钢ステンレス89弹性SUS SWPA （CSP）SWPA90黄铜BSBM(C3604)(C3601)91黄铜BEONVE BC-392黄铜真钥93磷青铜C52109-H 94青铜QSn4-395铬铜C102096进口铍铜タフピツチ铜97铍铜C1700P 98铍铜ベリリゥム铜99铍铜ベリ铜100钨铜CU-CR-ZR 101铝板アルミ板102铝板アルミヒレ103硬铝グラユソYH52(工机部)104硬铝ジニラユニYH75(工机部)105铝硬铝LY2 YL 5A43(工机部)106铸铝AC 107纯铝板AIP 108铝ALUM 109铝アルハィスaluminium 110磁片スヮネツトニノ-ト金属材料常用材料中日美对照表材料类型序号中国日本美国材料类型序号中国日本美国材料类型序号中国日本美国1GCr9SUJ1E51100 51100纯铜45T2TCuP1 TCuR1等1108908S9CK C10082GCr15SUJ2E52100 5210046BsP2A BsR2A 2689008F SPN1 SPH1C10163GCr15SiMn SUJ3————47BsBE2 BsT22709110S10C C1010 C1012 4T8SK6W1-0.8C48H63BsP2B BsR32729210F SPN2 SPH2C10105T10SK4W1-1.0C49BsP3 BsR39315S15C S15CK10156T8A SK6W1-0.8C50C3609415F SPH3—————7T10A SK4W1-1.0C51真9520S20C STPG38C10208T12A SK2W1-1.2C铬铜52QCr0.5C1020P9620F SPH3 SPH4C10209SKD1铜53锡磷青铜C5210————9725S25C STPG42C102510SK4 SK554L3A101510159830S30C C103011SKS355L4A1N30H10309935S35C C1034 C1035 12SUJ-256LF1A3004300410040S40C C104013NAK55 NAK8057LF2A50525052101S45C14HPM38 58LF5 LF10A50565056102SS40015Cr12MoV SKD11D259LF21A3003 3003103SS400D169CrWMn SKS360LY1A2117BR2117104SS34P174Cr5MoVSi SKD661LY8 LY11A2017201710550S50C C105018W18Cr4V SKH2T162LY12A2024202410655S55C C105019W9Cr4V2SKH6T763LD1A6063606310760SWRH57B C1060201Cr18Ni9SUS30230264LD2A6061606110865————1065212Cr18Ni9SUS30330365LD10A2014201410985C107022Y1Cr18Ni9SUS303303超硬铝66LC9A7075707511015Mn SB46C1016 C1019 230Cr18Ni9SUS30430467YT30FT1C811120Mn SGV42C1021 C1022 2400Cr18Ni10SUS304L304L68YT15ST1C711225Mn SGV46C1026251Cr18Ni12SUS30530569YW1U1————11330Mn SGV49C1030 C1033 261Cr18Ni12Mo2Ti SUS31631670YW2U2————11435Mn————C1037270Cr18Ni9Ti SUS32132171YG6G2C211540Mn————C1039 C1040 281Cr18Ni9Ti SUS32132272YG8G3C111645Mn————C1043 C1046 299Cr18SUS440C440C73SK7 SUP2C106411750Mn S53C C1050 C1052 301Cr17SUS43043074SWRS67B C106511860Mn S58C1561311Cr12SUS40340375SWRS72B11970Mn————1572321Cr13SUS403 410403 41076SWRH67B12015Cr SCr215015 5115 330Cr13SUS4054057765Mn————C1065 C106612120Cr SCr225120340Cr17Ni4Cu4Nb SUS6306307860Si2MnA————9260 926112235Cr SCr35035350Cr17Ni7AL SUS6316317950CrVA SUP10615012340Cr SCr45140361Cr13SUS403 4104038060CrMnBA SUP11A？12445Cr SCr55145370Cr19Ni9SUS30430481A2SS34————12515CrMo SCM21A287Cr.B 381Cr18Ni9Ti SUS————82A2F SS34————12637CrNi3SCN8363335390Cr18Ni11Ti SUS32132183B2SS34————12720CrNi2Mo SNCM2208620400Cr13AL SUS40540584B2F SS34————12840CrNiMoA SNCM4394340411Cr17SUS43043085A3SS41 SPCC129Y12 SUM1A1108422Cr12NiMoWV SU H61661686A3F130Y15SUM221113431Cr17Ni2SUS43143187B3131Y20SUM31120440Cr17Ni7AL SUS63163188B3F132Y30SUM4————可淬火不锈钢=SUS440C SUS136 F416（SUS）133Y40Mn SUM51141SS41657045C1042 C1045优质碳素结构钢（通）优质碳素结构钢（高）C1070通碳素结构钢铝硬质合金弹钢合金工具钢H62280H65通黄铜纯铝防锈铝硬铝常用材料中日美对照表结构钢高工具钢不锈钢耐热钢合金结构钢钢碳素工具钢Cr12D3。

松下A5驱动器参数表

整理文档松下a5驱动器参数表参数号功能说明参数设定模式参数pr001控制模式选择位置控制pr005指令脉冲输入选择光耦电路输入pr007指令脉冲输入方式指令方向pr011反馈脉冲分倍频分子2500pr012脉冲输出逻辑取反01宝元系统相关pr008电机一圈的指令脉冲数或者pr010数值pr010指令脉冲分倍频分母有10000依丝杆螺距pr100第一位置环增益16001350650150200增益参数pr101第一速度环增益750pr102第一速度环积分常数90pr104第一转矩滤波器时间常数100pr004惯量比150其它参数pr002实施自动增益选择自动增益无效
实施自动增益刚性选择
10~22雕刻18、高光13
114/~119
增益切换条件
0
PR200
减震自适应滤波器
0
备注: 脉冲当量=丝杆导程/ PR010 （导程为10脉冲当量为0.001MP=10/ PR010）
宝元系统1112参数= PR011 其中PR010=参数1112*参数0054的数值
（参数1112=1250时、0054=4时、则PR010的数值必须为5000
系统指令脉冲方式参数0156、0157、0158、对应XYZ都默认为0 即驱动参数PR007应设为2
指令脉冲分倍频分母有
10000依丝杆螺距
PR100
第一位置环增益
1600
1350高光
650
150
200
增益参数
PR101
第一速度环增益
750
PR102
第一速度环积分常数
90
PR104
第一转矩滤波器时间常数、
100
PR004
惯量比
150
其它参数
PR002

RCP1500Q03 datasheet

SpecificationForLTCC 3dB Hybrid Coupler Model Name : RCP1500Q03RN2 Technologies co., Ltd.RN2 Technologies co., Ltd.284-2, Galgot-ri, Jinwe-myeon, Pyeongtaek-si, Kyunggi-do, KOREA Phone : (+82) 31 - 376 - 5400FAX : (+82) 31 - 376 - 9151 Distributor:Shenzhen Jushou electronics Co., Ltd.6F,building3,Sege science park, futian shenzhen Tel: 0086-0755-******** Mobile:0086-136******** Email: Fisher@Contact:Mr yu1. Description1-1. Part number: RCP1500Q031-2. Features- Hybrid Coupler 3dB, 90˚- Surface mount type- Suitable for operation frequency 1200~1700MHz- RoHS compliance- High stability in temperature and humidity for LTCC base - Low loss for Silver(Ag) conductor- Miniature size and high power capability- Lead-free alloy solderable- Thermal expansion corresponding with common substrate 2. Electrical SpecificationFreq. (MHz) Amplitude Balancemax (dB)Isolationmin (dB)Insertion Lossmax (dB)1200-1700 ±0.3 -20 -0.25VSWR MaxPhase(degrees)Power CapacityAvg. (Watt)Operating Temp.(℃)1.2 90 ± 3.0 80 -55 to +1253. Mechanical Specification 3-1. Outline Dimension3-2. Weight- 0.15 Grams typical4. Port ConfigurationConfiguration Port 1 Port 2 Port 3 Port 4Case 1. Input Isolated Coupling-3dB, 0˚Output-3dB, -90˚Case 2. Isolated Input Output-3dB, 90˚Coupling -3dB, 0˚Case 3. Coupling-3dB, 0˚Output-3dB, 90˚Input IsolatedCase 4.Output-3dB, 90˚Coupling-3dB, 0˚Isolated Input * Once Port 1 is determined, the other three ports are defined automatically.5. Schematic DrawingPort1P inP cou P out P isoPort3 Port4Port26. Typical Performance Data (25℃)Return Loss [dB]Freq. [MHz]Coupling[dB]Out [dB] IL [dB]Amp.Bal.[dB]Phase[degree]S11 S22 S33 S441100 -3.48 -2.97 -0.21 ±0.26 -90.26 -21.61 -22.18 -22.21 -21.9 1125 -3.41 -3.01 -0.20 ±0.20 -90.39 -22 -22.79 -22.71 -22.37 1150 -3.36 -3.06 -0.20 ±0.15 -90.44 -22.42 -23.4 -23.25 -22.87 1175 -3.32 -3.09 -0.19 ±0.12 -90.52 -22.78 -23.9 -23.67 -23.33 1200 -3.29 -3.12 -0.19 ±0.09 -90.57 -23.07 -24.29 -24 -23.73 1225 -3.27 -3.14 -0.19 ±0.06 -90.61 -23.28 -24.55 -24.21 -24.04 1250 -3.23 -3.17 -0.19 ±0.03 -90.65 -23.82 -25.27 -24.74 -24.87 1275 -3.2 -3.2 -0.19 ±0.00 -90.69 -24.28 -25.93 -25.14 -25.63 1300 -3.17 -3.24 -0.19 ±0.03 -90.72 -24.89 -26.93 -25.6 -26.64 1325 -3.14 -3.27 -0.19 ±0.06 -90.77 -25.62 -28.08 -26.03 -27.66 1350 -3.12 -3.29 -0.19 ±0.09 -90.8 -26.31 -29.02 -26.39 -28.48 1375 -3.09 -3.32 -0.19 ±0.12 -90.81 -27.33 -30.16 -26.78 -29.67 1400 -3.08 -3.34 -0.20 ±0.13 -90.84 -28.51 -31.28 -27.04 -31.19 1425 -3.07 -3.35 -0.20 ±0.14 -90.83 -29.83 -32.55 -27.08 -33.19 1450 -3.05 -3.36 -0.19 ±0.16 -90.87 -30.98 -33.51 -27.01 -35.23 1475 -3.05 -3.38 -0.20 ±0.17 -90.89 -32.66 -34.2 -26.85 -38.57 1500 -3.05 -3.39 -0.21 ±0.17 -90.86 -34.73 -33.98 -26.59 -42.97 1525 -3.06 -3.39 -0.21 ±0.17 -90.83 -36.82 -33.31 -26.28 -48.01 1550 -3.07 -3.39 -0.22 ±0.16 -90.86 -40.63 -32.07 -25.8 -47.01 1575 -3.08 -3.38 -0.22 ±0.15 -90.86 -46.27 -30.7 -25.25 -39.56 1600 -3.1 -3.38 -0.23 ±0.14 -90.85 -43.82 -29.37 -24.62 -34.91 1625 -3.12 -3.37 -0.23 ±0.13 -90.84 -39.39 -28.3 -24.11 -32.4 1650 -3.14 -3.35 -0.23 ±0.11 -90.88 -35.66 -26.97 -23.49 -30.17 1675 -3.19 -3.34 -0.25 ±0.07 -90.87 -33.01 -25.69 -22.9 -28.57 1700 -3.22 -3.32 -0.26 ±0.05 -90.88 -31.25 -24.72 -22.44 -27.52* Data with PCB and Connector Loss ( 0.89 GHz = 0.04dB )7. Operation Temperature Curve (a)RCP1500Q03 Return Loss(Port1)M a g n i t u d e [d B ]Frequency[MHz]11001200130014001500160017001800RCP1500Q03 Return Loss(Port2)M a g n i t u d e [d B ]Frequency[MHz]11001200130014001500160017001800RCP1500Q03 Return Loss(Port3)M a g n i t u d e [d B ]Frequency[MHz]11001200130014001500160017001800RCP1500Q03 Return Loss(Port4)M a g n i t u d e [d B ]Frequency[MHz]8. Operation Temperature Curve (b)11001200130014001500160017001800RCP1500Q03 Coupling & Transmission LossM a g n i t u d e [d B ]Frequency[MHz]11001200130014001500160017001800RCP1500Q03 Insertion LossM a g n i t u d e [d B ]Frequency[MHz]11001200130014001500160017001800RCP1500Q03 IsolationM a g n i t u d e [d B ]Frequency[MHz]11001200130014001500160017001800RCP1500Q03 Phase BalanceP h a s e [d e g ]Frequency[MHz]9. Test Method- Refer to ‘Case 1’ of ‘4. Port Configuration’ on page 4 - Have the network analyzer calibrated properly.- Measure the data of Coupling through port 1 to port 3. (S31) - Measure the data of Transmission through port 1 to port 4. (S41) - Measure the data of Isolation through port 1 to port 2. (S21)- Calculate the Insertion Loss and Amplitude Balance of coupler on the below power method formula.in out P cou : Power of Coupling PortP iso : Power of Isolated Port10. Measurement board layout11. Recommended PCB layout and Solder mask pattern12. Reflow profilePeakSoakingUpPre-HeatingRamp℃ T1:160±5℃ T2:180±5℃ T4:260±5℃ T3:230±5℃Temp.[]Time [sec] t1:60±5sec t2:100±15sec t3:30±5sec t4:60±10sec13. Using note for LTCC CouplersI.Be careful when transportingA.Excessive stress or shock may make products broken or cracked due to the nature ofceramics structure.B.The products cracked or damaged on terminals may have their property changed.II.Be careful during storageA.Store the products in the temperature of -55 ~ 125℃B.Keep the humidity at 45 ~ 75% around the products.C.Prevent corrosive gas (Cl2, NH3, SO X, NO X, etc.) from contacting the products.D.It is recommended to use the products within 6 months of receipt. If the period exceeds6 months, solderability may need to be verified.III.Be careful when solderingA.All the ground terminals, IN and OUT pad of coupler should be soldered on the groundplane of the PCB.B.Products may be cracked or broken by uneven forces from a claw or suction device.C.Mechanical stress by any other devices may damage products when positioning them onPCB.D. A dropped product is recommended not to be used.E.Soldering must be carried out by the condition of specification sheet.F.Any couplers which are de-soldered from PCB should not be used again.14. Packaging15. Environmental ReliabilityITEM PROCEDURE REQUIREMENTS/RESULTTemperature Cycle (Thermal Shock)1. One Cycle : 30 minStep1: 125 ± 5 °C for 15 min Step2: -55 ± 5 °C for 15 min2. Approach high or low temperature in 10 seconds3. Number of Cycles : 1004. Normal temperature for 1 hour1. Meet the electrical Specification after testSolderability1. Solder : 230 ± 5°C for 5± 1 sec. 1. More than 85% of the I/Oelectrode pad shall be covered with solder.Heat Resistance 1. Temperature : 100 ± 2 °C 2. Duration : 96 ± 2 hours 1. Meet the electrical Specification after testLow Temp. Resistance1. Temperature : -55 ± 5 °C2. Duration : 24 ± 2 hours 1. Meet the electrical Specification after testVibration Resistance1. Frequency: 5~ 15MHz2. Acceleration : 10g3. Sweep Time: 0.1 oct/min, 15min/axis4. Axis : X, Y and Z direction 1. No appearance damage 2. Meet the electrical Specification after testHumidity Resistance1. One Cycle :Step1:increase Temperature -25~65°C for 2hours with humidity 85%Step2:Maintain for 4 hour after increasing Humidity 90% to 95%Step3: Decrease Temperature 65°C to 25°C 2. Number of Cycles : 103. Maintain for 3hour after decreasing temperature -10°C 1. Meet the electrical Specification after testDrop Shock 1. Dropped onto hard wood from height of 50 cm for 5 times; each x, y and z direction except I/O direction.1. No appearance damage2. Meet the electrical Specification after test16. RoHS test result-RN2 Technologies warrants and represents as follows.。

RO-1505SP中文资料

ECONOLINE
DC/DC-Converter
RO & RE Series
Output Current (mA) 555 303 200 111 83 66 42 Efficiency (%) 70 75 70-78 76-78 78-80 80-84 74-85
Selection Guide
Part Number SIP 4 RO-xx1.8S RO-xx3.3S RO-xx05S RO-xx09S RO-xx12S RO-xx15S RO-xx24S SIP 7 (2kV) Input Voltage (VDC) 1.8, 3.3, 5, 9, 12, 15, 24 1.8, 3.3, 5, 9, 12, 15, 24 1.8, 3.3, 5, 9, 12, 15, 24 1.8, 3.3, 5, 9, 12, 15, 24 1.8, 3.3, 5, 9, 12, 15, 24 1.8, 3.3, 5, 9, 12, 15, 24 1.8, 3.3, 5, 9, 12, 15, 24 Output Voltage (VDC) 1.8 3.3 5 9 12 15 24
Specifications (Core Operating Area)
Input Voltage Range Output Voltage Accuracy Line Voltage Regulation Load Voltage Regulation (10% to 100% full load) Output Ripple and Noise (20MHz limited) Operating Frequency Efficiency at Full Load No Load Power Consumption Isolation Voltage Rated Working Voltage Isolation Voltage Rated Working Voltage Isolation Capacitance Isolation Resistance Short Circuit Protection P-Suffix Operating Temperature Range (free air convection) Storage Temperature Range Relative Humidity Package Weight MTBF (+25°C) (+85°C) MSL Level 1 RO types RE types using MIL-HDBK 217F RO types RE types using MIL-HDBK 217F RO types RE types April-2005 H-Suffix H-Suffix (tested for 1 second) (long term isolation) (tested for 1 second) (long term isolation) 1.8V, 3.3V output types 5V output type 9V, 12V, 15V, 24V output types ±10% ±5% 1.2%/1% of Vin max. 20% max. 15% max. 10% max. 100mVp-p max. 50kHz min. / 100kHz typ. / 105kHz max. 70% min. / 80% typ. 101mW min. / 126mW typ. / 171mW max. 1.000VDC min. see Application Notes 2.000VDC min. see Application Notes 20pF min. / 75pF max. 10 GΩ min. 1 Second Continuous

第二章1505中文说明书2

第二章应用提示概述本章节的内容使用户对505数字式调速器的功用及如何应用于控制系统有所了解采用图解的方法介绍了各种典型的应用实例并对它们的功能作了解释还给出了每种应用实例的编程和起动/运行方式的提示以帮助编程组态人员按使用要求来组态505调速器在每种应用图示中给出了基本的外围设备以便让用户了解这些设备是如何与505相连以扩大系统功能转速/负荷PID转速PID能控制和限制机组的转速/频率机组的负荷505调速器的PID在孤立运行时能用于控制机组的转速/频率在并列于无穷大总线电网运行时能控制机组的负荷转速PID能被组态成通过其执行机构的输出信号或者通过来自发电机功率变送器的420mA模拟输入信号来检测机组的负荷当被组态为通过模拟输入来检测和控制发电机负荷时就检测和控制机组的实际负荷通过采用发电机负荷信号控制检测且补偿汽轮机的进汽或排汽压力变化从而提供实际负荷控制转速PID及其给定值限制的组合使该PID能够限制机组的负荷当用作机组负荷限制器时建议将505组态为仅检测和控制发电机的实际负荷如果将505系统用于软电网电网频率大幅度地变化建议使用辅助PID来执行机组负荷限制而不使用转速PID辅助PID能将505调速器的辅助PID编程组态成控制或限制汽轮机进汽压力汽轮机进汽流量汽轮机排汽压力汽轮机排汽流量发电机功率输出电厂或电网线路输入/输出功率2-1过程温度压缩机进口压力压缩机进口流量压缩机出口压力压缩机出口流量任何与机组负荷进口压力/流量或排汽压力/流量有关的过程参数取决于组态情况505的辅助PID能用于作为限制器或控制回路用指令来投入/退出当组态作为限制器时该PID的输出与转速PID的输出采用信号低选这种组态允许辅助PID按所检测的参数来限制机组的负荷当辅助PID被组态作为一个控制回路时它必须由505面板触点输入或Modbus通信所给出的指令来投入和退出采用这种组态当辅助PID投入时转速PID退出控制但跟踪辅助PID的输出控制或限制所列任一参数必须将505组态成接受表示该参数值的辅助模拟输入信号但有一例外即当控制或限制发电机负荷时能将辅助PID组态成使用或与转速PID共享KW/机组负荷输入串级PID能将505调速器的串级PID编程组态成控制汽轮机进汽压力汽轮机进汽流量汽轮机排汽压力汽轮机排汽流量发电机功率输出电厂或电网线路输入/输出功率过程温度压缩机进口压力压缩机进口流量压缩机出口压力压缩机出口流量任何与机组负荷进口压力或排汽压力有关的过程参数取决于组态情况505调速器的串级PID能用于控制所列任一参数该PID必须由505面板触点输入或Modbus通信所给出的指令来投入和退出串级PID串接于转速PID以改变机组的转速/负荷通过直接改变转速PID 的给定值串级PID能改变机组的转速/负荷以控制其输入参数这种组态能实现二种控制方式转速/负荷和串级间的无扰切换2-2应用实例本章节介绍的应用实例并不表示所有可能的控制配置和组合但是这些实例能作为那些手册中没有列出或展示的控制组合或参数的应用参考对于没有给出的要求控制参数和组合的应用可以参考手册中所给出的一个或多个典型应用组态并与要求的控制组态比较然后用要求的控制参数来取代实例中给出的控制参数例如要将505组态为执行汽轮机的排汽压力限制功能参考实例1具汽轮机进汽压力限制的泵或压缩机出口压力控制使用这一实例用排汽压力来取代进汽压力而与规定为控制泵或压缩机出口压力的任何编程设定值无关本章所示实例概述如下实例1具进汽压力限制的泵或压缩机出口压力控制实例2具自动同步和发电机功率限制的进汽压力控制实例3具电厂输入/输出功率限制的排汽压力控制实例4具DRFD 伺服接口的电厂输入/输出功率限制实例5具孤立方式同步负荷分配控制的进汽压力控制实例6具孤立方式同步负荷分配控制的电厂输入/输出功率控制实例7感应式发电机组控制表2-1概括了每个所示实例的特点和功能实例应用 1 2 3 4 5 6 7 机械驱动X 同步发电机驱动X X X X X 汽轮机类型感应式发电机驱动X 辅助限制X X X X 辅助控制X 串级控制X X X X X 同步操作X X X X X 负荷分配X X控制通道频率控制X X 进汽压力控制X X 最低进汽压力限制X KW/负荷控制X KW/负荷限制X X 输入/输出负荷控制X X控制方式输入/输出负荷限制X 数字式同步负荷分配DSLC X X X X X 主同步负荷分配MSLCX 有功功率变送器RPSX X X X 外围设备数字式远程末级驱动器DRFDX 表2-1 实例一览表2-3实例1具汽轮机进汽压力限制的泵或压缩机出口压力控制图2-1 具汽轮机进汽压力限制的泵或压缩机出口压力控制这是一种典型的泵或压缩机控制的应用实例在这种应用中505通常被组态为控制泵/压缩机的出口压力并根据低汽轮机进汽压力来限制调节阀阀位在该应用实例中同时使用了辅助和串级方式其它应用中可以采用也可以不采用图2-1中所示以及下面介绍的所用功能采用这种应用通过串级控制回路在505的内部执行泵或压缩机的出口压力控制通常所控制的出口压力会影响许多其它的电厂过程参数可以采用电厂集散控制系统DCS来监视电厂过程状态和设定串级给定值这些都可以通过Modbus通信离散型升/降指令或模拟给定值信号来执行对于这种应用要求具有一种限制型的控制功能以便在系统总管出现问题时保持总管的压力由于辅助PID是唯一具备这种功用的控制回路因此它被用来检测汽轮机的进汽压力并根据低进汽压力设定值来限制调节阀的阀位如果采用电厂集散控制系统通过控制多台泵或压缩机的负荷负荷分配来检测和控制过程DCS可以通过组态的远程转速给定值模拟输入直接与505的转速PID给定值相连这使DCS能通过直接同时改变多台泵或压缩机的转速来检2-4测和补偿电厂和系统的工况可以通过组态的升/降触点420mA输入Modbus指令或505操作屏来改变505所有PID控制回路的给定值转速辅助串级下面所述的提示可供应用编程人员组态505时作参考以实现图2-1所示的控制和限制作用实例1的505组态提示操作参数该实例不是用于驱动发电机场合Generator Application? No串级控制组态串级控制回路以通过1#模拟输入接受泵/压缩机的出口压力信号Analog Input 1# Function: Cascade Input因为采用由回路供电的二线制变送器与该信号相连需求打开505的后盖装上JPR10505被组态为接受来自屏装式开关的触点输入以便从外部投入和退出出口压力控制Contact Input 1 Function: Casc Control Enable泵/压缩机的出口压力正比与汽轮机的进汽阀位置因此输入不必反向Invert Cascade Input? No在这应用实例中不采用给定值跟踪因为系统的压力给定值决不会变化Use Setpoint Tracking? No为了防止由于串级PID控制而使发电机被反向驱动转速给定值的下限值设置为高于同步转速的3%即3605.4rpm如果额定转速为3600rpm且使用5%的不等率即为5.4rpm505自动将转速给定下限值限制在3%的最小值最小负荷如果要求允许PID降负荷至低于该给定值服务方式的Cascade ControlSetting, Use Min Load设定值必须设置为No”在这种情况下由于串级PID不与其它控制回路共同承担排汽压力控制就不需要设置不等率Cascade Droop = 0%辅助控制辅助控制回路被组态成通过2#模拟输入接受汽轮机的进汽总管压力信号Analog Input #2 Function: Auxiliary Input因为是二线制使用回路供电变送器与该信号相连打开505调速器的后盖装上JPR8辅助输入被反向以便达到正确的控制作用提高汽轮机进汽总管压力必须关小调节阀这称作为反作用因此要求输入反向Invert Aux Input? Yes2-5将辅助PID编程组态为限制器Use Aux Enable? No由于辅助PID只作为限制器使用不与其它控制回路共同承担进汽压力控制因此不需要设置不等率Aux Droop = 0%跳闸在这个实例中可以通过多种设备使汽轮机跳闸其中之一就是505调速器为了给505调速器提供汽轮机巳跳闸的反馈信号跳闸回路的触点被接至外部紧急停机输入TB12在这应用实例中只有在505使汽轮机跳闸时才出现Governor Trip(调速器跳闸)指示而对由其它设备触发的机组停机无指示Turbine Start: Ext Trips in Trip Relay?-No由于在跳闸回路中采用了停机继电器如果505触发跳闸就由该继电器使汽轮机停机因此就需要采用附加继电器来指示任何汽轮机跳闸和由505触发的跳闸3#继电器按下述组态以指示任何汽轮机跳闸Relay: Use Relay #3 –Yes; Relay #3 is a Level Switch? –No; Relay #3 –Energizes on –Shutdown Condition4# 继电器按下述组态以指示由505触发的跳闸Relay: Use Relay#4 – Yes; Relay #4 is a Level Switch? – No; Relay #4 Energizes on – trip Relay注意4# 继电器在跳闸状态下释放不包括外部跳闸输入3# 继电器在跳闸停机状态下激励实例1的起动和运行方式提示能够自动半自动或手动执行起动和升速至暖机/额定或最低转速位置机组起动后能够采用暖机/额定或顺序自动起动功能如果组态的话使调速器升速至额定转速位置或者由操作人员给出升速指令手动提升汽轮机转速机组起动后并控制在最低/要求的转速位置此时就可通过触点输入Modbus 指令或505面板来投入串级控制泵或压缩机的出口压力串级控制投入时如果实际出口压力与给定值不一致调速器将自动以转速给定值慢速率设定值提升汽轮机的转速直至泵或压缩机的出口压力与给定值达到一致在这应用实例中辅助控制仅作为限制器使用因此无需作投入操作如果在任何时候汽轮机的进汽压力降至低于辅助给定值辅助PID将控制调节阀并关小调节阀以保持进汽总管压力可调值与速率的有关资料请参见手册中的服务方式有关章节2-6实例2具自动同步和发电机功率限制的进汽压力控制图2-2 具自动同步和发电机功率限制的进汽压力控制这是一个典型的汽轮发电机组应用实例这里电厂的过程蒸汽汽轮机进汽总管压力要求控制在某一压力下在这应用实例中汽轮机的负荷根据电厂过程蒸汽的要求量而变化实例中同时采用了辅助和串级控制方式其它的应用可以采用也可以不采用图2-2及下面介绍的所用功能应用实例中通过串级PID控制回路在505内执行汽轮机的进汽总管压力控2-7制这是采用这种功能的一种理想控制回路因为它能够由系统操作人员按需要投入或退出这使系统操作人员完全可以按照需要确定何时从过程压力控制切换到减压站或汽轮机的旁通阀控制反之亦然如图2-2所示采用Woodward的有功功率变送器来检测发电机的负荷并提供给505的KW/机组负荷输入这样在机组起动和停机期间的并网运行时就能由转速PID来调整和控制发电机的负荷正常运行时机组的负荷由控制进汽压力的串级PID所确定在这应用实例中由于汽轮机的负荷变化较大因此采用限制器来防止发电机的超发该保护功能由组态为限制器的辅助PID来实现通过将辅助PID组态为限制器并采用发电机负荷输入作为PID的控制参数就能对发电机的最大负荷进行限制在这应用实例中DSLC只作为同步操作使用因为DSLC是通过模拟信号与505相连的所以必须对505的模拟输入进行编程组态505调速器的6#模拟输入是唯一能直接与DSLC相容的一个模拟输入因此要求对该输入进行组态以接受DSLC的转差信号当组态了同步操作输入/功能就能通过触点输入功能键Modbus指令或505的操作面板来投入该输入如图2-2所示在实例中使用了屏装式DPST开关以便在DSLC和505中选择自动同步操作可以通过组态的升/降触点组态的420mA输入, Modbus指令或505的操作面板来改变505的所有PID给定值转速辅助串级下面所述的提示可供应用编程人员组态505时参考以实现图2-2所示的控制和限制作用实例2的505组态提示操作参数这是一种驱动发电机的应用场合Generator Application? Yes如果选择驱动发电机应用就要求对发电机和电网断路器触点输入进行编程组态Contact Input #1 Function: Generator Breaker,(Contact Input #2Function: Utility Tie Breaker)505被组态为通过1#模拟输入来检测来自有功功率变送器的发电机负荷信号Analog Input 1# Function: KW/Unit Load Input由于有功功率变送器的KW读数输出是自供电的因此需打开505的后盖装上JPR11发电机的负荷控制并网运行时是通过转速PID来控制且组态选用KW不等率Use KW Droop? Yes为了达到良好的响应和负荷调整分辨率不等率被设置为额定转速的5%Droop=5%如果电厂从电网退出作孤立运行要求随时切换至频率控制Use FreqArm/Disarm? No2-8串级控制串级控制回路被组态成通过2#模拟输入来接受进汽总管的压力信号AnalogInput #2 Function: Cascade Input因为采用由回路供电的二线制变送器与该信号相连需打开505的后盖装上JPR8505被组态成接受来自屏装式开关的触点输入以便从外部投入和退出进汽压力控制Contact Input #3 Function: Casc Control Enable串级输入被反向以达到正确的控制作用要提高汽轮机的进汽总管压力必须关小调节阀这称作为反作用并要求输入反向Invert Cascade Input? Yes在这应用实例中不采用给定值跟踪功能因为系统的压力给定值决不会变化从而使系统的起动更为方便Use Setpoint Tracking? No为了防止由于串级PID的控制而使发电机被反向驱动转速给定值的下限值设置为高于同步转速5rpm在这种情况下由于串级PID在正常运行期间不与其它控制回路分担进汽压力控制因此不需要设置不等率Cascade Droop? = 0%辅助控制辅助控制被组态成通过KW/机组负荷输入接受发电机的负荷信号采用KW不等率Use KW Input? Yes机组的负荷正比于汽轮机进汽阀的阀位因此输入不需要反向Invert Aux Input? No辅助PID被组态作为负荷限制器Use Aux Enable? No在这种情况下因为辅助PID仅作为限制器使用不与其它控制回路分担发电机的负荷控制因此不需要设置不等率Aux Droop = 0%在这实例中只有在并网运行时才要求投入辅助 PID Tiebkr Open Aux Dsbl? Yes Genbkr Open Aux Dsbl? Yes自动同步操作505调速器的6#模拟输入被组态为接受用于自动同步操作的DSLC转差信号Analog Input #6 Function: Synchronizing Input采用这种组态模拟输入的范围为缺省设置值以便为较好的性能提供一定的增益系数因此不采用输入的4 mA 和20mA组态设定值也不需要进行编程组态组态一个触点用于投入同步操作模拟输入Contact Input #4 Function:Synch Enable实例2的起动和运行方式提示2-9能够自动半自动或手动执行起动和升速至暖机或最低转速位置的操作如果编程组态了暖机/额定或顺序自动起动功能的话机组起动后就能使用这些功能使调速器升速至额定转速位置另一种方法是操作人员按要求手动给出升速指令提高汽轮机的转速机组起动后且控制在额定转速位置此时可以手动或自动进行汽轮发电机组的同步操作系统操作人员能够通过自动-同步选择开关图2-2中的开关SW1来选择自动同步当该开关闭合时就投入505的同步输入并选择DSLC的自动同步功能当电厂至电网的线路断路器闭合时闭合机组的发电机断路器505将转速/负荷给定值阶跃变化至最低负荷值以减小反向驱动即发电机电动回转的可能性这最小负荷值取决于转速/负荷的给定值缺省设置值为3%可以通过505的服务方式来调整该缺省值Breaker Logic – Min Load Bias = 5同步后能通过升降转速/负荷给定值触点编程组态的420mA输入Modbus指令或者505的操作面板来调整505的负荷给定值这种负荷控制方式可以用于缓慢增加汽轮机的负荷从减压站或汽轮机的旁路阀接管控制电网断路器和发电机断路器闭合后能够通过触点输入Modbus指令或505的操作面板随时投入串级控制汽轮机的排汽压力控制采用这种组态串级控制投入后如果进汽总管的实际压力与给定值不一致调速器将以转速给定值慢速率设定值增加发电机的负荷至进汽总管的压与给定值达到一致在这应用实例中辅助控制被组态作为限制器使用且当电网和发电机断路器闭合时自动投入并网运行时如果进汽总管压力的要求量和/或其它系统工况试图迫使发电机超出其负荷极限值运行时辅助PID将对调节阀进行控制以限制发电机的负荷一旦系统工况要求机组负荷低于辅助设定值串级/转速PID将重新控制发电机的负荷2-10。

温州锐志包装机械有限公司纸袋机产品说明书

PRODUCT QUOT ATION（产品报价单）温州锐志包装机械有限公司浙江省温州市平阳县万全镇郑楼工业区郑宋大道588号1.公司介绍锐志成立于1995年，致力于环保纸袋生产设备的研发生产，我们是环保食品纸袋行业中纸制袋机的中国领先供应商之一。

根据客户的实际需求，为客户提供完整的纸袋生产解决方案。

只有高质量的产品才能赢得最广泛的市场。

因此，我们从一开始就严格专注于制造具有高标准质量的纸袋机和纸袋辅助机的每个组件。

作为一家服务于全球的纸袋机制造商，我们始终把品质创新放在首位。

从研发设计、备件采购、组装生产、质检测评、销售到售后等一些列体系，真正地去满足客户的需求。

在纸袋机的生产过程中，我们注重生产线的每一个细节和质量控制。

通过使用高质量的材料和严格的质量控制，我们的产品非常可靠，易于操作并且运行速度很高。

我们已经与60多个国家和地区的全球客户建立了业务关系，所有机器均已通过CE认证，并获得质量管理体系标准ISO9001。

选择锐志，您不仅会拥有完美的解决方案和高品质的机器，而且还将提供优质的服务和高性价比。

2.资质证书3.产品介绍本机用于卷筒原色纸或印刷卷筒纸如牛皮纸、食品纸等纸卷由本机一次完成纸袋工艺。

由自动中锋上胶、印刷制袋跟踪。

原料成筒、定长切断、底部压痕、底部折底、底部上胶。

袋底成形，成品袋整理一次完成。

本机操作更方便，更高效，更稳定，是生产各种不同纸质袋、休闲食品袋、面包袋、干果袋等等环保纸袋纸袋机设备。

4.产品样袋5.主要特点1.采用法国SCHNEIDER触摸屏人机界面，操作功能一目了然，便于掌控。

2.采用德国原装REXROTH运动控制器（PC），通过高速总线Ether CAT，保证高速运行稳定。

3.采用德国原装REXROTH伺服电机搭配德国原装SICK光电眼修正，精确跟踪印刷袋尺寸。

4.原料装卸采用电机升降结构，放卷采用全自动恒张力控制。

5.原料纠偏采用意大利SELECTRA，降低纸卷对位调整时间。

日本帝人PC L-1250Y物性表

日本帝人PC L-1250Y物性表资料由金城塑胶提供 TeL 134 24 81 917 8标准注塑级，有一个改进的脱模性和蓝着色，表现出鲜明的色彩。

应用范围：机械，电子，电TRONIC，医疗，安全和工业设备的组件。

照明设备的组件，需要透明性和耐热性机械部件，从高至低的温度，需要足够的性能。

物理性质公英语密度1.20 g/cc 1.20克/立方厘米0.0434 lb/in³ 0.0434磅/³线性成型收缩率0.00500 - 0.00700 cm/cm 0.00500 - 0.00700厘米/厘米0.00500 - 0.00700 in/in 0.00500 - 0.00700 /线性成型收缩率，横向0.00500 - 0.00700 cm/cm 0.00500 - 0.00700厘米/厘米0.00500 - 0.00700 in/in 0.00500 - 0.00700 /熔体流动9.60 g/10 min 9.60 g/10分钟9.60 g/10 min 9.60 g/10分钟力学性能公英语抗拉强度，屈服 61.0 MPa 61.0兆帕8850 psi 8850 PSI断裂伸长率 >= 50.0 % > = 50.0％ >= 50.0 % > = 50.0％屈服伸长率 6.00 % 6.00％ 6.00 % 6.00％拉伸模量 2.40 GPa 2.40 GPA 348 ksi 348 KSI 弯曲模量 2.30 GPa 2.30 GPA334 ksi 334 KSI弯曲强度 91.0 MPa 91.0兆帕 13200 psi 13200 PSI简支梁冲击缺口NB NB NB NB简支梁冲击，缺口 7.60 J/cm² 7.60焦耳/平方厘米36.2 ft-lb/in² 36.2ft-lb/in²电气性能公英语体积电阻率 >= 1.00e+13 ohm-cm > = 1.00E 13欧姆·厘米 >= 1.00e+13 ohm-cm > = 1.00E 13欧姆·厘米表面电阻 >= 1.00e+15 ohm > = 1.00E +15欧姆。

工艺制程能力

深圳市一造电路技术有限公司
SHENZHNE YIZO CIRCUIT TECHNOLOGY CO.,LTD
Title
标题：工艺制程能力
Document No:
文件号码：YZ-WI-ME-01
Version
版本：A
Page Number
页码：Page 6 of 10
若有单需开窗而又要塞孔的要知会客户允许过电孔有锡珠；
3.5.4、拼板时线路不均时，需考虑线路分布不均的独立倒扣，使其入单元内电镀时不易烧板，或在锣去位置加上电镀平衡点平衡电镀；
3.6、层压板厚度（外发压板只作参考）
项目
最小板材厚度
半固化片
厚度
备注
内层板芯厚度
>0.1mm(不含基铜厚度)
1080
0.065mm
普通多层绝缘层厚度8.0+3mil/-2mil;高频板及阻抗板绝缘层厚度公差：11.0±2mil;
4.4、内层黑菲林要求
4.4.1、内层OPEN窗隔离环环宽：每边比孔径大0.28-0.35mm,对于内层相连PAD必须检查每边比孔径大0.15mm,且与PAD间距有0.15mm,否则需提出相讨；
4.4.2、内层线补偿系数
底铜厚度
最小焊盘(单边)
补偿线宽系数
最小线宽
最小线隙与PAD间距
备注
H/HOZ
0.15mm
Version
版本：A
Page Number
页码：Page3of 10
400*350mm,板厚在0.3-0.8mm：300*250mm;
3.5.2、水金板：最大拼板尺寸：620*600mm;金手指板:最大拼板尺寸：620*450mm:(受金缸影响) ;
3.5.3、多层板板边，一边≧10mm,一边至少有12mm,以防流胶；

太阳能电池测试系统使用说明书

太阳能电池测试系统软件使用说明书By dyw2021-11-05深圳普瑞材料技术有限公司SHENZHEN PURI MATERIALS TECHNOLOGIES, CO., LTD网址：邮箱：**********************深圳市宝安区新安街道兴东社区71区佳兆业兴东科创园A栋6楼目录1、概述 (1)1.1概述 (1)1.2术语与缩写解释 (1)2、系统综述 (2)3、运行环境 (3)3.1硬件要求 (3)3.2操作系统 (3)4、系统操作说明 (3)4.1系统安装、部署 (3)4.2软件操作 (5)1、概述1.1概述近年来钙钛矿太阳电池因其创纪录的高效能、低廉的制造成本而备受瞩目，因此应用于评价太阳能电池测试系统的需求应运而生。

对于光源部分，现有模拟太阳能光源较常使用的一般是氙灯，但其具有一定的应用局限性，包括使用寿命短，价格高昂，输出光源为点光源，放热严重等缺点，这些限制因素都影响实验室采样的稳数据定性和可靠性。

LED光源具有使用寿命长，光衰不明显，体积小，功耗低，并且为冷光源，在集合以上优点的情况下，利用算法组合优化各种波长的比例，可以制备出发射模拟太阳光光源的LED面光源，从而为科研工作者提供更有保障的采样稳定性和可靠性。

另外一方面，影响钙钛矿电池商业应用的主要原因是其电池的稳定性，目前钙钛矿电池仅能在使役条件下工作数月，而传统的硅电池能够工作超过25年。

良好的电池封装结构可以使电池隔离水氧，使的电池的寿命得以延长，更重要的是在科研过程中屏蔽这些因素对材料测试结果的影响。

目前科研过程中封装器件的方法有很多种，但多为一次性永久封装，而且在封装过程中会对材料引入损伤。

普瑞材料开发了一款免封装的太阳能电池测试夹具，使用时封装过程简单，无需高温烧结、紫外照射，无化学反应，该夹具体积小巧、安装拆卸均可在手套箱内操作完成，取出手套箱即可直接使用。

本产品集合模拟太阳光LED面光源、配合可重复使用的无损免封装夹具及配套电池性能测试软件系统，为钙钛矿研究工作者量身打造的一款专门的便捷式的太阳能电池测试系统。

松下MADC1505说明书英文版综合版本

Installation................................................................................ 23
Driver ............................................................................................................................................................ 23 Motor ............................................................................................................................................................. 24
AC Servo Motor Driver
MINAS AIII-series
Operating Manual
DV0P3450
[Be sure to give this instruction manual to the user.] • Thank you very much for your buying Panasonic AC Servo Motor Driver, MINAS
Parts Description ..................................................................... 20
Driver ............................................................................................................................................................ 20 Motor ............................................................................................................................................................. 22