RK097 9型金属轴多联型 - alpscom

9型⾦属轴多联型 RK097系列1轴⽆开关型产品编号RK097111091M电阻体数单联安装⽅向Horizontal type軸受固定⽅法螺纹固定操作部形状平轴操作部长度25mm中央定位⽆总阻值10kΩ电阻规律15A使⽤温度范围-20℃ to +70℃电性能总阻值允许差±20%额定功率0.05W最⾼使⽤电压50V AC, 10V DC剩余电阻20Ω max.绝缘电阻100MΩ min. 250V DC耐电压300V AC for 1 minute机械性能全旋转⾓度300°±5°旋转扭矩 2 to 25mN·m终端⽌挡强度0.5N·m轴推拉强度100N max.耐振性能10 to 55 to 10Hz/分, 全振幅1.5mm, X.Y.Z 3⽅向各2⼩时耐久性能操作寿命15,000 cycles最⼩订货单位(pcs.)⽇本800出⼝1,600照⽚外形图安装孔尺⼨图⾃插⼊侧看端⼦尺⼨轴承尺⼨附加零部件是附加到各产品上的零部件。

包装规格托盘包装数(pcs.)1箱/⽇本8001箱/出⼝包装1,600出⼝包装箱尺⼨(mm)373×540×207焊接条件浸焊⽅式的参考举例预热焊接⾯表⾯温度100℃ max.加热时间 2 min. max.浸焊焊接温度260±5℃ max.焊接时间5±1s焊接次数 2 time max.⼿⼯焊接⽅式的参考举例烙铁头温度350℃ max.焊接时间3s max.焊接次数 1 time表⽰本系列共通的注释。

1. 本产品⽬录中产品的颜⾊，与实物的颜⾊有所差异。

2. 附属开关可以选择单内轴型和双内轴型。

3. 请以最⼩订购单位的N(整数）倍来订货。

4. 除了产品⼀览之外，还备有丰富的可适⽤产品规格。

5. 本系列产品也可以⽤于车载。

的使⽤温度范围设定虽然⽐通常的⼤，但是请在使⽤时仔细确认正式的技术规格书。

GOST俄罗斯标准目录GOST 6999-1968现金出纳机纸GOST 6981-1975工业硫酸亚铁（绿矾）GOST 6979-1954象棋表GOST 6967-1970自动制钉机精度标准GOST 6956-1954管螺纹矫板及板牙GOST 6943.13-1979纺织玻璃纤维材料-硬挺度的测试方法GOST 6943.12-1979纺织玻璃纤维材料-悬垂度的测试方法GOST 6943.11-1979纺织玻璃纤维材料-弯曲硬挺度的测试方法GOST 6943.10-1979纺织玻璃纤维材料-断裂强力和断裂伸长的测试方法GOST 6943.9-1979纺织玻璃纤维材料-动态抗弯性能的测试方法GOST 6943.8-1979纺织玻璃纤维材料-含水量和灼烧损失的测试方法GOST 6943.7-1979纺织玻璃纤维材料-线性尺寸、面积密度和线密度的测定方法GOST 6943.6-1979纺织玻璃纤维材料-密度和难燃性测定方法GOST 6943.5-1979纺织玻璃纤维材料-单丝断裂强度测试方法GOST 6943.4-1979纺织玻璃纤维材料-捻度和捻度平衡指数的测定方法GOST 6943.3-1979纺织玻璃纤维材料-耐磨性测试方法GOST 6943.2-1979纺织玻璃纤维材料-单丝和纤维直径的测试方法GOST 6943.1-1979纺织玻璃纤维材料-线密度测试方法GOST 6943.0-1979纺织玻璃纤维材料-验收规则GOST 6940-1974交换机用白炽灯GOST 6939-1971灌木沼泽犁GOST 6927-1974混凝土外墙装饰技术条件GOST 6926-1975不透光纸GOST 6923-1984工业用辐射温度计一般技术要求GOST 6915-1971间接测量动脉压力的指示式压力仪器GOST 6862-1971永磁合金棒GOST6861-1973彩色书写纸GOST 6860-1968带有电磁式上条机构的汽车钟技术条件GOST 6855-1973框架开榫机主要参数与规格GOST 6854-1977细木工带锯机基本参数与尺寸GOST 6851.3-1977 6MTC-22型铅酸蓄电池技术条件GOST 6851.2-1977 6MTC-9型铅酸蓄电池技术条件GOST 6851.1-1977 3MT-8型铅酸蓄电池技术条件GOST 6851.0-1977摩托车和小型摩托车用铅蓄电池一般技术条件GOST 6850-1976 16mm电影放映机类型、基本参数、技术要求GOST 6826-1978木工四面刨床基本参数与尺寸GOST 6825-1974荧光灯GOST 6810-1974糊墙纸GOST 6809-1970热模锻曲柄压力机基本参数和尺寸GOST 6808-1976空气锤精度标准GOST 6800-1954带有电磁式上条机构的汽车钟技术条件GOST 6787-1980陶瓷地砖技术条件GOST 6787-1969陶瓷地砖GOST 6766-1973剪板机精度标准GOST 6765-1975热轨三层钢板和宽钢带GOST 6756-1957辛香料咸图贡白鲑、索西瓦鲱鱼、欧洲白鲑和高白鲑（桶装）GOST 6749-1974糊墙纸原纸GOST 6746-1975电容量具一般技术条件GOST 6742-1968内封页纸GOST 6727-1980加强钢筋混凝土结构用冷拉低碳钢钢丝GOST 6724-1977拱式和桥式蒸汽空气双作用锻缸精度标准GOST 6723-1972自动切边机精度标准GOST 6722-1975工业过滤纸板GOST 6713-1975桥梁建造用低合金结构钢。

DISCO公司產品介紹一：自動切割機什麼是自動切割機？是指被加工物的安裝及卸載作業均採用手動方式進行，只有加工工序實施自動化操作的切割機。

在有些機型上也可實施自動化位置校準作業。

但在機器內部沒有配置清洗、乾燥裝置.位置校準切割操作人員以手動方式將被加工物安裝到工作盤上。

3000系列的設備可自動實施位置校準作業。

300系列和500系列的設備，由操作人員使用顯微鏡進行切割位置對準作業。

操作人員只要按下開始按鈕，機台就可在位置校準工序識別出的切割道進行切割加工。

300系列 - Automatic Dicing Saw300系列切割機/切斷機，利用人工方式完成加工物的安裝調整及識別切割位置的校準作業，並且在設計上力求節省佔地空間，使該機型的外形結構顯得簡潔精巧。

另外，為了滿足各種加工要求，在最大加工物尺寸和加工精度等方面，均擁有種類豐富的產品群。

For 6" frameDAD321DAD322DAC351/DAD361設備概要適用ø 6"加工物的自動切割機DAD321的改良機型，産能更高追求高精度的切斷機和自動切割機最大加工物尺寸160 x 160ø6"(邊長6"方形)*1DAC351: 153 x 153 DAD361: 160 x 160適用框架2-6-1DAC351: - DAD361: 2-5, 2-6X軸可切割範圍(mm)192160192進刀速度有效範圍(mm/s)0.1 - 3000.1 - 5000.1 - 300Y軸可切割範圍(mm)162最小步進量(mm)0.00020.0001定位精度(mm)0.005以內/160(單一誤差)0.003以內/50.001以內/160(單一誤差)0.001以內/5光學尺最小分辨率(mm)-0.00005Z軸有效行程(mm)28.2(ø 2"切割刀片)32.2(ø 2"切割刀片)28.2(ø 2"切割刀片)最小移動量(mm)0.00010.000050.0001重復定位精度(mm)0.0010.0005可使用的最大切割刀片直徑(mm)ø76.2ø58(使用1.5 kW的主軸時)ø76.2θ軸最大旋轉角度(deg)380320DAC351: －DAD361: 380主軸額定功率(kW)1.5 at 30,000 min-1額定力矩(N・m)0.48轉速範圍(min-1)3,000 - 40,000設備尺寸(WxDxH)(mm)500 x 1,050 x 1,455500 x 900 x 1,600500 x 1,050 x 1,455設備重量(kg)約500約420(無變壓器)約470(有變壓器)約550*1另外需要專用夾具。

TM 9-6695-256-34P DEPARTMENT OF THE ARMY TECHNICAL MANUALDIRECT SUPPORT AND GENERAL SUPPORT MAINTENANCEREPAIR PARTS AND SPECIAL TOOLS LISTFORFUNCTION GENERATOR, TEKTRONIX MODEL FG502(NSN 6695-01-074-7956)Current as of 5 December 1979Headquarters, Department of the Army, Washington, DC9 January 1980REPORTING OF ERRORSYou can help improve this publication by calling attention to errors and byrecommending improvements and stating your reasons for the recommendations. Yourletter or DA Form 2028, Recommended Changes to Publications, should be maileddirectly to Commander, US Army Missile Command, ATTN: DRSMI-MFM, RedstoneArsenal, AL 35809. A reply will be furnished directly to you.Paragraph PageSECTION I.INTRODUCTIONScope (11)General (21)Explanation of columns (31)Special information (45)How to locate repair parts (55)Abbreviations (66)II.REPAIR PARTS LIST (9)Functional Group Model Partgroup title No.No.6696Function Generator FG502A MIS30526/5III.NATIONAL STOCK NUMBER AND PARTNUMBER INDEX (13)iSection I. INTRODUCTION1. Scope.This manual lists spares and repair parts that are required for maintenance of the Function Generator, Tektronix Model FG502A. It authorizes the requisitioning and issue of spares and repair parts as indicated by the source and maintenance codes.2. General. This repair parts and special tools list (RPSTL) is divided into the following sections:a.Section I. Introduction.b.Section II. Repair Parts List. A list of spares and repair parts authorized for use in the performance of maintenance. The list also includes parts which must be removed for replacement of the authorized parts. Parts lists are composed of functional groups in numeric sequence, with the parts in each group listed in figure and item number sequence. Bulk materials are listed in National Stock Number (NSN) sequence.c.Section III. NSN and Part Number Index. A list, in National Item Identification Number (NIIN) sequence, of all NSN’s appearing in the listings, followed by a list in alphameric sequence of all part numbers appearing in the listings. NSN’s and part numbers are cross-referenced to each illustration figure and item number appearance.3. Explanation of Columnsa.Illustration. This column is divided as follows:(1)Figure Number. Indicates the figure number of the illustration on which the item is shown.(2)Item Number. The number used to identifyitem called out in the illustration.b.Source, Maintenance, and Recoverability (SMR)Codes.(1)Source Code. Source codes indicate themanner of acquiring support items for maintenance, repair, or overhaul of end items. Source codes are entered in the first and second positions of the Uniform SMR Code format as follows:Code DefinitionPA -Item procured and stocked for anticipated or known usage.PB -Item procured and stocked for insurance purpose because essentiality dictates that a minimumquantity be available in the supply system.PC -Item procured and stocked and which otherwise would be coded PA except that it is deteriorativein nature.PD -Support item, excluding support equipment, procured for initial issue or outfitting and stockedonly for subsequent or additional initial issues oroutfittings. Not subject to automaticreplenishment.PE -Support equipment procured and stocked for initial issue or outfitting to specified maintenancerepair activities.PF -Support equipment which will not be stocked but which will be centrally procured on demand.1PG -Item procured and stocked to provide for sustained support for the life of the equipment. It is appliedto an item peculiar to the equipment which,because of probable discontinuance orshutdown of production facilities, would proveuneconomical to reproduce at a later time.KD -An item of a depot overhaul/repair kit and not purchased separately. Depot kit defined as a kitthat provides items required at the time ofoverhaul or repair.KF -An item of a maintenance kit and not purchased separately. Maintenance kit defined as a kit thatprovides an item that can be replaced atorganizational or intermediate levels ofmaintenance.KB -Item included in both a depot overhaul/repair kit and a maintenance kit.MO -Item to be manufactured or fabricated at organizational level.MF -Item to be manufactured or fabricated at the direct support maintenance level.MH -Item to be manufactured or fabricated at the general support maintenance level.MD -Item to be manufactured or fabricated at the depot maintenance level.AO -Item to be assembled at organizational level.AF -Item to be assembled at direct support maintenance level.AH -Item to be assembled at general supportmaintenance level.AD -Item to be assembled at depot maintenance level.XA - Item is not procured or stocked because the requirements for the item will result in thereplacement of the next higher assembly.XB -Item is not procured or stocked. If not available through salvage, requisition.XC -Installation drawing, diagram, instruction sheet, field service drawing, that is identified bymanufacturer’s part number.XD - A support item that is not stocked. When required, item will be procured through normal supplychannels.NOTECannibalization or salvage may be used as asource of supply for any items coded aboveexcept those coded XA and aircraft supportitems as restricted by AR 700-42.(2) Maintenance Code. Maintenance codesare assigned to indicate the levels of maintenance authorized to USE and REPAIR support items. The maintenance codes are entered in the third and fourth positions of the Uniform SMR Code format as follows:(a)The maintenance code entered in thethird position will indicate the lowest maintenance level authorized to remove, replace, and use the support item.The maintenance code entered in the third position will indicate one of the following levels of maintenance:2TM 9-6695-256-34PCode Application/ExplanationC -Crew or operator maintenance performed withinorganizational maintenance.O -Support item is removed, replaced, used at the organizational level.F -Support item is removed, replaced, used at thedirect support level.H -Support item is removed, replaced, used at thegeneral support level.D -Support items that are removed replaced, used atdepot, mobile depot, or specialized repair activityonly.(b)The maintenance code entered in the fourth position indicates whether the item is to be repaired and identifies the lowest maintenance level with the capability to perform complete repair (i.e., all authorized maintenance functions). This position will contain one of the following maintenance codes:Code Application/ExplanationO -The lowest maintenance level capable of complete repair of the support item is the organizationallevel.F -The lowest maintenance level capable of completerepair of the support item is the direct supportlevel.H -The lowest maintenance level capable of completerepair of the support item is the general supportlevelD -The lowest maintenance level capable of completerepair of the support item is the depot level.L -Repair restricted to (enter applicable designated specialized repair activity), Specialized RepairActivity.Z -Nonreparable. No repair is authorized.B -No repair is authorized. The item may bereconditioned by adjusting, lubricating, etc., atthe user level. No parts or special tools areprocured for the maintenance of this item.(3)Recoverability Code. Recoverability codesare assigned to support items to indicate the disposition action on unserviceable items. The recoverability code is entered in the fifth position of the Uniform SMR Code format as follows:RecoverabilityCodes DefinitionZ - Nonreparable item. When unservicable, condemn and dispose at the level indicated in position 3.O - Reparable item. When uneconomically reparable, condemn and dispose at organizational level.F -Reparable item. When uneconomically reparable,condemn and dispose at the direct support level. 3H - Reparable item. When uneconomicallyreparable, condemn and dispose at thegeneral support level.D -Reparable item. When beyond lower levelrepair capability, return to depot.Condemnation and disposal not authorizedbelow depot level.L -Reparable item. Repair, condemnation, and disposal not authorized belowdepot/specialized repair activity level.A -Item requires special handling or condemnationprocedures because of specific reasons (i.e.,precious metal content, high dollar value,critical material or hazardous material). Referto appropriate manuals/directives for specificinstructions.c.National Stock Number (NSN). Indicates the NSN assigned to the item and which will be used for requisitioning.d.Part Number. Indicates the primary number used by the manufacturer (individual, company, firm, corporation, or Government activity), which controls the design and characteristics of the item by means of its engineering drawings, specifications, standards, and inspection requirements to identify an item or range of items.NOTEWhen a stock numbered item isrequisitioned, the item received may have adifferent part number than the part beingreplaced.e.Federal Supply Code for Manufacturer(FSCM). The FSCM is a 5-digit numeric code listed inSB 708-42 which is used to identify the manufacturer,distributor, or Government agency, etc.f.Description. Indicates the Federal item nameand, if required, a minimum description to identify theitem. The physical security classification of the item isindicated by the parenthetical entry (insert applicablephysical security classification abbreviation, e.g.,Phy Sec C1 (C)-Confidential, Phy Sec C1 (S)-Secret,Phy Sec C1 (T)-Top Secret). Items that are includedin kits and sets are listed below the name of the kit orset with the quantity of each item in the kit or setindicated in the quantity incorporated in unit column.When the part to be used differs between serialnumbers of the same model, the effective serialnumbers are shown as the last line of the description.In the Special Tools List, the initial basis of issue(BOI) appears as the last line in the entry for eachspecial tool, special Test, Measurement, andDiagnostic Equipment (TMDE), and other specialsupport equipment. When density of equipmentssupported exceeds density spread indicated in theBOI, the total authorization is increased accordingly.g.Unit of Measure (U/M). Indicates thestandard of the basic quantity of the listed item asused in performing the actual maintenance function.This measure is expressed by a two-characteralphabetical abbreviation (e.g., ea, in, pr, etc). Whenthe unit of measure differs from the unit of issue, thelowest unit of issue that will satisfy the required unitsof measure will be requisitioned.4h.Quantity Incorporated in Unit. Indicates the quantity of the item used in the breakout shown on the illustration figure, which is prepared for a functional group, subfunctional group, or an assembly. A "V" appearing in this column in lieu of quantity indicates that no specific quantity is applicable (e.g., shims, spacers, etc).4.Special Informationa.Repair parts for components of standards sets which can be identified as existing in the supply system will be requisitioned through normal supply channels from the appropriate supply commodity manager.b.Repair parts for components of standards sets which cannot be identified as to proper supply source will be requisitioned from USAMICOM, using routing identifier B64 and furnishing as a minimum, the following as exception data.(1)Component stock number of the individual end item to be repaired.(2)Component manufacturer’s equipment model number and serial number.(3)The equipment manufacturer’s stock number as listed in the appropriate manual for the desired repair part.(4)The repair part reference designation, circuit reference, circuit symbol schematic designation, or reference number as listed in the manufacturer’s manual.(5)The technical specification of the repair part as contained in the appropriate manufacturer’s manual.(6)The title and date of the manufacturer’s manual from which the information in paragraphs a, b(3), (4), and (5) above was taken.NOTESRepair parts should not be requisitioned forplug-in boards identified in the plug- in boardexchange program, except by the depotdesignated to perform the repair. Repair ofcalibration set components, with plug-in boardassemblies or subassemblies designated asprogram exchange replacements with arecover- ability code of L, will be accomplishedby replacing the plug-in board.c.The plug-in board exchange program functionsare as follows:(1)Requisitioning instructions for initial issueplug-in boards will be provided since new instrument boards are included in the program.(2)As a plug-in board covered by the programfails, a replacement will be requisitioned. Requisitions will be submitted to Commander, US Army Missile Command, B64, Redstone Arsenal, AL 35809.(3)Simultaneously with c(2) above, thedefective board being replaced will be shipped by certified mail, return receipt requested, to the following address:Transportation OfficerAnniston Army DepotM/F Field Service StockAnniston, AL 36201When requisitioning a replacement board, the turn-in document number of the replaced board shall be cited on the requisition.5.How to Locate Repair Partsa.When NSN or reference number is unknown:(1) First. Using the table of contents,determine the assembly (functional group) within which the repair part belongs.5(2)Second. Using the repair parts listing, findthe functional group to which the repair part belongs and locate the item by description.b.When NSN or reference number is known:(1)First. Using the index of NSN’s and reference numbers, find the pertinent NSN or reference number. This index is in ascending NSN cross-referenced to the illustration figure number and item number.(2)Second. Using the repair parts listing, find the figure and item number, and locate the figure and item number in the repair parts list.6.Abbreviations. The abbreviations listed below may appear in this RPSTL:AC .................alternating currentACC ..............accordanceACCUR .........accuracyAL .................aluminumAMP ..............ampereASSY ............assemblyASTM ............American Standardfor Testing MaterielATTEN ..........attenuationAWG .............American WireGageBAN ..............bananaBLK................blackBR ................brassC ...................centigrade, calibration, cyclesper secondCAL ...............calibrateCAP ..............capacitanceCD .................codeCER...............ceramicCOAX............coaxialpositionCOND ...........conductorCONN ...........connectorCONS ...........consistingCONT............continualCOP ..............copperCOR..............corrosionCPS ..............cycles per secondCU.................cubicCUR...............currentCYL............... cylinderDB.................decibelDBL............... doubleDC ................direct currentDEG ..............degreeDET ..............detectorDIA ...............diameterDIM ...............dimensionDIV................ divisionDPDT ............double pole double throwDPL ..............deploymentELEC ............electricalEQUIPM........equipmentF ...................FahrenheitFED ..............FederalFIN ................finishFLG ..............flangeFREQ ...........frequencyFSCM ...........Federal supply code formanufacturersFT .................footGC ................gigacyclesGEN ..............generatorGHZ ..............gigahertzGPM .............gallons per minuteGRAD ...........graduationH ...................highHD ................headHYDR ...........hydraulicHZ .................hertzID ..................inside diameterIN ..................inchINCL .............inclusiveK ...................thousand (prefix)KC ................kilocyclesKG ................kilogramsKHZ ..............kilohertzKMHZ ...........thousand megahertzKV .................kilovoltsLAB boratoryLB .................poundsLG .................lengthLT..................light6M ...................thousandMA liampereMAX ..............maximumMC ................megacycles lifarads MFR...............manufacturerMG ligrams MHZ...............megahertzMIN ...............minimum, minutesML liliters limetersMOD .............modifiedMSEC liseconds MTL...............materialMV livolts liwatts NBS...............National Bureau Standards NEG...............negative NO.................number NOM..............nominal NPT...............National Pipe Thread NSN...............National stock number OA..................overallOD ................outside diameter OPER.............operatingOZ .................ounce PCS...............pieces PCT...............percent PF.................. picofarads PK..................peck PLTD............. platedPN ................. part number POS............... positivePP ..................peak-to-peakPSI ................ pounds per square inch PWR..............powerREF ...............reference REP...............repetitionREQ ..............required REQMTS.......requirements RES...............resistanceRF .................radio frequency RG.................rangeRH .................right hand RL..................reelRM ................rack mountedRMS ..............root mean squareROT ..............rotatingRPM .....................revolutions per minuteS......................singleSEC......................secondsSECT.....................sectionSERR....................serratedSHK ......................shankSNG .....................singleSPEC ...................specificationSPL......................specialSQ .....................squareSTD .....................standardSTGT ...................straightSW......................switchSWR .....................standing wave ratioSYS ......................systemTEL ......................telescopicTERM ...................terminalTHD......................threadTHERM ................thermometerTHK ......................thickTSTR ....................testerU......................unitUF ......................microfaradsUHF ......................ultra high frequencyV ......................voltsVAC ......................volts alternating current, vacuumVDC ......................volts direct currentVHF ......................very high frequencyVSWR ..................voltage standing wave ratioW ......................watts, with, widthWT ......................weight7 (8 blank)SECTION II TM 9-6695-256-34P(1) (2) (3) (4) (5) (6) (7)(8) ILLUSTRATION DESCRIPTION(a) (b) NATIONAL QTY FIG ITEM SMR STOCK PART INC NO. NO. CODE NUMBER NUMBER FSCM USABLE ON CODE U/M INUNITGROUP 6696GENERATOR, FUNCTIONFG502 80009M1S30526-5 188761 10PAFZZ 5910-00-632-2826D153F791FO 00853CAPACITOR,FIXED MICA.............................. EA 11 20PAFZZ 5910-00-774-4653281-0125-00 80009CAPACITOR.ELECTRICAL............................. EA 11 30PAFZZ 5910-00-823-1339CC22UJ150G 81349CAPACITOR, FIXED, CER.............................. EA 11 40PAFZZ 5910-00-806-0675CC22UJ510G 81349CAPACITOR, FIXED, CER.............................. EA 11 50PAFZZ 5910-00-487-8236196D104X9050HA156289CAPACITOR, FIXED, ELE.............................. EA 11 60PAFZZ 5910-01-071-7187196D105X0035HA156289CAPACITOR,FIXED, ELE............................... EA101 70PAFZZ 5910-00-577-1315281-0504-00 80009CAPACITOR, FIXED, CER.............................. EA 21 80PAFZZ 5910-00-064-9433283-0604-00 80009CAPACITOR.FIXED, MICA............................. EA 11 90PAFZZ 5910-01-058-9572CMR05F201FODR 81349CAPACITOR, FIXED,MICA............................. EA 21 100PAFZZ 5910-00-113-5499M39014/02-1350 81349CAPACITOR, FIXED, CER ............................ EA 61 110PAFZZ 5910-00-860-8525281-0611-00 80009CAPACITOR, FIXED....................................... EA 11 120PAFZZ 5910-01-043-8883CMR05E330GODR81349CAPACITOR, FIXED, MICA............................ EA 21 130PAFZZ 5910-00-368-2380 TDC106KO25FL 90201CAPACITOR.FIXED, ELE .............................. EA 41 140PAFZZ 5910-00-163-3938 DM15CD16R8D04 72136CAPACITOR.FIXED, MICA............................. EA 1CR1 150PAFZZ 5910-01-043-6897CMR05F131GODR81349CAPACITOR, FIXED, MICA............................ EA 11 160PAFZZ 5910-00-355-8928301-000Z5DO-171J72982CAPACITOR, FIXED, CER.............................. EA 11 170PAFZZ 5910-00-807-1543CC22UJ470G 81349CAPACITOR, FIXED, CER.............................. EA 11 180PAFZZ 5910-00-615-0105CC30UJ101G 81349CAPACITOR,.FIXED, CER.............................. EA 11 190PAFZZ 5910-01-066-3756283-0691-00 80009CAPACITOR,.FIXED, MICA............................ EA 11 200PAFZZ 5910-00-801-1005CC30UJ101G 18876CAPACITOR, FIXED, CER.............................. EA 11 210PAFZZ 5910-01-043-6906 290-0324-00 80009CAPACITOR, FIXED,. ELE............................. EA 21 220PAFZZ 5910-01-042-7757281-0202-00 80009CAPACITOR, VARIABLE................................ EA 11 230PAFZZ 5910-01-018-4623 C010EA/20E 80031CAPACITOR, VARIABLE, .............................. EA 11 240PAFZZ 5910-00-548-1273 281-0207-00 80009CAPACITOR.VARIABLE................................. EA 31 250PAFZZ 5910-00-932-9453 530-002 72982CAPACITOR,VARIABLE................................. EA 11 260PAFZZ 5910-00-626-36457301609 32878CAPACITOR,VARIABLE................................. EA 11 270PAFZZ 5910-01-043-7926295-0164-00 80009CAPACITOR SET, MATCH............................. EA 11 280PDFDD6695-01-086-1044670-2595-01 80009CIRCUIT CARD ASSY.................................... EA 11 290PDFDD6695-01-084-7039 670-2595-01 80009CIRCUIT CARD ASSY ................................... EA 11 300PDFDD6695-01-086-1045 670-2595-02 80009CIRCUIT CARD ASSY.................................... EA 11 310PAFZZ 5935-00-001-7558131-0955-00 80009CONNECTOR, RECEPTACLE........................ EA 31 320PAFZZ 5935-00-689-470710672091 18876CONNECTOR, RECEPTACLE ....................... EA 11 330PAFZZ 5325-00-425-5381210-0774-00 80009EYELET, METALLIC....................................... EA 11 340PAFZZ 6240-00-008-4550CM7220 71744LAMP,INCANDESCENT ................................. EA 19SECTION II TM 9-6695-256-34P(1)(2)(3)(4)(5)(6)(7)(8) ILLUSTRATION DESCRIPTION(a)(b)NATIONAL QTY FIG ITEM SMR STOCK PART INC NO.NO.CODE NUMBER NUMBER FSCM USABLE ON CODE U/M INUNIT 1350PAFZZ5962-01-010-*******-0067-0080009MICROCIRCUIT, LINEAR ..............................EA7 1360PAFZZ5962-01-043-9129156-0067-0680009MICROCIRCUIT, LINEAR...............................EA2 1370PAFZZ5961-00-325-8453152-0488-0080009RECTIFIER, SEMICONDUCTOR....................EA2 1380PAFZZ5905-00-437-0882315-0330-0080009RESISTOR......................................................EA4 1390PAFZZ5905-00-501-3719321-0442-0080009RESISTOR ....................................................EA2 1400PAFZZ5905-00-110-7620RCR07G102JS81349RESISTOR, FIXED, COMP.............................EA9 1410PAFZZ5905-00-200-9602RNC60K4021FS81349RESISTOR, FIXED, FILM ...............................EA1 1420PAFZZ5905-00-960-0099CB100501121RESISTOR, FIXED, COMP.............................EA16 1430PAFZZ5905-00-434-5068321-0289-0080009RESISTOR, FIXED, FILM................................EA8 1440PAFZZ5905-01-046-6845321-0286-0080009RESISTOR,.FIXED, FILM................................EA1 1450PAFZZ5905-00-405-7804 321-0114-0080009RESISTOR, FIXED, FILM................................EA1 1460PAFZZ5905-00-756-6460CEATO-1240F75042RESISTOR, FIXED, FILM................................EA2 1470PAFZZ5905-00-126-6683RCR07G332JS81349RESISTOR, FIXED, COMP ............................EA2 1480PAFZZ5905-00-106-1356RCR07G152JS81349RESISTOR,.FIXED, COMP.............................EA4 1490PAFZZ5905-00-234-437488511501121RESISTOR, FIXED, COMP.............................EA2 1500PAFZZ5905-01-064-9057321-0346-0080009RESISTOR, FIXED FILM.................................EA2 1530PAFZZ5905-00-270-1325RNC55K2212FS81349RESISTOR, FIXED, FILM................................EA2 1540PAFZZ5905-00-118-4560RCR07G395JS81349RESISTOR, FIXED, COMP ............................EA1 1550PAFZZ5905-00-119-8768RCR07G821JS81349RESISTOR, FIXED, COMP.............................EA2 1560PAFZZ5905-00-417-3076G320905J82101714RESISTOR, FIXED, COMP.............................EA2 1570PAFZZ5905-01-064-9048MFF18X016C1000191637RESISTOR, FIXED.FILM.................................EA4B1580PAFZZ5905-00-994-8526321-0277-0080009RESISTOR, FIXED,.FILM ...............................EA2 1590PAFZZ5905-00-114-0708RCR07G202JS81349RESISTOR, FIXED, COMP.............................EA4 1600PAFZZ5905-00-141-1183RCR07G101JS81349RESISTOR, FIXED, COMP.............................EA9 1610PAFZZ5905-00-114-5407RCR2OG271JS81349RESISTOR, FIXED, COMP.............................EA1 1620PAFZZ5905-00-961-1683EB241501121RESISTOR, FIXED, COMP.............................EA1 1630PAFZZ5905-00-111-4845RCR07G201JS81349RESISTOR,.FIXED, COMP.............................EA3 1640PAFZZ5905-00-435-1718RCR07G241JS81349RESISTOR, FIXED, COMP.............................EA1 1650PAFZZ5905-00-116-8555RCR07G153JS81349RESISTOR,.FIXED, COMP.............................EA2 1660PAFZZ5905-00-131-9729RCRO7G302JS81349RESISTOR, FIXED, COMP.............................EA3 1670PAFZZ5905-00-426-7740321-0239-0080009RESISTOR,.FIXED, FILM................................EA2 1680PAFZZ5905-00-105-7764RCRO7G222JS81349RESISTOR, FIXED, COMP.............................EA5 1690PAFZZ5905-00-136-8406RCR07G242JS81349RESISTOR, FIXED, COMP.............................EA1 1700PAFZZ5905-00-108-6922RCR20G151LJS81349RESISTOR, FIXED, COMP ...........................EA2301-0151-00 FSCM 800091710PAFZZ5905-00-436-8167301-0101-0080009RESISTOR, FIXED, COMP.............................EA2 1720PAFZZ5905-00-106-1249RCRO7G510JS81349RESISTOR, .FIXED, COMP............................EA1 1730PAFZZ5905-00-442-9356315-0240-0080009RESISTOR, FIXED, COMP.............................EA1 1740PAFZZ5905-00-477-8034308-0685-0080009RESISTOR, FIXED, WIREWOUND................EA1 1750PAFZZ5905-00-111-4736 RCR20G161JS81349RESISTOR, FIXED, COMP.............................EA 1 1760PAFZZ5905-00-120-9154RCR07G471JS81349RESISTOR, FIXED, COMP.............................EA110ILLUSTRATION DESCRIPTION(a)(b)NATIONAL QTY FIG ITEM SMR STOCK PART INC NO.NO.CODE NUMBER NUMBER FSCM USABLE ON CODE U/M INUNIT 1770PAFZZ5905-00-126-6696RCP07G751JS81349RESISTOR, FIXED, COMP.............................EA2 1780PAFZZ5905-00-485-4554RCR07G911JS81349RESISTOR, FIXED, COMP.............................EA1 1790PAFZZ5905-00-228-5506RCR07G622JS81349RESISTOR,FIXED,COMP...............................EA1 1800PAFZZ5905-00-115-8055RCR07G393JS81349RESISTOR, FIXED, COMP.............................EA1 1810PAFZZ5905-00-437-0921315-0752-*******RESISTOR,.FIXED, COMP.............................EA1 1820PAFZZ5905-00-110-0388RCR07G104JS81349RESISTOR, FIXED, COMP.............................EA1 1830PAFZZ5905-00-106-3666RCR07G103JS81349RESISTOR, FIXED, COMP.............................EA1 1840PAFZZ5905-00-121-9920RCR07G303JS81349RESISTOR, FIXED, COMP.............................EA2 1850PAFZZ5905-00-481-1330RNC55K3570FS81349RESISTOR, FIXED, FILM................................EA1 1860PAFZZ5905-00-232-3011CEATO-1542F75042RESISTOR,.FIXED, FILM................................EA2 1870PAFZZ5905-00-405-7803321-0110-0080009RESISTOR, FIXED, FILM................................EA1 1880PAFZZ5905-00-104-8363RCR07G820JS81349RESISTOR, FIXED, COMP.............................EA1 1890PAFZZ5905-00-111-1679RCR07G512JS81349RESISTOR, FIXED, COMP.............................EA6315-0512-00 FSCM 800091900PAFZZ5905-00-102-5293CB912501121RESISTOR, FIXED, COMP.............................EA2 1910PAFZZ5905-00-106-3668RCR07G220JS81349RESISTOR, FIXED, COMP.............................EA4315-0220-00 FSCM 800091920PAFZZ5905-00-135-3974RCR07G431JS81349RESISTOR, FIXED, COMP.............................EA3 1930PAFZZ5905-00-922-9925321-0260-0080009RESISTOR......................................................EA1 1940PAFZZ5905-00-437-0874315-0300-0080009RESISTOR, FIXED, COMP.............................EA1 1950PAFZZ5905-00-135-3973RCR07G221JS81349RESISTOR, FIXED, COMP.............................EA1 1960PAFZZ5905-00-119-8855RCR07G112JS81349RESISTOR, FIXED, COMP.............................EA1 1970PAFZZ5905-00-104-8368RCR07G470JS81349RESISTOR,.FIXED, COMP.............................EA3 1980PAFZZ5905-00-113-7346RCR32G470JS81349RESISTOR,.FIXED, COMP.............................EA4 1990PAFZZ5905-00-441-7816321-0192-0080009RESISTOR, FIXED, FILM................................EA1 11000PAFZZ5905-00-110-7292CEATO-1271F75042RESISTOR, FIXED, FILM................................EA1 11010PAFZZ5905-00-104-8362RCR07GL32JS81349RESISTOR, FIXED, COMP.............................EA1 11020PAFZZ5905-00-136-8431RCR07G432JS81349RESISTOR, FIXED, COMP.............................EA1 11030PAFZZ5905-00-426-7791321-0261-0080009RESISTOR, FIXED., FILM ..............................EA2 11040PAFZZ5905-01-036-9405311-1561-0080009RESISTOR, VARIABLE ..................................EA1 11050PAFZZ5905-00-119-8812RCR07G121JS81349RESISTOR,.FIXED, COMP.............................EA1 11060PAFZZ5905-01-018-5555 311-1427-0080009RESISTOR, VARIABLE ..................................EA1 11070PAFZZ5905-00-136-8405RCR07G131JS81349RESISTOR, FIXED, COMP.............................EA1 11080PAFZZ5905-01-018-301491ARIK73138RESISTOR, VARIABLE ..................................EA1 11090PAFZZ5905-01-034-3413311-1564-0080009RESISTOR, VARIABLE...................................EA1 11100PAFZZ5905-01-036-6416311-1565-0080009RESISTOR,VARIABLE ...................................EA5 11110PAFZZ5905-01-005-9598311-1175-0080009RESISTOR, VARIABLE...................................EA1 11120PAFZZ5905-01-017-320391AR10073138RESISTOR, VARIABLE...................................EA5 11130PAFZZ5905-00-910-0763311-0258-0080009RESISTOR, VARIABLE...................................EA1 11140PAFZZ5935-00-359-8912131-1003-0080009RETAINER, ELECTRICAL..............................EA1 11150PAFZZ5961-01-005-9752152-0457-*******SEMICONDUCTOR DEVICE..........................EA5 11160PAFZZ5961-00-105-7681152-0141-0280009SEMICONDOUCTOR DEVICE,.......................EA4811。

Glucose Oxidase Activity Assay KitCatalog Number MAK097Storage Temperature –20 CTECHNICAL BULLETINProduct DescriptionGlucose Oxidase (GOx, EC 1.1.3.4) is an enzyme found in insects, fungi, and bacteria that catalyzes the oxidation of D-glucose to D-gluconolactone. GOx is widely used in the food, beverage, chemical, and pharmaceutical industries.The Glucose Oxidase Activity Assay Kit provides a simple and direct procedure for measuring GOx activity in a variety of biological samples. GOx activity is determined by a coupled enzyme assay, in which GOx oxidizes D-glucose resulting in the production of hydrogen peroxide (H2O2) that reacts with a probe, generating a colorimetric (570 nm)/fluorometric(ex = 535/em = 587 nm) product, proportional to the GOx present. One unit of GOx is defined as the amount of enzyme that generates 1.0 mole of H2O2 per minute at 37 C.ComponentsThe kit is sufficient for 100 assays in 96 well plates. GOx Assay Buffer 28 mL Catalog Number MAK097AFluorescent Peroxidase Substrate, in DMSO 0.2 mL Catalog Number MAK097BGOx Substrate 1 mL Catalog Number MAK097CGOx Developer 1 vl Catalog Number MAK097DGOx Positive Control 1 vl Catalog Number MAK097EH2O2 Standard, 0.88 M 0.1 mL Catalog Number MAK097F Reagents and Equipment Required but NotProvided.96 well flat-bottom plate – It is recommended to useblack plates with clear bottoms for fluorescenceassays and clear plates for colorimetric assays.Fluorescence or spectrophotometric multiwell plate readerPrecautions and DisclaimerThis product is for R&D use only, not for drug, household, or other uses. Please consult the Safety Data Sheet for information regarding hazards and safe handling practices.Preparation InstructionsBriefly centrifuge vials before opening. To maintain reagent integrity, avoid repeated freeze/thaw cycles.GOx Assay Buffer – Allow buffer to come to room temperature before use.Fluorescent Peroxidase Substrate – Allow reagent to come to room temperature before use. Mix well by pipetting, then aliquot and store, protected fromlight and moisture, at –20 C. Upon thawing, theFluorescent Peroxidase Substrate is ready-to-usein the colorimetric assay.For the fluorescence assay, dilute an aliquot of the Fluorescent Peroxidase Substrate 5 to 10-fold with GOx Assay Buffer, just prior to use. This will reduce the background of the fluorescence assay.GOx Developer and GOx Positive Control –Reconstitute each in 220 L of GOx Assay Buffer.Mix well by pipetting (don’t vortex), then aliquoteach and store at –20 C. Use within two months of reconstitution and keep cold while in use.Storage/StabilityThe kit is shipped on wet ice. Storage at –20 C, protected from light, is recommended.2 ProcedureAll samples and standards should be run in duplicate. Use ultrapure water for the preparation of standards.H2O 2Standards for Colorimetric Detection22prepare a 10 mM standard solution. Further dilute the 10 mM standard to 0.5 mM by diluting 50 l of the 10 mM standard solution with 950 l of GOx Assay Buffer. Add 0, 2, 4, 6, 8, 10 L of the 0.5 mM standard solution into a 96 well plate, generating 0 (blank), 1, 2, 3, 4, and 5 nmole/well standards. Add GOx Assay Buffer to each well to bring the volume to 50 L.H 2O 2 Standards for Fluorometric Detection Prepare a 0.5 mM standard solution as for thecolorimetric assay. Dilute 10 L of the 0.5 mM standard solution with 90 L of the GOx Assay Buffer to make a 50 M standard solution. Add 0, 2, 4, 6, 8, 10 L of the prepared 50 M standard solution into a 96 well plate, generating 0 (blank), 0.1, 0.2, 0.3, 0.4, and0.5 nmole/well standards. Add GOx Assay Buffer to each well to bring the volume to 50 L.Sample PreparationBoth the colorimetric and fluorometric assays require 50 L of sample for each reaction (well).Tissue (10 mg) or cells (1 106) should be rapidly homogenized with 100–200 L of GOx Assay Buffer. Centrifuge at 15,000 g for 10 minutes to remove insoluble materials. Bring samples to a final volume of 50 L with GOx Assay Buffer.Serum samples can be directly added to wells. Add 1–50 L samples into wells of a 96 well plate. Bring samples to final volume of 50 L with GOx Assay Buffer.For unknown samples, it is suggested to test several sample volumes to make sure the readings are within the standard curve range.Notes: High background may be a problem for some samples. To remove the effect of background, a sample blank may be set up for each sample by omitting the GOx Substrate.For the positive control (optional), add 2–10 L of the GOx Positive Control to wells.Assay Reaction1. Set up the Reaction Mixes according to the schemein Table 1. 50 L of the appropriate Reaction Mix is required for each reaction (well).Table 1.Reaction Mixes 36 L 46 L 2 L 2 L 2 L 2 L10 L 2. Add 50 L of the appropriate Reaction Mix to eachwell. Mix well using a horizontal shaker or by pipetting.3. After 5 minutes, take the initial measurement(T initial ). For colorimetric assays, measure theabsorbance at 570 nm (A 570)initial . For fluorometric assays, measure fluorescence intensity (FLU initial , ex = 535/em = 585 nm).4. Incubate the plate at 37 C taking measurements(A 570 or FLU) every 2–3 minutes. Protect the plate from light during the incubation.5. Continue taking measurements until the value ofthe most active sample is greater than the value of the highest standard (Colorimetric – 5 nmole/well or fluorometric – 0.5 nmole/well). At this time the most active sample is near or exceeds the end of the linear range of the standard curve.6. The final measurement [(A 570)final or FLU final ] forcalculating the enzyme activity would bepenultimate reading or the value before the most active sample is near or exceeds the end of the linear range of the standard curve, see step 5. The time of the penultimate reading is T final .Note: It is essential the final measurement falls within the linear range of the standard curve.3 ResultsCalculationsCorrect for the background by subtracting the final measurement [(A570)final or FLU final] obtained for the0 (blank) standard from the final measurement [(A570)final or FLU final] of the standards. Plot the H2O2 standard curve.Note: A new standard curve must be set up each time the assay is run. Calculate the change in measurement from T initial to T final for samples and sample blanks.A570 = (A570)final– (A570)initialorFLU = FLU final– FLU initialAlso, subtract the Sample Blank measurement value from the sample measurement values. Compare the measurement value (A570 or FLU) of each sample to the standard curve to determine the amount of H2O2 generated by the oxidase assay between T initial and T final (B).The Glucose Oxidase activity of a sample may be determined by the following equation:GOx Activity = B Sample Dilution Factor(Reaction Time) VB = Amount (nmole) of H2O2 generated between T initialand T finalReaction Time = T final– T initial (minutes)V = sample volume (mL) added to wellGOx activity reported as nmole/min/mL = milliunit/mL, where one unit of GOx is defined as the amount of enzyme that generates 1.0 mole of H2O2 per minute at 37 C.4KVG,LS,MF,MAM 03/16-1 2016 Sigma-Aldrich Co. LLC. All rights reserved. SIGMA-ALDRICH is a trademark of Sigma-Aldrich Co. LLC, registered in the US and other countries. Sigma brand products are sold through Sigma-Aldrich, Inc. Purchaser must determine the suitability of the product(s) for their particular use. Additional terms and conditions may apply. Please see product information on the Sigma-Aldrich website at and/or on the reverse side of the invoice or packing slip.。

Mass Axis Offset
±499
Restricted
当以一定的变化率改变离子源各部件上的电压时，可以绘出各个离子丰度
Restricted
(Default Value)
{
69 502
m/z
Offset
Restricted 适当的EM
合适的丰度值
典型的相对丰度自动调谐报告
合适的同位素比例
重要的是对调谐做出正确评价。

对轮廓图中峰形、同位素峰分离状况、电压以及质谱图中峰数目、基峰的绝对丰度、水和空气峰相对于
以及质量分配、相对丰度和同位素比都需要做出评价。

标准谱图调谐报告
合适的电子倍增器电压
适当的丰度值
合适的同位素比例
合适的相对丰度
Restricted
Restricted 轮廓图连续扫描离子丰度随离子源参数变化曲线
手动调谐允许交互设置自己的调谐参数。

它使您非常灵活地改变自动调谐
Restricted
进入Edit MS Parameters / Adjust Parameters
注意：发现漏气时先检查气相色谱进样口的状态。

进样口在分流状态时质谱仪仍然表现为漏气时再用以下方法捡漏。

Restricted Vacuum status 显示真空状态
Restricted
Restricted
Restricted
Restricted
分别显示轮廓图中所要观察的质量数。

execute /spectrum scan运行一次，检查
Restricted （状态）菜单用来检查MSD 的状态：。

旋转编码器2012年11月带安装式定子联轴器的旋转编码器分离式联轴器的旋转编码器本样本是以前样本的替代版，所有以前版本均不再有效。

订购海德汉公司的产品仅以订购时有效的样本为准。

产品遵循的标准（ISO，EN等），请见样本中的标注。

海德汉公司的旋转编码器是测量旋转运动、角速度的传感器，也可与机械测量设备一起使用，例如丝杠，测量直线运动。

应用领域包括电机、机床、印刷机、木工机器、纺织机器、机器人和运送设备以及各种测量，测试和检验设备。

高质量正弦增量信号可进行高倍率细分，用于数字速度控制。

电子手轮2目录选型指南标准用途的旋转编码器供电电源3.6至5.25 V DC2) 内部2倍频细分后最大至10 000个信号周期数3) 内部5/10倍频细分后最大至36 000个信号周期（如果需要更高细分倍数，可提供）42634 ERN 480000至5 000线405选型指南标准用途的旋转编码器内部2倍频细分后最大周期数为10 0002) 内部5/10倍频细分后最大至36 000个信号周期（如果需要更高细分倍数，可提供）642 50 54 7选型指南电机旋转编码器内部2倍频细分后8 192个信号周期2) 内部5/10/20/25倍频细分后37 500个信号周期8参见产品信息910供电电源3.6至5.25 V DC2)内部2倍频细分后最大至10 000个信号周期数3)内部2倍频细分后8 192个信号周期4)根据用户要求，可提供盲孔轴版选型指南特殊用途的旋转编码器40请见产品概要：应用于电梯行业的旋转编码器请见产品概要：11测量原理测量基准测量方法海德汉公司的光学扫描型光栅尺或编码器的测量基准都是周期刻线－光栅。

这些光栅刻在玻璃或钢材基体上。

这些精密光栅通过多种光刻工艺制造。

光栅的制造方式有：•在玻璃上镀硬铬线•在镀金钢带上蚀刻线条，或者•在玻璃或钢材基体上蚀刻三维结构图案。

海德汉公司开发的光刻工艺生产的栅距典型值为50 µm至4 µm。

机加工滚针轴承带挡边滚针轴承无挡边滚针轴承调心滚针轴承组合滚针轴承内圈机加工滚针轴承带挡边滚针轴承 (003)带挡边滚针轴承中，外圈加工有挡边，与滚针和保持架组成一个自保持单元。

这些径向紧凑的轴承具有高的承载能力，非常适用于径向空间有限的设计。

这种轴承有带内圈和不带内圈、双侧密封和开式等类型。

对淬硬和磨削的轴来说，不带内圈的轴承是最好的解决方案。

如果轴不能作为滚动轴承的滚道，要用带内圈的滚针轴承。

无挡边滚针轴承 (037)外圈不带挡边的滚针轴承是可分离轴承。

这就意味着外圈、滚针和保持架组件及内圈能分别安装。

这使轴承安装非常容易。

轴承有带内圈和不带内圈及单列和双列设计。

对淬硬和磨削的轴来说，不带内圈的轴承是最好的解决方案。

调心滚针轴承 (051)调心滚针轴承有一个外表面为球面的外圈和一个冲压外套。

因此，它们补偿静态轴线不对中可达3°，但是不适于支撑摆动运动。

轴承有带内圈和不带内圈的设计。

对淬硬和磨削的轴来说，不带内圈的轴承是最好的解决方案。

组合滚针轴承 (059)组合滚针轴承是向心轴承，带有支撑轴向载荷的轴向部件。

它们用作定位或半定位轴承而且不允许轴和轴承座之间的任何倾斜。

轴承有带内圈和不带内圈的设计。

对淬硬和磨削的轴来说，不带内圈的轴承是最好的解决方案。

内圈 (077)如果轴不适宜用作滚道，内圈可作为滚动体和密封唇的滚道。

如果轴和轴承座之间有较大的轴向位移，要采用较宽的内圈。

001 <<<>>> 002带挡边滚针轴承带挡边滚针轴承页产品概览带挡边滚针轴承 (005)特性 (006)无内圈滚针轴承 (006)带内圈滚针轴承 (006)密封 (006)润滑 (006)密封圈和宽内圈 (007)工作温度 (007)保持架 (007)后缀 (007)设计与安全指南最小径向载荷 (008)转速 (008)轴承布置设计 (008)精度内部径向游隙 (010)包络圆 (010)尺寸表无内圈滚针轴承 (011)带内圈滚针轴承 (023)无内圈带密封滚针轴承 (035)036带内圈带密封滚针轴承.........................................................产品概览带挡边滚针轴承无内圈单列或双列NK 、NKS 、RNA48、RNA49、RNA69RNA69..-ZW103 244a103 187b 唇式密封RNA49..-RSR RNA49..-2RSR103 260a103 246a 带内圈单列或双列NKI 、NKIS 、NA48、NA49、NA69NA69..-ZW103 245a 103 192b 唇式密封NA49..-RSR NA49..-2RSR103 259103 247a 005 <<<特性单列或双列带挡边滚针轴承由带挡边的机加工外圈、滚针和保持架组件以及可分离内圈组成。

一、德马吉1. 公司简介：德国D M G机床集团，是由德国的德克尔（D eck e l）、马霍（M ah o）、计得美（G ildm e iste r）三家机床公司组成。

计得美公司取得了德克尔、马霍两公司的股权进行收买，于1994年7月正式成立了D M G机床集团。

目前，D M G机床集团共有9个子公司，共5400人。

即：1个总部总管全体；3个车床生产厂生产普通车床和N C车床；3个加工中心（M C）和铣床、激光加工机生产厂；1个铸件生产厂；1个全面进行销售、服务的经营部。

德克尔马豪吉特迈(上海)机床有限公司建立于2002年11月。

这个吉特迈集团在欧洲以外建立的第一家工厂于2003年1月正式竣工投产。

2000年D M G机床集团总销售额8．1亿美元，比上年增长34％。

该集团在许多发展策略中十分重要的是经营部，负责调查、了解世界用户市场需求，向生产部门提出生产计划和用户对新品种的需求，及时供应用户。

该经营部经理现年51岁，为车间现场工程师出身，精通英、德、法三种语言，熟悉业务，在欧、美、亚有60个以上代理经营和销售网点，了解供需实况，能够切实做到“知己知彼，百战不殆”，对DMG机床集团的迅速发展起到了极为重要的作用。

作为全球领先的切削机床制造商，德马吉核心业务领域覆盖全面，包括“车削”、“铣削”、“超声振动加工”、“激光加工技术”及为机床和太阳跟踪系统而设计的自动化与软件解决方案。

公司的产品线不仅包括入门级经济型机床——ECOLINE系列金属加工网，同时还有满足复杂加工要求的创新技术机床。

为满足全球不断增长的需求，德马吉已经开发了面向用户的全面的产品线。

目前集团在全球35个国家设有72家国内国际销售服务公司，拥有可随时调配使用的密集销售服务网络。

2. 产品简介：A. 车削技术车削技术有八大产品系列，分别为NEF系列数控万能车床、CTX系列数控万能车床、CTV 系列立式车床、TWIN系列双诅咒生产型车铣复合加工中心、SPEED系列数控纵切自动车床、SPRINT系列数控自动车床、GMC|GM系列数控多主轴车削中心/多主轴自动车床。