IE標(biāo)準(zhǔn)工時(shí)評(píng)定規(guī)則

1、標(biāo)準(zhǔn)工時(shí)評(píng)定規(guī)則1. 目的:為公平設(shè)定本公司之動(dòng)作單元之時(shí)間標(biāo)準(zhǔn),以資評(píng)估產(chǎn)品之標(biāo)準(zhǔn)工時(shí)及生產(chǎn)線人力之依據(jù),故制定此細(xì)則.2. 范圍:凡本公司之所有產(chǎn)品之操作員正常操作時(shí)間均適之.3. 本標(biāo)準(zhǔn)工時(shí)系統(tǒng)采用模特排時(shí)間法(Modolar Arrangement of Predetermined TimeStandard, 簡(jiǎn)稱 :MOD 法 )4. MOD 法說(shuō)明 :模特法的基本原理來(lái)源于大量人體工程學(xué)的試總結(jié),歸納有以下幾個(gè)方面:(1) 所有由人進(jìn)行的作業(yè),均是共通的基本動(dòng)作組成的,模特法將實(shí)際生產(chǎn)作業(yè)中的人體動(dòng)作歸納為21 種 .(2) 不同的人做同一動(dòng)作(在作業(yè)條件相同的情況下)所需時(shí)間基本

2、相等.(3) 人體不同部位的動(dòng)作,所用時(shí)間值是相互成比例的,如手的動(dòng)作時(shí)間是手指動(dòng)作時(shí)間的(4) 倍 ,小臂的動(dòng)作時(shí)間是手指動(dòng)作時(shí)間的3 倍 ,由此就可以定義手指一次動(dòng)作時(shí)間為人體動(dòng)作的基本單位時(shí)間,同時(shí)其他動(dòng)作與之成倍數(shù)關(guān)系計(jì)算求得.模特法根據(jù)人的動(dòng)作級(jí)次,選擇以一個(gè)正常人的級(jí)次最低、速度最快、能量消耗最小的一次 ,即手指動(dòng)作的時(shí)間消耗值,作為它的時(shí)間單位,即 1MOD=0.129S模特法的21 種動(dòng)作都以手指動(dòng)作一次(移動(dòng)距離2.5cm) 的時(shí)間消耗值為基準(zhǔn)進(jìn)行試驗(yàn)、比較,來(lái)確定各動(dòng)作的時(shí)間值.具體 21 個(gè)動(dòng)作的分類及表示符號(hào)見下表:MOD法動(dòng)作時(shí)間分類表分類內(nèi)容符號(hào)附加條件手指動(dòng)作M1

3、手腕動(dòng)作M2上移移動(dòng)小臂動(dòng)作M3肢動(dòng)大臂動(dòng)作M4動(dòng)動(dòng)伸直手臂的動(dòng)作M5作作M1/2反射動(dòng)作連續(xù)反復(fù)多次的反射動(dòng)作M1 M2M3基碰觸、接觸G0本終抓握不需注意力的抓取G1動(dòng)結(jié)復(fù)雜的抓取G3需精神上的注意作動(dòng)簡(jiǎn)單的放置P0作放置較復(fù)雜的放置如對(duì)準(zhǔn)P2需精神上的注意具有裝配目的的放置P5需精神上的注意下肢腳部動(dòng)作蹬踏動(dòng)作F3動(dòng)作大腿動(dòng)作行走動(dòng)作W5苴 ,、它動(dòng)作獨(dú)立進(jìn)行的動(dòng)作（此動(dòng)作進(jìn)行時(shí)其他動(dòng)作停止）目視觀察E2校正R2判斷與反應(yīng)D3按下A4可同時(shí)進(jìn)行的肢體動(dòng)作旋轉(zhuǎn)動(dòng)作C4與'腰與'體-站起B(yǎng)17往復(fù)進(jìn)行坐下一起身S30往復(fù)進(jìn)行附加因素重量因素（負(fù)重動(dòng)作）L1非動(dòng)作時(shí)間：NO名稱

4、符號(hào)內(nèi)容例1延時(shí)BD表十只手進(jìn)行動(dòng)作，另一只手處于停止?fàn)顟B(tài)，不給予時(shí)間右手M左手BD2保持H表小用手拿著或抓有物體一直不動(dòng)的狀態(tài)，主要指扶持與固定的動(dòng)作，不給時(shí)間左手H右手P23后效時(shí)間UT指人的動(dòng)作以外，機(jī)械或其他二乙要求發(fā)生的,非動(dòng)作產(chǎn)生的因有附加時(shí)間，需要準(zhǔn)確測(cè)時(shí).如機(jī)械的工作時(shí)間、焊錫、怫接、測(cè)試、涂布等插件焊錫時(shí)的執(zhí)錫時(shí)問(wèn)UT或儀表測(cè)試時(shí)問(wèn)3/32 M由上表知,MOD 法把人的動(dòng)作分成上肢、下肢、其他等動(dòng)作,分別由符號(hào)M 、 G、 P、 F、W代表符號(hào)后僅賦予數(shù)字1、2、3代表模特時(shí)間值，如M1代表1MOD=0.129SEC,M2即代表 2MOD 、以此類推.5. 本公司 MOD 法

5、制定標(biāo)準(zhǔn)工時(shí)基準(zhǔn)如下:(1) 以 MOD 分析之正常時(shí)間(即 100% 效率水平 ).(2) 本細(xì)則規(guī)定之標(biāo)準(zhǔn)作業(yè)距離為20CM.(3) 私事寬放:因本廠采取中休制度,故寬放率為0%.(4) 疲勞寬放:因本廠作業(yè)強(qiáng)度屬輕、中度作業(yè),故取寬放標(biāo)準(zhǔn)為15%.(5)作業(yè)寬放:如,a.臺(tái)及場(chǎng)地的簡(jiǎn)單清潔與準(zhǔn)備，包括轉(zhuǎn)換產(chǎn)品品種時(shí)的時(shí)間消耗.b.來(lái)料及零件不良造成的停頓.(SMT零件腳寬不準(zhǔn))c.現(xiàn)場(chǎng)監(jiān)督者與檢查員臨時(shí)抽檢及口頭指示造成的偶發(fā)停頓.d.上下工位的傳遞中偶發(fā)問(wèn)題等.以上各寬放平均取:3%.(6) 特殊寬放:如管理寬放、小批量的寬放、獎(jiǎng)勵(lì)寬放、機(jī)械干擾的寬放、不同作業(yè)人群的寬放等,平均取:2

6、%.和計(jì)以上可知本公司取平均寬放率為20%. 以上為一般正常狀況之基準(zhǔn),如產(chǎn)品設(shè)計(jì)或工作環(huán)境等有異常時(shí),得酌情修正.6. 標(biāo)準(zhǔn)工時(shí)如下各頁(yè)所示.6.1.1 DIP H/I 段插件工時(shí)如下:Type ofComponentShape of以式霜阻ComponentType of ComportmentMOD數(shù)Inserti on （Sec）備注臥式電阻horizontal心立式重阻高監(jiān)Pi!阻左手：M4M2G3M4R2*3P5312.4右手:G3M4R2*3P5M4M2立式電阻verticalresistor水泥霜阻C左手：M4M2G3M4R2*3P5312.4右手:G3M4R2*3P5M4M2

7、高腳電阻high leadresistor可燮重阻（二）用可燮重阻（三）左手：M4M2G3M4R2*3P5R2332.6右手：G3M4R2*3P5R2M4M2水泥電阻high leadresistorW陶磁重容日8左手：M4M2G3M4R2P5251.9右手:G3M4R2P5M4M2可交電阻（一）adjustableresistor 1口聚脂重容霜解重容左手：M4M2G3M4R2*2P5262.0右手:G3M4R2*2P5M4M2可交電阻（二）adjustableresistor 2嚴(yán)強(qiáng)臟圈一M戴芯 r-左手：M4M2G3M4R2*3P5312.4右手:G3M4R2*3P5M4M2可交電阻（二

8、）adjustableresistor 3左手：M4M2G3M4R2*3P5312.45/3：右手:G3M4R2*3P5M4M2Type ofComponentShapComp ）e ofonen圈（二）itType of ComportmentMOD數(shù)Inserti on （Sec）備注線圈（二）coil 2,二極tt高腳二極tt左手：M4M2G3M4R2*4P5332.6右手:G3M4R2*4P5M4M2二極管horizontaldiode左手：M4M2G3M4R2*3P5312.4晶tt（一）聒跳眺J右手:G3M4R2*3P5M4M2二極管high lead dopde耳Himi1左手：

9、M4M2G3M4R2*3P5R2332.6晶IIItt（二）C右手：G3M4R2*3P5R2M4M2晶體（一）transistor 1左手：M4M2G3M4R2*3P5302.31 1 1 1 11 1111FUSED（D右手:G3M4R2*3P5M4M2跳線jumperwireFUSEU）左手：M4M2G3M4R2*3P5312.4干I inTTTTTTTTTC右手:G3M4R2*3P5M4M2晶體（二）transistor 2材（一）左手：M4M2G3M4R2*3P5312.4右手：G3M4R2*2P5R2M4M2ICW 材（一）-Kft-左手：M4M2G3M4R2R2*2R2*2P533

10、2.6ic<101eads右手：G3M4R2R2*2R2*2P5M4M2FUSE（一）左手：M4M2G3M4R2*2P5272.1右手:G3M4R2*2P5M4M2FUSE（二）左手：M4M2G3M4R2*3P5312.4右手:G3M4R2*3P5M4M2ICic>101eads左手：M4M2G3M4R2R2*3R2*3P5403.1右手：G3M4R2R2*3R2*3P5M4M2線材（一）插單邊左手:M4M2G3M4R2P5BD292.2右手:BDM4M2G3M4R2P5線材（一）插雙邊L<20CM左手:M4M2G3M4R2P5M4R2P5BD433.3右手:BDM4M2G3

11、M4R2P5M4R2P5Type ofComponentShape ofComponen材（一）tType of ComportmentMOD數(shù)Inserti on （Sec）備注線材（一）插雙邊L>20CM排繳一）左手：M4M2G3M4R2P5M4M4R2P5BD473.6LU1LI1U排繳一）£右手：BDM4M2G3M4R2P5M4M4R2P5扁平電纜（一）.i|左手:M4M2G3M4M2R2P5BD332.6排繳一）ag=!-E7/32 MIg插單邊Ribbon wire2（insert 1ends）右手:BDM4M2G3M4M2R2P5扁平電纜（一）插雙邊Ribbon

12、wire2（insert 2ends）L<20CM左手：M4M2G3M4M2R2P5M4M2R2P5BD554.3右手：BDM4M2G3M4M2R2P5M4M2R2P5扁平電纜（一）插雙邊Ribbon wire2（insert 2ends）L>20CM左手：M4M2G3M4M2R2P5M4M4M2R2P5BD554.3右手：BDM4M2G3M4M2R2P5M4M4M2R2P5Socket（ 一）<=4way左手：M4M2G3M4R2*3P5302.3右手:G3M4R2*3P5M4M2Socket（二）左手：M4M2G3M4R2*4P5332.615/32 M>=5way

13、右手：G3M4R2*4P5R2M4M2pinone pin左手：M4M2G3M4R2P5251.9右手:G3M4R2P5M4M2如了solder tag左手：M4M2G3M4R2*2P5272.1右手:G3M4R2*2P5M4M2slide switch/detectorassembly左手：M4M2G3M4R2*3P5312.4右手：G3M4R2*2P5R2M4M2線材(二)插單邊wireassembly 2(insert ends)左手:M4M2R2G3M4(R2P5)*N*BD23+7*N1.8+0.9*N右手:G3M4(R2P5)*N*BDM4M2R2Type ofComponentS

14、hape ofC0mponen 回Type of ComportmentMOD數(shù)Inserti on (Sec)備注TuncrLEDK左手：M4M2G3M4R2R2*3R2*3P5403.1右手：G3M4R2R2*3R2*3P5M4M2LEDTr1左手：M4M2G3M4M2R2P5292.2Tr2右手:G3M4M2R2P5M4M2Line Driertransformed一）左手：M4M2G3M4R2*3P5312.4右手:G3M4R2*3P5M4M2Transformed二）左手：M4M2G3M4M2R2P5292.2右手:G3M4M2R2P5M4M2Type ofComponentSCoh

15、ape ofmponenBATType of ComportmentMOD數(shù)Inserti on (Sec)備注E1BATTERYHOLDER(2腳)BUZZER ©CHOKE COIL 0左手：M4M2G3M4R2*3P5312.4右手:G3M4R2*3P5M4M2BUZZER蜂嗚器（2腳）CONN 2*3P左手:M4M2G3M4R2*4P5332.6COJXNN 2P 加右手:G3M4R2*4P5M4M2CHOKE COILCONN 6 P左手：M4M2G3M4R2*4P5332.6CONN 15P+3右手:G3M4R2*4P5M4M2I llllllllllllll I.CON

16、N 15-Fmillliniiiii ICONN 2*3P左手：M4M2G3M4R2*4P5332.6右手:G3M4R2*4P5M4M2CONN 2P左手：M4M2G3M4M2R2P5292.2右手:G3M4M2R2P5M4M2CONN DIN6PW/SHD HOS左手：M4M2G3M4R2*4P5332.6右手:G3M4R2*4P5M4M2CONN-15+3MIDI連-15+3左手：M4M2G3M4R2R2*3R2*3P5403.1右手：G3M4R2R2*3R2*3P5M4M2CONN-15-FVGA連接器-15-F左手:M4M2G3M4R2*3R2*3P5372.9右手:G3M4R2*3R

17、2*3R5M4M2CONN-25P-FPRINTER左手：M4M2G3M4R2R2*3R2*3P5403.1右手：G3M4R2R2*3R2*3P5M4M2CONN-3PWAFER(L)CPU FAN連接器-3P左手：M4M2G3M4R2*4P5332.6右手:G3M4R2*4P5M4M2CONN-4P左手：M4M2G3M4R2*4P5332.6DUAL USB右手：G3M4R2*4P5R2M4M2Type ofComponentSC>hapeomponCONN 4P0IofenType of ComportmentMOD數(shù)Inserti on (Sec)備注CONN-4PWAFER(L)

18、CD-IN連接器-4PTH】CONN 9P-M左手：M4M2G3M4M2R2P5292.2P右手:G3M4M2R2P5M4M2 IIIIIIHIIIIII ICOPWRCO2*1 0CONN-9P-MCOM1C1ONN 6P左手:M4M2G3M4R2*3R2*3P5372.9J5 o TIT右手:G3M4R2*3R2*3R5M4M2CONN-ATXPWRPOWERCONN 2X10PCONN 4P普左手：M4M2G3M4R2R2*3R2*3P5403.1DP2X13PDP2X20P右手：G3M4R2R2*3R2*3P5M4M2逐CONN-CIN6P DUALMOUSE/KEYBOARDDP2X

19、2PDP2X3P 般DP2X4P左手：M4M2G3M4R2R2*3R2*3P5403.1右手：G3M4R2R2*3R2*3P5M4M2CONNECTOR易左手：M4M2G3M4R2*4P5332.64X1P右手：G3M4R2*4P5R2M4M2DOUBLE PIN2X13-25FEATURE左手：M4M2G3M4R2R2*3R2*3P5403.1右手：G3M4R2R2*3R2*3P5M4M2DOUBLE PIN2X20P左手：M4M2G3M4R2R2*3R2*3P5403.1右手：G3M4R2R2*3R2*3P5M4M2DOUBLE PIN2X2PWIE左手：M4M2G3M4R2*3P5312

20、.4右手:G3M4R2*3P5M4M2DOUBLE PIN2X3PBUS RATIO左手：M4M2G3M4R2R2*2R2*2P5332.6右手：G3M4R2R2*2R2*2P5M4M2DOUBLE PIN2X4PVCORECPU CLOCK左手：M4M2G3M4R2R2*2R2*2P5332.6右手：G3M4R2R2*2R2*2P5M4M2Type ofComponentShape ofComponen 澤Type of ComportmentMOD數(shù)Inserti on (Sec)備注DOUBLE PIN2X5P左手：M4M2G3M4R2R2*2R2*2P5332.6右手：G3M4R2R2

21、*2R2*2P5M4M2DOUBLE PIN2X8P-14SLEEP PWRS/W左手:M4M2G3M4R2*3R2*3P5372.9右手:G3M4R2*3R2*3R5M4M2F EPROM LCC32P左手：M4M2G3M4R2R2*3R2*3P5403.1右手：G3M4R2R2*3R2*3P5M4M2FUSE(POLYSW)1.6A2腳左手：M4M2G3M4R2*3P5R2332.6右手：G3M4R2*3P5R2M4M2HEAT SINKACE(有鎖螺絲)左手:M4M2G3M4R2*3R2*3P5372.9右手:G3M4R2*3R2*3R5M4M2PHONE JACK5P左手：M4M2G3

22、M4R2R2*2R2*2P5332.6右手：G3M4R2R2*2R2*2P5M4M2PIN HEADER2X20PIDE左手：M4M2G3M4R2R2*3R2*3P5403.1右手：G3M4R2R2*3R2*3P5M4M2PIN HEADER2X5PWIE左手:M4M2G3M4R2*3R2*3P5372.9右手:G3M4R2*3R2*3R5M4M2POWERCONN 12P左手：M4M2G3M4R2*4P5332.6右手：G3M4R2*4P5R2M4M2REGULATOR左手：M4M2G3M4R2R2*2R2*2P5332.6右手：G3M4R2R2*2R2*2P5M4M2SINGLE PIN2

23、P左手：M4M2G3M4M2R2P5292.2右手:G3M4M2R2P5M4M2Type ofComponentShape ofComSLP3Pen 之 tType of ComportmentMOD數(shù)Inserti on (Sec)備注SINGLE PIN3PINTVGASLP7P wSLP8P左手：M4M2G3M4M2R2P5292.2右手:G3M4M2R2P5M4M2SINGLE PIN5PwSLOT ONE左手：M4M2G3M4R2*4P5332.6右手：G3M4R2*4P5R2M4M2SINGLE PIN7PW1kISA左手：M4M2G3M4R2*4P5332.6右手：G3M4R2*

24、4P5R2M4M2PCI16/32 MSIMMSINGLE PIN8P左手：M4M2G3M4R2*4P5332.6右手：G3M4R2*4P5R2M4M2SLOT ONE左手：M4M2G3M4M2R2P5M4M4M2R2P5BD554.3右手:BDM4M2G3M4M2R2P5M4M4M2R2P5SLOT-AT BUSISA插槽左手M4M2G3M4M2R2P5M4M2R2P5BD513.9右手:BDM4M2G3M4M2R2P5M4M2R2P5SLOT-PCIBUS 120PPCI插槽左手：M4M2G3M4R2*4P5332.6右手：G3M4R2*4P5R2M4M2SOCKET-72X1 SIMM左

25、手：M4M2G3M4R2*4P5332.6右手：G3M4R2*4P5R2M4M2SOCKET-DIMM 168P左手M4M2G3M4M2R2P5M4M2R2P5BD513.9右手:BDM4M2G3M4M2R2P5M4M2R2P5THERMISTOR1%10K左手：M4M2G3M4R2*3P5312.4右手:G3M4R2*3P5M4M219/32 MXTAL 12.5P ±20左手：M4M2G3M4R2*3P5312.4右手:G3M4R2*3P5M4M2XTAL 16P ±50左手：M4M2G3M4R2*4P5332.6右手:G3M4R2*4P5M4M2(Type ofCom

26、ponentShape ofC0rmenI tType of ComportmentMOD數(shù)Inserti on (Sec)備注ZEN DIODEDIODE多左手：M4M2G3M4R2*4P5332.6右手:G3M4R2*4P5M4M2ZIP SOCKET7321PIN左手:M4M2G3M4R2*3R2*3P5372.9右手:G3M4R2*3R2*3R5M4M2#/32 M現(xiàn)附插件時(shí)間研究一覽如下插件畤冏研究一霓表No左手勤作描述左手分析式模特?cái)?shù)工日寺右手分析式右手勤作描述1伸手至零件盒，手碗移至零 件抓取零件，移勤至PCBA板， 封型零件，插入零件M4M2G3M4R2P5251.9G3M4R

27、2P5M4M2抓取零件移勤至PCBA板在 型零件，插入零件伸手至零 件盒,手碗移至零件2伸手至零件盒，手碗移至零 件抓取零件，移勤至PCBA板， 精正零彳方向，封型零件一 端封型零件另一端，插入零 件，零件精正M4M2G3M4R2*3P5R2332.6G3M4R2*3P5R2M4M2抓取零件移勤至PCBA板，鎬 正零件方向封型零件一端， 封型零件另一端，插入零件， 零件精正，伸手至零件盒，手 碗移至零件3伸手至零件盒，手碗移至零 件抓取零件，移勤至PCBA板， 精正零彳方向，封型零件一 端封型零件另一端，插入零 件M4M2G3M4R2*3P5312.4G3M4R2*3P5M4M2抓取零件移勤至

28、PCBA板精 正零件方向封型零件一端， 封型零件另一端，插入零件， 伸手至零件盒，手碗移至零件4伸手至零件盒，手碗移至零 件抓取零件，移勤至PCBA板， 精正零彳方向2次，插入零件M4M2G3M4R2*2P5262.0G3M4R2*2P5M4M2抓取零件移勤至PCBA板精 正零件方向2次，插入零件 伸 手至零件盒，手碗移至零件5伸手至零件盒，手碗移至零 件抓取零件，移勤至PCBA板， 精正零彳極性，封型零件插 入零件M4M2G3M4M2R2P5292.2G3M4M2R2P5M4M2抓取零件移勤至PCBA板精 正零件極性封型零件，插入 零件,伸手至零件盒，手碗移 至零件6伸手至零件盒，手碗移至零

29、 件抓取零件，移勤至PCBA板， 精正零彳方向，封型零件一 端篇正胎，封型零件另一 端，插入零件M4M2G3M4R2*4P5332.6G3M4R2*4P5M4M2抓取零件移勤至PCBA板精 正零件方向封型零件一端， 精正胎，封型零件另一端， 插入零件,伸手至零件盒，手 碗移至零件7伸手至零件盒，手碗移至零 件抓取零件，移勤至PCBA板， 精正零彳方向3次，插入零件M4M2G3M4R2*3P5302.3G3M4R2*3P5M4M2抓取零件移勤至PCBA板精 正零件方向 歆，插入零件 伸 手至零件盒，手碗移至零件8伸手至零件盒，手碗移至零 件抓取零件，移勤至PCBA板， 精正零彳方向4次，插入零件

30、M4M2G3M4R2*4P5332.6G3M4R2*4P5M4M2抓取零件移勤至PCBA板精 正零件方向4次，插入零件 伸 手至零件盒，手碗移至零件9伸手至零件盒，手碗移至零 件抓取零件，移勤至PCBA板， 精正零彳方向，2次封型零件M4M2G3M4R2R2*2R2*2P5332.6G3M4R2R2*2R2*2P5M4M2抓取零件，移釐/32CBA板精 正零件方向封型零件一端， 封型零件另一端，插入零件，20/32 M插件畤冏研究一霓表第2直No左手勤作描述左手分析式模特?cái)?shù)工日寺（S）右手分析式右手勤作描述14伸手至零件盒，手碗移至零件， 抓取零件，移勤至PCBA板，封型 零件一端，插入零彳一

31、端，抓取 零件另一端封型零件另一端， 插入零件另一端，延日寺M4M2G3M4R2P5M4R2P 5BD433.3BDM4M2G3M4R2P5M4R2P5延日寺，伸手至零件盒，手碗移至 零件，抓取零件，移勤至PCBA板, 封型零件一端，插入零彳一端， 抓取零件另一端，封型零件另一 端，插入零件另一端15伸手至零件盒，手碗移至零件， 抓取零件，移勤至PCBA板，封型 零件一端，插入零彳一端，抓取 零件另一端（重彳fi）,封型零件另 一端，插入零件另一端，延日寺M4M2G3M4R2P5M4M4R2P5BD473.6BDM4M2G3M4R2P5M4M4R2P5延日寺，伸手至零件盒，手碗移至 零件，抓取

32、零件，移勤至PCBA板, 封型零件一端，插入零彳一端， 抓取零件另一端（重彳復(fù)），封型零 件另一端，插入零件另一端16伸手至零件盒，手碗移至零 件抓取零件，移勤至PCBA板， 封型零件（重彳復(fù)），插入零件，延 日寺M4M2G3M4M2R2P5BD332.6BDM4M2G3M4M2R2P5延日寺抓取零件，移勤至PCBA 板，封型零件（重彳復(fù)工插入零件 伸手至零件盒，手碗移至零件17伸手至零件盒，手碗移至零件， 抓取零件，移勤至PCBA板，封型 零件一端（重彳復(fù)），插入零彳一端， 抓取零件另一端（重彳復(fù)），封型零 件另一端（重彳復(fù)），插入零件另一 端,延日寺M4M2G3M4M2R2P5M4M2R2

33、P5BD513.9BDM4M2G3M4M2R2P5M4M2R2P5延日寺，伸手至零件盒，手碗移至 零件，抓取零件，移勤至PCBA板, 封型零件一端（重彳復(fù)），插入零件 一端，抓取零件另一端（重彳復(fù)），封 型零件另一端（重彳復(fù)），插入零件 另一端，18伸手至零件盒，手碗移至零件， 抓取零件，移勤至PCBA板，封型 零件一端（重彳復(fù)），插入零彳一端， 抓取零件另一端（重彳復(fù)），封型零 件另一端（重彳復(fù)），插入零件另一 端延日寺（重彳復(fù)）M4M2G3M4M2R2P5M4M4M2R2P5BD554.3BDM4M2G3M4M2R2P5M4M4M2R2P5延日寺，伸手至零件盒，手碗移至 零件，抓取零件，移

34、勤至PCBA板, 封型零件一端（重彳復(fù)），插入零件 一端，抓取零件另一端（重彳復(fù)），封 型零件另一端（重彳復(fù)），插入零件 另一端重彳復(fù)）,19伸手至零件盒，手碗移至零件， 抓取零件，移勤至PCBA板，封型 零件一端（重彳復(fù)），插入零彳一端， 延日寺（重彳復(fù)）M4M2R2G3M4(R2P5)*N*BD23+7*N1.8+0.9*NG3M4(R2P5)*N*BDM4M 2R2抓取零件，移勤至PCBA板，封型 零件一端（重彳復(fù)），插入零彳一端， 延日寺（重彳fi）,伸手至零件盒，手碗 移至零件，6.1.2 DIP H/I段切板、上插銷及目檢工時(shí)1）切板后放入輸送帶a共：/2=4.7SEC/EAcNo

35、動(dòng)作描述分析式MOD數(shù)標(biāo)準(zhǔn)時(shí)間1a.取基板，并檢查SMT標(biāo)記左手:HM4G1M3右手:M4G1M4M3檢查判斷:E2D3122.6SEC2b.切板（每塊）左手:M4P5+UT=2.5SECM4右手:M4P5+UT=2.5SECM4*2.5SEC25/32 直3c.放入輸送帶（2塊）左手:M4P0G1M4P0M4G1M4右手:M2P0左手:M4P0M4右手:H284.3SEC2）壓PHONE JACK后上插銷（每塊）a共：/2=6.3SEC/EAdNo動(dòng)作描述分析式MOD數(shù)標(biāo)準(zhǔn)時(shí)間1a.取 PHONE JACK 后再取基板右手:M4G1HM4左手:M4G1M4P2182.8SEC2b.壓 PHO

36、NE JACK（2顆）右手:P5M3左手:C4P2右手:M4G1M4P5M3314.8SEC3c.取插銷再上插銷（2塊）左手:M2H M4G3M4P2G1H右手:G1HM2G1M2P2243.7SEC4d.放入輸送帶左手:HP0右手:G1R2M3P281.2SEC3）預(yù)檢零件并校正后取散熱治具罩于所需位置a共：=2.8+0.3*N SEC/EA（ 兩連板）e=3.1+0.3*N SEC/EA（ 單連板）（N:零件總顆數(shù)）No動(dòng)作描述分析式MOD數(shù)標(biāo)準(zhǔn)時(shí)間1a.預(yù)檢零件并校正UT=0.25SEC*0.3*NSEC2b.取散熱治具置于所需位置（每片）j左手:M4G1M4P2H 府5板右手:HM4G

37、1M4P2.-左手:M4G1M4P2 罩建板9Or111.4SECOrSEC1.7右手:H3c.按下計(jì)數(shù)器左手:M4M1M4右手:H91.4SEC6.2 DIP T/U段一般動(dòng)作標(biāo)準(zhǔn)：1）拆板后切板，放入輸送帶a共：/2 =6.4SEC/EAeNo動(dòng)作描述分析式MOD數(shù)標(biāo)準(zhǔn)時(shí)間1a.取卜散熱板治具（2片）左手:M4G1M2G1M4P0右手:H121.9SEC2b.拆斷余板端右手:M4G1M4M2P2M3左手:HM2G1M3P0223.4SEC3c.拆斷余板另一端右手:M3c4M2P2M3左手:HM2M1M3P0203.1SEC4d.切板（2連板）左手:M4P5+UT=2.5SECM4右手:M4

38、P5+UT=2.5SECM4*2.5sec5e.放入輸送帶（2塊）左手:M4P0G1M4P0M4G1M4右手:M2P0左手:M4P0M4右手：H284.3SEC2）取插銷后刮錫渣放入輸送帶a共：=3.3+2.2N SEC/EACNo動(dòng)作描述分析式MOD數(shù)標(biāo)準(zhǔn)時(shí)間1a.取插銷及PCB板左手:M4G1M2G1M4P0 曼手右手:M4G1M4P2121.9SEC2b.刮錫渣=UT*N 顆UT=1.8SEC*2.2Nsec3c.放入輸送帶左手:H右手:M2G1M4P291.4SEC2)取基板檢查零件是否過(guò)長(zhǎng)后剪過(guò)長(zhǎng)零件腳a共=5.4+3(L+N)+0.006NB+1.3NSEC(L:PCB 板d長(zhǎng),W

39、:PCB板寬,N:零件總顆數(shù)，B:零件過(guò)長(zhǎng)比率)No動(dòng)作描述分析式MOD數(shù)標(biāo)準(zhǔn)時(shí)間1a.自輸送帶取基板，并翻轉(zhuǎn)左手:M4G1M4c4M3右手:H162.5SEC2b.檢查零件腳是否過(guò)長(zhǎng)時(shí)間=每目檢一次所需時(shí)問(wèn)(S1)*移動(dòng)目光檢視區(qū)域次數(shù)(n)+判斷每顆零件腳是否過(guò)長(zhǎng)時(shí)問(wèn)(S2)*零件總數(shù)(N)*零件過(guò)長(zhǎng)比率(B)UT=0.4(L+W)/7.5+0.006NSEC(因人目光L次可看75*75CM)之區(qū)域，故看完一 片PC板需看n次，n=(PCB 寬/7.5)*(PCB 長(zhǎng)/7.5)(Unit:CM)抽樣求得 S1=0.4SEC,S2=0.006SEC)*=3(l+n)secSEC+0.006N

40、 L:CMW:CMB2b.取氣剪左手:H右手:M4G1M491.4SEC3c.剪零件腳（每顆）UT=1.3 SEC*1.3NSEC4d.放回輸送帶左手:M4c4P2右手:H101.5SEC3）取基及支架放于治具上，再鎖螺絲a自攻螺絲:共：=4.5+0.022L(1+N)+1.5N SECd a機(jī)械螺絲:共:=4.5+0.027K(1+N)+1.5N SECdNo動(dòng)作描述分析式MOD數(shù)標(biāo)準(zhǔn)時(shí)間1a.取基板及支架放于治具上左手:M右手:M4G1M4P2H手111.7SEC3G1M3P22b.鎖螺絲（第一顆）（L:自攻螺絲長(zhǎng)度：mm）（K:機(jī)械螺絲長(zhǎng)度:mm）右 手0.022*L左手:H右 手0.0

41、27*K左手:H:M單到懦3P2+*2.2+0.022*LSEC(自攻螺絲)2.2+0.027SECK(機(jī)械螺絲):M3G1M3P2M3P2+(械械螺 )3c.連續(xù)鎖螺絲（每顆*N）（N:鎖螺絲數(shù)量）（L:自攻螺絲長(zhǎng)度:mm）右手:（M3P左手:H右（自攻螺 ）*(1.5+0.022*L)*N OR SEC(1.5+0.027*K)*N)2M3P2+0.022*L)*N齦械螺 )（K:機(jī)械螺絲長(zhǎng)度:mm）手:(M3P2M3P2+0.027*K)*N左手:H4d.放入輸送帶左手:M4P0右手：H40.6SEC3）輸送帶上取基板、正檢共 a+b=1.4+0.14N SEC(N:零件總顆數(shù))No動(dòng)作描述分析式MOD數(shù)標(biāo)準(zhǔn)時(shí)間1a.自輸送帶取基板左手:M4G1M4右手:H91.4SEC2b.檢查零件面（每顆）UT=0.14 SEC*0.14NSEC補(bǔ)蹺件后將基板放回輸送帶.a共：=13.2+（6.47NB） SEC（N