ABSOLUTE Digimatic Indicator ID
Contents
1. Precautions on use Observe the following precautions to avoid instrument failure and malfunction IMPORTANT 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 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 oa 20 3 one 293 68 13 32 57 ar 1 l 3 e 2 e P H BR ale a H d lt 4 P O O 3 5 LL 4 z i a M25x0 45 thread l No 42. Analog bar range Less than 0 019mm 0 001mm bar 0 020mm 0 010mm 0 000mm 0 010mm _0 020mm E Sean Imm 0 040mm 0 020mm 0 000mm 0 020mm 0 040mm a E Minan 0 060mm 0 030mm 0 000mm 0 030mm 0 060mm testan 008s oooossear YANILULIIINLUINUIVIULNUILUUHLIUIL 00100 00050 00000 00050 00100 Less than 0019s 0001 lt bar 0020 0010 0000 0010 0020 oors 001856 f onovosmar f Mnp 0020 lt 0039 lt 0002 lt bar 00200 00100 00000 00100 00200 0040 0020 0000 0020 0040 0o05 f ooorssear f NNNMNNN IVU ant ananya l 0040 lt 0059 0003 lt bar 00300 00150 00000 00150 00300 Sy 0060 0030 0000 0030 0060 0001 0 001mm resolution model 6 Error message and Corrective measures 1 3 2 4 Mild ESE 7 Data output Output connector Pin No Signal vo 1 GND gi DATA o 3 CK o 4 RD fe 52 REQ 4 a res DATA or CK or RD gt k 2 av 47k 102 REG a 1000pF cmosic 4 Data output format Timing chart Decimal point peen XXXXXX iei ot a2 as as as as o7 as 9 arofa fara ars AIF 1111 Sign 0 0000 8 0001 mm 0 0000 inch 1 1000 CK DATA 12 0100 3 1100 Si MSD LSD p ao REQ i Lara eae 5 1010 Measurement data Unit 15 7 72 lu 500us lt T1 lt 7
3. 0003m 0 00 002m0 00000000000 0000 00 060 L ooooo00 0k HUG 00000000 420000 gos 000mm 00000000000000000000000000000000000000000000 POELO OO EO Se EEE I C GA D ANE EIS E CE S oo0000000000000000 o0000000000000000000000000000000000000000000 oo 7 oo 0D000000000000000000000000000000000000000000 000000000000000 0000000000000 ooo00000000000000000000000 4210000000000 i VO nman SO ninani 8 3 va LoOogoggooo fauna odooooooo0 VO A 10000 2000 30000000000000 4000 merina WN 4210000000000 wo 500000 6000 mooooo 8LCD Mw VO doooooo0 30 005mm 000000000000000000M0000000000000000000000 i S 2000000000 i aay aw 0000000000 DS T 21000000000000000 M1 N M2 N M3 a 00000000000 me 1 7 TTC Tee oradi onoo0o0000 ooon0000 doooo0000 D00000000000000000000000000000 z 1 ON OFF goog O00 0 ON OFF iia cata ee PRESET S dYd PRESET i i S C S PRESET eee ea aa AT GRAN E ToaaAa s same Pel ARy DOCOOUDDCOOOOOO 0000000 i On i 0000000000000000001M WI00000000000000000000000 ia 0000000000 1000000000000 jM M2 M3 m M2 gt M3 gt 3TOL 1000010010 ThooomoooooooomO i oooooooooo0 00000000000 ooooooooooo EU TE eater eres a E DGE a 00000000 i 1 1 2 PRESETOO0000000000000000000000000000 0 ooo M2 5x 0 45 HC O01 OE OOCODCOD0O START START START OOOOOOOD0O000000 4000000000000 Oooooomaoo0 Ooo0 o0000 VO VO vO PRESET OOOOO 0 O0000000000000000000000000000 a o00000ma000 domomoooooo 1 Mi m2 M3 PRESETO0O00000000 4 PRESET 0
4. Specifications of the main unit Model No 1D C112GB 1D C112GMB 1D 112GEB ID C112GTB Code No 543 264B 543 2653 543 2663 543 267B Resolution 0 001mm 00005 0 001mm 0001 0 001mm Measuring range 12 7mm 52 7mm Accuracy 20 C 0 003mm or less 00012 0 003mm or less Standards ISO R463 JIS B7503 DIN 878 Stem diameter 68mm 93 8 DIA 99 52mm Contact point Carbide M2 5 x 0 45 Steel 4 48UNF Protection level Protection from foreign substance waterproof type conforming to IP 42 1 5N or less ASME ANS B89 1 10 AGD Group 2 Measruing force Measuring direction Omni direction Battery Silver oxide cell SR 44 pcs No 938882 Battery life 9 months under normal use Sampling frequency 50times sec Operation temperature 0 C to 40 C Storage temperature 10 C to 60 C Mass of the main unit Approx 160g Approx 300g Mass with packaging 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 50um s the peak value may not be displayed correctly 8 2 Standard accessory 938882 Silver oxide cell SR 44 2pcs 99MAHOOSB User s Manual 8 3 Optional accessories 905338 SPC cable 1m 905409 SPC cable 2m Printed in Japan
5. initial state the new master value comes at the center of the analog bar 4220000000 42300000000 a 000000000 1 WO00000000 y DN Mt amin 4983 o 1vo nN I e 79904 4300000000000 l nagg U TLALI on a aoin v Mii p 5 M1 i H 6 a Ann EHHA 0 0000 ON oFFQ 0 ood 4220000000 421 000000000000000 M10 M20 m3000000000000000000000000 OQOOOD0O0D0000O000D00000000000000000000000000 00000000000 M1 30 005mm 0 0 0 0 30 0107m 0 000 30 000mm 00000000000 ooo 00000000000000000000000000000 2 TTOLJOO0000000000000000000MMoO00000000000000 00 3 TOLJOOOOOO00000000000000M 000 ToL 000000 00000000O00000O00000000000000000ITOL 0000000000 000000000000000000000 gt 000000 gt 1 gt 2 290900000000 D00000COCOOOCOOOCOOOOOOCOOO0O0O0O0000 00000000 000000000 MOoLJoooo0o000000 4 MTOLJO00000000000M00000000000000 00 000 S 0000000000 MOLJ 00000000000000000000 00000000 lt 000000000 MOoLjooooo00000 5 0000 MOL O00000000000000000000000000000000000000 ood ToL go00000 00000000000 E SE 0000000000 20000 L o000000000 000000 000000000000000 000000OO0OOCOOOCOCOCOOOCOCOOOCCOCOCOOCOCOO0COC0O00O0O00000 O M20 M30000000000000000000000000000000000 421000000 0a0000000000000 423 00000000 000000COOCOCMOOCOOOCOOCOOCOOCOCOOCOOCCOOCO0OCCOOC00000000000 o0000 a 000000000 000000 MH 30005m 000 30 010 0 0 0 M 30 00m 000000000
6. into fire Always insert batteries correctly with regard to polarity and marked on the battery and the equip ment e 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 e For disposing or storing battery cover the positive and negative terminals with a piece of insu lating tape to prevent contact with other metals When disposing it follow the local ordinances or regulations of respective local governments e Keep batteries avoid direct sunlight high temperature high humidity and out of the reach of children e 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 WARNING Warnings on disposal ordinances or regulations of respective local governments e The LCD part contains irritating substance Should the liquid content accidentally come into contact 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 For this instrument the LCD and a silver oxide battery are used When
7. 00000 000000 Y000000000000000000 0000000COCOOCOCOOOCOOOOCOCOOOOOOOOOOOCOOOOOCOOO000000 00000000000000 0 3005m00000000000000000 od 000000000 00 10000 00000000000000000 5200000000000 2 START O0000000000000000 Mir000000000000000000000 ood od 0000000000000000000000 ISTARTDOO00000000000000 G OOOO00000000000000000000 oododo0000000000000000000 o 000000 ISTART O00000000 amp 00000000000 0 DATA HOLD 0000 DATA MOLD 0000000 D o00o0o00000 o o00000000 00000m bDP wR0 0000000 000000000 oo00 ooo oo0o0 j o oo 0000 000000 oo 0000 oo0000 0000000000000000 000 00000 o9p00 a o poo 000 500 0000000 0000000 0000000 J 2 D TO0000O00O000000000000000 Miny P O000000000000 a ooo0o00 a 0000009000000000000 bor 000 agom oo onoo7 coo og oo oo wo o00 4 00 510000000000000 1 2 0o00 poo ooogogoogo000 ooooo0 o00000000 o0000000000 T 0 0199 0 0 0010 0 0 020mm 0 010mm 0 000mm 0 010mm _0 020mm naonna oco omormg Tanapa 0 040mm _ 0 020mm 0 000mm 0 020mm _0 040mm T 0 040nm 0 059mm 0 003mm 0 0 060mm __ 0 030mm__0 000mm__0 030mm__0 060mm 6 00000000 Me were ht Janam e JUUL L mn 2 4 ooo0 ooo 1 0 1 GND 2 DATA o 31 CK o at RD o 52 REG i 1 DATA or CK or RD 0 gt Be 2 av am
8. 0000000 2 IEC 60529 J IS D0207 C09200 0 0 0O 3 00000000000 504 mse Rea fea 82 00000 nike 938882 OOOO sr44q 20 99MAHOOSB 00000 CK Y 83 00000 asi 721314 905338 SPCOOOOO0 1m soos ST1 lt 7oms T5 0000000000 905409 gt spPcOOoooo 2m 200us T2 lt 280us 000000000 200us S T3 S 280ps 200us S T4 S 280us Printed in Japan 4 2 2 Tolerance setting mode 4 2 2 Tolerance setting mode 5 1 Analog bar display 5 Analog bar Step 1 Step 2 Step 3 3 times Mile mi EEMHIHH UI TLALI LI LI mn mi EEH in Li J LILI IU on 4 2 3 Measurement mode a If tolerance judgment is performed Step 1 Setting the bore gage utile j Step 2 _ N Start measurement M1 Jamin EHH Step 3 i Measuring Lo eo we M1 4Min 79987 Step 4 fe i a at ae DATAHOLD Holding the min value 4 VO odo te E 4 3 Re calibrating the bore gage C JAD45 Step 1 J VO wt le NWANVANVANPAN TS JUS Step 2 VO M i ca ca lt um 3 v Step 4 Step 5 Finn seta v M1 ji mh AAA LI LI LILI LI LI on Y nina LI LI LILI LI LI an Y VO 3 times ua EHH LI J LILI LI Lf on v NO M1 jt Tolerance judgment ON OFF Probing the min value i Mi nnn diu mm 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 Af
9. 00000000100000 00000000000 00000000000 ooooooooo00 woaoooo000o0n PRESETINOOOOOO 0 000000000000000000000 gt 00000 gt 1 2 000000000 o00000000imA000 odomoocooooo0000 a Soe aan i 92 99 00000000 00000 000000000 vO vO D0000000000000000000000000000000000000000000 5 DATA HOLD 000000000000000 oooogmoocgoo0g0000 M1 V Oa M2 a M3 au OO P OOOOOOOOO PRESETIOOOOOOOOooo00 7 0000000 00000000000000 onoooooo0 onooooo00 onooooooo 3 P O000000000IPRESETO00000000000000000000000000 0000000000 0000000400 do 17 6 MW dooooo000m moo 0000000000 aQ0000000000 00000000000 900000000 000000000000000000000000000000000m00000000000000 30 005mn oooosoooom 000 00000 00 M MioM2 gt M3 gt M19 og 0000000000000000000000000000000000 booooooooooon 000000000000000 00000000000000 oo0000000000000000 Seren i TUR e ewan ail Ameme oooooooi0000000000000000000000000000000000000000 Mi river mn we inn I 7100000000 8000 9000000 10000000 LILI LI L nm Sth 4 ULL fom gt 00000000000 110 00 Ming 0 1200000000 23000000 0000 oe mi pee 000000000000000000000000000000000000000000000 5000000000 1600 700000000 2 vO 2 vO 1 l v aD OOO000O00mM3m0000000000000 3 000000 7 mma ees Y000000000000000000000000000000 SVT aMaaa anna MEANT M1 amin n MK Shit 2 ISTARTO0000000000000000000000000 Mir P 000000000 i LI LI LILI LI LI mm LI LILI LI A mm 000 0 000mm 0 0000000000000 00 0000mm 0000000000000 V00000000000000000000000000m00000000000000000 et 020000000000000M
10. 0000MSR 4420 DoO000000000000000 m0000 4 2 l v OO og i 0000000000O000000000000000ISTARTOO0O000000000000000 AA A OA AAA p TY EG me nnmnnn Min omg P mut nnn S0000000000000000000000000000000000000000000 D0000000000000000000000 000 00000 P0000000 i 3 PRESETIO 000000000000 0000m 0000000000000000 FLI LI LILI LI LI om HiH m 30005 Do00000miomi0000000000000000000000000000000 421 PAEST nae 000000 oo ee N VO 3 e v 20 0000203200000000 0 00mmr00000000000000000 i I S00000000000000000000000000 DATA HOLO 00000000000 a a AEA p3gggpg Mt min pIE mt agg I5 OOOOOOOM y00Mo0000cn000000000000000000000 DATA TS 0000002000000000000000000000000 amy onn LI LILI LI LI mm LIL T mm 0 JUU Im HOLDJDO0O00000000000000000 0 0 H00 m l 0000 i 16 oo 7 vmod ee E ea ood are ooon D00000000000000000000000000000000000000000000000 me a 0000000000 I nanan Mi fin pep gy gooooooo0000 anes Qooggg0g0g00000000000000000000000 j LI TLL LI LI nm LILI ILI c D0000000 0000000000000000 7 i PRESET b 5 a a raia J OOOO0000000 5 0000000000000000000000 900000000 D00000000000000000000000000000 AO BOOED OO cD 0000 a PRESETIODOOOO00 a DOOOO0O000000000000000000mMo000m D085 Mimin anam a Mirr P0000000 32 00000000 LI T LILI LI F nm LI LI LI 22 00 PRESET OOOOO0000000000000000000000000000000 ooomAmmsmoooo00 300 00000 ma vy 6 oo oo re r 000000000000000000000000 START0O0000000000000000000 o aosoonoooooooonooononoono
11. 0mm Lower limit value 30 000mm Current value 30 012mm Tolerance judgment OK Le he my M1 Min 30007 LILI LE SD nm CENA MW Switching the master No OF ce 4 2 1 Master setting mode Starting the master setting fo PRESET pgp o PRESET on Operation i Operation is Operation F 1 a Presetting the master value a Presetting the master value a Presetting the master value 1 1 START START START i 1 1 i Vo VO vO I M1 M2 M3 f 1 b Setting the master value Lb Setting the master value b Setting the master value 1 1 ESSE ETEA Le T N EE T Soe O ARE PRESET PRESET PRESET nd NV O 2times ie NV 2times M NV 2times c Registering the master value c Registering the master value Registering the master value a Presetting the master value b Setting the master ring c Registering the master value Setting to 30 005mm This instrument has 3 modes Master setting mode Tolerance setting mode and Measurement mode Refer to the Operation Flowchart Master setting mode 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 Register the master value where the minimum value is detected by probing the master r
12. 0ms T5 It depends on the 2004s lt T2 lt 280us capacity of the data 200us lt T3 lt 280s Processing device 200us lt T4 lt 280us connected 5 1 Analog bar display 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 e If tolerance values are set the upper lower limits are displayed on the analog bar Therefore the state of the mini mum 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 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 1 If the current value 29 995mm lt lower limit value 30 000mm the both upper and lower limits disappears 2 If the lower limit 30 000mm lt current value 30 006mm lt upper limit value 30 010mm the lower limit will light but the upper limit disappears 3 If the upper limit 30 010mm lt current value 30 013mm the both upper and lower limits will light 4 If the upper or lower limit is the same as the current value 30 000mm the bar overlapped disappears 5 2 Weight of the analog bar reading per bar The weight of the analog bar means the reading per bar The weight differs depending on the cases whether
13. 48 thread 8 0 009 9 52 0 03 3 8 DIA ISOWIS type AGD type 2 Nomenclatures and Functions of the display 12 ae 4 9 8 7 13 17 I M1 Min OF P vie MAOOOOU M3 MHB mm Rubber sealing et 1 PRESET _ SR 44 2 pes l vO Set in series PRESET TOL Ea RS X N Turn the cap H oe ie gt Finish i WY vam A horizontal D O J l 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 Features 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 Warning on battery If the battery is misused or abused leakage or in extreme cases explosion and or fire can result Ob serve 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 battery
14. ABSOLUTE ID C112G J VOOOOUC0OUU00UU000N0 USER S MANUAL No 99MAHO05B1 SERIES No 543 ooodg 41000000000 400 ABSOLUTE ID C112G0 0 00 0000 5110 52600 000M0O000000000000000000 goog 4100 00000000000000000000000000000000000000000000000 ma Aa e 000O0N0MO00000000 PRESETO0000000M000000000000000000 00000000000000000 0000000000 vO vO ia D0000000000 ISTART 00000000000000000000m0000000000 oooooooooooooooooooooonoroorooooooooooroooroooao v parsonna YO gocoooo 0000000000000000000000000000000000000000000000 o0D0000000000000000000000000000000000000000000000 000000 0000000 au E a A n A A a SSS e 0000000000000000000000000000000000M000000000000 0000 v 0000000000 O000000000000000000000000000000000 e 00000000000000000000000000000000000000000000000 m gt Oo0000000000 i H ooo DAD aces acta a aie RGA aRIERE i ooooop ae 00000000000 D000000000000000000 v 00000000000 000000000000000000000000000000000 e 00000000000000 000m000000000000000000000 j v o j i 3 i 00000000000000000 e HOOOOMO
15. O000MO0000000000000000000000000000000 oooooooooo bi v oo parm aearH evan Hi E Teas ECUaWeea Rena Z i V6 i i 00000000 00000000000000000000000000000000 n oo0000000 vvoO X 0000000 000 0 000 0000000000000000000 000000 wa Qo 00000000000m000000000000000000000M0000000000 00000000 j Tangno a CNet eet hee ea SL eae EERE 1 0O00Moo000000000K000 mM OUMDONMOMALOno TOO Ooo ooooMOoo oo Booo No cea ei ena j es bees j ncaa iia ae ee A E 0D000000000000000000000000000000000000000000000 1m0000000000000000000 OO ooocomoo oo0mooo000000000000000 x e00000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000 ooooooooorooooooooooonnnnn n i vO Vv vO 7 googggoogooo0000000000 o00000000000000000000000000 onomanoimoionooooooomoonooononomionionoonnan vO pee v e 0000000000000000000000000000000 030000000000000000000000000000000000000000000000 DooCooooooooooo00000000000 o0000000000000000 00000000 e J00000O0OOO0000000000000000000000000000000 oD000000000000000000000000000000000000000000 a o0000000000000000 Sa a a a D000000000000000000000000000000000000000000 DOOOOODOOO00OOOoOo0Moo00moooooooO0 od OEE SHGG TPT TG GTEC RET FTCU TC UAN nA RTENE RIA ooo 000 30 003mM0000 000 30 010mm DOOOOGOCOMO00000000000000000 Doo00000oooooomooO0 oo 000000000000000000000000000000000000 f o000000000000000000 10 O0O0DORODOOOO000000D0000000000000000000000000 0 0 0 30 000mm J000 0012mm 000000000 30010mmp 0 0 30000m7 0 0 0000000000000
16. O0OCOOOOOOCOCOOOOOOOOOOOOOOOOOOOOOOOOO0O0O0O0O00OOO00 0D00O0OOCOOCOOOOCOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO 0000OOOOCOOCOOO0OO0OOOOO0O0OOO0OO0O0OOO0 6 00000000 9 00000 0D00OO0OOOCOOCOOCOOOOOOOOO00000 2 0000000 D0000OOOOOOOOOOOOOOOCOOOCOOOOOOOOO0O0O0 0000000000000 3 ABSODO000000 D0000OOOOOOOOOOOOOOOOOOOOOCOOOOOOO0O oD0000OOOOOCOOOOCOOCOOOCOCOOOOOOOOOOOOO 0D0000OOOOOOOCOOOCOOOOOOOOOOOOOO0OOO0O0O0 D000000000 oo 0000000A8SDO0OOOOODOOOCOOOOCOOOOOOOOCOCOOO0OCOOCOO0CO0O0000 0D000O000000C000000000000000000 4 0000000 0D000OOOOOOOOOOOOOOOOOOOOOOOO0OOO0O0O0 ooogggogogdoo0d 7 00000 sPCOOOdgd O00000000000000000 DP 1VROOO0O00O0CO000000000 0D000O0O0OOOCOOOCOOCOOCOOOOOO 0D00000000OO00OO00OOOOOOOOOOOOOOOOOOOCOOOOOOCOO0OO00O00 0000000 O0O0000OOCOOOCOCO0OCCOO0OOCOCOO00CO00000000 oo OOOO0O000000000000000000000000000000000000 000000000000 REQODO000000000000000000REQN0000000000 Oogoggggggooo00 800 810000 00 1D C112GB 1D C112GMB 1D 112GEB 1D C112GTB 000 No 543 2648 543 2658 543 2668 543 2678 00000 001mm 00005 0 001mm 0001 0 001mm 0000 127mm S71270mM 0 0 0 0 7 20 C 0 03m 0 00012 1 0 03m 0 0 0000 1SO R463 1S B7503 DIN 878 ASME ANSI B89 1 10 AGD Group 2 0000 osm 63 8 DIA 69 52mm 000 0 00 M25x 0 459 OD 4 48UNF 0000 00000000 1 420 0 ooo 15N0 0 0000 ood oo 0000 SR40200 No 938882 0000 oooooogoo 70 gooooo00 509 sec 000000 ocg 40 C 000000 10 C 0 60 C 0000 0 160g 0000 D0 300g 00000
17. To the initial state Switching the master No M1 M2 M3 M1 To the Master setting mode Master setting mode 6 MW Master setting mode lt 2 sec Master setting mode 22 sec Measurement mode and initial state 2 2 Nomenclatures 7 Upper over range 8 Graduation 9 Analog bar 11 Minimum value Min measurement 12 Lower over range 14 Hold 15 Low battery alarm 16 Unit 3 Setup 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 P blinks Step 3 Press the PRESET switch shortly then the display will change to 0 000mm in the initial state The inch mm model displays 0 00000inch or 0 0000inch Move to the master setting Refer to the section 4 2 1 Master setting mode NOTE Install the batteries in the direction described on the right so as not to damage 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 maste
18. a 102 REG pus 1000pF cmosic J 00000000000 00000 X X X X X X ait a2 as oa os oe o7 os a9 aro ari ar2 ana i 2 0100 3 1100 Nee EP 4 0010 oo F 1111 Soe oo ooo in 10 0000 mm 0 0000 8 0001 inch 1 1000 000000000 al 5 0000000000 510000000000000 eDOO00000000000000000000000000000000000000000000 0000000000 e 0000000000 C0000000000000000000000 000000000000000 0D000O00OCOCOO0OCOOCOO000OCOCOCOCOOOCOCOOCOCOCOCOOCOOOCOO0000000 0000000000 0 00m 000 000m0 0000000000000000 0 29 990mm 0 00400 000m0 0000000 2 000 9 998m 0 000000 30 00m0 0 00000000000000 2 00 0 30 00m 0 0 O 30 006rm 9 0 0 O 30 010rm0 OO 0000000000000000 oo 3 000 30 0l0mm 0 0 0 0 03m D000 00000000000000 4 00000000 000m 000000000000000000 52 00000000000010 0000 0000000000000 00000000000000000000000000000000000 D00000 e 00000000000 000000000000 0m0 000000000000000 e 000000000 0D00O0OOCOOOODOOOCOCOOOOO0O000 100000000000000000000 o0o0ooooooooanoooooooooooomono00 oo oooggdggodooooocoOo oo0oooooocoododoooddooooooooOoooO 0000O000OOCOCOOCOOCOCOCOOCOOCOOCOOOOO 53 00000000000000 0D00000000OOOOCOOOCOOCOOOOOOCOOOOOOOOOOOCOOOOOOOO0OO0OOOO0 0D0000000OO0OOOCOOCOOCOOOOOOCOCOOOOOCOOOOOCOOOCOOOOOOO0OOOO0 0D000000OOOOOCOOOCOOOOOOOOOOOOOOOOOOOCOOOOOOCOOOOOOOO0 0D000OOOOCOCOCOCOOCOOOOOCOOOOCOOOOOO00000 oo 0D0000
19. disposing them follow the local WARNING 1 Nomenclature and Dimensions 1 Cap 2 Flat back 3 Output connector with a rubber cap 4 Stem 5 Spindle 6 Contact point 7 Battery cap 8LCD is the symbol for American Gage Design AGD representing the dimension meets the ANSI standard for AGD Group 2 indicator 2 Nomenclatures and Functions of the display 2 1 Functions of the switches Switch Valid mode Condition pressing time Function Always valid lt 2 sec Turns the power ON OFF 1 in mm ON OFF Measurement mode and initial state Switches inch mm display unique to inch mm model 22 sec 2 START Measurement mode and initial state Starts workpiece measurement Master setting mode 3 TOL Tolerance judgment ON Tolerance judgment OFF Tolerance setting mode lt 2 sec Tolerance setting mode 22 sec Master setting mode lt 2 sec Master setting mode 22 sec When installing battery 5 DATA HOLD Measurement mode and initial state Starts setting with a master ring To the initial state tolerance judgment OFF To the tolerance setting mode Set the upper lower limit value Changes the active digit in the upper lower limit value setting 4 PRESET Set the master value Change the active digit in the master setting To the initial state Outputs the data if a data processer is connected Hold release the display if no data processer is connected Hold release the display
20. e To register this value as the master value moves to the b Setting the master ring and c Registering the master value 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 Sec Mt Mi mima aam gP H LILI LI fom Step 2 Step 2 Step 1 LVS a M1 Mil ST HLS Step 3 LILI LI J um Probing Step 2 So i t 3008 imes Step 3 J Vv 30015 M1 MI ot lamin nnn 1P UUU Im Mi wt lemin nnm P nL fm Step 3 M1 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 1 Put the bore gage on which this instrument is mounted into the master ring Step 2 Press the START key shortly to be on the waiting for detecting a minimum value The signs Min and P are turned on the digital display shows 0 000mm and the center analog bar 0 000mm blinks IMPORTANT Before pressing the START key put the bore gage 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 a
21. ey 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 Pressing the TOL key shortly 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 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 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 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 Step 2 Press the START key shortly to start measurement The sign Min lights and the analog bar for the current position bli
22. has dropped Replace the batteries 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 If it occurs temporarily when the spindle is moved too fast you can continue the measurement since this does not imply measurement error E 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 2 Tolerance setting error 3 ABS data composition error IMPORTANT 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 4 Overflow Preset value is improper Check the set value and set it again 7 Data output 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 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 8 1
23. ing Set the tolerance limit upper lower limits They are shown on the analog bar and the tolerance judgment result lt O is displayed Measure the inside diameter minimum value of the workpiece The minimum value is held on the digital display Presetting the master value Setting the master ring Registering the master value Tolerance setting mode Measurement mode 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 e Set the upper lower limits in the tolerance setting mode to perform the tolerance judgment 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 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 NOTE Two ways of ke
24. nalog bar leaves a blinking cell at the position Step 4 Repeat step 2 and step 3 two or three times and check that the digital display stays 0 000mm 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 H is turned on To release the display value press again the DATA HOLD key shortly IMPORTANT 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 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 P and Min disappear Step 2 Press the PRESET key again shortly to register the master value The figure stops blinking light IMPORTANT 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
25. nks IMPORTANT Press the START key shortly after the bore gage is put into the workpiece Step 3 Probe the workpiece to measure the minimum value Ifa 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 O will be displayed To measure the next workpiece or the same workpiece again press the START key shortly 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 H 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 dis play value to the external device 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 00005 or 0001 Refer to the section 5 2 Weight of the analog bar For the operating procedures follow the procedures above IMPORTANT During the measurement if the minimum value is over the analog bar range lower over range bar lights it is auto matically repositioned in the center of the analog bar Therefore the minimum value
26. oonooooonoononoorooonoroonn ME naInnnc Mi kin peppy P 00000000000000000000000000000000000 0000000000 0 0000000000000000000000000000000 HEHHE as a GUE a 00000000 m00000000000 33000000000000 3 v B MWwWO00000000O000OO00O000CO0000000000000000000000 00000000000000000000000000000000000000000000000 000000000000000000000000 00000000000 mh TTT Mitutoyo E pa 7 s USER S MANUAL ABSOLUTE Digimatic Indicator ID C112G for Bore gage te samatioses SERIES No 543 Introduction 4 1 Operation Flowchart 4 Measurement peee S Absolute ID C112G is the dedicated ID measuring instrument mounted to the bore gage 511 526 series To obtain the 4 1 Outline Sj w ora highest performance from this instrument and to use it safely read this User s Manual and User s Manual of the bore aad EN e Turn the power on or press the PRESET key shortly after replace the batteries then it stands by for measurement Ny ha gage prior to use vO L vO initial state If the master setting is completed press the START key shortly to measure workpieces See the Q lt ED gt Atter reading retain this manual for future reference Specifications of this instrument and information in this manual are v EN a ve Operation Flowchart on the right In the intial state the current position of the contact point is shown on the digital subjected to change without notice i Si display and the analog bar but the minimum value cannot be held S7 O
27. r value and upper lower limit values are already set to 0 000 mm 0 00000inch or 0 0000inch for inch mm model The supplied battery is separately packed for shipping Load the battery before h 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 10 Tolerance judgment result 13 Master No 17 During the master setting Battery LEE wp H Terminal 3 2 Adjustment of Display unit Angle The display unit rotates 330 B clockwise from the initial position A IMPORTANT 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 3 3 Mounting on the bore gage This instrument is used by mounting on a bore gage optional correctly For details refer to the User s Manual of the bore gage Mitutoyo Master setting a tanding by for measurement Tolerance setting Moder yes HE a a NR SR mode n A A 5 v i p gt Preseting ne master va Sourate upeerimtvane aj yo Cemre gli ve l vO i xo Si the limit val J j ie YO 4 vO i vO vO Display indicaiton Min value 30 003mm blinking Upper limit value 30 01
28. ter 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 Step 1 Be sure that it is on the initial state or in the measurement mode Step 2 Press the TOL key shortly The analog bar disappears and the previous upper limit value of M1 is displayed gt blinks Step 3 Press the TOL key to set the upper limit value into each digit lights Holding the TOL key The blinking digit moves on Hold the key until a desired digit starts blink ing Every press of the key switches display value The sign switches between and and the figure from 0 1 2 9 Repeat this procedure to set the upper limit value correctly to each digit Hold the TOL key until the sign gt starts blinking Step4 Press the TOL key shortly The previous lower limit value set to M1 is displayed lt blinks Operate the TOL key to set the lower limit value to each digit following the step 3 Hold the TOL key until the sign starts blinking Step 5 Press the TOL key shortly to quit the tolerance setting mode The tolerance judgment is started on the initial state IMPORTANT If the upper limit is smaller than the lower limit E E 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 k
29. the tolerance judgment is performed or not If tolerance judgment is not performed The weight of the analog bar is the resolution of the digital display 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 IMPORTANT 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 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 IMPORTANT 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 6 Error message and Corrective measures 1 Sign B Voltage of the battery
30. 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 judg ment OFF 4 3 Re calibrating the bore gage 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 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 Min and P 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 1 Lower limit value Upper limit value Min value Weight of the analog bar Lower limit value Upper limit value Min value i Upper limit value Min value Lower limit value Difference of the upper lower limit Weight of the analog bar
31. y operation are represented by the following illustrations N Press shortly less than 2 sec Press and hold 2 sec or more 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 a Presetting the master value Select the master No then preset the value of the master ring 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 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 The blinking digit moves on Hold the PRESET key until a desired digit starts blinking Every pass of the key switches display value The sign switches be tween and and the figure changes from 0 1 2 9 Repeat this procedure to preset the value of the master ring and then hold the PRESET key until the sign P starts blinking again Pressing the PRESET key shortly Step 3 Press the PRESET key shortly while P is blinking and then the new preset value starts blinking IMPORTANT This procedure stores the preset value in each master No memory but will not register it as the master valu
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