AP SERIES SERVICE MANUAL C À S
Contents
1. 43 9 9 THE CONNECTIONS OF THE D SUB Z5 PIM CONNECTOR OF A COMPUTER SIDE 21 SCALE THD 9 32 72 LH COMPUTER 32 TADXPIM 2 GHDIFIM 7 43 CTSXPIM DCDiPIM 20 A 3 THE PROTOCOL SCALE ENQKOBHIT 4 BCRLE ENDS ACK HHERE ANSHER FROM THE COMPUTER HITHIN 3 SECONDS SCALE VOIDS REQUEST pci FOR HEIGHT DATA DCE FOR ALL DATA 4 SENDS DATA BLOCKS SENDS DATA BLOCKS 4 TH THE DATA TRAINS E DATA TRAINS FOR THE 70017 CONF 1 CDHPUTE 3 CDHPUTE UTER amp 1DE R BENDS EMO R SEMPS 7021 DR ncz ee ep Tes pes Tes e es n e L commos Po DATA BLOCH 2 L commos REMARKS gt HEIGHIMG STATUS OF THE SCALE 516 HE BGG SCALE 15 STABLE gt 757 M 281GM DF THE HEIGHT DATA ZBRD AND POSITIVE HEIGHT gt OVER LOAD 7 E THROUGH HO gt HEIGHT DATA STABLED 7 UT 7 7 NEGATIVE HEIGHT 7 BUT ALL 7 THE SCALE 15 PUT OM OVER LOAD THROUGH UNOG gt UNIT DF HEIGHTtkg OR 1862 BLUCH CHECH CHARACTER ECC 15 CREATED BY EHCLUSIUE THE DATA TRAINS FOR THE ncz DRED OF A DATA BLOCH STA BIGNI HE H 32. UNG BCG ETH jeo jes jea am REMARKS gt A HEIGHIMG STATUS DF THE SCALE SCALE 15 STABLE gt 757 MOT STABLED U 851GMs DF THE HEIGHT DATA ZERO AND POSITIVE HEIGHT gt MEGATIVE HEIGHT gt OVER LOAD 7 P THROUGH PO PRICE DATA IF THE OVER FLDH 15 HAPPEN PRICE ALL F amp HILL FILL TD DATA BLOCK DE THE PRICE H5 THROUGH HO gt HEIGHT DATA BUT ALL 7 THE SCALE 15 PUT OM OVER LOAD THROUGH UNOG gt UNIT DF HEIGHTtkg OR 1862 ECG gt BLOCK CHECK CHARACTER BCC 15 CREATED BY BHCLUS IVE DRED DF EACH DATA BLOCKS 23 B THE EXPLODED VIEW MECHANICAL PART REJ 00 24 C FULL PARTS LIST REU 00 HD NEH CODE PART MANE SPECIFICATION UNIT 9 IV LOCATION AGS MAIN 1 1502 A00 0308 0 HACHIME SCREH n3zg ER IC 1 4 1540 A00 0300 9 MUT 5 EA IC 1 4 3 100 0701 0 HAIN 65114 01 0701 EA 1 8 20 100 7805 0 1C REGULATOR L LI7805 EA 1 BZEO 100 7B12 0 1C REGULATOR EA 1 BZBO 1BR 0153 0 BRIDGE DIDDE RB 153 ER ED 1 2 7 BZB1 1P0 4004 0 PDHER DIDDE IN4004 EA 1 bi B B2B2 1ZB 4735 ZEMER DIDDE B BU 1H En 1 01 B515 ROUJ Zz03 RESISTOR 1 4H CER 54 EA 14 5 1B 10 5515 01 0303 0 RESISTOR 14H CER 30 x 54 ER 3 9 11 B7O4 C50 d220 0 ELECTRIC CONDENSER 220 g E
3. FUMCTIDM PLU KEYS theough 55 32 theough 58 Table 1 97 gB 2 INPUT FOR WEIGHING CONDITION CODES 9891 Put the in calihration nnda the C and 4 key HBight will chow 7 Unit dleplau will chow 1 1 will show HH 8 3 thie mode several PLU kaje ara converted below Fig 1 ed LAE I I I TE Fig 1 2 4 Enter pach weighing condition code Depending on the countey weighing condition code de differant 2 5 Typs coda and the C key fore an THE SPAN CALIBRATION Refee to CALIBRATION FROM REPAIR in rhaptsr 11l
4. 9 THE DATA TRAINS EXPLODED UIEH a4 FULL PARTS LIST a5 1 11 APPENDIX I A INPUT CODE FOR THE DIGITAL MODULE 28 1 IMPUT FOR THE SORT HEY CODES 28 A Z IMPUT FOR HEIGHIMG CONDITION CODES 30 THE SPAM CALIBRATION 30 CHAPTER I THE GENERAL INTRODUCTIONS A THE PREFACE Thank you foe puechasing nf 16 This BralB hag been designed with CAS ealiability undere rigid quality conteol and with outetanding por foenance Youre dapartnants can andoy with thie high quality ealiahble CAS peoduct He believe that your neede will be satisfied and unu will have iahbility with in vaedable weight Thie manual will help unu with pepper opeeatione and cara of the Please keep 1 handy for tha futura eefearencee B THE PRECAUTIONS i Check the voltage Place tha scale on a flat and stable Laval tha scala with four adjusters Bubble of the 18 81 should ha centered Plug into an outlet 10 minutes before npsBratipng Kaap the away eteong I _ This 8C318 muet be dnetalled a deu and liquid fees environme
5. weight display CARL thee tinpe m 2 THE SPAN CALIBRATION 1 Pease the C key and T kay gt The weight display Entae a peecentage deeiesd load hu nuneeic kaje Enptu the platter the C key gt The usight a count down and Load full weight on tha platter gantlu Halt a feu seconde foe a 7 the C key The weight dleplagy a countdown gt Tho will bo chown with long beep B Enptu the platter 12 you want to quit thie calibeation praese the ZERD key while Bithse ne on the weight dleplau 3 TO CONFIEM THE SPAN AND TO DO FINE TRIMMING 1 the C key and I The weight dleplagy shone nat count and total display count the ZERD key 1 the weight diselay wae not Load a full weight on tha I count within 1 of 30 000 then 1t de okay count 1588 then 28 888 peoee the B key foe an and mora than 30 001 the 7 key foe A count can be changed by pesezing B ne T key once 5 Enptu the platter 10 4 RETURN TO THE NORMAL MODE 1 Pease the C key and O gt Height Eee
6. 21 EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA EA 9 LOCATION HD NEH CODE PART MANE SPECIFICATION UNIT 9 IV LOCATION ABS DISPLAY 37 1030 A00 0073 0 BAND CLANE MUT 20 10 51 zt ER 3B 1050 00 0001 0 DISPLAY BAND AL 125 188 9 0 5t EA 1 3B 1512 A00 030B 0 TAPPING SCREW 2 3 EA 40 1502 A00 0406 0 HACHIME SCREH IM9 6 EA 41 1505 HPM 0310 0 HACHIME SCREH I3 10 M1 EA 49 2001 00 0048 0 DISPLAY NUT RBS 99 35 EA 1 43 2000 00 0054 0 DISPLAY 183 5 29293 18_ 5 EA 44 1000 00 0080 0 POST ZET nan EA 1 45 1030 00 0006 0 POST SUPPORT 79 30 11 EA 1 46 2531 00 0001 0 FIP CUSHION FO Ort EA 1 47 1000 00 0083 0 RING 5 33 Bt EA 1 4B 1512 A00 0410 9 TAPPING SCREW 1 2 4 10 EA 1 4B 1550 A00 040B 0 HABHER FLAT EA 1 THE OTHER PART 1 7870 H00 0070 0 LEAD HIRE 0 1B 20015 EA 1 YB7T HGM zz LEAD HIRE d nn ER 1 3 7750 GND 0125 0 EARTH TERMINAL 8 1 EA 1 8 7550 500 0010 0 TIE BAND 10 rana EA 5 5 7720 GND O030 9 CLOSE COMMECTOR 2 50 DR DA E1 EA 1 04 600 0040 0 TERNINAL CAP amp 0 15 EA 7 7 7830 100 3065 0 HARNESS HIRE 50 EA 1 ABS 1 200 00 00
7. 17 The Eee 1 can happBn currant point ehi tad the laet Bean raliheatinn 1 1 a dead load nf load cell has changed 4 Ad 5 ALS 1 1 1 1 1 To different dead load freona the last calibeation the span calibeation muet done before However do not exceed of load higgsee than 20 000 counte in Calibeation mode 5 I the contact eseietance of a cell connector pone Clean the load cell connector of 1t I the aseo point of a load call hag shifted the load cell I the analog module hag failed esplarg the analog module Foe oedeedng call foe the nana Oi Err 27 Tho Eee 2 de not esal seror only 1t peonpte ratuen CAL to the pngltinn 107 Tho Eee 10 failure of the analog module Replace the analog nodule neu one Foe ordering call foe the i Err 117 Tho Eee 11 Beroe of the Inteenal nonvolatile menory To thie seror be seure to voltages on tha ciecuit and do raliheatinn Peoceduese _ MBeBrthselsBEB the diselay shone pana Bee 11 tha digital module Foe call foe the 01 Err 127 The 127 varne that the ecale hae lost of the paranetere fnr under weighing resBgula
8. 27 hut actually thie seror nnt Berne peonpts only return CAL eudtch to the nnrnal position 2 Return CAL to the nnenal poeitiontinitial posltlionj_ 11 CHAPTER III THE PART REPLACEMENTS A REPLACEMENT OF THE LOAD CELL A 1 REPLACEMENT OF THE LOAD CELL Renove the and the upper rasB Renove the platinen on the load cell with a hex uerench Diseconnsct connector wiee nf the load cell feom the P B Renove the load cell the hodu Replace the load cell neu nnb Connect connector wdea of the load cell to the DD lek Ul Place the platinen nn the load MOTE Aftee of the load cell you must the calibeation A 2 CORRECTION OF THE ECCENTRICITY 989 1 Set a calibration nnda 22 Pepee the C keyg and 5 A 2 3 Regeeo weight display the ZEED 1f it needed 8 4 Put quaetee of full weight on the platform by tuene ghnun below p PLATFORM EN 1 A ps PE pu N FN mS pru Es LOAD CELL D 1 C 1 A_2 5 File sach coenasv which hag a 1888 output than the And check pach point within 1 count with 1 4 of a full lo
9. ABS ANALOG MODULE 1 1050 A00 000B 0 SHIELD CASE CAM 5 73 7 18 71 4 EA 1 1510 A00 023B 0 TAPPING SCREH 1 336 EA 1 3 1810 00 0013 0 ANALOG PLATE 43 714 Se cnn 3 ER 1 Biz1 PHD O100 0 ANALOG PCE B144 A01 0100 EA 1 5 B236 150 4011 0 IC D NOS GATE UPDdO0O11BG ER 1 B B236 150 4066 0 IGCAMALOG UPD4OBBBG EA 1 7 B240 180 0177 0 IC DP hHP 3 DF 17765 EA 1 B B240 150 0040 9 IC O0P ANP 3 079692 EA BZB1 100 1504 0 CHIP TRANSISTOR 1504 EA 3 10 BZB4 1CFP 01B81 0 SHITCHIMG DIODE EDS 161 EA 1 11 B527 ROD 0101 0 CHIP RESISTOR 1710H RR1220P 10101100 21 EA 19 6597 0999 0 CHIP RESISTOR 1710H RRi12Z 0P z2zzD 4z ER 1 13 B5zZ7 ROD 0103 0 CHIP RESISTOR 1710H RR1220P 103110kK3 EA 14 B5Z7 ROD 4BB2 0 CHIP RESISTOR 1710H RRi1ZzZ P 4BBzDC4B BK ER 15 B5Z7 ROD O104 0 CHIP RESISTOR 1710H RRIZ20P 104D 100K EA 8 1 B540 RPR 11K5 0 PRECISION RESISTOR FLAY 11H500B EA 1 6550 RH0 0400 0 METHDRH RESISTOR ZE 35 MEIEK1IKF1IOKJ EA 1 18 BTOZ CAP O10B 0 CHIP TANTAL 0166 106 MB TER EA 1 18 B Z2 CRP BB5 CHIP TANTAL 16108 685 MB TER ER 00 0220 0 FILTER 22 0PE x TDR EA 91 B712 CHP 0104 9 CHIP CONDENSER CLZIF 104 MENC EA 10 99 B720 CAP 0105 A POLYESTER CONDENSER J RATE BDH TYPE EA 1 BTEO CAP 0474 A POLYESTER CONDENSER 0 47 I RATE BOK 3 a4 B7ad CAP 0104 9 CONDENSER DTH 1047 1004 J EA 1 a5 YB
10. count down and Load full weight on tha platter gantlu Halt feu seconde for a the C The weight a countdown gt Tho will bo chown with a Jong sound 7 Enptu the platter 12 you want to quit thie espan calibeation Pease the ZERD key while ne on the weight dleplau 3 TO CONFIRM THE SPAN AND TO DO FINE TRIMMING 1 the C key and I The weight dleplagy shone nat count and total display count the ZERD key 1 the weight diselay wae not Load a full weight on the 4 I count within 1 of 30 000 then dt de okay count 1588 then 28 888 peoee the B key foe an and mora than 20 001 the 7 key foe count ran be changed by the key once 5 Enptu the platter A 4 RETURN TO THE NORMAL MODE 1 the C key and gt Tho weight dleplauy shows Eee 2 but actually this perece not eeror 1t peonpts only return CAL eudtch to the noenal position 2 Return CAL to the nnenal poeitiontinitial posltlionj_ B THE SPAN CALIBRATION FROM REPAIR 1 SET TO THE CALIBRATION MODE The CAL located nn the maidin unds
11. 02 0 SPAM COVER NYLON 23 10 18 5 EA 1 7520 500 0160 0 504 1 ZED EA 1 3 00 00 0080 0 MANUAL EMGLIEH EA 1 8 00 00 0008 0 FUSE POLY BAG 150800 05t EA 1 5 301 00 0004 0 DISPLAY POLY BAG ZBUOF1BO 0_ 034 EA 1 B301 A00 0003 0 HAMUAL POLY BAG 50280 054 EA 1 7 8308 00 0005 0 POLY BAG SBO 50 0 054 EA B 8400 00 0040 0 BILI AGEL 10 EA BiOS AD1 O0001 0 505365205 EA 1 10 8104 0 0004 0 PAD 99895 375 EA 1 11 B203 A50 O0004 0 STYROFOAN BOX L 70 EA 1 19 B203 A50 0005 0 STYRDFDAMN BOX K 70 0 EA 1 ABS LOAD CELL EA 1 gH A INPUT CODES FOR THE DIGITAL MODULE 1 INPUT FOR THE SOFT KEY CODES A d_i Set the grala to calihration node 1 2 the C and E key HBight will chow E SEt and will be blanked 1 3 Enter pach 8011 key code to table 1 4 Foe a soft code 61617 and then the ADD kasu a Boft key code 172 and then tha FAD keu MOTB you ara doing this you don t need MATRIX KEY CODES Because MATRIX KEY CODES ara fixed in hardware Mot changeable keye and soft codes LL HATRIK HEY CODES SOFT KEY CODES 07 theough B 0 theough theough B onu TARE KE YS HATRIK KEY CODES SOFT KEY CODES 17 HDDE 1008
12. 1 CO0 BZzB4 COMMEC TOR B2b400 40 2 EA 275 ABS DIGITAL MODULE 1 1050 00 0008 0 SHIELD CASE CCD 9 37 18 1 EA 1 1510 A00 023B 0 TAPPING SCREH i EA 1 3 1810 00 0015 0 DIGITAL PLATE 43 14 5 ER 1 101 210 0010 0 DIGITAL PCE B101 PHD Q010 0 EA 1 AP 1 5 B200 PU 0154 9 H5HESCIEB4H DZ4E5 WIK EA 1 B205 180 2415 XEEP RDH 241645 7000 EA 1 7 BZ10 150 B052 0 RESET HBOS2 50 32 EA 1 B 24 150 1531 0 1FIP DRIUERJ UPDi1B31QUGF 3LB ER 1 B B5SZ7 RDD 0101 0 CHIP RESISTOR 1710H RRIZZ0P 101D 100722 ER 10 B5zZ7 ROD zzz CHIP RESISTOR 1710H RRizZ P zzzD6z ER B 11 BTOZ CAP O10B 0 CHIP TANTAL 10105 106 EA 1 19 B712 CAP 0160 9 CHIP CAPACITOR KCLZEICIBONII EA 13 BZB1 100 1504 0 CHIP TRANSISTOR 1504 EA 1 14 B712 CHP 0104 9 CHIP CONDENSER CLZIF 104 MENC EA 8 HD NEH CODE 15 7010 210 1105 15 YB1 CO0 BZzB4 ABS Y BODY 1 1000 00 0018 0 26520 00 0017 0 3 1050 00 0002 0 8 1100 A00 0001 9 5 1100 00 0024 0 1512 A00 0415 0 7 1512 A00 d420 9 B 1502 A00 030B8 0 B 1502 A00 0406 0 10 1503 A00 040B 0 11 1502 A00 d420 9 19 1502 A00 0425 0 13 1508 600 0430 0 14 1030 00 004 7 0 15 2500 00 0008 0 15 1520 A00 0520 9 17 1530 NSU 0615 0 18 1530 5850 0695 0 18 1580 100 0500 0 2001 00 0037 0 91 2001 00 0053 0 2008 00 0001 0 Y5 Z2 PRP zz a4 7520
13. 500 0160 0 95 7B30 500 0020 A 75BO PAC 0003 0 97 7542 500 0050 0 7642 500 0007 0 zB 7642 500 0004 0 30 7640 500 0604 0 31 7702 600 0006 0 ABS Y UPPER COVER 32 2000 00 0006 0 33 2001 00 0058 0 34 1B00 A00 00g2 0 35 1810 00 0005 0 3B 2100 00 0008 0 PART MANE CRYSTAL COMMEC TOR TRAY COMMECTOR HOLE COVER SELECT 54H COVER EDDY PLATFORH TAPPING SCREH 2 amp TAPPING SCREH 2 amp HACHIME SCREH HACHIME SCREH HACHIME SCREH HACHIME SCREH HACHIME SCREH HACHIME SCREH COMMECTOR BRACKET PLATFORM RUBBER BOLT HREMCH BOLTKHAJ HREMCH BOLT MUT ZHEH DISPLAY BRACHET FDDT GAUGE ABBY POHER TRANS 4B FUSE FUSE HOLDER CORD AJ HETAL CABLE CLRHP CABLE CLRHP CORD STOPPER PCB SUPPORT UPPER COVER LEVEL LENS MANE PLATE SPEC PLATE HEHERANE 5H SPECIFICATION 11 0582 4803 20400 50 HALE 395 293 15 0 Bt 33 4 0 Bt AL 30 13 40 5t 3965 390 31 3321861 530 5 4 16 4220 nag na nag naso I9 295 Naso 1 5t B5 4B Gib as HB zU 505 HY 5 58 11 95 30 18 21 14 5 IUDRY 220 50 5504 2504 20 133 70750 2 5H M Dh 4H SR BM 4 ABETEO 5023 85 45 ACRYL 24 10 15 AP 158H 3
14. 7504 EA 1 5 19 65704 25 0470 0 ELECTRIC CONDENSER 470 E7254 EA 1 EC 1 13 B7O4 C1B 1000 9 ELECTRIC CONDENSER 1000 55 62 EA 1 EC 9 14 B7O4 C1B 0100 9 ELECTRIC CONDENSER 100 E7164 EA EC 3 4 15 10 0104 0 CERAMIC CONDENSER 1yF z50t50u3 ER 5 1 2 3 4 B 15 7002 200 0020 0 PIEZO BUZZER E5 Z0AF EA 1 17 7B44 H00 0050 0 JUHF HIRE O EA 3 JP 1 9 18 0 510 0008 0 SLIDE 8 EA 1 18 7801 CLH 0005 0 COMMECTDR CHRFER 2 LH 0640 05 ER 1 B 7BO1 CLH O00B 0 COMMECTOR LH 0640 08 EA 1 CN 5 91 7BO1 CLH 0008 9 COMMECTOR LH 0640 08 EA 1 7BO1 CLH O010 0 COMMECTOR LH 0640 10 EA 1 YBO1 CLH 0012 0 COMMECTOR LH 0640 12 ER 1 CM 3 a4 7804 7305 0 COMMEC TOR 5273 05 EA 1 1 95 000 0 FEC CONNECTOR FCZdbd BE EA 1 GH 7 RS5 Y DISPLAY 97 2531 00 0001 0 FIP CUSHION EUR 30 22 t EA 7 98 6110 PAP 0152 9 DISPLAY PCE 65124 00 0188 EA 1 110 01 0 DISPLAY PCE 65124 00 0168 tkg lh Vow 7 EA 1 zB 7803 CLA 00086 0 COMMECTOR LA 0640 08 EA 1 30 YB 3 CLR 010 0 COMMECTOR LA 0640 10 EA 1 31 YB 3 CLR 0012 0 COMMECTOR LA 0640 12 EA 1 7202 000 0078 0 amp EA 7202 000 05286 0 amp F 5ZE EA 25 HD NEH CODE PART MANE SPECIFICATION UNIT 9 LOCATION
15. BenBath of hole at the middle left Of the upper 1 Renove the platter Renove BBal cover 3 51118 CAL sultch to the CAL mode Calibeation mode 45 Place the platter 5 Plug into the outlet gt weight display CARL thee tinpe B 2 CHECK THE INITIAL ZERO POINT 1 the C key and 5 The total digplau genoee counttinitial point The zapeo point should enaller than 20 000 count otheewdes dt a defect nf either load call of an analog module B 3 CHECK THE SPAN RANGE the ZERD key eeseeo a net count on the weight display Place the full load on the platter The span ranga should be bigger than 30 000 otheewies 1t moane defect of load call Please the load cell 4 THE SPAN CALIBRATION 1 the C key and gt The uslight UEDA Make sues that the platter Je Bnptu 3 the C key gt The usight a count down and 4 Load full weight on the platine pantlu 5 Halt a fau seconde for a B the C key The weight dleplagy a countdown gt Tho will bo chown with long beep 7 Enptu the platter 12 you want to quit thie calibeati
16. REV 00 13 1997 SERIES SERVICE MANUAL 5 CORPORATION THE CONTENTS CHAPTER I THE GENERAL INTRODUCTIONS m oom 2 CHAPTER II THE CALIBRATIONS GENERAL SPAM CALIBRATION 5ET TO THE CALIBRATION MODE THE SPAM CALIBRATION TO COMFEIRM THE SPAM AND TD DO FINE TRIHITIMG RETURN TO THE MORMAL MODE B THE CALIBRATION FRON REPAIR 5ET TO THE CALIBRATION MODE THE INITIAL ZERO POINT GHECK THE SPAM RANGE THE SPAM CALIBRATION CONFIRH THE AND THE FINE TRIHHIMG RETURN TO THE MORMAL MODE C THE CALIBRATION HITH A PARTIAL LOAD 5ET TO THE CALIBRATION MODE THE SPAM CALIBRATION CONFIRH THE AND THE FINE TRIHHIMG RETURN TO THE MORHAL NODE gt gt gt W Ae W N 0 A W CHAPTER III THE PART REPLACEMENTS A REPLA EHENT OF THE LOAD CELL 1 DF THE LOAD CELL 2 CORRECTION DF THE ECCENTRICITY THE SPAM CALIBRATION E REPLA EHENT DF THE ANALOG MODULE REPLACEMENT THE ANALOG MODULE THE SPAM CALIBRA
17. TION FOR THE ANALOG MODULE C REPLA EHENT OF THE DIGITAL MODULE C 1 REPLA EHENT DF THE DIGITAL MODULE 6 8 THE INPUTS FOR THE DIGITAL MODULE D REPLA EHENT OF THE KEY BOARD 0 1 _ REPLACEMENT DF THE KEY BOARD THE HEYBOARD 0 0 3 RETURN TD THE NORMAL MODE m CHAPTER IY THE TRANSFORMER A THE TRANSFORMER CHAPTER Y THE SCHEMATICS AND THE DIAGRAMS S8CHEHATICSB 0 MAIN CIRCUIT DIAGRAM _ R Z DISPLAY CIRCUIT B HIRING DIAGRANS C PARTS LOCATION CHAPTER YI THE ERROR MESSAGES ERROR MESSAGES ALT BRR d 10 A 3 ERR 11 9 ERR 328 313 CHAPTER YII THE OTHERS A FOR THE SERIAL INTERFACE ____________________________ 21 1 THE COMMUNICATION AGREEMENTS 21 A Z TE CONNECTIONS 0 21 THE PROTOCOL
18. ad 3 THE SPAN CALIBRATION to the CALIBRATION EROH REPAIR chown the Chapter 11 12 B REPLACEMENT OF THE ANALOG MODULE B 1 REPLACEMENT OF THE ANALOG MODULE 11 Renove the platter and the upper 1 Take a main clecuit board nut nn the hodu 13 Desoldee the analog module 198111 pointe on main board 14 Replace the analog 011 hu a nau 15 InsBtall main board nn the hodu 1 Place the case and the platter MOTE Aftee peplacanant of the analog module unu must do tha calihration B 2 THE SPAN CALIBRATION FOR THE ANALOG MODULE Refor to the CALIBRATION EROH REPAIR chown in the Chaptsr 11 C REPLACEMENT OF THE DIGITAL MODULE C 1 REPLACEMENT OF THE DIGITAL MODULE 141 Renove the platter and the upper 141 Take a main clecuit board nut nn the hodu 1 3 Desoldee the digital module 180908 pointed on main board 1 4 Replace the digital moduletCDN 01 a new 5 1 5 Install a main board on the hodu C Aeeenble an case and a platter MOTE Aftee replacanant nf the digital module you muet do the calibeation again C 2 THE INPUT FOR THE DIGITAL MODULE the digital module dt hag nonvolatile menoeg and contadine factoe foe a digital Bean calculations the weighing conditione and soft key Therefore all those input peoceduese nuet poefo
19. ened Refer to APPENDIK I D REPLACEMENT OF THE KEYBOARD D 1 REPLACEMENT OF THE KEYBOARD 0 1 1 Remove the Disconnect tall of the key board 0 1 3 Replace the keyboard a new one 0 1 4 Connect a tall of the keyboard into connectore and on the P MOTE Aftee of the keyboard unu must do the calibeation 2 TEST THE KEYBOARD 1 Set a calibration nnda 0 2 2 Pease the C key and Z 0 2 3 Check Bach 2 4 The of the total peice display a key code of sach key D 3 RETURN TO THE NORMAL MODE 11 Retuen the CAL to the 4 101 21 Pease the C key and 707 key 13 CHAPTER IV THE TRANSFORMER CORE EE ZS mm SoH 19 CHAPTER V THE SCHEMATICS AND THE DIAGRAMS A THE SCHEMATICS 2 DISPLAT CIRCUIT DIAGRAM 00 REY 17 B WIRING DIAGRAM ren 30 SEN 6124 400 0192 C PARTS LOCATION m NL 1 Hs 5 SILK SIDE 850mm gt lt a A a N CI T c T u EC is sie 18 REY u A De ts 1120183846 00 CHAPTER VI THE ERROR MESSAGES A THE ERROR MESSAGES These Berne Wil guide unu do a quick teoubleshootinge A 1 Err
20. nt Do not expose the to sudden tsBnpBratues change Do not expose the seals to sudden inpact C THE SPECIFICATIONS CAPACITY 0 Zkg i5 5kg 30 DISPLAYS HEIGHT 5 DIGIT UMIT PRICE B DIGIT TOTAL PRICE B DIGIT 7 DIGIT m Ui A DISPLAY DESIGNATDRE ZERO TARE kg 1h Ib 100 TARE 6 000 kg B BB5kg B BB kg PDHER SOURCES 1109M 6C 1909M0C 0I0VC 9 C POHER COMSUNPTION APPROX 10H PLATTER 5126 S400H OZIBEDI PRODUCT BIZE S50 HI 4325 Notice Specifications aes to change foe Inpeovensnt without notice D SEALING METHOD BOTTOM VIEW AP SERIES CAL SEALING SEALING METHOD CHAPTER II THE CALIBRATIONS A THE GENERAL SPAN CALIBRATION A 1 SET THE CALIBRATION MODE The CAL eudtch located nn the main of hole at the middle left of the upper 1 Renove the platter Renove a 89831 cover 3 51118 CAL sultch to the CAL position CAL CAL mode Calibeation mode 45 Place the platter 5 Plug into the outlet gt weight display CARL thee tinpe 2 THE SPAN CALIBRATION 1 the C key and gt The uslight UEDA Enptu the platter the C gt The usight a
21. on praese the ZERD key while Bithse ne on the weight dleplau B 5 TO CONFIEM THE SPAN AND TO DO FINE TRIMMING 1 the C key and A1 The weight dleplagy shone nat count and total display count 2 Pease the ZEED koy the weight diselay wae not Load full weight on the platter 1f a count within 1 of 30 000 than 1t de okay count leese than 28 888 prees the B key fne and more than 30 001 the 7 key foe A count can be changed by a key once Enptu the platter B 6 RETUEN TO THE NORMAL MODE 1 the C and 70 key gt Height Eee 27 hut actually thie seror neseaga not Berne 1t peonpts only return CAL eudtch to the no nal position Return CAL to the nnenal posltlon initial 1100 C THE SPAN CALIBRATION WITH A PARTIAL LOAD Foe the convenience a partial span raliheatinn available C 1 SET TO THE CALIBRATION MODE The CAL located nn the maidin undsBenBath of hole at the middle left Of the upper 1 Renove the platter Renove BBal cover 3 51118 CAL sultch to the CAL mode Calibeation mode Place the platter Flug into the outlet gt
22. tipng hag loet of the factors for a digital span calculation To racovae thie antar Bach condition again 54111 the scale hae this Bee 127 span calibeation again Refer to hPPEMDIH 1 Err 137 Tho Eee 13 the soft keyte code haethave loet To racovane feon thiettheee find tha which kautej of the soft keycodete and than the soft codete nn Refee APPENDIK I_ 20 CHAPTER VII THE OTHERS A FOR THE SERIAL INTERFACES THE PROTOCOLS FOR THE CAS STANDARD SERIAL INTERFACE THIS 15 HALF DUPLEH COMMUNICATION 65 2320 A 1 THE COMMUNICATION AGREEMENTS 1 RATE gt 00 BPS 2 BIT gt BIT gt 1 BIT 4 PATIRITY BIT gt 5 CDHMUMICATIDM LEVEL gt R amp 232C LEVEL E DATA FORMAT gt ABCII Y THE COMMAND DEFINITIONS 1 B 7 BOT 7 4H 8 AGE gt B B pci 7 11H 5 3 gt 15H B B noz 7 12H B 4 BDH 10 70037 7 13H B 5 BTH 11 70047 7 14H B B ETH A 2 THE WIRE CONNECTIONS 9 1 THE CONNECTIONS DF THE D SUB B PIM COMMECTOR OF A COMPUTER 5106 SCALE COMPUTER TLN m m mr m m m m m RHP IM 24 TENN 32 72
Download Pdf Manuals
Related Search