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钻机配件技术参数一、主机参数：1.功率：主机的功率是指钻机发动机的额定功率，单位通常为千瓦（kW）。
2. 转速：主机转速一般以每分钟转数（r/min）为单位，可以是连续变速或多档固定。
转速直接关系到钻机的钻进速度和效率。
3.压力：主机的液压系统工作压力，一般为兆帕（MPa）。
液压系统工作压力越高，可以提供更大的扭矩和力矩，适应更复杂的钻进工况。
二、钻头参数：1. 直径：钻头直径是指钻头刃部最大直径，单位通常为毫米（mm）。
钻头直径决定了井眼的尺寸，直径越大，可钻取更粗的井眼。
2.钻速：钻速是指钻头在单位时间内钻进的深度，单位为米/小时（m/h）。
钻速受转速和井岩性质等因素影响，一般会凭借经验进行调整。
3.钻头类型：钻头根据工作原理和刃部结构可以分为钻头、锚齿钻头、牙轮钻头、钢牙钻头等。
不同类型的钻头适用于不同的工况。
三、钻管参数：1. 直径：钻管直径是指钻杆外径，单位通常为毫米（mm）。
钻杆直径决定了井眼的尺寸，直径越大，可钻取更粗的井眼。
2.长度：钻管长度是指单根钻管的长度，单位通常为米（m）。
钻杆的长度决定了井深的可控范围。
3. 规格：钻管规格一般指钻杆的壁厚和类型，例如，Q series（DQ，DP，ZZ,ACYTY,）等，不同规格的钻杆适用于不同的工况。
四、钳具参数：1.夹紧力：钳具的夹紧力是指夹紧装置的最大夹紧力，单位通常为千牛（kN）。
夹紧力越大，可以提供更大的钻具牢固度和稳定性。
2. 直径范围：钳具直径范围是指钳具能够夹紧的钻具直径范围，单位通常为毫米（mm）。
直径范围决定了钳具的适用范围。
五、顶驱（或吊卡）参数：1.承载能力：顶驱（或吊卡）的承载能力是指能够承受的最大重力荷载和扭矩荷载，单位通常为千牛（kN）和千牛·米（kN·m）。
2.行程：顶驱（或吊卡）的行程是指顶驱（或吊卡）的上下移动距离，单位通常为米（m）。
六、钻柱参数：1.长度：钻柱长度是指钻柱的整体长度，包括了各个组件的长度，单位通常为米（m）。
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。
石油钻井超级震击器1、规格系列与性能参数2、工作原理CSJⅡ型超级震击器是通过锥体活塞在液缸内的运动压缩液体和钻具被提拉贮能来实现上击动作。
安装在超级震击器上方的钻具被提拉时，超级震击器的锥体活塞压缩液体,由于锥体活塞与密封体之间的阻尼作用，为钻具贮能提供了时间。
当锥体活塞运动到释放腔时，随着高压液压油瞬时卸荷，钻具突然收缩，产生向上的动载荷。
为被卡的钻具提供巨大的打击力。
3、使用、操作（一）、CSJⅡ型超级震击器除用于打捞作业外还用于取芯作业。
（1）打捞作业当用于打捞操作时，CSJⅡ型超级震击器应直接地安装在接近卡点的钻铤柱的下方。
为了获得更大的动载荷，在CSJⅡ型超级震击器的下井作业时，可与加速器配套使用。
注意：加速器安装在超级震击器上方第四根钻铤的范围之内。
（2）取芯作业CSJⅡ型超级震击器通常应安装在取芯工具的上方。
这时只要给钻柱一个中等的拉力，就能够提供一次足够切断岩芯的比较轻的冲击力，比直接拉断岩芯，有利于取芯作业。
井下使用时钻具结构建议如下：打捞作业钻具结构：打捞工具+安全接头+超级震击器+钻铤+加速器+钻柱取芯作业钻具结构：取芯筒+安全接头+超级震击器+钻铤+钻柱（二）、下井前的准备（1）震击器下井前应按跟踪卡检查核对，准确无误后，方可下井。
（2）检查油堵及调节销钉是否上紧。
（3）在安装有CSJⅡ型超级震击器的钻具组合中，超级震击器的上方应装有100米左右的钻铤，尤其在浅井中作业更为重要。
（三）、使用方法（1）当确认井下卡钻事故的性质需要向上震击时，才能使用震击器。
这时应从卡点倒开并提起钻具。
然后按上述的钻具组合，连接好打捞钻具，进行打捞作业。
当打捞工具抓紧井下落鱼之后，就可以进行震击作业。
（2）下放钻柱使压在超级震击器心轴上的力约3～4吨，使超级震击器关闭。
（3）提钻震击，操作者以一定的速度和拉力上提钻具，使钻具产生足够的弹性伸长，然后刹住刹把，等待震击。
由于井下情况各异，产生震击的时间也从几秒至几分钟不等。
一、扭力扳手系列1.棘轮可换向预置式使用介绍此款扭力扳手精度高、结构坚固及操作方便棘轮头的设计可以顺时、逆时切换，棘轮齿数为45齿精度：3%（500N.m以上精度为4%），优于国际上扭力扳手的标准精度手柄有防滑设计手柄尾端调整锁紧装置可防止在操作过程中，将已设定好的扭力值因操作失误，导致扭力值不准确双刻度视窗可精确的设定扭力值，极小的分辨率公制产品编号驱动方榫范围长度宽度重量N.m Lb.ft mm mm kgCM1012 1/4" 2.5-12 20-105 * 288 38 0.54 CM1020 1/4" 4.0-20 30-180 * 288 38 0.54 CM2030 3/8" 4.5-30 50-250 * 316 38 0.68 CM2060 3/8" 10-60 9-45 385 38 0.82 CM3060 1/2" 10-60 9-45 385 38 0.82 CM2125 3/8" 25-125 20-90 440 38 0.90 CM3125 1/2" 25-125 20-90 440 38 0.90 CM3200 1/2" 40-200 30-150 465 40 1.02 CM3335 1/2" 65-335 50-250 525 40 1.16 CM4335 3/4" 65-335 50-250 525 40 1.20 CM3335L 1/2" 65-335 50-250 702 40 1.95CM4335L 3/4" 65-335 50-250 702 40 2.00 CM4500 3/4" 100-500 80-400 840 60 4.04 CM4800 3/4" 160-800 120-600 1040 60 4.93 CM5800 1" 160-800 120-600 1040 60 4.93 CM41000 3/4" 200-1000 150-750 1040 60 4.93 CM51000 1" 200-1000 150-750 1040 60 4.93 CM51500 1" 300-1500 200-1100 1250 72 8.20 CM52000 1" 400-2000 300-1500 1250 72 8.20 CM53000 1" 600-3000 400-2200 1250 72 9.50 *单位为Lb.in英制产品编号驱动方榫范围长度宽度重量Lb.ft N.m mm mm kgC1200 1/4" 40-200 * 4.0-22 275 38 0.54C2250 3/8" 50-250 * 60-280 * 310 38 0.68C2100 3/8" 20-100 25-135 420 38 0.90C3100 1/2" 20-100 25-135 420 38 0.90C3150 1/2" 30-150 40-200 460 40 1.02C3250 1/2" 50-250 70-340 520 40 1.16C4250 3/4" 50-250 70-340 520 40 1.20C3250L 1/2" 50-250 70-340 700 40 1.95C4250L 3/4" 50-250 70-340 700 40 2.00C4400 3/4" 80-400 100-550 840 60 4.04C4600 3/4" 100-600 150-800 1040 60 4.93C5600 1" 100-600 150-800 1040 60 4.93 *英制单位为Lb.in , 公制单位为dN.m2.头部可交换预置式使用介绍此款扭力扳手精度高、结构坚固及操作方便头部形式有：9X12mm 14X18mm凹方孔24X32mm 27X36mm凹方孔精度：3%（500N.m以上精度为4%），优于国际上扭力扳手的标准精度手柄有防滑设计手柄尾端调整锁紧装置可防止在操作过程中，将已设定好的扭力值因操作失误，导致扭力值不准确双刻度视窗可精确的设定扭力值，极小的分辨率此款扳手头部的应用十分广泛，比一般的套筒使用更便利搭配使用的头部请参照插件部分产品编号凹方孔尺寸范围长度宽度重量N.m Lb.ft mm mm kgCMH912 9X12 2.5-12 20-105 * 281 38 0.44 CMH920 9X12 4.0-20 30-180 * 281 38 0.44 CMH930 9X12 4.5-30 50-250 * 299 38 0.58 CMH960 9X12 10-60 9-45 368 38 0.72 CMH9125 9X12 25-125 20-90 423 38 0.80 CMH14200 14X18 40-200 30-150 457 38 0.92 CMH14335 14X18 65-335 50-250 517 38 1.06 CMH14335L 14X18 65-335 50-250 694 38 1.85 CMH24500 24X32 100-500 80-400 840 56 4.04 CMH24800 24X32 160-800 120-600 1040 56 4.93 CMH241000 24X32 200-1000 150-750 1040 56 4.93 CMH271500 27X36 300-1500 200-1100 1250 64 8.00 CMH272000 27X36 400-2000 300-1500 1250 64 8.00CMH273000 27X36 600-3000 400-2200 1250 64 9.30 *单位为Lb.in英制产品编号凹方孔尺寸范围长度宽度重量Lb.ft N.m mm mm kgCH9200 9X12 40-200* 4.0-22 260 38 0.44CH9250 9X12 50-250* 60-280* 295 38 0.58CH9100 9X12 20-100 25-135 405 38 0.80CH14150 14X18 30-150 40-200 455 38 0.92CH14250 14X18 50-250 70-340 515 38 1.06CH14250L 14X18 50-250 70-340 695 38 1.85CH24400 24X32 80-400 100-550 840 56 4.04CH24600 24X32 100-600 150-800 1040 56 4.93 *英制单位为Lb.in , 公制单位为dN.m3.迷你型棘轮可换向预置式使用介绍此款扭力扳手精度高、结构坚固及操作方便棘轮头的设计可以顺时、逆时切换，棘轮齿数为45齿精度：3%，优于国际上扭力扳手的标准精度手柄有防滑设计全金属，更耐用全新拉推定位式锁紧机构公制产品编号驱动方榫范围长度宽度重量N.m Lb.in mm mm kgGSM15 1/4" 1-5 10-45 240 28 0.35 GSM110 1/4" 2-10 20-90 252 28 0.35 GSM115 1/4" 3-15 30-140 266 28 0.35 英制产品编号驱动方榫范围长度宽度重量Lb.in N.m mm mm kgGS150 1/4" 10-50 1-5.5 240 28 0.35GS1100 1/4" 20-100 2-11 252 28 0.35GS1150 1/4" 30-150 3-17 266 28 0.35 4.迷你型头部可交换预置式使用介绍此款扭力扳手精度高、结构坚固及操作方便头部形式有：ф12mm凸圆头精度：3%，优于国际上扭力扳手的标准精度手柄有防滑设计全金属，更耐用全新拉推定位式锁紧机构搭配使用的头部请参照圆孔插件部分公制产品编号凸圆头尺寸范围长度宽度重量N.m Lb.in mm mm kgGSMR125 ф12 1-5 10-45 230 28 0.30 GSMR1210 ф12 2-10 20-90 242 28 0.30 GSMR1215 ф12 3-15 30-140 256 28 0.30 英制产品编号凸圆头尺寸范围长度宽度重量Lb.in N.m mm mm kgGSR1250 ф12 10-50 1-5.5 230 28 0.30GSR12100 ф12 20-100 2-11 242 28 0.30GSR12150 ф12 30-150 3-17 256 28 0.30 5. 棘轮可换向全金属预置式使用介绍此款扭力扳手精度高、结构坚固及操作方便棘轮头的设计可以顺时、逆时切换，棘轮齿数为45齿精度：3%（500N.m以上精度为4%），优于国际上扭力扳手的标准精度手柄有防滑设计全金属，更耐用全新拉推定位式锁紧机构公制产品编号驱动方榫范围长度宽度重量N.m Lb.ft mm mm kgGM112 1/4" 2.5-12 20-105 * 290 38 0.68GM120 1/4" 4.0-20 30-180 * 290 38 0.68 GM230 3/8" 4.5-30 50-250 * 318 38 0.82 GM260 3/8" 10-60 9-45 388 38 0.96 GM360 1/2" 10-60 9-45 388 38 0.96 GM2125 3/8" 25-125 20-90 443 38 1.04 GM3125 1/2" 25-125 20-90 443 38 1.04 GM3200 1/2" 40-200 30-150 468 40 1.16 GM3335 1/2" 65-335 50-250 528 40 1.30 GM4335 3/4" 65-335 50-250 528 40 1.34 GM3335L 1/2" 65-335 50-250 700 40 2.10 GM4335L 3/4" 65-335 50-250 700 40 2.15 GM4500 3/4" 100-500 80-400 855 60 5.00 GM4800 3/4" 160-800 120-600 1055 60 5.90 GM5800 1" 160-800 120-600 1055 60 5.90 GM41000 3/4" 200-1000 150-750 1055 60 5.90 GM51000 1" 200-1000 150-750 1055 60 5.90 GM51500 1" 300-1500 200-1100 1260 72 9.20 GM52000 1" 400-2000 300-1500 1260 72 9.20 GM53000 1" 600-3000 400-2000 1260 72 10.5 *单位为Lb.in英制产品编号驱动方榫范围长度宽度重量Lb.ft N.m mm mm kgG1200 1/4" 40-200 * 4.0-22 280 38 0.68 G2250 3/8" 50-250 * 6.0-30 315 38 0.82 G2100 3/8" 20-100 25-135 425 38 1.04 G3100 1/2" 20-100 25-135 425 38 1.04 G3150 1/2" 30-150 40-200 505 40 1.16 G3250 1/2" 50-250 70-340 525 40 1.30 G4250 3/4" 50-250 70-340 525 40 1.34 G3250L 1/2" 50-250 70-340 705 40 2.10G4250L 3/4" 50-250 70-340 705 40 2.15G4400 3/4" 80-400 100-550 855 60 5.00G4600 3/4" 100-600 150-800 1055 60 5.90G5600 1" 100-600 150-800 1055 60 5.90G51000 1" 200-1000 250-1350 1260 72 9.20G52000 1" 400-2000 500-2700 1260 72 10.50 *单位为Lb.in6.头部可交换全金属预置式使用介绍此款扭力扳手精度高、结构坚固及操作方便头部形式有：9X12mm 14X18mm凹方孔24X32mm 27X36mm凹方孔精度：3%（500N.m以上精度为4%），优于国际上扭力扳手的标准精度手柄有防滑设计全金属，更耐用全新拉推定位式锁紧机构此款扳手头部的应用十分广泛，比一般的套筒使用更便利搭配使用的头部请参照插件部分公制产品编号凹方孔尺寸范围长度宽度重量N.m Lb.ft mm mm kgGMH912 9X12 2.5-12 20-105 * 284 38 0.58 GMH920 9X12 4.0-20 30-180 * 284 38 0.58 GMH930 9X12 4.5-30 50-250 * 303 38 0.72 GMH960 9X12 10-60 9-45 372 38 0.86 GMH9125 9X12 25-125 20-90 427 38 0.94 GMH14200 14X18 40-200 30-150 460 38 1.06 GMH14335 14X18 65-335 50-250 520 38 1.20 GMH14335L 14X18 65-335 50-250 700 38 2.00 GMH24500 24X32 100-500 80-400 855 56 5.00 GMH24800 24X32 160-800 120-600 1055 56 5.90 GMH241000 24X32 200-1000 150-750 1055 56 5.90 GMH271500 27X36 300-1500 200-1100 1260 64 9.00 GMH272000 27X36 400-2000 300-1500 1260 64 9.00 GMH273000 27X36 600-3000 400-2000 1260 64 10.3 *单位为Lb.in英制产品编号凹方孔尺寸范围长度宽度重量Lb.ft N.m mm mm kgGH9200 9*12 40-200* 4.0-22 265 38 0.58 GH9250 9*12 50-250* 6.0-30 300 38 0.72 GH9100 9*12 20-100 25-135 410 38 0.94 GH14150 14*18 30-150 40-200 500 38 1.06 GH14250 14*18 50-250 70-340 520 38 1.20 GH14250L 14*18 50-250 70-340 700 38 2.00 GH24400 24X32 80-400 100-550 855 56 5.00 GH24600 24X32 100-600 150-800 1055 56 5.90 GH271000 27X36 200-1000 250-1350 1260 64 9.00GH272000 27X36 400-2000 500-2700 1260 64 10.30 *单位为Lb.in7.棘轮可换向全金属预置式（头部可转动）使用介绍此款扭力扳手精度高、结构坚固及操作方便棘轮头的设计可以顺时、逆时切换，棘轮齿数为45齿精度：3%，优于国际上扭力扳手的标准精度活动头部可转动±15°角度手柄有防滑设计全金属，更耐用全新拉推定位式锁紧机构公制产品编号驱动方榫范围长度宽度重量N.m Lb.ft mm mm kgGM120F 1/4" 4.0-20 30-180 * 319 35 0.68 GM2125F 3/8" 25-125 20-90 468 38 1.04GM3125F 1/2" 25-125 20-90 468 38 1.04 GM3335F 1/2" 65-335 50-250 562 40 1.30 GM4335F 3/4" 65-335 50-250 562 40 1.34 *单位为Lb.in英制产品编号驱动方榫范围长度宽度重量Lb.ft N.m mm mm kgG1200F 1/4" 40-200 * 4.0-22 310 35 0.68G275F 3/8" 15-75 20-100 450 38 1.04G375F 1/2" 15-75 20-100 450 38 1.04G2100F 3/8" 20-100 25-135 450 38 1.04G3100F 1/2" 20-100 25-135 450 38 1.04G3250F 1/2" 50-250 70-340 560 40 1.30G4250F 3/4" 50-250 70-340 560 40 1.34 *单位为Lb.in8.棘轮可换向UB牌预置式使用介绍此款扭力扳手精度高、结构坚固及操作方便棘轮头的设计可以顺时、逆时切换，棘轮齿数为45齿精度：4%手柄有防滑设计手柄尾端调整扭矩，锁紧可靠公制产品编号驱动方榫范围长度宽度重量N.m mm mm kgUM1012 1/4" 3-12 297 30 0.55 UM1020 1/4" 4.0-20 297 30 0.55 UM2030 3/8" 6-30 338 38 0.70 UM2060 3/8" 10-60 371 38 0.75 UM2100 3/8" 20-100 420 38 0.85 UM3150 1/2" 30-150 446 42 0.90UM3200 1/2" 40-200 465 42 1.00 UM3250 1/2" 50-250 530 42 1.10 UM3340 1/2" 60-340 570 42 1.20 英制产品编号驱动方榫范围长度宽度重量Lb.ft mm mm kgU1150 1/4" 30-150 * 297 30 0.55U2250 3/8" 50-250 * 338 38 0.70U2500 3/8" 100-500 * 371 38 0.75U21000 3/8" 200-1000 * 420 38 0.85U3100 1/2" 20-100 446 42 0.90U3150 1/2" 30-150 465 42 1.00U3200 1/2" 40-200 530 42 1.10U3250 1/2" 50-250 570 42 1.20 *英制单位为Lb.in9.棘轮可换向定值式使用介绍此款扭力扳手精度高、结构坚固及操作方便棘轮头的设计可以顺时、逆时切换，棘轮齿数为45齿精度：3%（500N.m以上精度为4%），优于国际上扭力扳手的标准精度手柄有防滑设计此款扳手被大量应用在工厂的流水线上扭力值设定：需通过扭力测试仪来设定值，如诺特测试仪若需要由工厂在出厂前设定，请在订单上注明扭力值产品编号驱动方榫范围长度宽度重量N.m Lb.ft mm mm kgP112 1/4" 2.5-12 20-105 * 260 38 0.48 P120 1/4" 8-20 60-180 * 260 38 0.48 P230 3/8" 10-30 90-250 * 280 38 0.62 P260 3/8" 20-60 15-45 320 38 0.76P360 1/2" 20-60 15-45 320 38 0.76P2125 3/8" 50-125 40-90 400 38 0.84P3125 1/2" 50-125 40-90 400 38 0.84P3200 1/2" 80-200 60-150 445 40 0.96P3335 1/2" 120-335 90-250 510 40 1.10P4335 3/4" 120-335 90-250 510 40 1.14P3335L 1/2" 120-335 90-250 690 40 1.90P4335L 3/4" 120-335 90-250 690 40 1.95P4500 3/4" 200-500 150-400 830 60 4.00P4800 3/4" 300-800 225-600 1030 60 4.90P5800 1" 300-800 225-600 1030 60 4.90P41000 3/4" 400-1000 300-750 1030 60 4.90P51000 1" 400-1000 300-750 1030 60 4.90P51500 1" 600-1500 400-1100 1250 72 8.20P52000 1" 800-2000 600-1500 1250 72 8.20P53000 1" 1200-3000 800-2200 1250 72 9.50 *单位为Lb.in10.头部可交换定值式使用介绍此款扭力扳手精度高、结构坚固及操作方便头部形式有：9X12mm 14X18mm凹方孔24X32mm 27X36mm凹方孔精度：3%（500N.m以上精度为4%），优于国际上扭力扳手的标准精度手柄有防滑设计此款扳手被大量应用在工厂的流水线上扭力值设定：需通过扭力测试仪来设定值，如诺特测试仪若需要由工厂在出厂前设定，请在订单上注明扭力值此款扳手头部的应用十分广泛，比一般的套筒使用更便利搭配使用的头部请参照插件部分产品编号凹方孔尺寸范围长度宽度重量N.m Lb.ft mm mm kgPH912 9X12 2.5-12 20-105 * 245 28 0.38PH920 9X12 8-20 60-180 * 245 28 0.38PH930 9X12 10-30 90-250 * 265 28 0.52PH960 9X12 20-60 15-45 305 28 0.66PH9125 9X12 50-125 40-90 385 28 0.74PH14200 14X18 80-200 60-150 440 32 0.86PH14335 14X18 120-335 90-250 505 32 1.00PH14335L 14X18 120-335 90-250 685 32 1.80PH24500 24X32 200-500 150-400 830 56 4.00PH24800 24X32 300-800 225-600 1030 56 4.90PH241000 24X32 400-1000 300-750 1030 56 4.90PH271500 27X36 600-1500 400-1100 1250 64 8.00PH272000 27X36 800-2000 600-1500 1250 64 8.00PH273000 27X36 1200-3000 800-2200 1250 64 9.30 *单位为Lb.in11.棘轮可换向电子数显式（普通型）使用介绍此款扭力扳手精度高、结构坚固及操作方便棘轮头的设计可以顺时、逆时切换，棘轮齿数为45齿多种扭力单位选择：Nm；Lb.in；Lb.ft带背景灯的大屏幕显示带报警灯和报警声最大值保持功能手动复位，显示设定值满负载的20%-100%内，精度：2%省电模式公制产品编号驱动方榫范围长度宽度重量N.m Lb.ft mm mm kgEM120 1/4" 2.0-20 17.7-177 * 365 41 0.60 EM220 3/8" 2.0-20 17.7-177 * 365 41 0.60 EM230 3/8" 3.0-30 26.5-265 * 365 41 0.60 EM250 3/8" 5-50 44.2-442 * 390 41 0.68 EM2100 3/8" 10-100 7.4-74 420 41 0.73 EM3100 1/2" 10-100 7.4-74 420 41 0.73 EM3200 1/2" 20-200 14.7-147 460 41 0.85 EM3300 1/2" 30-300 22.1-221 590 41 1.21 EM4300 3/4" 30-300 22.1-221 590 41 1.25 *单位为Lb.in英制产品编号驱动方榫范围长度宽度重量Lb.ft N.m mm mm kgE1150 1/4" 15-150 * 1.7-17 365 41 0.60 E2150 3/8" 15-150 * 1.7-17 365 41 0.60 E2300 3/8" 30-300 * 3.4-34 365 41 0.60 E2100 3/8" 10-100 13.5-135 420 41 0.73 E3100 1/2" 10-100 13.5-135 420 41 0.73 E3250 1/2" 25-250 34-340 590 41 1.21 E4250 3/4" 25-250 34-340 590 41 1.25 *单位为Lb.in12.头部可交换电子数显式（普通型）使用介绍此款扭力扳手精度高、结构坚固及操作方便头部形式有：9X12mm 14X18mm凹方孔多种扭力单位选择：Nm；Lb.in；Lb.ft带背景灯的大屏幕显示带报警灯和报警声最大值保持功能手动复位，显示设定值满负载的20%-100%内，精度：2%省电模式此款扳手头部的应用十分广泛，比一般的套筒使用更便利搭配使用的头部请参照插件部分公制产品编号凹方孔尺寸范围长度宽度重量N.m Lb.ft mm mm kgEMH920 9*12 2.0-20 17.7-177 * 365 41 0.50 EMH930 9*12 3.0-30 26.5-265 * 365 41 0.50 EMH950 9*12 5-50 44.2-442 * 390 41 0.58 EMH9100 9*12 10-100 7.4-74 420 41 0.63 EMH14200 14*18 20-200 14.7-147 460 41 0.75 EMH14300 14*18 30-300 22.1-221 590 41 1.11 *单位为Lb.in英制产品编号凹方孔尺寸范围长度宽度重量Lb.ft N.m mm mm kgEH9150 9*12 15-150 * 1.7-17 365 41 0.50EH9300 9*12 30-300 * 3.4-34 365 41 0.50 EH9100 9*12 10-100 13.5-135 420 41 0.63 EH14250 14*18 25-250 34-340 590 41 1.11 *单位为Lb.in棘轮可换向电子数显式（头部可转动）使用介绍此款扭力扳手精度高、结构坚固及操作方便棘轮头的设计可以顺时、逆时切换，棘轮齿数为45齿活动头部可转动±15°角度多种扭力单位选择：Nm；Lb.in；Lb.ft带背景灯的大屏幕显示带报警灯和报警声最大值保持功能手动复位，显示设定值满负载的20%-100%内，精度：2%省电模式公制产品编号驱动方榫范围长度宽度重量N.m Lb.ft mm mm kgEM120F 1/4" 2.0-20 17.7-177 * 380 41 0.60 EM2100F 3/8" 10-100 7.4-74 445 41 0.73 EM3100F 1/2" 10-100 7.4-74 445 41 0.73 EM3300F 1/2" 30-300 22.1-221 590 41 1.01EM4300F 3/4" 30-300 22.1-221 590 41 1.05 *单位为Lb.in英制产品编号驱动方榫范围长度宽度重量Lb.ft N.m mm mm kgE1150F 1/4" 15-150 * 1.7-17 380 41 0.60E2100F 3/8" 10-100 13.5-135 445 41 0.73E3100F 1/2" 10-100 13.5-135 445 41 0.73E3250F 1/2" 25-250 34-340 590 41 1.01E4250F 3/4" 25-250 34-340 590 41 1.05 *单位为Lb.in14. 棘轮可换向电子数显式（全进口）使用介绍此款扭力扳手精度高、结构坚固及操作方便棘轮头的设计可以顺时、逆时切换，棘轮齿数为45齿多种扭力单位选择：N.m；cN.m；mkg；cmkg；Lb.ft；Lb.in；Oz.in带背景灯的大屏幕显示菜单操作模式带报警灯和报警声自动复零校验周期提示（按使用次数或使用时间）满负载的20%—100%内，精度2%起始读数是最大值的2%可使用标准5号电池和相应的可充电电池（使用时间可达200小时），省电模式超扭力提示头部可交换电子数显式（全进口）使用介绍此款扭力扳手精度高、结构坚固及操作方便头部形式有：9X12mm 14X18mm凹方孔多种扭力单位选择：N.m；cN.m；mkg；cmkg；Lb.ft；Lb.in；Oz.in带背景灯的大屏幕显示菜单操作模式带报警灯和报警声自动复零校验周期提示（按使用次数或使用时间）满负载的20%-100%内，精度2%起始读数是最大值的2%可使用标准5号电池和相应的可充电电池（使用时间可达200小时），省电模式超扭力提示此款扳手头部的应用十分广泛，比一般的套筒使用更便利搭配使用的头部请参照插件部分16.指针表盘式扭力扳手使用介绍此款扭力扳手精度高、结构坚固及操作方便在整个刻度盘的20%—100%范围内,精度：3%顺时针方向单向操作防眩目的大显示盘，便于操作者读取带有记忆针，有最大值保持功能公制产品编号驱动方榫范围长度宽度重量N.m Lb.ft mm mm kgDSM12 1/4" 0-2 0-18* 310 37 0.57 DSM13 1/4" 0-3 0-25* 310 37 0.57 DSM16 1/4" 0-6 0-50* 310 37 0.57 DSM18 1/4" 0-8 0-70* 310 37 0.57 DSM212 3/8" 0-12 0-100* 310 37 0.57 DSM217.5 3/8" 0-17.5 0-150* 310 37 0.57DSM220 3/8" 0-20 0-175* 310 37 0.57DSM225 3/8" 0-25 0-225* 310 37 0.57DSM230 3/8" 0-30 0-250* 310 37 0.57DSM235 3/8" 0-35 0-300* 400 37 0.76DSM240 3/8" 0-40 0-350* 400 37 0.76DSM250 3/8" 0-50 0-35 400 37 0.76DSM260 3/8" 0-60 0-45 400 37 0.76DSM3100 1/2”0-100 0-70 480 37 0.91DSM3120 1/2”0-120 0-90 480 37 0.91DSM3140 1/2”0-140 0-100 480 37 0.91DSM3200 1/2”0-200 0-150 550 37 1.05DSM3250 1/2”0-250 0-175 550 37 1.05DSM3275 1/2”0-275 0-200 550 37 1.05DSM3350 1/2”0-350 0-250 550 37 1.05 *单位为Lb.in17.指针表盘式(全进口)使用介绍此款扭力扳手精度高、结构坚固及操作方便在整个刻度盘的20%—100%范围内，读数精度可达3%特殊的扭力驱动设计：手握的位置不影响其读数的准确性顺时针、逆时针方向双重操作防眩目的大显示盘，便于操作者读取最大值保持功能设定扭力值提示产品编号驱动方榫范围长度宽度重量加长杆N.m Lb.ft mm mm kgDM13.5 1/4”0-3.5 0-30* 280 35 0.73 无DM19 1/4”0-9 0-75* 280 35 0.73 无DM213 3/8”0-13 0-150* 280 35 0.73 无DM230 3/8”0-30 0-250* 280 35 0.73 无DM270 3/8”0-70 0-600* 280 35 0.73 无DM2F703/8”0-70 0-50 280 35 0.73 无 DM21403/8” 0-140 0-100 280 54 0.73 无 DM31401/2” 0-140 0-100 280 54 0.73 无 DM32501/2” 0-250 0-175 545 54 1.36 无 DM33501/2” 0-350 0-250 545 54 1.36 无DM45003/4” 0-480 0-350 655 75 3.18 可配 DM48003/4” 0-800 0-600 655/1220 75 4.54 1 DM514001“ 0-1400 0-1000 1955 95 9.10 1 DM52800 1“ 0-2800 0-2000 3175 95 20.9 5 *单位为Lb.in 二、扭力扳手插件系列18.方头棘轮插件.方头棘轮插件:(双向均可使用)*为客户定制特殊规格20.方头梅花插件*为特殊规格，需要按公式调整扭力值21.方头梅开插件公制22.圆孔棘轮插件23.圆孔开口插件公制24.圆孔梅花插件三.扭力螺丝刀系列25.扭力螺丝刀使用介绍特殊的释放机构提供稳定的扭力值输出锁环可以防止设置的扭力值发生意外变化可预设置扭力值，当达到设定值时，具有打滑报警功能，继续用力不会造成紧固件损坏符合美国标准，精度：6%铝柄经阳极电化处理大量使用于汽车，飞机，船舶及所有工业场合公制产品编号驱动方榫范围长度宽度重量cN.m mm mm kgSM1501/4"10-50170300.32 SM11001/4"20-100170300.32 SM12501/4"50-250170300.32 SM13601/4"60-360170300.32英制产品编号驱动方榫范围长度宽度重量Lb.in mm mm kgS11001/4"20-100*170300.32S1181/4"3-18170300.32S1361/4"6-36170300.32 *单位为Oz.in26. 定值扭力螺丝刀使用介绍特殊的释放机构提供稳定的扭力值输出当达到设定值时，具有打滑报警功能，继续用力不会造成紧固件损坏符合美国标准，精度：6%铝柄经阳极电化处理扭力值设定：需通过扭力测试仪来设定值，如诺特测试仪若需要由工厂在出厂前设定，请在订单上注明扭力值此款螺丝刀被大量应用于汽车，飞机，船舶及所有工业的流水线上公制产品编号驱动方榫范围长度宽度重量cN.m mm mm kgPS150 1/4" 10-50 140 30 0.24PS1100 1/4" 30-100 140 30 0.24PS1250 1/4" 80-250 140 30 0.24PS1360 1/4" 120-360 140 30 0.24 四．扭力倍增器系列27. 扭力倍增器使用介绍结构坚固，使用寿命长倍率比精度：5%附有两种反作用力臂每件产品附有一保护盒M3310003.3:1 1/2" 3/4" 1000 750 71 85 245/175 130 1.35 0.77+0.63 28.扭力倍增器使用介绍结构坚固，使用寿命长倍率比精度：5%≥1500N.m的产品装有反回弹安全装置，能在较狭小的空间内正常工作，同时保障使用更安全使用时，须确认反回弹安全装置与使用方向相适应产品编号倍率比输入方榫输出方榫范围 A BC(Min)C(Max)本体重反力臂重N.m Lb.ft mm mm mm mm kg kgM51000 5:1 1/2" 3/4" 1000 750 118 98 82 196 7 1.2 M51500 5:1 1/2" 1" 1500 1125 118 115 82 196 7.5 1.2 M252500 25:1 1/2" 1" 2500 1875 118 150 82 196 8.9 1.2 M253500 25:1 1/2" 11/2" 3500 2600 118 164 82 196 9.1 1.2 M254000 25:1 1/2" 11/2" 4000 3000 118 176 82 196 10.0 1.2 M256000 25:1 1/2" 11/2" 6000 4500 140 214 105 254 18.3 3.0 M258000 25:1 1/2" 11/2" 8000 6000 182 228 125 294 28 3五．扭力测试仪29.扭力测试仪使用介绍满负载的10%—100%内，精度0.5%菜单操作模式宽屏 OLED 显示，屏幕视角达170º多种扭力单位选择：N.m；cN.m；mkg；cmkg；Lb.ft；Lb.in；Oz.in起始读数是最大值的2%带报警灯和报警声自动复零自动关机过转矩：显示警告系统可使用标准5号电池和相应的可充电电池（使用时间可达180小时），省电模式语言：简易型：英文多功能：中文、英文、法文、德文、日文等多功能：校验周期提示（按使用次数或使用时间）多功能：可储存2000个数据多功能：可预设99个项目*单位为Lb.in六．用户定制产品系列30. 风电专用扭力扳手31. 瓶盖专用扭力扳手32. 非标特殊反力臂倍增器。
作业指导书6 1/2"TorkBuster 扭力冲击发生器规格表TORKBUSTER工具入井要求及作业指导书一、入井前井眼准备1、与井队方预先做好交流工作。
2、工具入井之前了解该井的基本情况：包括:钻机性能、当前地层、井深、该井段上部使用钻头情况、机械钻速、是否有复杂情况、泥浆参数、泥浆清洁情况。
3、准备两个完好的钻杆滤清器。
4、充分循环清洁泥浆，尽可能降低泥浆含沙量和固相含量,做好泥浆清洁工作，泥浆密度<1.50g/cm3,超出该密度,服务方有权决定继续使用与否。
5、准备好入井工具的配合接头，可以确保钻台上测试使用。
6、请井队方检修好设备。
7、施工泵压一般都比较高，立压20-25MPa，确保设备有足够的动力。
8、调整确定好钻具组合。
三、连接工具、下钻1、工具、钻头上下钻台平稳、避免工具和钻头直接接触钻台面。
2、工具上扣有专用上扣位置，禁止其他位置使用大钳,61/2"工具紧扣扭矩推荐为16,000-20,000 N-m 。
3、工具在钻台面进行短测试，不连接钻头。
排量从20l/s开始-最高排量。
4、下钻过程避免大井段划眼。
5、距离井底10-20米开泵，避免钻头直接接触井底或井底沉沙，防止堵塞水眼。
6、到底之后检查泵压、排量，看是否正常，异常排除之前，禁止低排量情况下接触井底。
7、避免大排量开泵在套管中循环的现象，尽可能减少套管中开泵时间。
四、钻进1、确保排量、泵压正常，然后开始接触井底。
2、造型参数60转、2-4吨、造型长度20cm。
3、正常钻进参数: a:造型完之后转速55-65转,钻压8吨。
b:钻压根据实际情况调整8吨-16吨之间。
c:转速在泥岩中或机械钻速较快层为可调整至最高90转。
d:在砂岩、机械钻速较低、复杂地层，转盘转速保持55-65转。
4、根据钻时快慢，及时观察、判断工具和钻头情况。
5、观察返出岩屑，是否有大量掉块、铁屑、石英等特殊岩屑,注意观察钻井参数。
6、观察并记录各种钻井参数，有异常情况便于对比。
