F5021板最新程序N01F3B05参数说明C
F5021参数
自动运行间隔
5
0~60
s
5s
F34
自动运行次数
0
0~65535
F35
消防模式
0：中国标准（包括港、澳）；
0
0~3
F36
抱闸开关触点检测模式
0：无检测；1：大陆检测模式；2：香港检测模式
0
0~65535
F37~F40
备用
F41
DTZ-III-DC-SC型称重装置空满载学习,参看F164 = 0,3.
5500
0~65535
mm
5.500m
F158
五层减速距离
只有五个段速时也是多层减速距离，只有四个以下段速时不用
6500
0~65535
mm
6.500m
F160
是否开通人工去除错误指令功能
1-开通0-不开通
1
0~65535
F161
是否开通时间段楼层封锁功能
1-仅开通楼层指令封锁2-仅开通楼层外呼封锁,3-开通楼层指令和外呼封锁.0-不开通.
返平层速度
自动找平层时的速度
60
10~150
mm/s
0.060m/s
F14
关门延时1
响应召唤停梯时开门保持时间
30
0~300
0.1s
3.0s
F15
关门延时2
响应内选停梯时开门保持时间
30
0~300
0.1s
3.0s
F16
开闸延时
从变频器运行信号给出到开始打开抱闸的延时时间
2
0~20
0.1s
0.2s
F17
0
0~65535
F56
上平层调整
F5021说明手册(新版)
第三章
参数介绍 ...................................................................................................................... 33
3.1 参数表 ...............................................................................................................................................................33 3.2 参数设置说明： ...............................................................................................................................................36
1．书脊 2．每章首页只放题目 3．每章加黑色块 4．线路板调深（黑白效果好）
目
第一章 第二章
录
功能介绍 ........................................................................................................................ 3
397第一章功能介绍11功能列表编号备注编号名称备注标准功能st提前开门操作配置sm11a板群控运行10重复开门10上班高峰服务11换站停靠11下班高峰服务12错误指令取消12分散待梯13反向时自动消指令13小区监控14直接停靠14远程监控15满载直驶15轿厢到站钟16待梯时轿内照明风扇自动断电16厅外到站预报灯17自动返基站17厅外到站钟18液晶显示界面操作器18轿厢ic卡楼层服务控制19模拟量速度给定19厅外ic卡呼梯服务控制20数字量速度给定20前后门独立控制21故障历史记录21强迫关门22井道层楼数据自学习22vip贵宾层服务23服务层的任意设置23密码层控制功能24层楼显示字符设置24开关控制单梯服务层切换25司机操作25开关控制群控梯服务层切换26独立运行26开关控制操纵厢按钮非服务层设置27点阵式层楼显示器27停电应急平层28滚动显示运行方向28大楼后备电源运行29自动修正层楼位置信号29地震操作30锁梯服务30语音抱站功能31门区外不能开门的保护3132门光幕保护3233超载保护3334轻载防捣乱3435逆向运行保护3536防打滑保护3637防溜车保护37pdf文件使用试用版本创建www
F5021板N01F3B05故障代码及原因(一)
17 下减速开关4错位 停车时检查：双层下减速开关动作位置高于井道学习的双层下减速开关位置150mm
19 开关门限位故障 自动状态下开门到位和关门到位同时动作超时1.5s
20 打滑保护故障 运行中(检修除外)超过F62(防打滑时间)设定的时间，平层开关无动作
21 电机过热 电机过热输入点有输入信号
11 下减速开关1错位 自学习后或上电时检查：单层下减速开关动作位置低于底层楼层高度位置的3/5
12 上减速开关2错位 自学习后或上电时检查：双层上减速开关动作位置高于此开关所在楼层高度的3/5
13 下减速开关2错位 自学习后或上电时检查：双层下减速开关动作位置低于此开关所在楼层高度的3/5
06 门锁闭合不上故障 关门信号输出连续 15 秒没有关门到位(门锁信号在除外)，出现8次报故障
08 CANBUS通讯故障 通讯受到干扰
09 变频器故障信号 主板在正常状态10秒后，输入口X11出现变频器故障信号，报故障
10 上减速开关1错位 自学习后或上电时检查：单层上减速开关动作位置高于顶层楼层高度位置的3/5
故障代码 故障原因
02 运行中门锁脱开（急停） 运行中安全回路在但门锁不在
03 电梯上行限位断 自动运行时，上下限位开关同时动作并且电梯不在最高层
04 电梯下行限位断 自动运行时，上下限位开关同时动作并且电梯不在最底层
05 门锁打不开故障 开门信号输出连续 15 秒没有开门到位（门锁信号不在除外），出现3次报故障
14 上减速开关3错位 自学习后或上电时检查：三层上减速开关动作位置高于此开关所在楼层高度的3/5
15 下减速开关3错位 自学习后或上电时检查：三层下减速开关动作位置低于此开关所在楼层高度的3/5
特克ト尼克功能生成器FG502的维修部件和特殊工具列表说明书
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。
新时达主板F5021及奥莎变频器异步(同步)快捷调试
新时达主板F5021及奥莎变频器异步（同步）快捷调试一、慢车调试：1. 电梯机械安装到位，安全，门锁接通，动作正常(特殊情况下可以短接，但必须保证安全);2. 换速开关，限位开关安装到位，工作正常(特殊情况下可以短接，但必须保证安全);3. 控制柜到主机U V W要与主机上U V W对应相连接;抱闸接线正常;4. 编码器到PG卡的连接线必须牢靠，准确无误;5. 主板上对应的X5,X6必须点亮(特殊情况下可以短接，但必须保证安全);6. 主板参数设置：F6=1.75F7=167F8=2048F11=10F25=设定X5,X6,X7,X8,常闭F27=4239F182=1(其他参数保持出厂值，可以不用更改)另外：变频器的参数也要设置正常，和主板工作模式一致，注：同步主机，必须整定完编码器的位置后才可以开始以下的操作;奥莎变频器电机相位角整定：1. 控制柜，主机，抱闸连接线正确，电压无误;2. 安全回路，门锁回路正常，限位开关;3. 编码器到PG卡的连接线必须牢靠，准确无误;4. 确认抱闸打开后，电梯不会溜车(可以吊轿厢，或则平衡载状态);5. 调整变频器参数：A04=1(默认1，要和主板参数设置一致);B11=1(主机转速低于100一定要设1);C02=0;C13=1;E01=1;E02=极数;E03=额定电压;E04=额定转速;E05=额定电流;E09=0(默认是海德汉1387)编码器类型;E10=2048;(其他参数不用更改，保持出厂值)6. 设置A03=4;然后给控制柜检修信号，控制系统会给变频器方向信号，使能信号;7. 整定完毕后，A03=3,整定后的编码器位置在U15中，重复6.三到四次，如果整定后的参数在-10……+10内，则把A03设置为0;8. 检修试运行，主机旋转正常，则整定完毕。
7. 给控制柜上行信号，轿厢应该是上行，同样给下行信号，轿厢应该下行;否则调换主板输出的JP10.4Y与JP10.5;如果不能运行，则检查故障代码，根据故障说明排除问题;8. 监控主板的液晶或手持操作器，电梯上行的时候速度必须是+，如果下行是+，则调换主板JP8.与JP8.4或则调换JP7.1与JP7.3，JP7.2与JP7.4，保证上行时必须是+;否则主板会报22故障;9. 检修试运行，主机旋转正常，则整定完毕;二、快车调试：1. 电梯机械安装到位，安全，门锁接通，动作正常(不可以短接);2. 门机工作开关门正常，开关门到位信号工作正常接线正确;3. 平层感应器安装到位，工作正常;4. 平层插板垂直度，深度到位，没有误动作，不动作等;5. 换速开关，限位开关安装到位，工作正常;6. 随行通讯线接线正确，终端电阻短接正常;万用表测量：TXV-与TXV+，TXA+，TXA-的电压分别是24VDC,2.8VDC,2.6VDC左右,TXA+与TXA-是0.2VDC左右，TXA+与TXA-的电阻是120Ω左右;7. 主板上对应的X5,X6,X7,X8必须工作正常，平层位置的时候X9,X10亮;检修向上运行时，应该是X10先动作，X9后动作，快到上端站的时候，X7动作，X5动作，同时保证X7动作后必须一直保持动作状态，甚至到X5动作后也要保持，其间不允许有一次复位;同样，检修向上运行时，应该是X9先动作，X10后动作，快到下端站的时候，X8动作，X6动作，同时保证X8动作后必须一直保持动作状态，甚至到X6动作后也要保持，其间不允许有一次复位;8. 监控主板的液晶或手持操作器，通过监控菜单，开门到位后：TX0,TX1,TX2,TX3必须是“-”，“*”，“*”，“*”，关门到位后：TX0,TX1,TX2,TX3必须是“*”，“-”，“*”，“*”;其他的TX*信号是“-”;9. 任何位置，进入井道自学习菜单，确认后转正常，电梯会自动返回到一楼，平层后开关门一次，然后电梯自动测楼层高度，到顶楼后，会自动停止运行;表示自学完成;打一下检修，然后转正常;10. 通过手持操作器登记电梯运行(如果试运行的时候，不想让电梯开关门，可以把主板的F165设置2)，单层，双层，多层逐层运行，如果上行的时候，电梯不到平层，增大F56,冲过平层，减小F56，一般情况下10相当于100mm;同样下行通过F57调整，不到平层，增大F57,冲过平层，减小F57;11. 正常后，接好外呼通讯线，设置地址，测试其他功能;12. 调试完毕。
F5021板最新程序N01F3B05故障代码表
21
电机过热
电机过热输入点有输入信号
22
电机反转故障
持续0.5秒出现倒溜现象(上行时速度反馈<-150mm，下行时速度反馈>150mm)（主板反馈口A、B相反相）
23
电梯超速故障
速度反馈值大于允许速度持续0.1秒，报故障23。
当给定速度小于1m/s时，允许速度=给定速度+0.25m/s
当最高楼层小于3时：最大无效动作保护距离=最大楼层高度的1.5倍
当最高楼层大于3时：最大无效动作保护距离=最大楼层高度的2.5倍
28
下平层感应器故障
下平层感应器不动作
下平层感应器动作大于最大有效保护距离或大于最大无效保护距离时，报故障28
当平层插板长度小于300mm时：最大有效动作保护距离=300mm的4倍
运行过程中检查：双层上减速开关动作位置高于井道学习的双层上减速开关位置250mm
停车时检查：双层上减速开关动作位置低于井道学习的双层上减速开关位置150mm
停车时检查：位置高于井道学习的双层上减速开关位置200mm，双层上减速开关未动作
只安装了一级减速开关，但设置成有2级减速开关（参见F182）
17
下减速开关4错位
自学习后或上电时检查：双层下减速开关动作位置低于此开关所在楼层高度的3/5
运行过程中检查：双层下减速开关动作位置高于井道学习的双层下减速开关位置150mm
运行过程中检查：双层下减速开关动作位置低于井道学习的双层下减速开关位置250mm
停车时检查：双层下减速开关动作位置高于井道学习的双层下减速开关位置150mm
停车时检查：位置低于井道学习的三层下减速开关位置250mm，三层下减速开关未动作
西威变频器配F5021板调试文件
1． Speed profile(速度给定)
Multi speed 1: （F5021 板设定） 检修半速（100） （慢车必须要设定）
Multi speed 3:
爬行（50） （慢车必须要设定）
4
Multi speed 4:
检修（150） （慢车必须要设定）
Max linear speed:
mm/s（最大线速度）
正常。 7． 主机抱闸打开，用手盘动盘车轮，盘动时应感觉盘动时无受阻感觉。 8． 按照变频器说明书上的步骤进行电机参数自学习，并记录学习后的参数。 9． 自学习完成后把所有短接线恢复为原状。
l 设定好电机参数, l 进入 Autotune ,再按 Start
l 短接变频器使能信号；（短接主板 JP10.6-JP10.10） l 按面板上 I 键，出现进度表 l 自动进行电机自学习； l 学习完毕后要用 Load setup 菜单保存参数
Cont open delay （接触器打开延时） 200 ms
Door open speed ：100
mm/s
注意：该值不能设太小，否则可能会出现 DB err 7138 故障
Speed reg gains（速度环 PI）（慢车需要简单的设定）
3．
SpdP1 gain% 10
%(速度环比例增益 1)高速
MOTOR DATA
Rated voltage 325
V （电机电压）
Rated current 28.2
A （电机电流）
Rated speed 165
rpm （电机转速）
2
Pole pairs （ 极 对 数 ） 12
请注意该值为极数的一半：
P=f*120/N=28.2*120/165=24
新时达F5021最新参数密码有效期设置故障码 (1)
F5021：01234 06666 08888 09999 12588 91110 19163新时达主板控制器有效期设定新时达主板控制器有效期：客户需要通过我司提供的手持操作器以三级密码登陆主板，进入主板有效期设置菜单，通过这个菜单开通主板有效期功能并设置电梯的有效期为所需要的时间段（可由用户任意设置）。
开通该功能后，电梯就只能再设定的有效期内正常工作，超出有效期后需要通过手持操作器重新设定主板有效期时间。
注意：输入的密码是提供给电梯供应商的，请妥善保管好密码。
新时达主板新控制器有效期：F148 用作输入登陆密码。
此登陆密码是专为设置控制器有效期提供的（每个电梯供应商密码不相同）。
输入密码正确后，可以通过F149、F150、F151设置控制器的有效期。
F149 用作输入控制器有效期模式。
F149 = 0 关闭有效期功能F149 = 1 开通有效期(年/月/日)，过期后电梯不能投入自动运行。
F149 = 2 开通有效时间(上电累计小时数)，过期后电梯不能投入自动运行。
F149 = 3 开通维保有效期(年/月/日)，过期后电梯可以投入自动运行，但不能检修点动运行当F149= 1或F149=3时：F150 用作设置有效期年份，例如：2010年，设置F150 = 10F151 用作设置有效期月/日，例如：5月31日，设置F151 = 531 当F149=2时：F150 用作设置有效使用时间，例如：5000个小时，设置F150 = 5000F151 用作设置已经累计的时间，例如：将累计时间清除，设置F15 1 = 0注意：由F148输入的密码是提供给电梯供应商的，请妥善保管好密码。
部分F菜单及故障代码是最新的最新F参数1 参数一览表参数号参数含义备注出厂设置限制范围单位F0 加速斜率调整启动加速度50 10～95 cm/s2F1 减速斜率调整制动减速度50 10～95 cm/s2F2 S曲线T0 启动初S弯角时间130 50～300 0.01sF3 S曲线T1 加速末S弯角时间110 50～300 0.01sF4 S曲线T2 减速初S弯角时间110 50～300 0.01sF5 S曲线T3 减速末S弯角时间130 50～300 0.01sF6 电梯额定速度电梯标定值175 25～600 cm/sF7 电机额定转速(F162=0) 电动机铭牌值1450 50～3000 rpmF7 限速器转盘直径（F162＝1）1450 50～3000 mmF8 编码器脉冲数编码器经PG卡分频后的每转脉冲数600 150～20000 prF9 锁梯和返基基站1 1～48F10 偏置实层数0 0～10F11 预设总层数15 2～48F12 检修速度检修运行时的速度25 0～50 cm/sF13 返平层速度自动找平层时的速度6 0～20 cm/sF14 关门延时1 响应召唤停梯时开门保持时间手拉门时，为调整从厅门关好后到可以响应外召唤的延迟时间40 0～1800 0.1s F15 关门延时2 响应内选停梯时开门保持时间25 0～1800 0.1sF16 开闸延时从内部启动指令到开始打开抱闸的延时时间10 0～250 0.02s F17 抱闸延时从内部停车指令到开始抱闸的延时时间5 0～250 0.02sF18 消防基站1 1～48F19 第二消防基站1 1～48F20 延迟返基时间0 0～300 sF21 平层开关动作延迟时间2 0～500 msF22 并联时第二基站0：没有第二基站0 1～48F23 并联模式0-单梯或并联主梯1-并联副梯2-群控0 0～2F24 驱动模式0-数字量1-模拟量1 0～4F25 输入类型1 X0-X15输入点的常开或常闭设置481 0～65535F26 输入类型2 X16-X31输入点的常开或常闭设置0 0～65535F27 输入类型3 TX0-TX15输入点的常开或常闭设置143 0～65535F28 输入类型4 TX16-TX31输入点的常开或常闭设置0 0～65535F29 服务层站1 设定各层站是否可停靠1-16楼65535 0～65535F30 服务层站2 设定各层站是否可停靠17-32楼65535 0～65535F31 服务层站3 设定各层站是否可停靠33-48楼65535 0～65535F32 数字量时设置变频器的类型代码0: YASKAWA,CT,FUJI, CT MENTOR II 1: SIMENS2: KEB3：MICO4：SEIE5：Dietz 0 0～5F33 自动运行间隔100 50～65535 0.1sF34 自动运行次数5000 0～65535F35 消防模式0：中国（包括港、澳）标准1：北美标准12：北美标准2 0 0～2F36 抱闸开关触点检测时间无该触点检测时设为0 0 0～300 0.02sF37～F39 备用*F40 运行次数限制0～65535 100*F41 防犯罪运行基站1 1～48 16位板F42 keb变频器配异步电动机0-否1-是0 0～1*F43 液晶上三洋富士标志的切换0-三洋1-富士0 0～1 16位板F43 司机状态时蜂鸣和按钮灯模式0－无蜂鸣无闪烁（标准司机模式）1－有蜂鸣无闪烁（标准司机模式）2－无蜂鸣有闪烁（标准司机模式）3－有蜂鸣有闪烁（标准司机模式）16－无蜂鸣无闪烁（老式司机模式）17－有蜂鸣无闪烁（老式司机模式）18－无蜂鸣有闪烁（老式司机模式）19－有蜂鸣有闪烁（老式司机模式）0 0～19 32位板053后的程序版本可以选择16以上的参数F44 RS-485串行通讯本机地址255：RS-232通信255 0～31，255F45 单层或多层减速距离（只有一个段速时也是多层减速距离）130 40～250 CmF46 双层或多层减速距离（只有两个段速时也是多层减速距离，只有一个段速时不用）310 150～45 0 CmF47 三层或多层减速距离（只有三个段速时也是多层减速距离，只有两个以下段速时不用）400 250～650 CmF48 数字量段给定时再平层时间设定15 0～100 0.02sF49 自动返基站有效0：无1：有，返基后闭门待梯2：有，返基后开门待梯0 0～2F50 前开门允许1 1－16楼65535 0～65535F51 前开门允许2 17－32楼65535 0～65535F52 前开门允许3 33－48楼65535 0～65535F53 后开门允许1 1－16楼0 0～65535F54 后开门允许2 17－32楼0 0～65535F55 后开门允许3 33－48楼0 0～65535F56 上平层调整50对应基准值50 0～100 MmF57 下平层调整50对应基准值50 0～100 MmF58 从内部起动指令到速度曲线给出的延时时间35 0～250 0.02sF59 平层速度调整当该值小于30，标准模式；大于30时，停层方式和多段速相同18 0～100 mm/sF59 有否通信专用识别码选择0：有1：无0 0～1 青岛富士F60 调速器进线接触器触点检测与否0-不检测1-检测1 0～1F61 到站钟和到站灯的给出时离平层位置的距离1200 0～2000 mmF62 防打滑运行限制时间2250 1000～2250 0.02sF63强行多段速段速数设置0：没有1：2段速2：3段速3：4段速4: 5段速0 0～4F64 检修时能否点动操作门0：不能1：能够0 0～1F65～F112 层楼显示代码F113F114 备用F115 连续多少时间关门不能关到位就反向开门的设定值有自动门机但没有门限位开关时，为从开始关门到关门限位动作的时间调整80 30～300 0.1s F116 连续多少时间开门不能开到位就反向关门的设定值有自动门机但没有门限位开关时，为从开始开门到开门限位动作的时间调整80 30～300 0.1sF117 强迫关门或保持开门按钮按过后的开门保持时间设定值600 100～6000 0.1sF118 残疾人操作时的开门保持时间设定值100 40～300 0.1sF119 偏置假层数0 0～10F120 防捣乱指令数5 0～10F121 开通强迫关门功能1：开通0 0～1F122 从断开抱闸接触器到抱闸抱住的动作时间25 0～250 0.02sF123 召唤分类0：只有前门召唤1：有前门召唤和后门召唤2：有前门召唤和残疾人用召唤3：有前门召唤、后门召唤及残疾人用召唤0 0～3F124 贵宾层0：表示贵宾层由开关位置决定1 0～48F125 两平层开关间距离仅两层楼电梯使用20 5～50 CmF126 短层减速距离当两层楼之间的距离在30～2000时，用检修速度运行时的减速距离20 0～50 M mF127 平层插板长度仅两层楼电梯使用22 7～60 CmF128 开关门模式设定0～7：都是有开关门限位开关或无自动门机0：标准模式1：开关门自保模式2：关门自保模式3：开门自保模式4：运行时关门自保模式5：6：手拉门(有轿门、有上下集选)7：手拉门(有轿门、只有一召唤按钮)8：手拉门（无轿门、只有一只召唤按钮）16～23：都是有自动门机但无开关门限位开关16：标准模式17：开关门自保模式18：关门自保模式19：开门自保模式20：运行时关门自保模式21：22：手拉门(有上下集选)23：手拉门(只有一召唤按钮)0 0～23F129 开通提前开门和开门再平层功能0：都没有1：有提前开门2：有开门再平层3：两功能都开通0 0－3F130 门区开关是否独立0：没有门区开关独立（门区信号参照平层开关）1：前门门区开关独立2：后门门区开关独立3：前、后门门区开关都独立0 0～3F131 设定有后门操纵箱1：有0 0/1F132 设定有残疾人用操纵箱1：有0 0/1F133 设定有副操纵箱1：有0 0/1F134～F136 真层向量都是65535 0～65535F137～F139 NS-SW功能时设定的服务层都是65535 0～65535 F140～F144 电梯ID号远程监控时，被监控电梯的识别号F145～F151 电话号码远程监控时，被监控电梯所连接的电话线的电话号码F152 自动关风扇,照明延迟时间180 0～1800 （秒）32位板F153 是否有厅、轿门锁回路分开并有不一致故障检测0：无1：有0 0～65535 32位板F153 仅供显示用的额定速度0：表示实际速度否则根据该速度作为额定速度来显示0 0～65535 CM/S仅沈阳三洋E板程序F154 变频器前接触器的性质（KMC）0：有前级接触器且断安全回路时断该接触器1：有前级接触器但断安全回路时不断该接触器2：无前级接触器0 0～65535 32位板F155 方向信号是否以迅达方式显示0：否1：是0 0～65535 32位板F156 是否有门锁继电器和安全回路继电器0：有1：无0 0～65535 32位板F157 顶层ACCESS的可运行范围1500 0～3000 (毫米)广日板(北美)F157 四层或多层运行减速距离（只有四个段速时也是多层减速距离，只有三个以下段速时不用）500 350～800 (厘米) 青岛富士F158 底层ACCESS的可运行范围1500 0～3000 (毫米)广日板(北美)F158 多层运行减速距离（有五个段速时才用）600 450～1000 (厘米)青岛富士F159 是否有ACCESS功能0：否1：是0 0～65535 广日板F160 是否开通人工去除错误指令功能0：否1：是迅达：0其它：1 0～65535 32位板F161 是否开通每天时间段封锁各层楼功能0：否1：是0 0～65535 32位板F162 测位置的编码器装在马达侧还是限速器侧如果是北美还有有无旁接轿内急停开关的ST继电器选择0：马达侧，无ST继电器1：限速器侧，无ST继电器2：马达侧，有ST继电器3：限速器侧，有ST继电器0 0～65535 （广日板）F163 有否功能扩展板（紧急平层装置、地震运行、大楼紧急电源操作）以及大楼紧急电源操作（OEPS）时是否继续运行（仅单梯或并联时）0：无扩展板、无继续运行2：有扩展板、无继续运行3：有扩展板、有继续运行0 0～65535 32位板F164 称量装置类型0：系统不处理称量信号1：称量信号输入主板、但超、满载等信号来自开关（2：称量信号输入轿厢板、但超、满载等信号来自开关）3：称量信号输入主板、超、满载等信号也由称量信号计算（4：称量信号输入轿厢板、超、满载等信号也由称量信号计算）0 0～65535 32位板F165 调试运行（不开门）0：正常1：不开门0 0～65535F166 反向时消指令功能选择0：有1：无0 0～65535 北美F168 IC卡服务电梯编号0 1～255F169 IC卡上下召唤选择0：下召唤1：上召唤0 0～1F170 有轿内IC卡登记指令功能时，对应1～16楼需IC卡刷卡的选择数据中每位对应1层楼如果该位是1：对应层楼需刷卡登记指令；如果该位是0：对应层楼不需刷卡登记指令；0 0～65535F171 有轿内IC卡登记指令功能时，对应17～32楼需IC卡刷卡的选择数据中每位对应1层楼如果该位是1：对应层楼需刷卡登记指令；如果该位是0：对应层楼不需刷卡登记指令；0 0～65535F172 有轿内IC卡登记指令功能时，对应33～48楼需IC卡刷卡的选择数据中每位对应1层楼如果该位是1：对应层楼需刷卡登记指令；如果该位是0：对应层楼不需刷卡登记指令；0 0～65535说明：带*的参数只对特殊厂家可以开通。
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井道自学速度
模拟量给定时井道自学习速度
800
0~1000
mm/s
0.800m/s
F184~F185
备用
F186
启动时蠕动时间
模拟量给定时启动一段蠕动时间可以提高舒适感（参见F175）
50
0~200
10ms
0.50s
F187
监视项目
0： 运行次数；
1： 编码器干扰评估；
2： CAN1故障计数器；
并联时第三基站
由并联调配的第三基站
0
0~64
F199
NS-SW功能时设定的服务层4
49－64楼
65535
0~65535
0
0~65535
F171
有轿内IC卡登记指令功能时，对应17～32楼需IC卡刷卡的选择
数据中每位对应1层楼：
如果该位是1：对应层楼需刷卡登记指令；
如果该位是0：对应层楼不需刷卡登记指令；
0
0~65535
F172
有轿内IC卡登记指令功能时，对应33～48楼需IC卡刷卡的选择
数据中每位对应1层楼：
如果该位是1：对应层楼需刷卡登记指令；
1：DTZZ-II型称重装置:超、满、轻载由主板根据称重装置反馈信号计算得出.称重补偿信号通过称重装置给出.
2: DTZZ-II型称重装置:超、满、轻载信号输入轿箱板, 称重补偿信号通过称重装置给出.
3: DTZZ-III-DC-SC型称重装置:超,满,轻载信号由主板根据称重装置反馈信号计算得出. 补偿信号由主板根据称重装置反馈的电梯重量计算.
0
0~65535
F166~F167
备用
F168
IC卡服务电梯编号
0
0~65535
F169
IC卡上下召唤选择
0：下召唤
1：上召唤
0
0~65535
F170
有轿内IC卡登记指令功能时，对应1～16楼需IC卡刷卡的选择
数据中每位对应1层楼：
如果该位是1：对应层楼需刷卡登记指令；
如果该位是0：对应层楼不需刷卡登记指令；
3： CAN2 故障计数器。
0
0~65535
F188~F189
备用
F190
服务层站4
设定各层站是否可停靠49-64楼
65535
0~65535
F191
前开门允许4
49－64楼
65535
0~65535
F192
后开门允许4
49－64楼
0
0~65535
F196
并联时第二基站
由并联调配的第二基站
0
0~64
F197
‰
1000.0‰
F181
并联中的电梯编号
互为并联模式时的电梯编号。范围：0~7，数字越小优先级越高。优先级高的电梯自动升级为并联主梯。当主梯脱离并联时，另一台优先级较高的电梯自动升级为并联主梯。（参见F32=3）
0
0~65535
F182
减速开关级数
井道中减速开关的安装级数（等于减速开关数除二）
1
0~65535
4:超,满载信号输入轿厢板,补偿信号:当电梯轻载时主板根据底层轻载补偿值(F193)和轿厢提升高度线性给出;当电梯满载时主板根据底层满载补偿值(F194)和轿厢提升高度线性给出.
0
0~65535
F165
调试运行不开门模式选择
0：调试运行时电梯开门；
1：检修时禁止门动作；
2：调试运行时电梯不开门；
3： 检修时禁止门动作及调试运行时电梯不开门；
如果该位是0：对应层楼不需刷卡登记指令；
0
0~65535
F173~F174
备用
F175
启动时蠕动速度
模拟量给定时为提高舒适感可以设置蠕动速度（蠕动时间参见F186）
6
0~65535
mm/s
0.006m/s
F176~F179
备用
F180
速度增益
对模拟量速度给定峰值的增益
1000
0.0% - 110.0%
F5021板最新程序N01F3B05参数说明C
F161
是否开通时间段楼层封锁功能
1-仅开通楼层指令封锁 2-仅开通楼层外呼封锁,3-开通楼层指令和外呼封锁.0-不开通.
0
0~65535
F1Байду номын сангаас2~F163
备用
F164
称量装置类型选择当F164 = 0,3,4时需设置F193~F195.
0：DTZZ-III-DC-SC型称重装置:超、满、轻载信号输入轿箱板,补偿信号由主板根据称重装置反馈的电梯重量计算.