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ABSOLUTE ID-C112G ã·ãªã³ãã²ãŒãžçšããžãããã¯ã€ã³ãžã±ãŒã¿ USERâS MANUAL No. 99MAH005B1 SERIES No.543 ã¯ããã« SR44 1000 4. æž¬å® 4.1 æäœãããŒãã£ãŒã ABSOLUTE ID-C112Gã¯ãã·ãªã³ãã²ãŒãž ïŒ511ã526ã·ãªãŒãºïŒ ã«åãä»ãå åŸã枬å®ããããã®å°çšæž¬å®åš ã§ããã䜿çšã«ãªãåã«ãã®åæ±èª¬ææžãšã·ãªã³ãã²ãŒãžã®åæ±èª¬ææžã䜵ããŠãããèªã¿ãã ããã㟠ããæ¬æžã¯å€§åã«ä¿ç®¡ããŠãã ããã æ¬æ©ã®ä»æ§åã³æ¬æžã®å 容ã¯å°æ¥äºåç¡ãã«å€æŽãããäºããããŸããäžäžåŒç€Ÿã®è£œé 販売ã«èµ·å ããäžå · åããè²·äžããäžå¹Žä»¥å ã«çºçããå Žåãç¡åä¿®çèŽããŸãã®ã§ãæ±ãã®è²©å£²åºãå¶æ¥æãŸã§ãé£çµ¡ãã ã ãã SR44 黿ºæå ¥ ãã¹ã¿ãŒåããã¢ãŒã â â â â ã䜿çšäžã®æ³šæäºé â M/W â 黿ºãONãã ïŒé»æ± ã亀æããåŸ [PRESET] ããŒãçãæŒãïŒ ãšæž¬å®åŸ æ©ç¶æ ã«ãªããŸãããã¹ã¿ãŒåã ããçµäºããŠããå Žå㯠[S T A R T ] ããŒãçãæŒããŠã¯ãŒã¯ã®æž¬å®ãå§ããŸãã ïŒæäœãããŒãã£ãŒãå ç §ïŒæž¬å®åŸ æ©ç¶æ ã§ã¯æž¬å®åã®çŸåšäœçœ®ãããžã¿ã«è¡šç€ºãšã¢ããã°ããŒã§ç€ºãããŸãããæå°å€ã¯ããŒã« ããããŸããã â æ¬æ©ã«ã¯ãã¹ã¿ãŒåãããå ¬å·®èšå®ãã¯ãŒã¯æž¬å®ã®æäœã¢ãŒãããããŸãã ïŒæäœãããŒãã£ãŒãåç §ïŒ TOL. å ¬å·®èšå®ã¢ãŒã 枬å®åŸ æ©ç¶æ ãã¹ã¿ãŒåããã¢ãŒã: ãã¹ã¿ãŒå€ã®ããªã»ãã æž¬å®ããæå°å€ãããŒã«ãããããšãã§ãããããç°¡åã«æ£ç¢ºã§ãã€å®å®ããå åŸæž¬å®ãè¡ãããšãã§ã ãŸãã æž¬å®ããæå°å€ã«å¯ŸããŠå ¬å·®å€å®ãè¡ãããšãã§ããŸãã ã¢ããã°ããŒã¯æå°å€ãäžéå€/äžéå€ ïŒå ¬å·®å€å®ãè¡ããšãïŒ åã³çŸåšå€ã衚瀺ããŸãã 3çš®é¡ã®åºæºå€ ïŒãã¹ã¿ãŒå€ïŒ ãããªã»ããããããšãã§ãããããã察å¿ããå ¬å·®å€ãèšå®ã§ããŸãã ããŒã¿åŠçæ©åšãæ¥ç¶ããããšã«ããæž¬å®å€ãèšé²ããããšãã§ããŸãã äžéå€ã®èšå® START ãã¹ã¿ãŒãªã³ã°ã®ã»ãã: ãã¹ã¿ãŒãªã³ã°ã«ã·ãªã³ãã²ãŒãžãå·®ãèŸŒã¿æå°å€ãæ€åºããŸããããžã¿ ã«è¡šç€ºã¯æå°å€ã§ããŒã«ããããŸãã TOL. ãã¹ã¿ãŒãªã³ã°ã»ãã START ãã¹ã¿ãŒå€ã®ç»é²: 黿± ã«é¢ããæ³šæ éèŠ ã» åè§£ãæ¹é ããªãã§ãã ããã ã» å°ã£ããã® ïŒãã©ã€ããŒã»ããŒã«ãã³ã®å ãªã©ïŒ ã§ã¹ã€ããæäœãããªãã§ãã ããã ã» ãæå ¥ãã®éã¯åžéããäžæ§æŽå€ã«æµžããæãããåžãã䜿çšãã ãããææ©æº¶å€ïŒã·ã³ããŒããã³ãž ã³ïŒ ã䜿çšãããšå€åœ¢ãæ éã®åå ãšãªããŸãã ã» ã¹ãã³ãã«ã®æ±ãã¯åäœäžè¯ã®åå ãšãªããŸããã¢ã«ã³ãŒã«ãå«ãŸããåžãªã©ã§ãããã«æ±ããæãå ããç²æ§ã®äœãæ²¹ãå°éå«ãŸããåžã§è»œãæããŠãã ããã ã» 3ã¶æä»¥äžæ¬æ©ãã䜿çšã«ãªããªãå Žåã黿± ã®æ¶²æŒãã«ããæ¬æ©ãç ŽæããæãããããŸãã®ã§é»æ± ã åãå€ããŠå¥ã ã«ä¿ç®¡ããŠãã ããã ãã¹ã¿ãŒãªã³ã°ã®ã»ããã§åŸãããæå°äœçœ®ã«ãã¹ã¿ãŒå€ãã»ããã㟠ãã èŠå æ³šèš æ¬æ©åã³æž¬å®ç©ãååæž©åºŠã«æ £ãããŠããæž¬å®ãå§ããŠãã ããããŸããã§ãããããæž©åºŠå€åã®å°ãªã ç°å¢ã§ã䜿çšãã ããã å ¬å·®èšå®ã¢ãŒã: å ¬å·®å€( äž/ äžéå€) ã®èšå®ãè¡ããŸããå ¬å·®å€ãèšå®ãããšäž/ äžéå€ãã¢ã ã â â ã â â ïŒ ã衚瀺ãããŸãã ãã°ããŒã«è¡šç€ºãããå ¬å·®å€å®çµæ ïŒ â â ã¯ãŒã¯æž¬å®ã¢ãŒã: ã¯ãŒã¯ã®å åŸå¯žæ³( æå°å€) ãæž¬å®ããŸããããžã¿ã«è¡šç€ºã¯æå°å€ã§ããŒã«ã ãããŸãã äžéå€ã®èšå® ãã¹ã¿ãŒå€ã®ç»é² 誀ã£ã黿± ã®äœ¿ãæ¹ã¯ã 黿± ã®å 容ç©ãæŒããããçºç±ã»ç Žè£ã®åå ãšãªãã æãã¬äºæ ã ãããããã ãšããããŸãã ãŸãã æ¬æ©ã®æ éã®åå ãšãªãããšããããŸãã æ¬¡ã®äºã¯å¿ ããå®ããã ããã ã» åè§£ãæ¹é ãã·ã§ãŒããå é»ã100â以äžã®å ç±ãç«ã®äžãžã®æå ¥çã¯ããªãã§ãã ããã ã» é»æ± ã¯æ¥µæ§ ïŒïŒãšâã®åãïŒ ã«æ³šæããŠãæ£ããã»ããããŠãã ããã ã» æ¬æ©ã§æå®ãããŠãã黿± 以å€ã¯äœ¿çšããªãã§ãã ããã ã» é·æé ïŒ3ã¶æä»¥äžïŒ ã䜿çšã«ãªããªãå Žåã¯ã æ¬äœãã黿± ãåãåºãã å¥ã ã«ä¿ç®¡ããŠãã ããã ã» é»æ± ã®ç Žæ£ãåã¯ä¿åã®éã«ã¯ãçµ¶çžããŒãã§é»æ± ã®ïŒâ極ãå ããªã©ã®åŠçããã黿± ãä»ã® éå±ãã黿± ãšæ¥è§Šããªãããã«ããŠãã ããããŸããç Žæ£ããéã¯åå°æ¹èªæ²»äœã®æ¡äŸãèŠå ãªã©ã«åŸã£ãŠãã ããã ã» çŽå°æ¥å ã髿ž©ã髿¹¿ã®å Žæãé¿ããåäŸã®æã®å±ããªããšãããžä¿ç®¡ããŠãã ããã ã» åãå€ãã黿± ã¯ã誀ã£ãŠé£²ã¿èŸŒãããšããªãããã«ããŠãã ãããäžäžã飲ã¿èŸŒãã§ããŸã£ã å ŽåãçŽã¡ã«æ°Žã§æŽãæµããçŽã¡ã«å»åž«ã«çžè«ããŠãã ãããè¡£æã«ä»çããå Žåã¯æ°Žã§æŽãæµ ããŠãã ããã M/W TOL. M/W â æ¬æ©ãã·ãªã³ãã²ãŒãžã«åãä»ããæãæãã¯æ¿ããããæ¿ã¯ãã·ã£ã倿Žããæã¯åºæºãšãªããã¹ã¿ãŒ ãªã³ã°ã䜿çšããŠæ ¡æ£ãè¡ãå¿ èŠããããŸãã â å ¬å·®èšå®ã¢ãŒãã§äž/äžéå€ãèšå®ãããšå ¬å·®å€å®ãå¯èœã«ãªããŸãã ã¯ãŒã¯æž¬å®åã¯ãã¹ã¿ãŒãªã³ã°ã»ããæãæ¬æ©ã®è¡šç€ºæ©èœã«ã¯ä»¥äžã®ãããªç¹é·ããããŸãã ããžã¿ã«è¡šç€ºã¯æå°å€ã§ããŒã«ããããŸãããã®ããæå°å€ãç°¡åã«ç¢ºèªããããšãã§ããŸãã ã¢ããã°ããŒã¯æž¬å®åã®çŸåšäœçœ®ãšæå°å€ ïŒç¹æ» è¡šç€ºïŒ ãåæã«è¡šç€ºããŸãã å ¬å·®èšå®ãè¡ããšäž/äžéå€ã®ã¢ããã°ããŒãç¹ç¯è¡šç€ºããŸãã ãã®ããå ¬å·®å€ã«å¯Ÿããå åŸå¯žæ³ ïŒæå°å€ïŒ ã®äœçœ®ãç°¡åã«ç¢ºèªããããšãã§ããŸãã å·Šã®è¡šç€ºäŸã¯äžéå€ =30.010mm,äžéå€ =30.000mmã®èšå®ã§ã¯ãŒã¯æž¬å®ãè¡ããæå°å€ =30.003mmïŒçŸåšå€ =30.012mmïŒ ãšãªã£ãçµæã瀺ããŠããŸã(å ¬å·®å€å®çµæ: OK)ã TOL. ã¯ãŒã¯æž¬å®ã¢ãŒã è¡šç€ºäŸ æå°å€=30.003mmïŒç¹æ» ïŒ â äžéå€=30.010mm äžéå€=30.000mm ã·ãªã³ããŒã²ãŒãžããã¹ã¿ãŒãªã³ã°ã§æ ¡æ£ããŸããæ ¡æ£æé ã¯ä»¥äžã®éã ã§ãã ãã¹ã¿ãŒå€ã®ããªã»ãã: ãã¹ã¿ãŒãªã³ã°ã®å€ãããªã»ããããŸãã PRESET 以äžã®è¡çºãç¶æ³ã¯æ¬æ©ã®æ éã誀åäœã®åå ãšãªããŸãã®ã§ã泚æãã ããã çŸåšå€=30.012mm å ¬å·®å€å®çµæ OK 1. åéšåç§°ã»å¯žæ³ 4.2 æäœæé 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ã«èšå®ãããŠããŸãã ã» ãè²·ãäžãæã¯ãæ¬æ©ã«é»æ± ã¯ã»ãããããŠãããŸããã黿± ã ã»ããããŠãããã䜿ããã ããã ã» ãè²·ãäžãæã«ä»å±ãããŠãã黿± ã¯ãæ©èœãæ§èœã確èªãããã ã®ãã®ã§ããæå®ã®å¯¿åœããããªãå ŽåããããŸãã®ã§ããäºæ¿ã ã ããã mm ON/OFF M/W [PRESET]ããŒãé·ãæŒã ïŒ ç¹æ» ããæ¡ãé ã«ç§»åããŸãã倿Žãããæ¡ãç¹æ» ãå§ãããŸã§ [PRESET]ããŒãæŒãç¶ããŸãã M3 b)ãã¹ã¿ãŒãªã³ã°ã®ã»ãã 2å M1 (2) [PRESET]ããŒãçãæŒããŠåæ¡ã«ãã¹ã¿ãŒãªã³ã°ã®å€ãããªã»ããããŸããïŒ"P"ç¹æ» ïŒ æ°å€ã倿Žããå¿ èŠãç¡ãå Žåã¯ã(4)ã®æäœã«ç§»ã£ãŠãã ããã START M2 æ³šèš + -44 a)ãã¹ã¿ãŒå€ã®ããªã»ãã START PRESET (1) 黿± ãã£ããã®æºã«ç¡¬è²šãªã©ãåœãŠåæèšæ¹å ïŒç¢å°ã®æ¹åïŒ ã«åããŠãã£ãããå€ããŸããå€ã黿± ã2 åãšãåãåºããŠãæ°ãã黿± ïŒé žåé黿± ïŒS R - 4 4 ïŒ 2 åïŒ ãïŒé¢ãäžã«åããŠçŽåã«ã»ããã㟠ãã (2) ã·ãŒã«ãã¯ã¿åºããªãããã«æ³šæããªãããã£ããã®æºãå³äž 45ã ãåãããã«é»æ± ãã£ãããåä» ããæºãæ°Žå¹³ã«ãªããŸã§æèšåãã«ãã£ãããåããŸãã[------]ã衚瀺ãã âPâ ãç¹æ» ããŸãã (3) [PRESET]ããŒãçãæŒããŸãã衚瀺ãâ0.000mmâã«å€ããæž¬å®åŸ æ©ç¶æ ã«ãªããŸãã åŒãç¶ããã¹ã¿ãŒåãããè¡ã£ãŠãã ããã ïŒ4.2.1 ãã¹ã¿ãŒåããã¢ãŒãåç §ïŒ é»æ± æ¿å ¥ a)ãã¹ã¿ãŒå€ã®ããªã»ãã b)ãã¹ã¿ãŒãªã³ã°ã®ã»ãã 3.1 黿± ã®äº€æïŒå·Šå³åç §ïŒ (A) æäœ M3 START M1 (1) [M/W]ããŒãçãæŒããŸãã ã¢ããã°ããŒãæ¶ããååM 1 ã«ç»é²ãããã¹ã¿ãŒå€ãç¹æ» ããŸããM 2 ãM 3 ã«ãã¹ã¿ãŒå€ãã㪠ã»ããããå Žåã¯ãç¹æ» ããŠããç¶æ ã§[ M / W ] ããŒãé·ãæŒããŠãã¹ã¿ãŒçªå·ãåãæããŠãã ã ãããã¹ã¿ãŒçªå·ã¯M1âM2âM3âM1ã®é ã«åãæãããŸãã PRESET æäœ M2 M1 8 ç®çã 12 äžãªãŒããŒã¬ã³ãž 16 åäœ ãã¹ã¿ãŒçªå·å€æŽ æäœ a)ãã¹ã¿ãŒå€ã®ããªã»ãã a) ãã¹ã¿ãŒå€ã®ããªã»ãã ãã¹ã¿ãŒçªå·ãéžæãããã¹ã¿ãŒãªã³ã°ã®å€ãããªã»ããããŸãã M3 ãã¹ã¿ãŒçªå·å€æŽ PRESET 3. ã»ããã¢ãã 3.1 黿± ã®äº€æ M/W M1 2.2 æ¶²æ¶è¡šç€ºéšã®åç§° 7 äžãªãŒããŒã¬ã³ãž 11 æå°å€(Min)æž¬å® 15 ããããªãŒäœäžèŠå 30.005mmã®ãã¹ã¿ãŒãªã³ã°ã䜿çšããŠãã¹ã¿ãŒçªå·M1ã«ãã¹ã¿ãŒå€ ïŒãã¹ã¿ãŒãªã³ã°ã®å€ïŒ ãããªã»ããã ãæé ã説æããŸãã ãã¹ã¿ãŒçªå·å€æŽ ãã¹ã¿ãŒåããéå§ æ©èœã®èª¬æ ã¯ãŒã¯æž¬å®éå§ ãã¹ã¿ãŒãªã³ã°ã®ã»ããéå§ æž¬å®åŸ æ©ç¶æ ïŒå ¬å·®å€å®çµæç¡ãïŒ ãžç§»è¡ å ¬å·®èšå®ã¢ãŒããžç§»è¡ åæ¡ã®äž/äžéå€ã®çœ®æ° æ¡å€æŽ ïŒäž/äžéå€èšå®äžïŒ åæ¡ã®ãã¹ã¿ãŒå€ã®çœ®æ° æ¡å€æŽ ïŒãã¹ã¿ãŒå€ããªã»ããäžïŒ 枬å®åŸ æ©ç¶æ ãžç§»è¡ ããŒã¿åºå ïŒããŒã¿åŠçæ©åšæ¥ç¶æïŒ ããŒã¿ããŒã«ã/è§£é€ ïŒããŒã¿åŠçæ©åšæªæ¥ç¶æïŒ ããŒã¿ããŒã«ã/è§£é€ æž¬å®åŸ æ©ç¶æ ãžã®ç§»è¡ ãã¹ã¿ãŒçªå·éžæ ïŒM1âM2âM3âM1ïŒ ãã¹ã¿ãŒåããã¢ãŒããžã®ç§»è¡ 7 13 é·ãæŒã ïŒ2ç§ä»¥äžïŒ 4.2.1 ãã¹ã¿ãŒåããã¢ãŒã M/W M/W M1 2 START 3 TOL. 枬å®åçµåéšãã M2.5×0.45 12 çãæŒã ïŒ2ç§æªæºïŒ 枬å®åŸ æ©ç¶æ 4 ã¹ãã 8 LCD M/W æäœãæå¹ãªã¢ãŒã/æ¡ä»¶ ïŒæŒãæéïŒ åžžã«æå¹ é»æºã®ON/OFF 4 PRESET 4 以äžã®èª¬æã§ã¯ãããŒã®æŒãæ¹ã次ã®ïŒéãã®å³ã§è¡šããŸãã ãã¹ã¿ãŒåããäžæ¢ åç§° 1 ON/OFF 7.3 16.5 6 21.2 54.4 5 泚æ 4.2.1 ãã¹ã¿ãŒåããã¢ãŒã 2.1 ã¹ã€ããã®åç§°ãåäœæ¡ä»¶ãæ©èœ 6 å·Šã®æäœãããŒãã£ãŒãã«åŸããã¹ã¿ãŒåããã¢ãŒããå ¬å·®èšå®ã¢ãŒããã¯ãŒã¯æž¬å®ã¢ãŒãã®é ã«æäœæé ã説æããŸãã mm 2. 衚瀺éšã®åç§°ãšæ©èœ 4 Min M/W 1 ãã£ãã 5 ã¹ãã³ãã« 54 M1 ã» æ¬æ©ã«ã¯æ¶²æ¶åã³é žåé黿± ã䜿çšãããŠããŸããããããã®å»æ£ã«ããã£ãŠã¯åå°æ¹èªæ²»äœã® æ¡äŸãŸãã¯èŠå¶ãªã©ã«åŸã£ãŠãã ããã ã» æ¶²æ¶ã®å éšã«ã¯åºæ¿æ§ç©è³ªãå«ãŸããŠããŸããäžäžãæ¶²ç¶ã®å 容ç©ã誀ã£ãŠç®ãç®èãªã©ã«ä»ç ããå Žåã¯çŽã¡ã«æž æµãªæµæ°Žã§æŽæµããŠãã ããããŸããå£ã«å ¥ã£ãå ŽåãçŽã¡ã«å£å ãæŽæµã 倧éã®æ°Žã飲ãã§åãåºããåŸå»åž«ã«çžè«ããŠãã ããã 8 49.6 2 PRESET 4.1 æŠèŠ PRESET äž»ãªç¹é· SR44 DATA/HOLD 黿± 亀æ ON/OFF (3) [M/W]ããŒãçãæŒããŠãã¹ã¿ãŒåããã¢ãŒããçµäºããŸããæž¬å®åŸ æ©ç¶æ ã«æ»ããæ°ãã«ããªã»ã ããããã¹ã¿ãŒå€ãã¢ããã°ããŒã®äžå¿ã«ãªããŸãã M1 mm USERâS MANUAL No. 99MAH005B1 SERIES No.543 ABSOLUTE Digimatic Indicator ID-C112G for Bore gage Introduction SR44 4.1 Operation Flowchart Absolute ID-C112G is the dedicated ID measuring instrument mounted to the bore gage (511, 526 series). To obtain the highest performance from this instrument and to use it safely, read this Userâs Manual and Userâs Manual of the bore gage prior to use. After reading, retain this manual for future reference. Specifications of this instrument and information in this manual are subjected to change without notice. In the event that the instrument should prove defective in workmanship or material, within one year from the date of original purchase for use, it will be repaired or replaced, at our option, free of charge upon its prepaid return to us. Please contact Mitutoyo office. SR44 1000 SR44 Power ON ON/OFF Precautions on use or benzene). It may deform or damage the indicator. ⢠The contaminated spindle may cause malfunction. Wipe them off with a cloth damped with alcohol, then wipe the spindle with a cloth damped with a small amount of low-viscosity oil. ⢠If the indicator is not used for more than three months, remove the batteries from the indicator to store them separately. Otherwise, the liquid leaked from the battery may damage the indicator. NOTE Use the instrument in a temperature-controlled room that has minimum temperature fluctuation. Allow a sufficient time for the instrument and workpiece to thermally stabilize if it is moved to an environment with a different temperature. 1. Nomenclature and Dimensions Unit: mm (inch) 10.5 13/32â³ 6.8 27â³ 29.3 1.15â³ TOL. Setting the master ring M/W 14.2 9/16â³ 20.50 79â³ 0 9.52 â0.03 3/8â³ DIA No. 4-48 thread ON/OFF Min. value = 30.003mm (blinking) 6 11 10 9 8 4.2 Operation Following the flowchart on the left, here explains the procedures in order of the Master ring measurement mode, Tolerance setting mode and Measurement mode. Min NOTE 17 M1 M2 M3 5 Min P HB in mm 14 Press shortly (less than 2 sec.). M/W M/W 4.2.1 Master setting mode Using the master ring of 30.005mm, preset the master value (value of the master ring) to the master No. M1. Turns the power ON/OFF. Measurement mode and initial state (â¥2 sec) Switches inch/mm display. (unique to inch/mm model) Master setting mode Starts setting with a master ring. To the initial state. (tolerance judgment OFF) Tolerance judgment OFF To the tolerance setting mode. 5. DATA/HOLD M/W M/W M2 a) Presetting the master value Set the upper/lower limit value. Changes the active digit. (in the upper/lower limit value setting) Set the master value. Master setting mode (â¥2 sec) Change the active digit. (in the master setting) When installing battery To the initial state. Measurement mode and initial state Outputs the data. (if a data processer is connected) M1 2 times c) Registering the master value a) Presetting the master value (Setting to 30.005mm) c) Registering the master value b) Step 3 Press the [PRESET] key shortly while âPâ is blinking, and then the new preset value starts blinking. PRESET 2 times M2 Repeat this procedure to preset the value of the master ring and then hold the [PRESET] key until the sign âPâ starts blinking again. b) Setting the master value PRESET 2 times M3 c) register this value as the master value, moves to the b) Setting the master ring and c) Registering the master value. Registering the master value 6. M/W Master setting mode Hold/release the display. Master setting mode (<2 sec) To the initial state. Master setting mode (â¥2 sec) Switching the master No. (M1 - M2 - M3 - M1) Measurement mode and initial state To the Master setting mode. M1 M1 M1 mm Step 2 15 PRESET mm START Step 2 P Min mm H Step 1 PRESET 2.2 Nomenclatures 3 7 Upper over range 8 Graduation 11 Minimum value (Min) measurement 14 Hold 15 Low battery alarm 3.1 Battery replacement (Refer to the figure on the left.) 9 Analog bar 12 Lower over range 16 Unit 10 Tolerance judgment result 13 Master No. 17 During the master setting M1 P mm M1 P Min mm Step 2 Probing min. value PRESET Power ON (B) 330° P in/mm ON/OFF Rubber sealing mm M/W PRESET SR-44, 2 pcs. (Set in series.) M1 M2 M3 START mm ⢠⢠⢠rt ⢠a St ° x. 45 Appro in/mm ON/OFF Finish. (horizontal) M1 P Min mm M1 P M1 P Min mm PRESET M1 P 3.3 Mounting on the bore gage This instrument is used by mounting on a bore gage (optional) correctly. For details, refer to the Userâs Manual of the bore gage. M1 Min mm P mm PRESET Probing min. value M1 P Min mm P mm Step 3 Step 5 If there is a possibility of an accidental change of the minimum value detected, press the [DATA/HOLD] key shortly to hold the display value, then move to the c) Registering master value. (The sign âHâ is turned on.) To release the display value press again the [DATA/HOLD] key shortly. IMPORTANT M1 mm If the value exceeds the display range during the detection, the analog bar indication will be changed so that the minimum value comes at the center of the bar. PRESET M1 mm c) Registering the master value This can be performed after the step 5 of b) Setting the master ring. If this is not performed, the preset value set in the a) Presetting the master value is not registered as the master value. Step 1 Press the [PRESET] key shortly to call the preset value (blink) set in the a) presetting master value. Then signs âPâ and âMinâdisappear. Step 2 Press the [PRESET] key again shortly to register the master value. The figure stops blinking (light). P mm DATA/HOLD Step 5 M1 M/W IMPORTANT M1 PRESET The display unit rotates 330° (B) clockwise from the initial position (A). ⢠Do not rotate the display unit beyond the stoppers at positions A and B. It will cause the instrument failure. ⢠Do not pull or push the display unit. It will cause the instrument failure. Before pressing the [START] key, put the bore gage into the master ring. START Battery cap IMPORTANT IMPORTANT Step 4 Repeat step 2 and step 3 two or three times and check that the digital display stays â0.000mmâ. mm Step 3 mm Terminal M1 mm 3 times 3.2 Adjustment of Display unit Angle Turn the cap. P PRESET ⢠Install the batteries in the direction described on the right, so as not to damage ⢠TOL. M1 NOTE the battery terminal. Replace the 2 batteries together. Do not install the used and fresh batteries mixed. If an abnormal display appears, remove the batteries, then install them again. All of the setting values (master value and upper/lower limit values) are already set to â0.000 mmâ (â0.00000inchâ or â0.0000inchâ for inch/mm model). The supplied battery is separately packed for shipping. Load the battery before using the Digimatic Indicator. The supplied battery is just to check the function and performance. The specified battery life may not be assured. Care should be taken. Step 1 Put the bore gage on which this instrument is mounted into the master ring. Step 3 Wave the bore gage back and forth or right and left to search for a minimum value. When a minimum value is detected (updated), the digital display holds its value and the analog bar leaves a blinking cell at the position. 3.1 Battery replacement (Refer to the figure on the left.) Step 1 Remove the battery cap by turning it counterclockwise (arrow direction) with a coin set in the groove. Then replace the batteries by two silver oxide batteries (SR-44) in series with the positive (+) side facing up. Step 2 Put back the battery cap and turn it clockwise to secure (upper right 45° to horizontal). Be careful not to allow the seal to protrude. [------] appears, and the sign âPâ blinks. Step 3 Press the [PRESET] switch shortly, then the display will change to â0.000mmâ in the initial state. The inch/ mm model displays â0.00000inchâ or â0.0000inchâ. Move to the master setting. (Refer to the section 4.2.1 Master setting mode.) b) Setting the master ring Put the bore gage into the master ring, and probe a master ring minimum value. This can be performed after the step 4 of a) presetting the master value. Step 2 Press the [START] key shortly to be on the waiting for detecting a minimum value. The signs âMinâ and âPâ are turned on, the digital display shows â0.000mmâ, and the center analog bar (â0.000mmâ) blinks. M1 mm Step 3 PRESET 3. Setup (A) ⢠If the master No. is changed, execute the master setting to register the master value again. ⢠The unit (inch/mm) cannot be changed in the middle of the master setting. If the master setting is started in the inch state, the master value registered in metric is converted and displayed in inch. Hold/release the display. (if no data processer is connected) 16 IMPORTANT ⢠This procedure stores the preset value in each master No. (memory), but will not register it as the master value. To c) Registering the master value Setting the master ring : The blinking digit moves on. Hold the [PRESET] key until a desired digit starts blinking. Pressing the [PRESET] key shortly : Every pass of the key switches display value. The sign switches between + and â and the figure changes from 0â1â2â ---â9. M3 PRESET Tolerance setting mode (â¥2 sec) START b) Setting the master value Step 2 Press the [PRESET] key shortly to preset the value of the master ring to each digits. If no need to change the value, move to the step 4. Holding the [PRESET] key a) Presetting the master value M2 b) Setting the master value Tolerance setting mode (<2 sec) Operation M3 START M1 Master setting mode (<2 sec) PRESET Operation M2 START Starts workpiece measurement. Switching the master No. PRESET Operation Step 1 Press the [M/W] key shortly. The analog bar disappears, then the previous master value registered at the M1 blinks. When presetting the master value at M2 or M3, hold the [M/W] key to switch the master No. while the master value is blinking. The master No. will switches M1-M2-M3-M1. M3 Switching the master No. a) Presetting the master value Always valid (<2 sec) a) Presetting the master value Select the master No., then preset the value of the master ring. Switching the master No. M1 M1 Function Press and hold (2 sec. or more). 4.2.1 Master setting mode PRESET Valid mode/Condition (pressing time) Tolerance judgment ON 2 4 Two ways of key operation are represented by the following illustrations. mm Starting the master setting Measurement mode and initial state 4. PRESET 7 1 PRESET Current value = 30.012mm Tolerance judgment: OK M/W 3. TOL. 13 DATA/HOLD Upper limit value = 30.010mm Lower limit value = 30.000mm Starting the master setting 2. START 2 Nomenclatures and Functions of the display 12 ⢠The display has the following features while measuring a workpiece or setting the master ring. The digital display holds the minimum value, which makes it easy to confirm the minimum value. The analog bar shows the current position as well as the minimum value (blinked). If the tolerance limits are set, the analog bar also shows the upper/lower values. Therefore the state of the diameter to the tolerance limits can be checked easily. The example on the left shows a measurement result of a workpiece, the minimum value = 30.003mm (current value = 30.012mm), with the setting of the upper limit = 30.010mm and the lower limit = 30.000mm. Display indicaiton 2.1 Functions of the switches AGD type ISO/JIS type ⢠Set the upper/lower limits in the tolerance setting mode to perform the tolerance judgment. TOL. Measurement mode 2. Nomenclatures and Functions of the display 1. in/mm 6.35 1/4â³ 7.3 0 8 â0.009 ⢠If mounting ID-C112G on the bore gage, or if changing a rod or washer, calibrate the bore gage with a reference such as a master ring. TOL. M/W 1. Nomenclature and Dimensions Switch M25×0.45 thread SR Setting the lower limit value Registering the master value Quitting the master setting 1 Cap 2 Flat back 3 Output connector (with a rubber cap) 4 Stem 5 Spindle 6 Contact point 7 Battery cap 8 LCD is the symbol for American Gage Design (AGD) representing the dimension meets the ANSI standard for AGD Group 2 indicator. 50.95 2â³ 44.2 1.74â³ 60.5 2 3/8â³ 54 2.13â³ 49.6 1.95â³ 46.5 6 16.5 5 + -44 START M1 ordinances or regulations of respective local governments. ⢠The LCD part contains irritating substance. Should the liquid content accidentally come into contact WARNING with the eye or skin, rinse with water immediately and consult a physician. Should it get into the mouth, immediately rinse inside the mouth, swallow plenty of water, vomit, then consult a physician. 8 21.2 54.4 4 Presetting the master value Setting the master ring ⢠For this instrument the LCD and a silver oxide battery are used. When disposing them, follow the local 7 : Calibrate the bore gage using the master ring. The calibration procedures are as follows. : Preset the value of the master ring. : Put the bore gage into the master ring, then probe the minimum value. On the digital display the minimum value is held. Registering the master value : Register the master value where the minimum value is detected by probing the master ring. Tolerance setting mode : Set the tolerance limit (upper/lower limits). They are shown on the analog bar, and the tolerance judgment result (â â, â â, â â) is displayed. Measurement mode : Measure the inside diameter (minimum value) of the workpiece. The minimum value is held on the digital display. Setting the upper limit value START Warnings on disposal 3 2 Master setting mode Presetting the master value If the battery is misused or abused, leakage or, in extreme cases, explosion and/or fire can result. Observe the following precautions to avoid instrument failure and malfunction. ⢠Do not disassemble, deform, short-circuit, charge, heat the battery to 100°C and over, or throw the WARNING battery into fire. ⢠Always insert batteries correctly with regard to polarity (+ and â) marked on the battery and the equipment. ⢠Always use the recommended battery. ⢠If the instrument is not used for more than three months, remove the battery from the instrument to store it separately. ⢠For disposing or storing battery, cover the positive (+) and negative (â) terminals with a piece of insulating tape to prevent contact with other metals. When disposing it, follow the local ordinances or regulations of respective local governments. ⢠Keep batteries avoid direct sunlight, high temperature, high humidity and out of the reach of children. ⢠When the battery is removed, do not swallow it by mistake. In case a cell or the battery has been swallowed, consult a physician immediately. ⢠Should the content accidentally come into contact with the eye or skin, or get into the mouth, rinse with water immediately and consult a physician. Should it attach to the cloths, wash it with water. ⢠Do not disassemble and modify this indicator. ⢠Do not press the button with a pointed object, such as a screw driver or ball-point pen. ⢠To clean the indicator, use a soft cloth soaked in a diluted neutral detergent. Do not use any organic solvent (thinner 1 ⢠This instrument has 3 modes, Master setting mode, Tolerance setting mode, and Measurement mode. (Refer to the Operation Flowchart.) Warning on battery IMPORTANT 29.3 Tolerance setting mode PRESET Observe the following precautions to avoid instrument failure and malfunction. 6.8 TOL. Standing by for measurement Master setting mode Capable of holding the minimum value. This provides simple, accurate and stable ID measurement easily. Capable of tolerance judgment for the minimum value. The analog bar shows the minimum value, upper/lower limit values (in the tolerance judgment) and the current value. Capable of presetting 3 reference values (master values), and setting a corresponding tolerance value for each. By connecting a data processor, measurement value can be recorded. ⢠Turn the power on (or press the [PRESET] key shortly after replace the batteries), then it stands by for measurement (initial state). If the master setting is completed, press the [START] key shortly to measure workpieces. (See the Operation Flowchart on the right.) In the initial state, the current position of the contact point is shown on the digital display and the analog bar, but the minimum value cannot be held. PRESET M/W Features ⢠⢠⢠⢠⢠4. Measurement 4.1 Outline Replace battery M1 Min H P mm To check the calibration, press the [START] key shortly after registering the master value. Then probe a minimum value of the master ring. If the minimum value equals the master value, moves to the step 3, for other cases repeat from the step 1 again. Step 3 Press the [M/W] key shortly to quit the master setting mode. It becomes on the initial state, the new master value comes at the center of the analog bar. 4.2.2 å ¬å·®èšå®ã¢ãŒã 4.2.2 å ¬å·®èšå®ã¢ãŒã (1) 5.1 ã¢ããã°ããŒã®è¡šç€ºã«ã€ã㊠äžéå€ 1) æå°å€ (2) [TOL.] ããŒãçãæŒããŸããã¢ããã°ããŒãæ¶ãååM1ã«èšå®ããäžéå€ã衚瀺ãããŸãã(â â ç¹æ» ) mm mm TOL. (2) äžéå€èšå® (4) äžéå€èšå® M1 TOL. [TOL.]ããŒãé·ãæŒã : ç¹æ» ããæ¡ãé ã«ç§»åããŸãã眮æ°ãããæ¡ãç¹æ» ãå§ãããŸã§[ T O L .] ããŒãæŒãç¶ããŸãã [TOL.]ããŒãçãæŒã : æŒããã³ã«è¡šç€ºå€ãåãæãããŸãã笊å·ã¯ã+ ââãæ°åã¯ã0 â1 â 2...â9ãšåãæãããŸãã mm TOL. M1 mm mm TOL. TOL. 3å 3å mm mm TOL. TOL. M1 M1 mm mm TOL. (5) M1 2) (5) ããäžåºŠ [TOL.] ããŒãçãæŒããŠå ¬å·®èšå®ã¢ãŒããçµäºããŸããæž¬å®åŸ æ©ç¶æ ã«æ»ãå ¬å·®å€å®ãéå§ã ãŸãã mm M1 ã» å ¬å·®å€å®ON/OFFã®åãæ¿ã (1) ã·ãªã³ãã²ãŒãžã»ãã M1 mm TOL. mm mm mm åæž¬å®éå§ æž¬å®äž START ã¢ããã°ããŒã®éã¿ 0.019mmä»¥äž ã¢ããã°ããŒã®è¡šç€ºç¯å² 0.001mm/ç®ç -0.020mm -0.010mm 0.000mm mm DATA/HOLD mm H ã¢ããã°ããŒã®éã¿ã¯ãèšå®ããäž/ äžéå€ã®å·®ã«å¿ããŠå€åããŸãããã®ãããå·®ãéåžžã«å€§ããªå Žåã¯ã㌠ãå€åããªããšããçŸè±¡ãèµ·ãããŸãã®ã§ã泚æãã ããã -0.040mm -0.020mm 0.000mm 0.020mm 0.040mm a) å ¬å·®èšå®ãè¡ãå Žå ãã¹ã¿ãŒçªå·M1ïŒ30.005mmïŒ ã«äžéå€ (30.010mm) ãšäžéå€ ïŒ30.000mmïŒ ãèšå®ãããŠããç¶æ ãäŸã«ãšã 説æããŸãã 0.040mm ⌠0.059mm -0.060mm -0.030mm 0.000mm 0.030mm 0.060mm 0.003mm/ç®ç ã» ã¯ãŒã¯æž¬å®ã¢ãŒãã§å ¬å·®èšå®ãè¡ããªãå Žåãã·ãªã³ãã²ãŒãžã®åæ ¡æ£ãè¡ãå Žåãæå°å€æž¬å®ãéå§ã ãéã«çŸåšå€ãããŒã®è¡šç€ºç¯å²ãè¶ ããŠãããšèªåçã«ãã®å€ãã¢ããã°ããŒã®äžå¿ã«èšå®ãããŸãã ã» å ¬å·®èšå®ãè¡ã£ãŠããå Žåã¯ã¢ããã°ããŒã®åèšå®ã¯è¡ãããŸããã 3) 1) M1 M1 éèŠ 6. ãšã©ãŒè¡šç€ºãšå¯Ÿç Min mm mm B 4) 2) éèŠ ã¯ãŒã¯æž¬å®ã¢ãŒãã§å ¬å·®èšå®ãè¡ããªãå 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----O O O I CK RD REQ éèŠ 4.3 ã·ãªã³ãã²ãŒãžã®åæ ¡æ£ M1 0.020mm 0.002mm/ç®ç b) å ¬å·®èšå®ãè¡ããªãå Žå ã¢ããã°ããŒã¯æå°å€( ç¹æ» 衚瀺) ãšçŸåšå€ã衚瀺ããŸãããã®æã®ã¢ããã°ããŒã®éã¿ ïŒããŒ1 ç®çã®å€ïŒ ã¯0.001mmã§ãã ïŒ5.2 ã¢ããã°ããŒã®éã¿åç §ïŒ æäœæé 㯠a) å ¬å·®èšå®ãè¡ãå Žåãšåæ§ã§ãã Min (2) 0.010mm ã¢ããã°ããŒã®éã¿ãšã¯ããŒ1ç®çã衚ãå€ã®ããšã§ãããã®éã¿ã¯å ¬å·®èšå®ãè¡ãããè¡ããªããã«ãã£ãŠ ç°ãªããŸãã â å ¬å·®èšå®ãè¡ããªããšã ããžã¿ã«è¡šç€ºã®æå°è¡šç€ºé (0.001mm) ãã¢ããã°ããŒã®éã¿ãšãªããŸãã â å ¬å·®èšå®ãè¡ããšã å ¬å·®èšå®ãè¡ããšå¿ ãäž/äžéå€ãã¢ããã°ããŒã®äžå¿ãã±10ç®çãã®ç¯å²å ã«è¡šç€ºãããŸãããã®ããã ã¢ããã°ããŒã®éã¿ã¯äž/äžéå€ã®å·®ã«å¿ããŠå€ãããŸãã ïŒå·Šè¡šåç §ïŒ éèŠ 0.019mm ⌠0.039mm (4) 誀åäœã«ãã£ãŠæå°å€ããããŠããŸãæããããå Žåã¯ã[DATA/HOLD] ããŒãçãæŒããŠè¡šç€ºå€ã ããŒã«ãããŸã ïŒ âHâ ç¹ç¯ïŒ ããŸããå床 [DATA/HOLD] ããŒãçãæŒããšè¡šç€ºã®ããŒã«ãã¯è§£é€ãã ãŸã(âHâ æ¶ç¯)ããã ããããŒã¿åŠçæ©åš ïŒDP-1VRãªã©ïŒ ãæ¥ç¶ãããŠããå Žåã¯ãã®æ©èœã¯åãã衚 瀺å€ãå€éšã«åºåãããŸãã Min (1) 5.2 ã¢ããã°ããŒã®éã¿ïŒããŒ1ç®çã®å€ïŒ éèŠ Min M1 4) äž/äžéå€ãšæå°å€(=30.000mm)ãéãªã£ããšãããã®ããŒã¯ç¹æ» ããŸãã mm ã»ã¢ããã°ããŒã®éã¿ å¿ ãã¯ãŒã¯ã«ã·ãªã³ãã²ãŒãžãå·®ã蟌ãã§ããã[START]ããŒãçãæŒãéå§ããŠãã ããã START M1 (4) æå°å€ããŒã«ã Min mm (2) [START] ããŒãçãæŒããŠæž¬å®ãéå§ããŸãã âMinâ ãç¹ç¯ãçŸåšäœçœ®ã瀺ãã¢ããã°ããŒãç¹æ» ã ãŸãã Min M1 M1 M1 Min ã¢ããã°ããŒã®éã¿(ããŒ1ç®çã®å€)ã¯äž/äžéå€ã®å·®ã«ãã£ãŠæ±ºãŸããŸãã(5.2 ã¢ããã°ããŒã®éã¿åç §) (3) 2) äžéå€(=30.000mm)ïŒçŸåšå€(=30.006mm)ïŒäžéå€(=30.010mm)ã®ãšããäžéå€ã¯ç¹ç¯ãäžéå€ã¯æ¶ç¯ã㟠ãã 3) äžéå€(=30.010mm)ïŒçŸåšå€(=30.013mm)ã®ãšããäž/äžéå€ã¯äž¡æ¹ãšãç¹ç¯ããŸãã (1) ã¯ãŒã¯ã«ã·ãªã³ãã²ãŒãžãå·®ã蟌ã¿ãŸãã ããžã¿ã«è¡šç€ºã¯æž¬å®åã®çŸåšäœçœ®ã衚瀺ããã¢ããã°ããŒã¯äžéå€ãäžéå€ãçŸåšäœçœ®ã衚瀺ã㟠ããäž/äžéå€ã®äžå€®å€ïŒããã§ã¯30.005mmïŒãã¢ããã°ããŒã®äžå¿ãšãªããŸãã 4.2.3 ã¯ãŒã¯æž¬å®ã¢ãŒã M1 1) çŸåšå€(=29.995mm)ïŒäžéå€ã®ãšã(=30.000mm)ãäž/äžéå€ã¯äž¡æ¹ãšãæ¶ç¯ããŸãã äžéå€ 5.3 ã¢ããã°ããŒã®åèšå®ã«ã€ã㊠ã¯ãŒã¯ã®å åŸå¯žæ³ïŒæå°å€ïŒã枬å®ããŸããå ¬å·®å€å®ãè¡ãå Žåãšè¡ããªãå Žåã§ã¢ããã°ããŒã®è¡šç€ºåœ¢åŒãç° ãªããŸãã mm 枬å®éå§ å·Šã®è¡šç€ºäŸã¯ãäžéå€=30.010mmãäžéå€ =30.000mmã®èšå®ã«ãŠã¯ãŒã¯ã®æž¬å®ãè¡ããæå°å€= 29.990mm ïŒã ã ã4ïŒ ã®ã¿ =30.000mmïŒ ãšãªã£ãå Žåã§ãã æå°å€=äžéå€ äž/äžéå€ã®å·® ã» äžéå€ãã倧ããªå€ãäžéå€ãšããŠèšå®ãããšå ¬å·®èšå®ãšã©ãŒ âE --SEâ ã衚瀺ãããŸããå床(2)ããèšå® ãçŽããŠãã ãããå°ãèšå®å€ã¯ [TOL.] ããŒãçãæŒãããšã§ç¢ºèªã§ããŸãã ã» èšå®ããäž/ äžéå€ãå¿ ãã¢ããã°ããŒã®è¡šç€ºç¯å²å ã«åãŸãããã«äž/ äžéå€ã®å·®ã«å¿ããŠèªåçã«ã¢ã ãã°ããŒã®éã¿ãæ±ºå® ïŒè¡šç€ºç¯å²ãåºå®ïŒ ãããŸãã ïŒ5.2 ã¢ããã°ããŒã®éã¿åç §ïŒ ã» äžåºŠèšå®ããäžéå€ãäžéå€ã¯åã³èšå®ãè¡ããªãéããã¹ã¿ãŒå€ãšå ±ã«ä¿åãããŸãã ã» M2ãM3ã«å ¬å·®å€ãèšå®ããå Žåã¯ãã¹ã¿ãŒåãããè¡ã£ãŠããèšå®ããŠãã ããã(4.2.1 ãã¹ã¿ãŒåã ã a) ãã¹ã¿ãŒå€ã®ããªã»ããåç §) 4) äžéå€ äžéå€ ã¢ããã°ããŒã¯æž¬å®åã®çŸåšäœçœ®ãããŒã°ã©ãã§ç€ºããŸããæå°å€æž¬å®æãæå°å€ãæ€åºãããšãã®äœçœ® ã®ããŒãç¹æ» ããŸãã å ¬å·®å€ãèšå®ãããšäž/ äžéå€ãã¢ããã°ããŒäžã«è¡šç€ºãããŠãããããäž/ äžéå€ã«å¯Ÿããæå°å€ã®äœçœ®ã容 æã«ç¢ºèªã§ããŸãããã®æãäž/äžéå€ã瀺ãããŒãšçŸåšå€ã瀺ãããŒãéãªããšãã®ããŒã¯æ¶ç¯ããŸãã Min mm æå°å€ (4) [TOL.] ããŒãçãæŒããŸããååM1ã«èšå®ããäžéå€ã衚瀺ãããŸãã ïŒ â â ç¹æ» ïŒ (3) äžéå€ã®èšå®ãšåæ§ã« [TOL.] ããŒãæäœããŠåæ¡ã«äžéå€ãèšå®ããŸãã ãç¹æ» ãå§ãããŸã§ [TOL.] ããŒãæŒãç¶ããŸãã æ°åã®ç¹æ» ãçµã â â 4.2.3 ã¯ãŒã¯æž¬å®ã¢ãŒã TOL. (2) M1 Min TOL. èšå®çµäº M1 a) å ¬å·®èšå®ãè¡ãå Žå â â mm éèŠ M1 M1 M1 ãããã®æäœãç¹°è¿ãåæ¡ã«äžéå€ãæ£ããããªã»ããããŸãã ãç¹æ» ãå§ãããŸã§ [TOL.] ããŒãæŒãç¶ããŸãã æ°åã®ç¹æ» ãçµã â â TOL. M1 äžéå€ æå°å€ (3) [TOL.] ããŒãæäœããŠåæ¡ã«äžéå€ãèšå®ããŸãã ïŒâ â ç¹ç¯ïŒ M1 mm (3) äžéå€ 3) äžéå€ (1) 枬å®åŸ æ©ç¶æ ãŸãã¯ã¯ãŒã¯æž¬å®ã¢ãŒãã§ããããšã確èªããŸãã M1 M1 5. ã¢ããã°ããŒã«ã€ã㊠5.1 ã¢ããã°ããŒã®è¡šç€ºã«ã€ã㊠4.2.1 ãã¹ã¿ãŒåããã¢ãŒãã§ç»é²ããM1ãM2ãM3ã®ãã¹ã¿ãŒå€ã«å¯Ÿå¿ããäžéå€ãäžéå€ãããããèš å®ããããšãã§ããŸããå ¬å·®å€ãèšå®ãããšäžéå€ãäžéå€ã瀺ãã¢ããã°ããŒãç¹ç¯ããŸãã ããã§ã¯ããã¹ã¿ãŒçªå· M1 (30.005mm) ã«äžéå€ (30.010mm) ãšäžéå€ (30.000mm) ãèšå®ããæé ã説æã ãŸãã åäœ + : 0 (0000) â : 8 (0001) mm : 0 (0000) inch : 1 (1000) ã¿ã€ãã³ã°ãã£ãŒã ID-C112GB ID-C112GMB ID-112GEB ID-C112GTB 543-264B 543-265B 543-266B 543-267B 0.001mm .00005â³/0.001mm .0001â³/0.001mm 12.7mm .5â³/12.7mm 0.003mmä»¥äž .00012â³ä»¥äž ïŒ0.003mm以äžïŒ ISO R463/JIS B7503/DIN 878 ASME/ANSI B89.1.10/AGD Group 2 Ï8mm Ï3/8â³ DIA (Ï9.52mm) è¶ ç¡¬ïŒM2.5× 0.45ïŒ éŒç (#4-48UNF) ç°ç©ä¿è·ã鲿»ŽåIP-42çžåœ 1.5Nä»¥äž å šæ¹å é žåé黿± ïŒSR44ïŒ2åïŒNo.938882ïŒ é垞䜿çšç¶æ ã§çŽ9ã¶æ 50å/sec 0â ⌠40â â10â ⌠60â çŽ160g çŽ300g *1: éåå誀差ãå«ã¿ãŸããã *2: IEC 60529/JIS D0207, C0920ã«åºã¥ãããŸãã衚èšå€ã¯ãŽã ãã£ããè£ çæã®å Žåã§ãã *3: ã¹ãã³ãã«ã®ç§»åé床ã50ÎŒm/secãè¶ ãããšæ£ããããŒã¯å€ã衚瀺ããªãå ŽåããããŸãã RD REQ 8.2 æšæºä»å±å 938882 : é žåé黿± ïŒSR44ïŒ ã2å 99MAH005B : åæ±èª¬ææž DATA CK 8.3 ãªãã·ã§ã³ T5 T1 T2 T3 T4 500µs 200µs 200µs 200µs T1 T2 T3 T4 905338 905409 T5: æ¥ç¶ããããŒã¿åŠçæ© ã®æ§èœã§æ±ºãŸããŸãã 70ms 280µs 280µs 280µs : SPCæ¥ç¶ã±ãŒãã«1m : SPCæ¥ç¶ã±ãŒãã«2m Printed in Japan 4.2.2 Tolerance setting mode In this mode the upper/lower limit values can be set for the master values of M1, M2 and M3 registered in the section 4.2.1 Master setting mode. After setting the tolerance value, the analog bar shows the upper and lower limits. Here explains how to set the upper limit (30.010mm) and the lower limit (30.000mm) to the master No. M1 (30.005mm). 4.2.2 Tolerance setting mode Step 1 5.1 Analog bar display 1) Step 1 Be sure that it is on the initial state or in the measurement mode. M1 mm Step 4 Setting lower tol. value M1 M1 mm mm TOL. Step 3 Lower limit value Lower limit value Upper limit value Upper limit value Min. value Min. value M1 Step 3 Press the [TOL.] key to set the upper limit value into each digit. (â â lights.) M1 Min TOL. M1 Holding the [TOL.] key : The blinking digit moves on. Hold the key until a desired digit starts blinking. Pressing the [TOL.] key shortly : Every press of the key switches display value. The sign switches between + and â and the figure from 0 - 1 - 2 ... 9. ⢠If tolerance values are set, the upper/lower limits are displayed on the analog bar. Therefore the state of the minimum value to the upper/lower limits can be easily checked. If the upper or lower limit is the same as the current value, the bar overlapped disappears. 4) Lower limit value Upper limit value Hold the [TOL.] key until the sign â â starts blinking. M1 M1 Min mm TOL. 3 times 3 times Step 5 Press the [TOL.] key shortly to quit the tolerance setting mode. The tolerance judgment is started on the initial state. 4) If the upper or lower limit is the same as the current value (= 30.000mm), the bar overlapped disappears. Min 5.2 Weight of the analog bar (reading per bar) mm mm Hold the [TOL.] key until the sign â â starts blinking. mm The weight of the analog bar means the reading per bar. The weight differs, depending on the cases whether the tolerance judgment is performed or not. Weight of the analog bar ⢠If tolerance judgment is not performed: The weight of the analog bar is the resolution of the digital display. IMPORTANT M1 M1 mm mm TOL. TOL. M1 M1 mm mm Step 5 TOL. M1 M1 mm mm TOL. 4.2.3 Measurement mode ⢠Tolerance judgment ON/OFF a) If tolerance judgment is performed Step 1 M1 Min 0.001mm/bar 0.019mm â 0.039mm mm START Start measurement M1 Min mm Measuring ⢠If the tolerance judgment is performed: The upper/lower limits are displayed within the range of ±10 readings from the center of the analog bar. The weight differs, according to the differences of the upper/lower limits. (Refer to the table on the left.) a) If tolerance judgment is performed Ex. If the upper limit (30.010mm) and the lower limit (30.000mm) are set to the master No. M1 (30.005mm). Less than .00095†.00005â€/bar (Less than .0019â€) (.0001â€/bar) -0.010mm 0.000mm 0.010mm 0.020mm -0.040mm -0.020mm 0.000mm 0.020mm 0.040mm 5.3 Resetting the analog bar When not performing the tolerance judgment in the measurement mode or setting the master ring, the weight of the analog bar is equal to the resolution of the digital display. The detected minimum value might be over the analog bar range, and the position could be lost. To avoid this problem, if a minimum value is over the analog bar range, the analog bar is reset automatically, so that the minimum value is repositioned in the center. .00100†â .00195†.00010â€/bar (.0020†â .0039â€) (.0002â€/bar) .00200 â.00295†.00015â€/bar (.0040†â .0059") (.0003â€/bar) -0.030mm 0.000mm 0.030mm 0.060mm -.00100" (-.0020") -.00050" (-.0010") .00000" (.0000") .00050" (.0010") .00100" (.0020") ⢠When not performing the tolerance judgment in the measurement mode or recalculating the bore gage, if the current value is over the analog bar range, it is automatically repositioned in the center. ⢠When performing the tolerance judgment, the analog bar cannot be reset. -.00200" (-.0040") -.00100" (-.0020") .00000" (.0000") .00100" (.0020") .00200" (.0040") 1) Sign âBâ : Voltage of the battery has dropped. Replace the batteries. 2) Tolerance setting error : Tolerance limits are set with the upper limit being smaller than the lower limit. Set them so that the upper limit is bigger than the lower limit. 3) ABS data composition error : If it occurs temporarily when the spindle is moved too fast, you can continue the measurement since this does not imply measurement error. (âEâ is displayed on the last digit until the data counting catches up with the spindle movement. The display will be restored, if the moving speed returns to normal.) IMPORTANT 6. Error message and Corrective measures -.00300" (-.0060") -.00150" (-.0030") .00000" (.0000") .00150" (.0030") .00300" (.0060") Press the [START] key shortly after the bore gage is put into the workpiece. Restart measurement Step 3 Probe the workpiece to measure the minimum value. If a new minimum value is detected during the measurement, it is held on the digital display, and its position on the analog bar blinks. Therefore, it is easy to confirm the state of the inside diameter (minimum value) to the tolerance limits. The tolerance judgment result (â â, â â, â â) will be displayed. To measure the next workpiece or the same workpiece again, press the [START] key shortly. IMPORTANT ( ): .0001â³/0.001mm resolution model Min mm If this error occurs while the spindle is stopped, or if the count jump occurs, it could be due to a sensor failure. Contact a Mitutoyo sales office or representative. 6. Error message and Corrective measures 4) Overflow: Preset value is improper. Check the set value and set it again. 3) 1) 7. Data output M1 M1 Step 4 If there is a possibility of an accidental change of the minimum value detected, press the [DATA/HOLD] key shortly to hold the display value. (The sign âHâ is turned on.) To release the display value press again the [DATA/HOLD] key shortly. If a data processor is connected, it works differently. Pressing the [DATA/HOLD] key shortly outputs the display value to the external device. START Min mm mm B b) If tolerance judgment is not performed The analog bar shows the minimum value (blinks) and the current value. The analog bar weight (reading per bar) is 0.001mm, .00005â³ or .0001â³. (Refer to the section 5.2 Weight of the analog bar.) For the operating procedures, follow the procedures above. M1 Min mm H IMPORTANT ⢠During the measurement if the minimum value is over the analog bar range (lower over range bar lights), it is automatically repositioned in the center of the analog bar. Therefore the minimum value would be always displayed in the display range of the analog bar. ⢠If the [TOL.] key is pressed shortly in the tolerance judgment state, it is restored to the initial state (tolerance judgment OFF). 4.3 Re-calibrating the bore gage Probing the min. value M1 M1 mm mm DATA/HOLD M1 M1 mm M1 Min P Min H mm PRESET START Step 2 P P Min mm mm 8.1 Specifications of the main unit Output connector Pin No. 1 2*1 3*1 4*1 5*2 Here explains how to re-calibrate the bore gage for which the master setting has been finished. However, if the master No. is changed, execute the master setting to register the master value again by refering to the section 4.2.1 Master setting mode. Signal GND DATA I/O ----O O O I CK RD REQ *1 DATA or CK or RD If the master No. is changed, it requires re-calibration of the bore gage using the master ring. Step 1 Confirm that it is in the initial state or measurement mode, then press the [M/W] key shortly. The analog bar disappears and the master value registered previously blinks. Put the bore gage into the setting ring. Step 2 Press the [START] key shortly to stand by for probing the minimum value. The signs âMinâ and âPâ will light, the digital display shows the current position of the contact point, and the analog bar of the current position blinks. For further procedures, follow the section 4.2.1 Master setting mode, b) Setting the master ring, and c) Registering the master value. *2 1 3V 47k⊠10k⊠5 REQ M1 mm CMOS IC Data output format d1 d2 d3 d4 d5 d6 d7 d8 d9 d10 d11 d12 d13 MSD All "F" (1111) Measurement data Sign + : 0 (0000) â : 8 (0001) 2 (0100) 3 (1100) 4 (0010) 5 (1010) LSD Unit mm: 0 (0000) inch: 1 (1000) ID-C112GB ID-C112GMB ID-112GEB Code No. 543-264B 543-265B 543-266B Resolution 0.001mm .00005â³/0.001mm ID-C112GTB 543-267B .0001â³/0.001mm 12.7mm .5â³/12.7mm Accuracy*1 (20°C) 0.003mm or less .00012â³ (0.003mm) or less Standards Stem diameter Contact point ISO R463/JIS B7503/DIN 878 Ï8mm Carbide (M2.5 × 0.45) Protection level*2 Protection from foreign substance, waterproof type conforming to IP-42 Measruing force 1.5N or less Measuring direction Omni-direction Battery Silver oxide cell (SR-44), pcs. (No.938882) Battery life 9 months under normal use Sampling frequency*3 50times/sec Operation temperature 0°C to 40°C Storage temperature -10°C to 60°C Mass of the main unit Approx. 160g Mass with packaging Approx. 300g ASME/ANSI B89.1.10/AGD Group 2 Ï3/8â³ DIA (Ï9.52mm) Steel (#4-48UNF) *1: A quantizing error is excluded. *2: Protection level (IP= International Protection) according to IEC 60529 /JIS D0207, C0920. The level indicated is valid only if the output connector cap is installed. *3: If the spindle detecting speed is over 50µm/s, the peak value may not be displayed correctly. Timing chart Decimal point X.X.X.X.X.X. Model No. Measuring range 1000pF mm ⢠Read the manual of the data processor thoroughly for proper operation. ⢠Data output may be disabled if an output request (REQ) is received while the spindle is in motion or if REQ are made at short intervals during a continuous data output. 8 Specifications 7. Data output 4.3 Re-calibrating the bore gage Min M/W Step 1 M1 M1 Vital SPC data is available by connecting the instrument to a data processor (e.g. Digimatic Miniprocessor DP-1VR) with an optional SPC cable. Remove the cap of the output connector using a slotted screwdriver and insert the SPC cable fully to the end. Put the removed cap in a small bag and store in safe place. (Refer to the figures on the left.) IMPORTANT 4) 2) DATA/HOLD Holding the min. value The weight of the analog bar differs, according to the differences of the upper/lower limits. Therefore if there is a great difference (big reading per bar), the movement of the analog bar is very slow. -0.060mm IMPORTANT The analog bar weight is determined, according to the difference between the upper and lower limits. (Refer to the section 5.2 Weight of the analog bar.) IMPORTANT -0.020mm TOL. mm mm Analog bar range 0.002mm/bar 0.003mm/bar IMPORTANT M1 Step 2 M1 Less than 0.019mm 0.040mm â 0.059mm Step 2 Press the [START] key shortly to start measurement. The sign âMinâ lights, and the analog bar for the current position blinks. Setting the bore gage Step 4 Weight of the analog bar 4.2.3 Measurement mode Measure the workpiece inside diameter (minimum value). The analog bar shows a different display, depending on whether the tolerance judgment is performed or not. Step 1 Put the bore gage into a workpiece The digital display shows the current position of the contact point, and the analog bar displays the upper/lower limits and the current position. The midpoint of the upper/lower limits (30.005mm) is on the center of the analog bar. Step 3 Difference of the upper/lower limit TOL. Finish setting M1 ⢠If the upper limit is smaller than the lower limit, âE-Eâ (tolerance setting error) is displayed. Set the tolerance limit again returning to the step 2. The value set can be confirmed by pressing the [TOL.] key shortly. ⢠The weight of the analog bar is automatically determined (display range is fixed), according to the difference between the upper and the lower limits, so that the both limit values can fit in the display range. (Refer to the section 5.2 Weight of the analog bar.) ⢠The upper/lower limits set are maintained together with the master value until next setting. ⢠When setting the tolerance value to M2 or M3, first perform the master setting. (Refer to the section 4.2.1 Master setting, a) Presetting the master value.) 2) If the lower limit (= 30.000mm) < current value (= 30.006mm) < upper limit value (= 30.010mm), the lower limit will light, but the upper limit disappears. 3) If the upper limit (= 30.010mm) < current value (= 30.013mm), the both upper and lower limits will light. Step 4 Press the [TOL.] key shortly. The previous lower limit value set to M1 is displayed. (â â blinks.) Operate the [TOL.] key to set the lower limit value to each digit, following the step (3). M1 TOL. 1) If the current value (29.995mm) < lower limit value (= 30.000mm), the both upper and lower limits disappears. Upper limit value Min. value = Lower limit value Min. value Repeat this procedure to set the upper limit value correctly to each digit. The example on the left shows a measurement result, the minimum value = 29.990mm (No. 4) = 30.000mm), setting the upper limit = 30.010mm, lower limit = 30.000mm. mm mm 2) ⢠The analog bar shows the current position of the contact point with the bar indication. When measuring a minimum value, if the minimum value is detected, the bar for that position blinks. Min TOL. TOL. Step 2 3) Step 2 Press the [TOL.] key shortly. The analog bar disappears and the previous upper limit value of M1 is displayed. (â â blinks.) M1 mm 5. Analog bar 5.1 Analog bar display RD 8.2 Standard accessory 938882 : Silver oxide cell SR-44, 2pcs. 99MAH005B : Userâs Manual REQ DATA 8.3 Optional accessories 905338 905409 CK : SPC cable 1 m : SPC cable 2 m T5 T1 T2 T3 T4 500µs 200µs 200µs 200µs T1 T2 T3 T4 70ms 280µs 280µs 280µs T5: It depends on the capacity of the data processing device connected. Printed in Japan