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SERVICE MANUAL FACSIMILE MODEL FO-5800

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1. ym Operation panel unit 2 d FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 1 Exterior etc 1 T CONW4S5XH AG C Sbeaerasy 2 2 DCEKC282NXHZZ Control PWB unit Within ROM U DCEKC688NXHZZ N Control PWB unit Within ROM C 3 DCEKC4 OBEXH2 BR N E PmterPWBu 4 DCEKLATIBXHOT O AZ E 5 GCABA2327XHSD AP N D 6 GCABB2328XHSA I AU D Rercbini 7 GCABC2325XHSA I AG D 8 GCABD2830XHS D Hghtcbne O GCABE2331XHSA AK C 10 GCOVARMOBXHSA AH D PWBcwer 12 LENDJ206XHZZ TAAL C 18 LFRMzz0PXHZZ AP C 4 LFRMzz0XHZ7 Ad C 15 LHLDW21585CZZ AC 16 190121825027 AC C Edehodr 7 lHLDW2i835CZZ O AD C j 18 AS C lettotommame 19 EPLTMSOISXHZZ AE 20 LPLIMSOISXHZZ I AN C_ Powersupply bracket 21 LPLTMSOSM4AXHZZ AQ C OO 22 TLABSSMBXHZZ TAC N D O lUl 23 LPLIMSOS XHZZ AD C PS4bake O
2. d 3 q 0 a V 31 6 HHAW 61 2 9 1 2 1 THMIW 97 61 47 51 99 8 9 9 96 5 9 2 0 L 2 Ht LD Qv L og dor 9d LE WN creo 800 FO ee I N lt 09201 22 Foley a AES ISIS z SEM M 125 ss 9 2 Tag eieg 25 99 29201 41 9 Po yg oe 9 ve9 Noza eg 555 41 9 as 1 zg 5 950 800HVZ ig 59 99201 m revo 929 55 verd 64107 op 655 Crear zp HSVO ISO LdLO 571050 9 gt MY ANN ody E s Vv V IHOHS 0 L 78 0 2 0053 ONIVO 2 92 H IN N S8 1NOOZ8 W HE Z cav T T eet T 06 1 1V8A O H Z pa D gt 6 5 del g 18 311 95 8 29 2 mcr rav sg Sd 94 L n E a 06 Ors 301 LHOHS 9day gt 0 r1 481 9 6 0019 AWIL 1V3 9vH W 8 2 L6 WNI OZH RE 9 A88 S8INS 6 6 LE 99 91 09 91 97 91 91 1 9 6 9 8 0 9 39 9 9 09 0 QN PANES 8dv v6 0 zosu ST Le Noga 26 Ht S D 3 sL 3e s D ve s D 97 1 09 6 8 089 9 9 9 2 VN x 0621 AS ir
3. 105 dOSN3S HOLON LINN A LINN 3119 9 LINN 8Md 6 5 3113SSVO TANVd LINN 8Md c YAMVAdS QION31OS LINN YOSNAS FO 5800U C 2 Wiring diagram NOILdO dNVLS NOILVOIAIH3A SAST Od YOSNAS YOSNAS vd YOSNAS LNOWS YOSNAS LNAWNOOd 191 d3 Vv4dds NdJSNO dlSNO HOLIMS 1V1SOWH3HL X26 TH3TNI ISL 25 HOLON a NV3 dvi u3lV3H 2 T LH 6 E 509 mm 3NVd NOI LVH3dO A lddflS dH3MOd NOLLdO Od diZv O4 AIOdNO 1 1 mE HOSN3S HOLOW eye 512 1 AYOWSIN NOLLdO LINN AHONN3IN 4 LINN INO HH ZNO 06 ALLASSVO LINO YOLOW d3 LNIHd HA ALLASSVO que 9NO ZNO ALLASSVO que YOSNAS ALdWA dddVd YOSNAS 1 d3dVd Sd LINN ADVLIOA LAH YOSNAS AZIS dSSd YOSNAS H3JAOO AVH L YOSNAS d3dVd Sd GION31OS H3dVd Ks HOLIMS HOSN3S dfr33V1 H3dVd ISd HOLSIINH3H L LHL aasvi ALda H
4. je aus coor ee SNSTOUT 7 8801 SNSOHOX 9 e j j ASt 29 9 EE j ETT 0 WN Ec OD 072 583797 Sosy 70 rez 6814 8 1H Lol rol ro Iz 150 O 2 8919 9619 2819 101 94 Ave lt 4 91 LL EFE 19109d L Leg r ar 5 d P Es ov 29 og 02 mea O wns dye e MELA As pied wara 81 00 Hoan malo cep NOG zay Mevs zav 32 10 769105 sg NO091d ODay lt Hr SI 3t SI MHI006QX 0 46 51 a 46 9 38 1 Gru y 91918 SO10060X TENET 5510060 2 de SP 3 1 lt TD 1001 3lvroo9qx auroa 5 go pes wmm 1 msan ben 14218 1 OSZE 9 tov rir c ING BAO jai o mae 2 08XL 08 exi XL 9 i poy 2 89 1 Q soy 9440 eov 90 GU 89 11 Hag Y ZOV 8 357 es S410 1 4 Bean 58908 yvqawox LLOV 9 9L yvqawo IO eb L 0 91 210 NN Or ES d mee L UMNO E ie 6 904 gogz 09541 27 0 2619 IHVISIN lt HS io woe a INT 929 208
5. 1909 uox Wo gp ade aegGze 219999907 0 MOT gt a IS0009 25417 901 e Wes NL 100 1619 5 6618 3499 IS 657 621 TEF ips O gZ LOI 1 AS 6 7 FO 5800U C H 3 q 0 8 V e LO lt 09 01 49 6 0 2 ee AAAAVVVAVV VAVRR sS 835555553 vd FTE oOo 4s of E LE 2 2 2 2 2 2 S z z Q 6 C 89 00 Zl Bl zs o gt 2 lt lt slut oln olen c Ix o lt 2 amp l amp l amp l amp l amp lt e 90 olrre m s m a a ala Tj O CO Oj LOL N Oj O OO LO O Eae sca and ans bcd Esca fused sd s B nt s n Lco a Lee ia EE EEE FE 6618 aad Q Q Q T lt r Lo T O NI LO N O OO O tT OLR O O O N co Oj Oj O N cO CO CO O O LO S lt 5 ped S S Z pud S S S S S og 9 2 85 89 DORAL BSCE 01 aL azi L 5 5 A 2 2 o a44 225 G I
6. TON ri OO P lt CN iO O P PF hF O O O O LO LO LO LO LO LO LO LO LO PETE TE TE TEEPE EE EE EE EE EE EE EE EE 11 11 111111 GnadnggaanaBgc22x 3909 gt gt gt Gos 4 E Zo O m 81 CL VCC C VCC LIL 50 82 GND 49 83 08 48 84 CI 09 47 146 145 85 CL 010 86 COL D11 87 CL VCC 44 88 GND 111 43 89 CL D12 42 90 rT D13 141 91 OL D14 92 rr D15 93 VCC 94 95 PXCKO 96 1 TOUT2 97 I TOUTI 98 IP TESTI 99 TESTO 100 CI VCC GND 40 VCC LIL 39 PDRQ I 38 PD31 IL 137 PD30 1 36 PD29 1135 028 LIL 134 PD27 L133 PD26 OL 32 PD25 LIL 131 Q T 1 PD21 PD22 PD23 PD24 28 290 30 C 5 18 FO 5800U C M65761FP 23 Terminal descriptions name Host bus I F RESET 68 HWreset signal 64 65 66 67 LE Address select signal of inner register Access signal of upward byte D8 15 57 Read strobe signal 29 pin Input output data signal Use 00 7 when 8 bit bus DMARQ 5 O DMA request signal of encode data DMAAK 5 DMA acknowledge signal of encode data INTR 53 O Interrupt request signal 55 85bitbus 00 7 and 16 bit bu
7. AA AA AA AA AA ELS AA DA N o AR 7 Moma 7 omm c 422119118 AA 7 12 FO 5800U C NEW P PARTS CODE RANK VRS TSA EET AA C TE 7 19424 179 125 AA VES TSZAD104J 17470 VES TSeADTO5 17309 AA L C 17 328 AA 07 17897 7 17898 5 52 01542 17 467 AA VRS TS2AD182J 17 319 LVRS TSZADTSS 37 440 AA E ees VRS TS2AD208J 17426 AA I T 17446 AA C VRS TS2ADZ22F 19 16 AA VRSTSERDEENI 17405 AA 19107 7 onja VRS TS2ADZZ3F 17 332 AA VRS TS2AD228J 17 549 M 7564 C 117557 TRA VRS TS2ADZ71 17308 C 17313 e 7 asa e 7 37834 C 7 178985 LC 7 175894 AA rsa sas A 97349 AA C o 7 3788 ire TC 97388 i394 97395 RA 97496 rasa VRS TS2ADZ72 19 15 AA 717 555 RETESET 47 525 7 3 LS VRS TSZADS80 17304 AA TC 3 C
8. XHBSD30P06000 GBT AA 7 Bi 19 B4 AA 15 84 AA XHBSE30P06000 eee a 1556 1 B5 AA C 1387 AA 15587 T e XRESJ50 06000 7 E1 XUBSD20P06000 4 Bi L EE CET 88 812 BY 10 90 BD 11 44 BD XBSSN30P06000 XEBSD30P08000 B B B B B B B B m E C C RN C O GENE 7 C Ec 577 XEBSE30P10000 C Co C XHBSE30P 10000 0KW0957304001 0KW0957551601 0KW0972300901 0KW0993204501 OKW4109053103 OKW4109075404 OKW4109075501 OKW4109075605 OKW4109076001 OKW4109201301 0 4109201502 gt gt m gt lt O UJ O O Eds PRICE NEW PART _OKW4109202102 84 AD 0KW4109202201 11 2 AC D OKW41092023001 11 6 AD OKW4109202401 8 13 AF 0KW4109203902 11 28 AG 0KW4109206001 11 31 AF OKW41092501001 1140 AL C 0KW410925020 i133 AL C 0KW4109250301 1177 AH 0KW4109250401 11 30 AK 0KW4109250501 11 9 AF OKW41092506001 1143 AF 0KW41092507001 1132 0KW4109250801 1126 AG L0KW4109251001 11 23 AF 0KW4109251101 11 27 AF OKW4109251200
9. 9 Paper take up section FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 8 Frames I OKW412207102 JO AM C 2 0OKW4122681702 AN C 3 0KW4109302200 AC C Tosonspig j 4 oKW4122001000 BD E ToeemiyPWBui 5 0KW410030205p AL 6 0KW412220801 BB C Bake 7 BP B 8 0KW0993204501 AC C Scewspca 9 0KW41222000p plate 10 0KW412228500 AF C Ruberfot 0KWa122207000 TAD Bracket 12 0KW4109053008 BY E 18 0KW410920208 O AF ID aa 4 oKW4109200900g TAD C Hoder 7 15 0KWa4109300300 IAD C Sheet 16 0KW4122200001 AG 7 0KW412268040 O AL B Papeempyseso TBE 18 0KW412286000 AQ C 19 0KWa122200808 AQ C Hor j 0 0KW412284000 TAD 21 0KW41222070 O AD C Bake 22 OKW412268 0400 _ C 8 OKWA122340501 TAD Gue 24 0KW412284000 AF C RHegddmgpate BI 0KW9646030003 AB B2 _OKWS735030613 I AB C fapisoew B3 oKW9739030803 s AB C B4 0KW9 390300
10. C234 8 VCCCIVIHH27U AC C Capadio BOWV27PF O 25 4 200 AA C Capadio BUWV20PF 238 5 VCKYIVIEFIMMZ AA C Capactor25WV 0 1 C237 6 VCKYIVIHBzZ2K m C Capadio BOWV220PF 28 7 AA C Capaio QsWVOluF 8 AA C Capactor25WV 0 Tu C241 9 VCCCIVIHHIQD AA C Capadio BUWV1OPF O O 22 120 VCCCTVIHHIOOD I AA C Capadio BUWV1OPF 23 tat VCKYIViEFIMZ I AA C Capaio QsWVOlpF O O o o C245 122 AA C Capadio sWVOluF 628 123 I AA C CaparQsWVOluF O 124 AA C CapaioQsWVOluF O C249 125 IAAL C Capaio QsWVOluF O 25 126 I AA C Capadio sWVOlduF OO y y 127 IAAL C Capao sWVOluF O 25 128 VCCSTVIHLSS AA C Capachor60WV330P O 6259 129 VCKYIVIEBIOK AA C CapadirgsWVOluF O 29 130 AA C Capadio sWVOluF 3181 O AB C Capir8WViuF
11. 5 4441 4411 444 1 444 11 2112 e i U u j x Ede FO 5800U C 12 2nd cassette 1 15 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 12 2nd cassette 1 K Ea EM EU1 EY V 21 GCASPZI09XHSA AM Ext cassette case 3 LPLTM3022XHZZ AS C Caeepushuppae j 4 LPLTPSORIXHZZ AF Cassette backgude 5 MSPHCSOSPXHZZ AD C G MSPRDSI2EXHZZ AD C Llokdownspig O OSO S 7 PCAPH2082XHZZ AC C 8 PGIDM2M49XHZZ AQ 6 Cassette width gulle 9 PSEL207XHZZ AE D Coksee 10 PSHEZ amp M4OXHZL D PSHEZGA4OXHZR AF D 12 PSPO 2002XHZZ AF C CassewdhspngeA 18 PSPO 2003XHZZ I AF C Cassebaksponge 4 PSPOzO0MXHZZ 1 AF Cassette width sponge O O 15 PSPOz005XHZZ I AF C 16 PIME 2062XHZZ I AF C 17 PIMEZ069XHZZ AF C Sepwaermalea t 18 PIMEZ0 amp 4XHZZ AF C 19 TLABH2CSAXHZZ
12. O 8 tons OM ovg o0 avd po 1 7 7 WN west Haw nov A0OOHV6Vd is Jaira M AS0894 S hii 8 91 10 19 amn OlWd zg ogg 09H 465 46 61 S918LLSINSIN 10 v9 LGLLGAH Hivd gt Her geo ILHOHS di 9 11049 9101 eL 91 9 SLAY 98 9 La ed SX E3 Sezo od ne OViN 0 MO 80 ac 9 ANN LVN Iz 119 2 ZHW8099 61 9221 LOZO 49 8 0 0 0 0 OpLO ev gt 92 9 T cv 22 69 9529 1 do 4 9 E OU T SUN e 3 010110 011 gt 1 92 1 Gay el VA 0 92 7 6 39531 sre 40 P 0 ese gz Ir lt 1 02 1 Lm 9v 1 3 40022 vi OST 6 28 TUM oun ead OE 1853477 40022 8820 yc 022 7128 HSVOW ZYN 86 1 INN 302 072 9 TSVOW 02 x lt SVN amp v ee 187 caw 02 091 86 00 5 64 3jy19uS OLVIN LE van c YL Xv 40022 dO0cc Gz LLVN 55 LOCH gszu 9524 0620 6569 xis Z zn e e we __ oz N 21929 62 3 66 I 189 399 WW lt 1 92 9 san gi m EE ZI SW AT e o 9 6l MS E lr OWN v
13. 39868 LOI NAVOSZOL OAS 001 dE 6ISH OSO Es 109 2069 ce ZHN9FF9S 0081 QeosaL e q ba Ga WN gious ee LOGO 65 isuwaw TO 12 Qeosdi 90 Laoozz 0059 25 85 r 8 OL 158 Z gt o gt 99 NAvVOSZOL Vovol tr 29 01 9154 soma 1979 19 01 ISH HEM 09 Or SISH 02 01 ELSU LVN 99 01 2168 ZVN 59 SVN 79 01 0189 9 01 6055 SVN vi 01 8069 6 01 7058 Ol 9094 O SOSH LLAN 39 OL OSH 1 OL SOSH 19 OL 2058 T 8l 9 1 H9 1 L 190 9 g V FO 5800U C SOVAOH yet yoz 6660 62H 0020 962H Vv L 100748 3 1 2 gt VIOA 22 810 og9 D TIDA AS og og og 34 90 yes GOLO a VL 934 9d 45 i O 0 5 gt yar oLa 8 9 4 90 YL b alt 8 Loy MIO ECINPCN 010 89 2220 5551 4 0 0 20 1983 77 91 60 3 2059 ve T ooz8 Ta ABS v62H LO 1220 S0vYHMOH 19901 lt 3 O 333 MLL od Su S0vY JOH n 47 0889 9629 06
14. 1 10 700 55 R237 418 VRS TS2AD000 AA Resistor 1 1 0W 55 R238 414 VRS TS2AD103 AA C Resisor 10W 10KQ 25 R239 415 VRS TS2AD103 AA Resistor 171 0W 10KQ 25 R240 416 vRS TS2AD000 AA C 1 10 00 55 241 417 VRS TS2AD000 AA 110100 55 R242 418 VRS TS2AD000 AA C fesistor 1 10W OS 55 R243 419 VRS TS2AD47J AA Resistor 171 0W 4 7KQ 25 R244 420 VRS TS2AD000 Resistor 171 0W OS 55 R245 421 VRS TS2AD1083 AA C Resistor i l0W 10KQ 25 R246 422 VRS TS2AD103 AA C Resistor 10W 10KQ 55 R247 428 VRS TS2AD103 AA C Resistor 171 0W 10KQ 55 R248 424 VRS TS2AD103 AA C Resistor 171 0W 10KQ 25 R249 125 VRS TS2AD472 AA C Resisto 1 0W 4 7KQ 35 R250 426 VRS TS2AD203 AA C Resistor 1 1 0W 20KQ 25 R251 427 VRS TS2ADI0J AA C Hesistor 1 10W 1000 55 R254 428 VRS TS2AD10 AA C Resistor 171 0W 1000 5 R255 7 429 VRS TS2AD472 AA C 1 10 74 7 0 35 R256 430 VRS TS2AD472 AA C Resistor 171 0W 4 7KQ 259 R257 481 VRS TS2AD472 AA C 1 10 74 7 0 35 R258 432 VRS TS2AD000 AA C fesistor 1 10W OS 55 R260 433 VRS TS2AD000 AA Resistor 1 1 0W 55 R262 434 VRS TS2
15. 2 Diagnostics and service soft switches 3 Troubleshooting 4 Error code table CHAPTER 3 MECHANICAL DESCRIPTION 1 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC 2 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC 3 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC 4 How to install the verification stamp FO 45VS refer to the service manual supplement of FO 4700U FO 47UC or the service manual of FO 4700C FO47UC CHAPTER 4 DIAGRAMS Bills os qa ce IILI eee 2 Wining eae a ae 4 3 Point to point diagram and connector signal name CHAPTER 5 CIRCUIT DESCRIPTION U 2 Circuit description of control PWB 2 1 Circuit description of memory PWB 2 2 Circuit description of 3rd cassette 3 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC 4 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC 5 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC 6 Refer to the servi
16. I N 2641 AA 726 43 AA 26 44 AA 26 22 AA 26 24 AA 26 28 AA 26 25 AA VRS TW2EE100J 19 97 AB VRS TW2EE221J KC NE 1 VRS TW2HFR68J VRS TU AD VRS PRICE NEWTPART PARTS CODE EN S TW2HF1R3J 19 78 AC 19 102 AC C VRSTS2AD1373F 17539 AA C VRSTS2AD4422F 17 534 AA 117535 A 117536 AA fT 17537 AA C VRSTS2AD6812F 17 538 AA C VSDTATI4EK 1 17 288 AB 1728 AB VSDTATI4ESA 1 20 55 VSDTBIT4EK 1 19 72 AD VSDTCTI4EK 1 17284 AB B 7 17285 B L _ 176 a ee 7 71 17290 B 117 292 B VSDTCTI4ES 1 1831 AB 11832 AB VSDTCTI4ESA 1 2054 AC B VSDTCTIAYU T 1973 AC US RE VSDTD123YK 1 VS28C1213 C1 VS2SD1 164 1 VS2SD1200FR 1 VS2SD1664Q 1 VS2SD592A S 1 VS2SK2185 1 VVLLMG2025TPR X XBBSD23P08000 AE AC AE AE AE AD AK AL 13 81 AA AA AA AA 5 40 06 00 XEBSD30P10000 1582 5 0 10000 1 83 AA 13 83 AA
17. vaa 6 6L 2 or 401 Toz 9515 55 id ve 99 Oravwa ge 9V cz g ed 9 7 86 240 STZ 6Yf ez 701 3 9 1 say lt 97 0 81 8 tsd 1qIN9L 91 8 ce oHvA vl S9L8ELESINSIN 40 vY9L8LLSAH YELI 69l O 9 V FO 5800U C oq OW 5 5 q 1 E 2010 20 47066 4 40 o37 ar 1 AS D ET ayo zc OW 062 AS AS 911052 LO a nous 5 oq 1 ERN NOdLS 55655 Ave in evt INPOGZINCN 0014 AS Aver 09 001 DW 20 SE TL S G Ave o X 08 10 2019 FT Lo lord 2210 40 82 O S 619 2d 91 0 96 Sy Hd d214 v91 Ent ne 7014 02 raxi 2 adxi lt 1 9 T Z318VN3 yOLHS 61 0 639 35 BANI 9219 9 HNI i ano OH WN_ jJ 9 1 gt lt 10 lt 1 27 3 40 96 9 20 VAL 0 OVXL 19429 ball iu HH 2 Wwe 9q Y 13 LISYHd Tax 0820 Orly L3 TaV
18. AE D 2 20 TLABHABISXHSA AE Cassette push BI XEBSD3OP1000 AA B2 DXBZ2205XHZ7 AC C Unit cf CCASP2108XH01 BE TE Cassen FO 5800U C 13 2nd cassette 2 cd zu FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 13 2nd cassette 2 2 CROLR2428XH0 AV C 2n amp PUmle 4 GCABGe33 XHSA Ad C 5 GCABH2334XHSA _ AN C G GCOVAMO7XHSA TAHL C O 7 GCOVAMOSXHSA AH PWBowe LANGFZB25XHZZ AF C LBSHP2IOSXHZZ I AF C 2n amp dveberng O j 0 LPINSOSEXHZZ AF C _ 1 PCAPH2032XHZZ I AC C 12 LPLTMGOPXHZZ AS C Sidefamepae 18 LPLIMGOZ XHZZ AW C 4 LPLTM3OPEXHZZ C 15 LPLTPSOPSXHZZ AF C 16 LPLTP3DMAXHZZ AF C 17 LRALP20285XHZZ O AD C te LRALP2024XHZZ AD 6 2nd cassette raillet 19 MLEVP23OSXHZZ I AD C na
19. NC NE E IN lt s wes s E IN NEN FO 5800U C TEM Switch setting and function Initial seting ZW gt gt 2 O Remarks Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved o O gt C D C D ron 1 1 1 Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved C D C D 9 e 2 21 FO 5800U C SW DATA ITEM 2 5 62 N gt Z Switch setting and function Initial setting Remarks Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserv
20. Reseved j Reserved NC NE M IN CN E EN NE E NN WE ss NC NE M EN IN NE E ss 0 NC NE E IN lt s O N O OI BY Wy CO NJ OD OI By WY PO S CO NJ SD OI BY O PO Soft switch function description SW1 No 1 No 4 Recall interval Choice is made for a recall interval for speed and rapid dial numbers Use a binary number to program this If set to 0 accidentally 1 will be assumed SW1 No 5 No 8 Recall times Choice is made as to how many recall times should be made Use a binary number to program this SW2 No 1 Dial mode owitch the type according to the telephone circuit connected to the fac simile 0 PULSE DIAL 1 TONE DIAL SW2 No 2 Receive mode Auto manual receiving mode is set SW2 No 3 ECM mode Used to determine ECM mode function Refer to the following table SW2 No 4 Reserved Set to 0 SW2 No 5 Polling security This switch is employed to enable or disable the polling operation using the ID code verification function in order to prevent unauthorized polling operation SW2 No 6 Auto cover sheet When 1 YES is selected the cover sheet is automatically sent after transmission of the original to notify the receiver of the number of origi nal sheets transmitted SW2 No 7 JUNK FAX function in manual reception It is set whether JUNK FAX is functioned in the manual receiving
21. S1u N3SNO 2 NN dLSNO 15 dlSA cl 8Md NIVIN AS LL DQ 01 ES od 8 SN OIN gans Ave MdNO 1530 dAS 62 ZZ 92 SZ Odd Z 22 odd 12 odd 02 ous 6i 8i AS819 ZL awo 9 sis S AS813 L Aquud zi ONASH Odd 6 odd 8 z 13939 9 9 ON gt ON ON Z 1 THANO AlddNS HdMOd E NIVIN AS I LE AS H H 90 8 oq JJOAVi3uH 8 8 S 2 ans AS MOOTNV4A Z HE 2 M9O1NVJ 9 NIYIN Aver NYJ 9 9 3 S NIYIN Avert NOH3IV3H S S NO H3lV3H r SN NIVWAS v NIYIN AS d OIN OW z 2 OW S L ans Are NIYIN AvZ Zum EHE SNO INO ZNO HOSN3S 3715 H3dVd V MS AVd1 aSSd oq HOSN3S H3AOO Dd VSSd L JZIS AN INO HOSN3S 2 o d 3XV L Bu 1 ISd OLNO Dd ES 037 U3NOL H3NOL T3A3183N01 AGE 06 1641 6 AS 86 AS od AS od AS O3GIA od OF N N N Ic 02
22. Manual reset signal Reset signal Address signal on the system side A Data bus signal on the system side Pin 0 100 142 16 35 48 6 87 101 125 134 143 65 66 89 90 72 _ 80 81 83 85 86 88 7 L D _ Df DO SHCKOB oe SHCK 102 CDCINT 107 CSCDCB 108 MDENB READY ES Chip select signal of gate array LR38292 Read signal on the system bus side Write signal on the system bus side Reversion output of clock SHCK from Clock 19 6 MHz from CPU Interrupt request signal to CPU of gate array LR38292 Reversion output to CPU of interrupt request signal from HD813201F Reversion output to CPU of DMA transfer request signal from HD813201F Reset signal to HD813201F Default WW S C Interrupt request signal from HD813201F Bus right request signal of image bus from HD813201F Bus right permission signal of image bus to HD813201F DMA transfer request signal from HD813201F Acknowledge signal of DMA transfer to HD813201F Chip select signal to HD813201F Data enable signal of image bus from HD813201F Ready signal of image bus access to HD813201F Address strobe signal of image bus of HD813201F Co O1 5 10 LR38292 10 Terminal descriptions
23. Te 167 6 7 e e 14 EE I IEEE 19 28 VCKYTVICFZ267 17168 AD aD VCKYTVIEBIOZK 187 7 ea 7 es AD C 7 eza e 7 1934 PARTS CODE _ VARK RANK VOKYTWIEBTOK 1938 AD C 7 osy 7 4 oe AD o pee e VORVIVIEBTOAR 174102 6 partes AAT 117156 irs pA Pe 17158 AA 17159 173161 AA 17 180 AA 195 ac 1948 AC 1932 1938 194 19 5 Aa 7198 AA 71910 AA AA PAA AA A PAA TAA TAA AA VCKYTV1EB821K 1923 AA e VOKYTVIEF104Z 1719 AA 7 ITO AAT TC 7 AM 7 723 7T ra AA 7 AA 1782 71734 71736 717537 1789 71742 1748 7 ro C 7 rs C x 7 1758 LC rsa AAT 67 1761 AA C 1768 TT AA C 1774 1776 AA 71777 AA 1778 1781 1782 1788 11744 RAT 904019000 17 86 FO 5800U C RICE NEWTP PT PARTS CODE Rit nip VORVTVIEFIOa
24. 35 8108 306 VRS TS2ADI08J AA Resistor 110W 25 8110 307 VRS TS2ADIO C Resistor 1710W 1000 15 8112 308 VRS TS2ADIO AAI C Resistor 1710W 1000 35 813 309 VRS TS2ADi05 AA Resistor 10W 1 0MQ 59 RT14 310 VRS TS2ADi00J I AA C Resito i 10W 100 45 RT15 31 VRS TS2ADiJ AA C Resito i 10W 100 35 RTIG 312 VRS TS2ADI08 C Resito i 10W 35 8118 313 VRS TS2AD2 1 esisto i 10W 2700 15 R19 314 VRS TS2AD338 AA Resisor 10W 3 3 35 R120 315 VRS TS2AD27i I AA Resito i 10W 2700 35 121 316 VRS TS2ADI08J aa C Resito i 10W 10 0 59 R122 37 VRS TS2AD562J AA CResisor i 10W 5 6KQ 15 R123 318 VRS TS2AD000J AA Resistor TOW 00 45 R124 319 VAS TS2ADTe2J AA C Pesistor i 10W 1 8KQ 5 8125 28 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 17 Control PWB unit 320 VHS TS2AD308 AA nResisor110W3Ko s5 8125 521 VRS TS2ADO0J AA Resistor 1 1 0W 09 25 R128 3221 VRS TS2ADO0 C Resistor 1 T0W 0Q 25 R129 323 VRS TS2ADO0J C Resistor 1 1 0W 0Q 25 R131 524 VRS TS2ADO0J C Resistor 1 1 0W 0Q 25 R133 525 VRS TS2ADO0J C Resistor 1 1 0W 09 25 R134 526 VRS TS2ADi02
25. 9 QO IND lt s j 4 C NdNO V QO INO S S 9 NdNO 7 L NdNO 98d 2 2 PT 20 Pp ped 6 NdNO Te Sra Judo No ee 0 E Pt 0d1 eNada1 lt S NANO ANONS ve I 2 ve DP ve i 27 40022 amp 225 90 r AS O SdO14 dI14 vLLOH vol 551 G vad sus 2 9458 8 INIT E 5 54 9 Wa ASS wH vr 90 63711014844 SL M ay gt 2 gt 2 044 lo 01 9 o o HE 58 4 9 2 28 25 e AS AS Ieued 5 5 g V FO 5800U C LL 0000000000000000 3 3 q 0 V e se perjddns eq SIU JO syed y 9 18 g SS GZZY une 8LcH ezed 1168 LZZH razu 1029 9020 6060 zoea vaz eeu 12 9020 7020 20 6059 9059 9029 04 ZIEH 9 gozo 0000000000000000 SIEH 1 ZY 0 6029 Loza 5054
26. Connector 5pin CNT 8 QCNCM 0MSCOF AB C Connector 6pin VHDDSS133 3 Dide 1SS133 D1 10 VHD1SR139400 AB N B Diode 1SR139 400 D2 1 2 AD B Varistor ICP N20 12 VHIMb4666P 1 AR N B C M54666P 13 FH JX215XHZZ2 N B IC 48C164 7 14 FHJX2154XH2Z2 N C Z4HC02 5 15 5620657 1 AG Photorransistor SG2068 16 B Transistor SD1 164 01 17 VRD HIZEY472 AA C Resistor 1 4W 47 0 25 R1 18 VRD HIZEY 3 C fhesito 1 4W 10 35 R2 19 VRDHIZEYIBI AA C Resistor 174 1800 25 R4 20 VRD HIZEY 03J AA C Resisor 1 4W 10 35 RS 21 VRD HIZEY 03 AA C Resisor 4W TOKO 25 R6 2 VRD HIZEY 03J AA C fhesito 1 4W 25 R7 7 25 VRD HIZEY 03J AA C Resistor 1 4W 35 R8 24 VRE REGLATO C Resistor 3W 1009 35 59 Tl Wh I Il 26 Memory PWB unit VCEAPS226AF1C Capacitor 16WV 22uF VRS TV2AD472J Resistor VCEAPS226AF1C Capacitor 16WV 22uF C9 VCEAPS226AF1C Capacitor 16WV 22uF C10 VCKYTV1EF104Z Capacitor 25WV 0 1 C100 VCKYTV1EF104Z Capacitor 25WV 0 1uF C101 VCKYTV1EF104Z Capacitor 25WV 0 1uF C102 7 VCKYTV1EF104Z Capacitor 25WV 0 1uF C105 VCKYTV1EF104Z Capacitor 25WV 0 1 C1
27. Ld SE gr 419 5 24 91 022 I LL j ON DG 6 UH 2 or OHO g 29 9 d 5t 1 gt lt LINA 1531 Not _ LINN Dp 1 gt lt maze 123715 AS Dp 1 gt lt 029215 AS oq AS ecaaaa ie 1 Ast O3GIA M ES T 9 g E G v9 1 gt lt LOdV d1 x 10ous Lody d1 V da SE T g 29dv d1 O9 z 99 AS812 V amp 1 gt lt woes NYOS S 1581 3 qo 10 v9 DEP TONODAIOg 5 2219 T H 4 01 DJ 3215 AW 2 E NOW 6 ZELO 8 gt lt 7 6NO P oW 5 HL 1 lt NON L 9 gt lt v 09 1 t He E Hel pet n z H9 1 gt lt I SINO 8NO VNO LNO O Avet O 2 AvetO O O AG 9d 1 c c N3119 491uld E E 3 9 g V 6 22 Printer PWB parts layout Top side FO 5800U C rv www w w F A LINO EI HRE Sy Vua Yu V V6 HXI10E 3 OOOO o lA ai lt q a 4 i O v O 915 gt Pt z o o j O O gt cN Y E O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O 1 z O 6 23 FO 5800U C Printer PWB parts layout Bottom side
28. N Go 1 33 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 19 Printer PWB unit 62 VHD1SS226 i AB B Diode 1SS226 D100 7 63 VHDiSS358J1 AB B Dide 1SS35 101 6 VHVICPSTEIT 18100 65 LPLTM3029XHZ2 AF C Pask TT Hl 66 VHITEAS7IBSD BA B I MOTORDRIVER TEA3718SDP RH X2162XHZZ2 AZ N IC CPU MS8073E4FP TA 68 VMIULN2003ADR 1 AF B IC TRANSISTOR ARRAY ULN2003A 3 69 VHITEAS7I6SD BA IC MOTOR DRIVER TEAS718SDP 521 B 16 0 06 74 02 5 VSDIDTISYKT B Transsto DTD123YK 0100 72 VSDIBIMEK 1 AD Transistor DTB114EK 0101 73 VSDICHAYU T B Transistor DTCTT4YUA 0102 74 VSDICTAVUT B TransistorDTC114YUA Q103 75 VSDTCHAYUFT B Transistor DTCT14YUA 10104 76 VRS TS2AD472 C Resistor TOW 4 7KQ 25 RT 77 VRS TS2AD000 AA C Resistor i 10W 00 55 R2 76 Resistor i 2W 1 30 35 8100 79 VRS TW2HFR6BJ AC RResistor 1 2W 0 680 35 8101 80 VRS TS2AD472 AA C 17101 4 7KQ 25 8102 81 _VRS TSZADS6S AA Resistor 171 0W 56KQ 35 R103 82 VRS TS2AD472 Resistor 171 0W 4 7KQ 25 R105 VRS TS2AD1083 I Resistor
29. 20 68 AA VRD ST2CD474J 20 57 AA VRD ST2HF101J 20 74 AA VRD ST2HF104J 20 75 C VRD ST2HF122J 20 73 AA C VRD ST2HF681J 20 61 AB C VRS FTSDD220 2060 VHS HT3AAR47J 17 293 AC 17294 C VRS HT3AA133J 18 36 AB C VRS RESLA101J 2524 AC VRS TP2BD000J 17477 VRS TP2BD200J 17544 A VRS TP2BD222J 17 301 AA C VRS TS2ADOO0J 17 60 AA 12 CO 7 11725 29 7 17280 E1729 AA 7 1730 27 17302 7 7 17918 AA L 17321 JAA 17322 AA 17324 C 117325 37 PARTS CODE f VRS TS2AD000J 17 329 AA 17 830 AA 17 331 17 953 AA 17 855 AA 17 870 AA crap aa 17 372 AA 17 378 AA 17 374 AA 17 877 AA 17 879 AA 17 400 AA 17 408 AA 17 404 AA 17 405 AA 17 406 AA 17 407 AA 17 409 AA _ 17 411 AA 17 412 AA 17418 AA 17416 17417 AA 17 418 AA 17 420 AA 17 432 AA 17433 AA 17 434 AA 17 436 AA 17 437 AA 17441 AA 17 449 AA 17 491 AA 17 458 AA 17 481 AA 17482 AA 17489 17 500
30. SNO CHAPTER 5 CIRCUIT DESCRIPTION 1 Circuit description 1 General description In this machine the facsimile control block except the printer control is mainly composed of the units shown in Fig 1 2 PWB configuration AC CORD POWER SUPPLY PWB E CIS UNIT LINE W LIUPWB K gt CONTROL PWB PEE S MEMORY OPERATION PANEL dL PC I F PWB PWB PWB OPTION FO 47IF Fig 1 1 Control PWB The control PWB controls all the other operations except the printing operation of the printer 2 LIU PWB The LIU PWB controls the I F telephone function of the circuit with the control signals from the control PWB 3 CIS UNIT CIS UNIT converts the image of the sending or copying draft into the photoelectric signals and transmits the signals to the control PWB 4 Operation panel PWB The operation panel PWB detects the key input turns on and off LED and displays LCD according to the control signals from the control PWB 5 Power supply PWB DC voltages 45V 24V are produced from AC120V and are supplied to the printer unit and control PWB unit 6 PC I F PWB Option FO 47IF An interface to PC is done by IEEE1284 and image data bitmap from PC are outputted to the printer 7 Memory PWB The 2MByte image memory composed by flash memory which can be supported When OPTION installed a capacity rise is possi ble to 5 MByte 8 2nd cassette PWB The pap
31. 170 VckviviEFiDaz C Capacitor 25WV luF C520 vekovna AA Capacitor S0WV 0 11 F C521 172 AA C Capacior25WV 0 TuF C522 173 Capacitor 25WV 0 TuF C523 7 174 1042__ AA C Capacitor 25WV 0 1uF C524 Capacitor 50WV C525 176 2 AA CapaciorB0WV 220PF C526 177 VOCCTVIRHIO1 Capacitor S0WV 100PF C827 178 VCKYIVIHBiozK AA Capacitor 50WV 1000PF 528 179 VcKYIViEFiDdz a Capacitor 25WV 0 11 F C529 180 VCKYIVIEBIMK AA Capacitor 25WV 0 TuF C530 181 VCKYIViCF2207 AD C Capacitor 16WV 22uF C532 182 VOOCIVIHH470 C CCapacior 50WV 47PF C533 183 VOCCTVIHH470 AA C Capacior50WV 47PF C534 184 QCNCM7O14801 AC C 10 185 QCNCM2499500 AE C Connector 9pin 186 QCNCM2S89S05 Connector 5Opin CNOP 187 252556 Ak Connector 40pin 188 QCNCM2482SC2D AB Connector 24pin ICNPN 189 QCNCM2Se5803 AH Connector 30pin ICNPRT 190 QCNCM7014801B AD Connector 12pin 191 QCNCM7014800H AB Connector pin 192 QCNCM24018008 C Connector 2pin CNSP 193 QCNCM7014800
32. 2 GOASP2107XHZZ AM D Panelcase 3 J8INZIBAXHZZ C oky 4 JBIN2I8XHZZ AH C J8IN2IS XHZZ C JBIN2IBEXHZC AC 7 AC C JBINZ24XHSA AC C 9 LPLTP2B23XHZZ AF C Pagpae 0 PCUSS209 XHZZ AC 10 cushion 12 QONW4949XHZ7 AR C WLLMG2028PH 0850200000 AA C Serwa _ ni Tl DOO x T 7 UZ Y J rr rr rra ULL j j j C E LL LE ______ _ _ SS m rr rr r ULL LLL LOL j j G _____ a R C _ 6 222 C C 5 Document guide upper unit i LANGF28I9XHZZ J C Bakbake 2 LPLIMSOTIXHZZ AK C Docmentupprpale 3 LPLTP2819XHZZ AD 4 LPLTP2BBIXHZZ AD C Tranrpee 5 LSTPP20BEXHZZ AD C Document guide stopper 6 MLEVP2300XHSA AE C hReeaelve 7 MSPRC2B43XHZZ AC C Helaselversping O S 8 MSPRC3I7ZOXHZZ N C Tnputpressure spring 9 PSHEZMi8XHZZ AC C Bakshel i MSPRCSI20XHZZ AG
33. 2521 2 4 96 5 Le leov dONO das lt Lv dONO lt 1 xi 16 dONO 9VIN lt 9 dONO lt 166 4 lt 7 dONO LEYIN J 1 dONO VIVA mm a lt 182 4 lt 1 2 4 lt 192 4 e HYMW 01 5 3 3 q 3 4v c av 2 ML 2 41 2 01 2 LOLY vi o 3 D o 1 2501 10 Lun UU ee FE Im Tu IIT 71 0019 gt 0 99A C 0 99A oq 92 AS i od 9d lt lt I I I I I I 0 on oe ON a 91 22 62 SV 16 9119 Lr 80 9V 16 Olly I lt 1 92 1 od Ag 9i Me ror 2591 1 dee 298 Ces Eo E 95 Huc cope i 0 gt 46 1 65 Saar 96 zou AS813 ELS 08 0 gt auo D i GENO 08 0 GG ov ze ASST 3MNdO 55 ov ze I I 2 8 Vl AFENO 2 yj sz 19 1 eid vr c 3L c 1 ae i 6 3z U D T E 61 64 4e 1 O8 1 0514 624 E pa e pee xn e 9 ud e E r E NE o oz 5 P lt va vb fer ev vv er 6 M s v sa ar 1 ov c dONO gt lt ga n w 9 uv FO er mw pas er
34. 26 AC C Paperfeedduthgear O 27 NGERHPM7OXHZZ AC C 28 NGERHAM7ZIXHZZ AE C O 29 NROLP2SSAXHZA AC C Prhe NROLR2422XHZZ AN 37 NSFTZe3OSXHZZ AC C 32 NSFTZe3I2XHZZ7 AC C 33 PGIDM2552XHZZ AM C 3Qgudeupe 34 PLEGP2OZXHZZ AE 36 PSHEZMS7XHZZ AF C Cassesenorcve 38 QCNW4964XHZZ C 39 QSW Z22860XHZZ7 AH C Cassette size sensor 3 46 RMOTZZI4 XHZZ O AT N B odmor 5030 0 0 AA C Soru _ 5030 1000 aa 50010 B3 XEBSESOPi0000 IAAL C Sew _ SoSo XHBSD30P060 AA C Sw TT C 5039 Be XHBSESOPO600 AA C C SwewSX0 C Serew 3x8 D AA IL EL TT TTT T pee TT TTT pou FO 5800U C 16 Packing material amp Accessories Normal Position LTR LTR Setting Position Before Packing Name Setting Position Hopper Guide Setting to Wide Side Page plate Ext Paper Feed Tray LTR Tray Back Guide Tray Width Guide abel only N ex L
35. 49 S61O eray 1404 b 912 09 a 4 ead op 2218 14 He pid ae eg wn p IE 29 EVN 27 L7 VN 06 7 lt 98 2 svn HHHH 07 ov 56 VIN iiis EMTOOBGTS 98 A V vE i m we 1804 Sorosa ferf 08 es 8 2 2 7 assurer Em Co HE NEN 4 m y INO 1429 SEN TOMO 2 ZIVA lll EG 24 a SIS aee 22 pv 35 20 HO Porat OT lll F E Qe ASLO ea IVE 8221 Ha 74 7 UE EST aN Ge M ROBES pa YI E gt TONASHI Se 2 a dd e Hot pu j 227 T 90 9dqv 285 EL 52 pi EI ss O 800 Eo TN quw g au S ony 90 0 TENT pF NIE Ova GHC 82 2 gt gt 59 gi 3l NIELS 0Sgd 8HQ gt lt 1 9 1 95 4 gt lt pono dONO 0 5 Haw 9L GL 490 q 10199uu02 H 4 q D g V 6 15 FO 5800U C 91 91 gt 9 gt lt XVGdlNO lt 0 6 LGW Tj
36. 9 Octal 000 LLGVWd 6 29 100 ZG gr ZEON ea 9 Q 6007 GI eq 29 06141 SLOVINd oq 99 99 8191 995 gt lt PAWN I 69 700 8 SiWd A i 080966 devi v e n 05 ev 91 6 81 8 i SG EVN 390 q 99po 1 29 H 3 3 q 2 8 V 6 9 FO 5800U C vi 01 vi 01 sv 91 0 899 SdO 1d dl 14 AdAL d 6 0HATZ 99601 OSH C AS AS SHOLO3 13SV1VOL OL cavno 19 891 3 q V 540 1d dl 14d AXdAL d WAG EBEOHAPL 99551 31V5 CSOHVL 154005291 2 2135347 51 99 1 011905 Hrs VOOHAYTZ t LOI 940 1d dl d 3dAL G 6 0HATZ VSEOI 9d 31VO QNVN 1300879 lt 6 2 Z OHtZ 6 N e 8 SSA ON LO Z 25 YELO p SSA e AS O 22 30 55 MNOGS 5 57 6 lt 5 6 z 001 OF SITE lt ve eg LONSVON Fc DOT EH svonwd 5 01 ves prawwd 2 Y T ZHH Mw Svod gt et v OF OSVHWJ V 9 lt 9 6 Z OY ovua S san E SO IV 5 e
37. DATA Initial Em Tama Tr FASTRMS modes amr 9 TT E Reseed pr a STAMP wm Tm 4 Summertime Mm ms 1 or HIGH MIDDLE LOW x 1 rr rr _ 2 No2 o 7 o 5 Resened op Ringer volume c eU ws o o 7 a Nos o 1 o B Rewa y O y TT 2 POWFmde Or 1 o 3 Reewd TTT 5 Reewd o TT e TTT Ree t Headerregstation mr TT COP 1 5 Reewd O e 8 OPTION Cassette selection Manual No 1 ol ol TTT No2 0 1 0 1 The first priority cassette OPTION It is effective 3 579015915910 qae 4 No 4 No 31 1 2 are No 5 set up of manual The second priority cassette OPTION UA yw 7 No 7 No 31 1 2 are 8 8 set up of manual Qa FO 5800U C SW DATA Switch setting and function Initial 1 0 setting Fena The third priority cassette None Tray ist Cass and Cass OPTION 2 0 o 1 Combination o 3 SW32 wos of 4 Rmewd L 5 CYC 6 Reewd OPTION set to 1 6 set to 0 is equal to 4 Print hold function Density adjustment of print bias B
38. EA E 49 m UY Y TIT B 24 23 R5 22 7 C45 9 C20 3 DG 6 CNPRT M3 C19 755521627 5 76 50 jer RA12 100 26 RA13 e 25 RA8 1 e e s 5 GCMK M1X B oh A 3 DIP 14 8 11 1018 10 11 120 09 1 87 14 8 lt 21612 61 22044 1820 ull 14 81 41 46 121 it 1 80 35 1 7 4612 ie d 6 42 16 1 w 15 RA1 f 42 160 A Z EJ A 1 14 RA2 E BE ae care RA14 2 Adno EE SO Saal 10 2 4 MEE CNPN 1 1 CNTXM 1 CNSTP WHITE IC34 pmm 090 8 gt 4 7 1 2 aue h 30 gq 6 N amp 42 80 IC4 6 17 FO 5800U C Control PWB parts layout Bottom side R100 Ln mnm C101 R226 855 R223 R239 2 554 R230 C119 C110 K 8559 12100 435 5 R B B R405 Pr Z ZAT R406 AK 1 H lacs 9 09 Y H 8235 5186 R129 Famam B R436 C187 R190 R196 R130 R237 R191 c0 1 1512 R238 7 E st aii R140 soe EH st C534 R240 pogo o t 124 Cai 154 14 i qi C423 R200 20428 C125 poe C155 AGS a C422 C152 Ri42 T C107 C1531 N gua R111 R509
39. FO 5800U C 4 Error code table 1 Communication error code table G3 Transmission Final received signal Error Condition Receiver side Incomplete signal frame Cannot recognize bit stream after flag C Disconnects line by fallback Disconnects line during reception carrier missing etc NSF DIS Cannot recognize DCS signal by echo etc Cannot recognize NSS signal FIF code etc PIP or PIN The line is hung up without replying to telephone request from the receiving party RTN or RTP Cannot recognize NSS DCS signal after transmit RTN or RTP signal CR M Disconnects line during reception of multi page Cannot recognize NSS DCS signal in the case of mode change No signal or DCN No response on receiver side or DCN signal received transmitter side Owing to error in some page the error could not be corrected although the specified number of error retransmission was attempted Error occurred after or while reception by the remote receiving machine was revealed to be impossible Error occurred after a response to retransmission end command was received Error occurred just after fallback Error Condition Receiver side Final received signal Incomplete signal frame Cannot recognize bit stream after flag NSS DCS Cannot recognize CFR or signal Disconnects line during transmission line error NSC DTC Cannot recognize NSS signal FIF code etc No response
40. MD2 1 FO 5800U C 5 7021 27 Terminal descriptions C Terminal No AM 1008 _ 0 Bus control Wait It is input to insert Tw into the bus cycle during access to the external space 5 Low address strobe Timing signal of low address strobe of DRAM 4 High order column Timing signal of column address strobe of DRAM address strobe It is output for access to high order 8 bits of data Low order column Timing signal of column address strobe of DRAM address strobe It is output for access to low order 8 bits of data 5 It indicates that outside is read out High order write It indicates writing at the external high order 8 bits o 5 It indicates writing at the external low order 8 bits 46 49 51 54 Chip select 0 thru 7 Chip select signal for external memory or device Address hold Address hold timing signal for device which uses multiplex bus of address data Low high order byte Strobe signal of high low byte strobe Commonly used with AO WRH Output during writing Commonly used with WRL DMA transfer request Input terminal of DMA transfer request from external Channels 0 and 1 54 R 52 7 49 57 56 55 H 61 20 B 56 5 m L DMA transfer request It indicates that DMA transfer request is received AIT AS ASH ASL RH RL S0 CS7 BS S R ACK0 CK1 receiving Channels 0 1 DMAC DREQO 66 68 DREQ1 D 65 67 DA 16 bit int
41. Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Co Sh WM O1 N Co O1 3 Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved 27 O1 5 gt O WM O1 N N 2 19 FO 5800U C SW NO gt gt z O Switch setting and function Initial setting Remarks Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved 1 SWS SW6 Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Waiting time after dialing Depends on each country s specifications Reserved Reserved Reserved SW6 2 Reserved Reserved WN WN gt O O O1 O O INE NE NE E 0 NN E GNE EN EN NE NE NN EN NE uM NN EN NE GNE 0 NEN EN 0 NC NE CN al
42. 0670 12 LIVIN ma OP Clee ve PME OOO eg TERE gt 42 9 ELAN 92 19 IMOVQ lt lt 42 9 ION 82 OWN KA 22 0D3HQ gt 42 9 lev 0399 ag OXOVG INOHd3 19 91 1HOHS 8VH ASYN HHS 091972 l1HOHS iVH LZOZHS 0 6 1 YOI 2001 mn 42014 NOH 9I NVHG E lt 91 1 1041002 1 5 3 3 q 0 V FO 5800U C LO 91 INVHS HOWE T0Z SOLOVEM 9621 9q LO 9 2619 LVdA INVHS HOWE 10Z SOLOVEM 201 LVI ZYN EWN Dd PVN 9154 L010 av 5 sot J lt 8 3 9VIN LYN 8VIN AS Dd 6VN OLVIN iis LEVIN 9 88 9010 eL VN 5 2 51 2 lt EP ISOL 9 8 3 OQ AS GLYN i ZIV lt sy y O g somwvus 499 LVI EVN VN GYN LVN SVN 6VIN OLVIN LLVIN ZIV ELYN SIV 9LVIN LEYIN SSG lo 9L C 0 5 Dd O O Dd 1395318 WALSAS Dd 96S1Sd 269 L zo 1 Si INOA wo j 4488 E AS VLOHTZ Aveol H9 1 gt lt H9 1 VZ0SOMYH OS
43. 24 LPLTPSOIGXHSA AN 25 LPLTP3OI7XHSA AH C C C C 27 NGERHa466XHZZ 28 NROLP2420XHZZ AM C j 29 PCUSSZIZZXHZZ AC C PWBoshon 80 PGIDM2M4ZXHSA 1 AD C SI PGIDMZB43XHSA AD C Tmaybxkgude PLEGP2OZIXHZZ AE C For 33 PSHEZaMM0XHZZ AB C yJakse 7 34 PSPO2001XHZZ AD C 85 PCUSUBIBEXHZZ AC She 36 QONW4052XHZZ C 37 QCNW4956XHZZ AK C Powesupycable O O 38 QCNW4957XHZZ AL Mechansmconncipowersupplycable O 39 QCNW4960XHZZ AD C Saeyswihcabe 40 QSW Mzes5SOZZ AF C Paperowseso _ 7411 OSWM22S6XHZZ AD C Tray cover sensoriPaper size sensor PSSA 42 98722855077 AK C htokswkh A 48 RDENT2135XHZZ7 BM E PowersupyPWBun 44 TLABH2C2AXHZZ AE D 45 TLABNI2385CCZZ A D 46 TLABP3O SSCZZ D 47 PSHEZM7SXHZZ AN 48 PSHEZMJAXHZZ TAF C 49 DCEKM4 3BXHo BH E 50 LSTY S7AFZZ AC Spce 52 TLABG4G02XHZZ B D _ Bi XBBSDe3P0
44. 499 VRS TS2AD271 AA C Resisio 0W2709 35 8413 500 VRS TS2AD00J AA C 17109700 259 8415 501 VHS TS2AD472 AA C Resistor 110W4 7K2 5 R416 502 VRS TS2AD103 C Resistor 1 1 0W TOKO 55 R419 503 VRS TS2ADO0J C Resistor 171 0W OS 25 R422 504 VRS TS2ADO0U AA C Resistor 1 1 0W 0Q 25 R423 505 VRS TS2AD330 C Reesistor 1 10W 330 25 R424 506 VRS TS2ADO0J C fesito 1 f0W 0Q 25 R425 507 VRS TS2ADISI AA C Resisio 0W 1500 25 R426 508 VRS TS2ADO0J AA C Resistor 1 1 0W OS 25 R427 509 VRS TS2AD000 AA C Resistor 1 1 0W 02 25 R428 510 VRS TS2ADO0J C Resistor 1 1 0W 0Q 25 R429 511 VRS TS2AD1000 AA C Resistor 1 10W 109 45 8501 5121 VRS TS2AD100 C fesisto fOW 10Q 5 R502 513 VRS TS2AD100 Resistor 1 10W 100 25 R503 7 514 VRS TS2AD1000 C Resistor 1 10W 109 25 R504 7 515 VRS TS2AD100 C fesisto fOW 10Q 25 R505 7 516 VRS TS2AD100 Resistor 1 10W 109 25 R506 517 VRS TS2AD100 Ressistor 1 10W 100 25 507 518 VRS TS2AD100 AA C fesisto fOW 10Q 25 R508 519 VRS TS2AD100 AA C fesisto fOW 10Q 25 R509 5201 VRS TS2AD100 C fesisto fOW 109 25 R510 7 521 VRS TS2AD100 C Reesistor 1
45. AS 957 02 1 I 40001 9 02 400 WAT ule TE deak NONO yo 01 201 201 gezu veu 8818 O AS OXA ANN pz 8 0 2 O ZALNWIAL Sel 40001 d1 4 5819 611 T 4619 Sra Cy gay LOLASH TO O 1 gt SHX3 Sr lt 1 02 1 Wee SHsuwaw Ele j ae au Vir gt TNINGW Bann 16 9 6 soa X eo 981 92 91 lt lt oa 1dO14X 8741 rr 31S14X irdi O J SOxax Hr Sono 96 S NSdX 2 Tsonvus SLO 39 8 lt 1599 0 Pdl 998V9X og og 88 6 Hen 914 NEMUS 02 91 gi O 60i 4000 Hed gor eas 2270 i 80 82 51 lt 8 ZEE OrdLO 201 AS814X v AVHHV 31V9 69746271 2101 0 lt 1 9 1 490Iq v Aene 91869 V V FO 5800U C Lo Mere 021 45660108 E 80022 LL 91191 souoF Vs yor 0 2 O AS 466 0 8 a 0 2 T 0 41 daneg 091 SIW9q9 Coq Ht lt vS r1 yor L 072 4149 WSS 90 oq ae 10 9 2 9 641H pm E 40022 79 IO
46. t H 3 3 q V 6 25 FO 5800U C Power supply PWB parts layout 7 N Wo lt gt lt Ou Ta gt z 2 828 ox c Z 0 0 as on gt N arra m wm d 2 8A 125 22 t m o aw 308 0 13009 Ww 90 97 N C lt eso w R23 W c SRE 2 s 2269 8 5942 4 5 2 6550 E C os x ett 79 95 2 S EAS N gt 22 71 289 g 9 m gi ZZ lt 79 FO 5800U C GI un e se per ddns 141 10 sued aui BOUIS 19 a 9 St 151 ro gt lt lt gt lt 2 P 9 0022 91 55 19 20 AS ange 8 NdNO ENSE 0L NdNO pnag ZENANO V L NdNO O O NOIL sag 91 H3AO 81 NdNO 02 NdNO V joued uonei do c 6 27 FO 5800U C 6 28 g V iun e se eDueuo SIU Sued y eoulg 10 L L GOINOD ve NdNO GO INO 6 49 INO c NdNO 2
47. 1 No 2 Reserved Set to 0 SW61 No 3 Reserved Set to 1 SW61 No 4 No 5 Reserved Set to 0 SW61 No 6 Reserved Set to 1 SW61 No 7 Reserved Set to 0 SW61 No 8 Reserved Set to 1 SW62 No 1 No 8 Reserved Set to 0 SW63 No 1 Reserved Set to 0 SW63 No 2 Reserved Set to 1 SW63 No 3 Waiting time after dialing The set up of the call time of the auto dial 90 sec or depends on each country s specifications SW63 No 4 No 8 Reserved Set to 0 SW64 No 1 No 8 Reserved Set to 0 SW65 No 1 No 8 Reserved Set to 0 SW66 No 1 No 4 Reserved Set to 0 SW66 No 5 No 6 Reserved Set to 1 SW66 No 7 Reserved Set to 0 SW66 No 8 Reserved Set to 1 SW67 No 1 No Set to SW68 No 1 No Set to 0 SW69 No 1 No Set to 0 SW70 No 1 No Set to 0 SW71 No 1 No Set to 0 SW72 No 1 No Set to 0 SW73 No 1 No Set to SW74 No 1 No Set to SW75 No 1 No Set to 0 SW76 No 1 No Set to 0 SW77 No 1 No Set to 0 SW78 No 1 No Set to 0 SW79 No 1 No Set to 0 SW80 No 1 No Set to 0 SW81 1 No Set to 0 SW82 No 1 No Set to 0 SW83 No 1 No Set to 0 SW84 No 1 No Set to 0 SW85 No 1 No Set to 0 SW86 No 1 No Set to 0 SW87 1
48. 2 Inthe state D input a desired setting number of 6 digits with the ten key After input of 6 digits shift to another counter with the and gt lt keys as necessary When all necessary counters are completely in put press the START key 4 STORED will be displayed with the set values stored into the memory For checking retry this mode Note counter shows the operational state of the printer how many sheets have been printed since start of use and others The ordinary memory does not reset the counter Accordingly it is necessary to reset the counter or do the clear process in addi tion to the ordinary memory clear if the content in the memory on the control PWB is broken because of PWB repair etc In the production stage it is necessary to execute this in the last process Rapid key 10 Top adjust mode As the method to adjust the top margin for printing adjust top margin adjusting VR on the PWB If this mode is used at this time adjustment is possible without the printing test every time when VH is turned For the practical use determine the adjusting value on the basis of the old data and adjust to the determined value in this mode Then check it with the printing test Rapid key 11 Life clear mode The mode is used to respectively clear the life counter of the printer and the counter of the auto feeder For setting proceed with the following procedure D When the life counter clearing
49. 23455 22 247 PSHEz3A7SXHzZ 147 C PSHEZS474XHZZ 148 C PSPO 001XHZZ 154 AD C PSPO 2002XHZZ 12 12 AF C PSPO 2008XHZZ i213 AF x gt 1148 AF TC PSPO 004XHZZ i234 AF C Cd AF TC 5 2005 22 i215 AF C M5 6 20158622 734 PIME2060XHZZ 218 AF C 2062 22 12 16 AF C 1146 AF C 2063 22 1247 AF C M7 AF Te PIMEZOBAXHZZ 1218 AF C CaF TC 2067 22 726 AKT I C LB 1 66676180627 6 AG 24015608 17 192 AA C 240156001 19 60 AC C QONCM2482SC2D 17 188 AB C FQCNCMPABASCOB 19 49 AB QCNCM2498SC0D 19 59 QCNCM2498SC0E 24995 01 AD AD AE PRICE NEW PART PRICE NEW PART GCNCMZOi4SCi 17 84 AC C 2162 22 1997 AZ N B 02 22 2051 AF B 7 fas c RVOTZ2146XHZZ 65 AW B GCNCW2500SC0I i amp i9 AF C RMOTZ2147XHZZ 1546 AT N B QCNCWOeS7SCSJ 1948 AM C 250118622 1835 AC RR NZOOG4PAZZ 20 85 ABT C RR NZOOGSPAZZ 2062 AB C 5 2322 6 2084 AB RR SZ0074PAZZ 2071 A8 C CP OPAPP NC 1072
50. 61 W10uYS LL AS8 12 ri Sis AS8 13 1 ONASH od od od E Dd Od Od 53 o Ol N co LNO GND Glos L OWNO HOOTNVS Nv3 2 HOLOW 2 HOLIMS XOOTH31NI ENO GND en TH31V3H diNV 1H31V3H ZNO IDEN i n IDEN NO ZL NOW aue ane 2303 9 O Ol 0 Ol03HO 6 6 edad LIN 8 8 LINA 2325 2 2 123215 3119850 023215 9 9 02525 NE 5 S AS v y AS Diold zdaaa 2 z cass Aver 1 Ave ZNO LENO gw 7 HOLON VW 2 1 9NO Ave IL 1 Aver OW 01 2 OW NONO 6 e aia NIHO y Banos S HAG 9 5 T uer JOVLION Wael 8 Nau HAL 6 HAI THOM Z THOM ASr 1 m 9 INO 654 SGONV 334 e Ave ENO AS z YSLSINHSHL ZNO AS vivav 9 oa s 204 ao NVOS S 1 SNO JLONODAIOd S AS t v OW Avet 2 ON 6NO H
51. AA Screw 224 22 14 42 2 FO 5800U C 14 3rd cassette 1 EE ies FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 14 3rd cassette 1 I I ITISq3 KIPP T V 0 2 GOASPZIXHSA AM 3 LPLIMBOPEZXHZZ AS C Csesetepuhuppae 4 LPLTPSOEIXHZZ I AF C Cassette back guile 5 MSPRCS0XHZZ I AD C 6 MSPRDSI2OXHZZ AD C Lokdownspig j 7 PCAPH2032XHZZ AC C Sepwaemalmarcap 3 8 PGIDM2B40XHZZ I AQ C Cesetewdhgude O 9 PSEL207ZXHZZ AE D Coka O PSHEZ3A49XHZL O AF D 1 PSHEZGMSXHZR F D blind sheet Right 2 PSPO2002XHZZ I F C CessewdhspngeA 18 PSPO200XHZZ F Cassette back sponge 4 PSPOZ0MXHZZ AF C 15 PSPO200SXHZZ I F C 16 PTMEZ062XHZZ AF C Sepwaenalfot 17 PIME2063XHZZ I AF C 18 PIME 2064XHZZ I AF C O 19 TLABH2GBAXHZZ AE D 20 TLABHASISXHSA AE D Cassette XEBSD3PIQUU AA 650 DXBZ22
52. AA C Reso 128 RVR Z20048CZZ2 AD B Variable resistor 129 RCRSQsOSOXHZZ AF B Onsta 8MHz Xi 1 lt lt lt 901 0 BH N E x 7 20 Power supply PWB unit LANGK8223PAZZ AE SW bracket E C A A FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 20 Power supply PWB unit 5 PRDAR0570PAZZ AK C Hesmk 6 RCORFOO7IPAZZ B C Femltebeads 7 RCFZISSDPAZZ AE C Capacior250WV 0 21 ici 8 ROFZTDPAZZ AE Capacior250WV C2 9 RCQZOI 8PAZZ AC C Capacitor 125WV 1000PF C3 RC QZOI 8PAZZ Capacior 125WV 1000PF C4 ii RC QZOI 6PAZZ AD C Capacitor f25WV 4700PF C5 2 R C Capacior200WV 470p 13 RCFZIS7DPAZZ AE Capacior250WV 0 1 uF C7 4 ROKZOO74PAZZ C Capacitor S00WV 470PF C8 15 RC QZ0226PAZZ B CapaciorB0WV 0 01uF C9 6 RC QZ0227PAZZ B Capacitor S0WV 3300PF 7 026104 AC Capacior 50WV luF C13 18 RCOZSATPARK CapaciorB0WV 0 047uF 19 VCEAFUIVMI0BM AF Capacitor 35WV 1000uF C15 20 VCEAFUTHMIOBM AC C Capacior50WV luF C16 21 VCEAFUIAM228M AF C Capacitor 10WV
53. C Capadio BOWV220pF 5 152 VCKYIVIHBIOOK AB C Capaio BOWVOOlnF 52 153 VCCCIVIHHIQD AA _ C_ Capacito S0WV10PF 553 155 O AA C CapadiogsWVOdpF OO 55 156 VCKYIVIEBIGK AA C CapadioQsWVOluF 508 157 VCKYIVIEBIOK AA C CapadirQsWVOluF O 57 158 VCKYTVIEBIOK AA C Capadio gsWVOluF 508 159 VCKYIVIEBIGK AA C Capaio QsWVOluF O 59 160 VCCSTViHLIBIJ AD G6 Capacitor S0WV 180PF CB TO 26 A SY SY SY SY SY SY a ES SY ES ES S FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 17 Control PWB unit VOKYIVIEBIMK _ C Capacitor WV 0 TuF ceri 162 C Capacitor 5WV 0 1uF C512 168 VCKYIVICF2207 AD Capacitor 16WV 22uF C513 164 VCKYIViEFiDdZ AA C Capacior25WV 0 514 165 AA C Capacior 25WV 0 Tu 515 166 10422__ Capacitor 5WV 0 1uF 516 167 VCKYIViCFlo22 AB C Capacitor 16WV iu 6517 168 AA Capacior25WV 0 C518 169 AA C Capacior25WV 0 1uF C519
54. O 182 AA C CapadigsWVOlgF OO 5 188 AA C CapaiQsWVOluF O 134 VCCCTVIHHi20 AA C Capadio BUWVi2PF O 28 185 VCCCIVIHHISU AA C Capadio BUWV18PF 29 186 AA C Capadio OWVOdpF O 28 187 AA C Capacitor 25WV 0 11 F C401 188 AA C Capadio gsWVOluF O 643 139 2 AA C Capadio BOWV220PF O 644 140 VCKYIVIHBzZ2K m C Capadio BOWV220pF 6455 4 VCKYIVIHBz22K m C Capadio BOWV220pF 648 142 VCKYIVIHBz22K AA 2200P O 647 143 VCKYIVIHBz22K m C 220000 6408 4 VCKYIVIHBzZ2K AA C Capadio BOWV220pF 6459 45 VCKYIVIHBz22K m C Capadio BOWV220PpF 64 146 VCKYIViCFi082 I AB C Capaio IBWViuF 64 7 VCKYIVIHBIOEK m C Capadio BOWV1OUPF 422 146 AA C CapadiQsWVOluF 425 149 VCCCIVIHHIOI AA C Capadio BUWViOR O 0428 150 VCKYTVIHB222K ma C Capachor60WV 2200P 50 151 VCKYIVIHBz22K m
55. O 9 11 Wr 39 7 ran O vr 301 O ve W 29 1 8 41 OS gg 8 SENT 1 O 91 20 Tze gar O ze SVW EE 99 1 waiOz s Naga ia 89 1 WVHS 19 91 S545 4445 A OL VN9LISHTI uo NJ oj o t oj N LO xt LQ O 0 r st ojlo G S Tj T Z Oj S o o co o G 46 8 gt lt 2 oq press TI 5 z 2 l WN PEASE ETC SEE 8599588 vozo AN eee Osan a H9 91 lt HS 8 D4 K po GONASH 8 N 6 9 S 14 WN 9 a E CO OQ OQ G t 6 29 poor vLOHbL 535555555 Q Q WN ME 4 0014 92488458856 He ERAS 7 vIOHTZ EE r z oz o OIA 9 1 921 gt AVVVAAVVAAA 92201 0 5250 91 8 ASt Ag 25122422 2014 g Aee 91869 4229 Act H c E 3 q 8 V FO 5800U C 41 8 lt Com SdO 4 dlld 99 eN3VW LL VSOA TZ 7 99191 94 99101 V80A IZ del VOOHAVL 3 Diva lt 898 lt 99 6 250000 9 95
56. SW11 No 1 No 3 Reserved Set to 1 SW11 No 4 Reserved oet SW11 No 5 No 7 Reserved Set to 1 SW11 No 8 Reserved Set to 0 SW12 No 1 No 2 Reserved Set to 1 SW12 No 3 Reserved Set to 0 SW12 No 4 No 5 EOL detection timer Used to make a choice of whether to use the 25 second or 13 second timer for detection of End of line This is effective to override communica tion failures with some facsimile models that have longer End of line detection SW12 No 6 No 7 Processing of DIS reception after DIS trans mission When receiving operation in case of DIS reception after DIS transmis sion is selected Retransmitting command To retransmit DIS in disregard of DIS recep tion Breaking circuit To break circuit instantly Abnormal finish T 30 To operate in accordance with T 30 T 30 a To operate in accordance with T 30 a To operate differently according to cases SW12 No 8 The change to DB from DP by gt lt When setting to 1 the mode is changed by pressing the gt lt key from the pulse dial mode to the tone dial mode SW13 No 1 No 5 DTMF output level High To set the level to output high group DTMF signals 15 to 0 dBm 0 5 dBm unit SW13 No 6 No 8 Reserved Set to 0 SW14 No 1 No 5 DTMF output level Low To set the level to output low group DTMF signals 15 to 0 dBm 0 5 dBm unit SW14 No 6 No 8 Reserved Set to 0 SW15 No 1 No
57. e 6 o SI 6 o SV 5 6 01 SIV 8 91V 8 gv Ha H 8 91V 40 Sv cid r 9 ew Z 9 a 7 9 x nd 05 S 05 S nd 05 3 Sia 26 29 89 1 0 6 9 89 gt lt t a gt EZ uc ee uu c NN Aioweyy SEES sas oe td pee epee EIDEM EIS a H J 3 q V FO 5800U C 6 6 6 6 1 H9 z H9 L 3 05 91 0 ana 8 yg CO ASH 8 I can 9 e HUM Y Z 3 od gt 2 1 6v 1dO14 ae gt 14 1 7 ad TR 81 45 2 06 2 te GP pad 4 amp 6 4 1 evi SYN ZNIN LEYIN ELYN SLYN LIYN 6IVWN 6d 5 quWw HHMN 0591 N NI T 9 gt Oto dONO 6 38 VS l H9 2 H9 L G V FO 5800U C Memory PWB parts layout Top side Memory PWB parts layout Bottom side DD C137 C136 R110 C125 C127 C126 C124 C106 DD BS as C154 R109 Ee C184 gt lt 5 C195 R101 1 50 5 5 qeq gt lt IS C130 gt lt R106 E q C155 C152 C115 gt lt gt lt C114 C119 gt Dal 112 118
58. e ROM amp RAM CHECK AUTO FEEDER MODE 0 AGING MODE PANEL CHECK MODE 07 OPTICAL ADJUST MODE PRODUCT CHECK SIGNAL SEND MODE COMM CHECK MODE MEMORY CLEAR FLASH MEMORY ALL FAX TEL ENTRY MODE DEPT PASSCODE TART CONF PASSCODE PRINT HOLD CODE MEMORY SET MODE STAMP AGING DIAL TEST MODE COPY DIAG MODE N SIGNAL SEND MODE2 o o o a o o o o o o o o vo o nm o o o A ajaiaiia iia a sai jal sat fa gt gt I gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt mimi mi minis gt 2 5 5 5 5 3 mimi m 5 9119115 a 5 AJAJ 8J 8 3I I3 IM I3 8 I3 831 3 a a N N O co N e JBIG TEST MODE 1 2 Print diagnosis This diagnosis is concerned with the print which is used for production and service support Entering the diagnostic mode Press FUNC E gt gt gt 6 and the following display will appear PCU ROM Ver XX Then press the START key Select the desired item with gt the key and the key or select with the rapid key Enter the mode with the key Diag specifications Fus GOD I AREA PRINT MODE CHECK PATTERN 1 CHECK PATTERN 2 4 CHECK PATTERN 3 5 START PAPER FEED AGING BIAS ADJUST MODE 7 START
59. 1129 AL C 0KW41092514001 1134 AF OKW4109251501_ 11 15 AD C okW4109251601 11 25 AD L0KW4109251701 11 24 AF C 0KW4109251801 1121 C OKW4109251901 11 20 C OKW4109301003 96 AF 0KW4109301302 8 15 AD 0KW4109301412 9 13 AD OKW4109301514 912 AD 0KW4109302005 85 0KW4109302200 83 AC OKW4109303413 OKW4109304103 OKW4109305101 7947 AD 0KW4109305201 0KW4109350203 799 0 4109410301 OKW4109410403 LAC LAG LAH BE LAH 0KW4109410703 T7 0KW4109410802 11 37 OKW4109411102 11 40 AF OKW4109411201 11 33 AD OKW4109411403 11 446 AF 0KW4109411503 11 38 AF 0KW4109411702 11 31 LAD BF LAN LBA OKW410941 1803 11 43 OKW4109550101 10 23 0KW4109550201 10 10 BD 0KW4109550312 10 20 0KW4109550503 OKW4109551201 OKW4109551601 10 14 AC C OKW4109551701 103 AC OKWA10955180T 105 C 0KW4109552101 10 12 AK C OKW4109552201 10 25 AL C ORW4109552402 10 19 AG __ C OKW4109552501 1029 AG 0KW4109553001 0KW4109553301 10 13 PAF 0KW4109554101 10 18 AD AD PAD C OKW4109303413 C OKW4109304103 C OKW4109305101 EUM OK
60. 5 2 gt SW44 r 8 Data No 0 EX 0 eg Department is set to level 4 E 2 7 FO 5800U C Fins OPTION 2 SW NO Cut off mode When copy mode Continue Cut off OPTION Scanning ratio in memory input 1 1 Memory Scanning Overseas communication mode selection function Yes Reserved Reduce ratio when copy mode 6 No 7 No 8 Prohibition of setting except Auto and 100 Reserved Reserved Density adjustment when Fine STD mode Normal Normal Faint Deep when Dark mode ONLY Off Weak LTR LTR LTR No 3 No 4 SW46 Density adjustment when Half tone mode No 5 No 6 Stong ve Yes Z key pause time 250ms unit Binary input 2 1 No 7 8 Data No EX 0 0 0 0 0 eg Pause time 250ms time n 1 x 250ms 5 4 SJ OJO SW49 515 5 Real ime i Off Off Timer SJ N 2 18 FO 5800U C Switch setting and function Initial R k ITEM setting emarks ZW gt gt gt O1 Z BR N N CO N CO N N GO N N CO N N BR OO N N SI E Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved
61. 5 555 RR TZ3016SCZZ AA Resistor 330x4 RA1 RR TZ3016SCZZ AA Resistor 330x4 RA2 567 RR TZ30165CZ7 TAA C esisor 33mdj 568 RR TZ30165CZz AA C Resistor 330x4 569 RR TZ3018SCZZ AC RBobresistor4700x RAT4 570 730185677 gt _ Ac Block resistor 4700x4 RATS 571 RcRSazie xHzz AH N B Crystal 29 44MHz 572 RCRSZ215SXHZZ AF B Crystal 16 00M 573 RCRSZ215IXHZZ AF Ciystal 20 31082 MHz 574 502163 22 AN N B Crystal 56 448MHz 5 5 RCRSZ215XHZZ AF Crysta i9 6608MHz 576 RCRSPOOT4AFZZ AE Ciystai32 768kHz X6 Uni i 7 7 7727 DCEKC282NXHZZ Control PWB unit Within ROM U DCEKC688NXHZZ Control PWB unit Within ROM 441 41 j 18 LIU PWB unit VHVRA391PV6 1 Varistor RA391PV6 AR QTANZ2042SCZZ Terminal ARG RC FZ3024SCZZ Capacitor 250WV 0 82uF C1 VCKYPU1HB103K Capacitor 50WV 0 010uF C2 VCKYPU1HF223Z Capacitor 50WV 0 022uF C3 VCEAGA1HW225M Capacitor 50WV 2 2 C5 7 VEEAGA1HW225M Capacitor 50WV 2 2uF C6 VCKYPU1HB102K Capacitor 50WV 1000PF C7 VCQYNA1HM333K Capacitor 50WV 0 033 C8 10 VCKYPU1HB102K Capacitor 50WV 1000PF C9 11 VCEAGA1HW475M Capacitor 50WV 4 7uF C10 12 VCEAGA1HW475M Capacitor 50WV 4 7uF C1
62. 5 el T 3 _ 99 2 Ron o 9 25 9d 9Nv 95 2 lt I 3618 as 2 NOWS MOL 5 g 09d SNv d3Aldd 05 2 O ly a as V 000N If m ddcSslZevaL HO AH 40001 2 OW 6 55 6y 96 lt q 2210 6 G8d EdLY BA EVN 612 Ave O 8 SW c 41 1 06 2 gt lt 84 41 Ee doz as 2 gt lt 9 0915 id 5 2010 I 06 2 gt lt Way 1 ids 8t 2 gt lt AS O 7 4028 86 2 lt a i 338 99 5 19S 8 2 gt gz er OLNI 100 961 S idi 2 mer _ _ QNO 1905 2 NWA NWA 8 2 lt y pg d axu e VIN Sum 1 2 2 4 ASNAS an j 2 9654 S vol re Eee STE 25 H3AIHd HOLOW 46 2 p ACE Us das8LzevaL 5 x yg 09 0 ke 15317 AA Ze ed gt lt ag z 9 OT cg 42d gi dez AW gt lt ae z 4 ezala d f PN 0010 VW ae e 2 gt lt gal vw gt lt 2 155 E 95 2 gt lt YD 100 Ro 84 48d Sd lH 1 59 AS zu 010 ONve 45 2 gt ONASH I LOL T 1 4 21105 En 38 0 gt lt 2271 E Sd VLN _ qp M MT y NYOS S L 2 46 2 lt Old 9619 IN N ol fs eter x
63. 72 RR SZO 4PAZZ2 B C Resistor2W1KQ R20 783 VRD ST2HFi22 AA C fesistor i 2W 25 R21 74 VRD STZHFI01 AA C Resistor 1 2W 1000 25 R22 75 VRD ST2HFIM4J AA C Resisor 2W TO0KQ 45 R24 76 VRD SIZCDI83 C Resistor 1 6W T8KQ 45 R25 77 VRD ST2CD222 A fesistor i 6W2 2KQ 35 R26 78 VRD ST2CD222 AA RResistor 1 6W 2 2KQ 35 R27 79 VRD ST2CD222 AA C fesistor i 6W 2 2KQ 35 R28 80 VRD ST2CD330 C Resistor 1 6W332 25 R29 81 VRD ST2CD330 C Resistor 1 6W332 25 R30 82 HR XZU0 8PAZ7 AC C Fusing resistor 1 6W 330 R35 88 RRXZOO76PAZZ C Fusing resistor 1 6W 159 R41 B4 RR SN2322PA6F Resitor 6W 23 2KQ 51 35 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 20 Power supply PWB unit 85 RR NZ0064PAZZ AB C Resistor 1 4W 1 2KQ R52 86 VRD ST2CD124J Resistor 1 6W 120KQ 55 R62 RRLYZO101PAZZ AK B 0 55 1240 RL1 VHSTF3218 1 AG B Thyristor TF321S SCR1 89 2 77 3 AG B Thyrstor 03P2M L SCR2 90 QSW C0048PAZZ AN Switch AJ7220BK SW1 RTRNZ0674PACD B Transformer 92 108 AF B Thermisor NTH11D8ROLA THT 9 VHSTMI241 1 AN B Thyristor
64. C DRUM detectlever spring 10 NGERH2460XHZZ2 AE C O 7 _ 11 NGERP23IBXHZZ AD C Piinger S 12 NROLP242IXHZZ AM C Upperowernler 13 PGIDM2544XHSA AE C Hopprgudergh 14 PGIDM2845XHSA AC C Hoppergidelel 15 PGIDM2546XHZZ AH C Paperexit guide upper 16 PGIDM2547XHZZ AK C Uppercover guide under 17 PSHEZ3455XHZZ AF C 18 PTME2060XHZZ AF Uppercoverlocknal OSO SS 19 LPLTM3OS6XHZZ AH C Upper cover gear bracket 20 PCUSS2127XHZZ AC 6 Uppercovercushon Bi DCBZ2138XHZZ AB C _ B LXBZ2205XHZZ AC C Srw38 777 3 XEBSD30Pi0O AA 5 3 10 x MJ BIEN EB x j p T O x T pU x j EL x T O x T O x j C j _ a 0 E 0 3 Exterior etc 3 3 RCORFPZIBEXHZZ Boe 4 47 77 7 XEBSDSOP10000 M C ScewBxi A FO 5800U C 4 Operation panel unit 5 Document guide upper unit FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 4 Operation panel unit DCEKPISBAXHOS BC E
65. C Resistor 1 T0W 25 R136 327 VRS TS2AD000J AA C Resistor 1 1 0W 00 25 R137 328 VRS TS2AD108 Resisor 10W 1 0MQ 25 R138 329 VRS TS2AD00J AA C Resistor 1 1 0W 0Q 576 R139 330 VRS TS2ADO0J AA C nResistori 0W0o935 R140 531 VRS TS2ADO0U C Resistor 1 1 0W 09 25 532 VRS TS2AD228R AA C Resisto 1 fOW 22 21 8142 533 VRS TS2ADS683F Resistor 1 10W 56KQ 21 R143 334 VRS TS2AD338F AB C RResistor 1 10W 33KQ 21 R144 335 VRS TS2AD393F AA C Resisto 1 f0W 39K 21 R145 988 VAS IS2ADIO2J AA C Resisto 1 10W 55 8146 537 VRS TS2AD472 A C Resistor 171 0W 4 7KQ 35 R147 338 VRS TS2ADS683F AA C Resistor 1 10W 56 51 R148 339 VRS TS2AD102 AA C Resisori 0W Ko s5 R149 540 VRS TS2AD3300 AA C RResistor 1 1 0W 330 35 8158 541 VRS TS2AD3300 AA C fesisto 1 fOW 33Q 35 8159 7 542 VRS TS2AD332 AA Reesistor 1 10W 3 3K0 35 R160 545 VRS TS2AD102 AA Resistor 1 1 0W 45 8161 544 VRS TS2AD271 AA 545 VRS TS2AD27 AA Resistor 1 1 0W 2700 25 R163 7 46 VRS TS2AD271 C Resistor 1 10W 270025 OCO Oo RAL 547 VRS TS2AD27 AA C Resistor 1710W 2700 25 6
66. CUE aNe ye N TSTd11 2510 VO E 02 715 LINN Le3ZIS cdd d od LO AS ss MOld 2 1 Avert O O NO 19d AS Avert 3 1 gt og L 66119 ed Ld 2 O Aver NDAD enesseo puz g V 6 32 FO 5800U C 2nd cassette PWB parts layout A 92 5 mg A SHARP CMK Psx P 94 2 FO 5800U C L L 2 9 S y z 9L d999vGN 19 COOHVL AS 59 Lo S ewe QNO n 200 99 vi VILOHPZ AS col V9LOHYZ col ZNO ALLASSVO P N OO LO 7911052 Ld E Avc enesseo pie 6 AS NISQHE 191 417 ILL d GND AS MOld Aver SNO 6 34 FO 5800U C 3rd cassette PWB parts layout F3037XH 9X N 1156 121 O O O O O O OO O O O O O O O O O O O O O O Lf g O y ma a oO 9 0000000 0 8NI o CO 70 O O O O FO 5800U C 591 LOI
67. D142 M 6 18 FO 5800U C 6 NIINO Avert NINO e AS S ANO gt 5 ey 5 2 w 2294 1 rvLLOLa ZOd vig GO 520 0 dv06e WEN 229411 50 01 OLY ZY 002 E A 125411 oz v26sasz 6 Z LO A 661551 2 d az 2081 52 JLLTO ZLd31HL IL lt 06 LOI OZYNL 215 20 2 NG 09 029 gaza zrarosuo 010 Sku LLO 92 c 3 3 V ZH 0 g V 561551 Ld 9 24 125411 19 I E NMND lt 24 Xv L80d 60 NINO lt s ANN el 1 00 77 74 3 O ABT ui 1 Q Q O 89 K Fs 0 lt LLEFQSVAZU3 gt tc LU ONIY 5 WO SZ 9 1 LHV LfIN dil gMd NI7 lt 6 19 FO 5800U C LIU PWB parts layout EF3008XH 93 A R13 AAA 0 R12 AA A C6 19 IS 5 R26 AA AZ R25 O b E R24 R23 AAA E LL Aa 94V 0 CNLIU CMK P3X oR YYYYYYYTI w 6 20 FO 5800U C H 5 4 3 q 2 g V od 9d 3 8252 E oon NV 5 85 2 2 gt LOLO h NV3 W igo 9d 9119 Si 9q yO 99 2 Ho T 90
68. R197 7 370 VRS TS2AD00J AA C Resistor 1 10W 0Q 35 R192 571 VRS TS2AD00J C Resistor 1 1 0W 0Q 25 R193 572 VRS TS2AD00J AA C Resistor 1 1 0W 0Q 25 R194 373 VRS TS2AD00J C Resistor 1 1 0W 09 25 R195 7 574 VRS TS2AD00J C Resistor 1 1 0W 0Q 25 R196 375 VRSTS2AD42J A C Resistor 171 0W 4 7KQ 592 R197 376 VRS TS2AD472 A C Resistor 1 1 0W 4 7KQ 35 R198 577 VRS TS2AD00J AA C Resistor 1 1 0W 0Q 25 R199 378 VRS TS2AD331 C RResiio0 0W330 15 R200 379 VRS TS2AD00J C Resistor 1 1 0W 0Q 25 R207 580 VRS TS2AD103 AA Resistor 1 1 0W 45 R202 581 VHS TS2AD472 A C Ressto 1 10W 4 7KQ 45 R203 582 VRS TS2AD331 C Resisto 1 TOW 3300 35 R204 383 VRS TS2AD3300 C fesisto fOW 330 59 R205 584 VRS TS2AD472 AA Resitor 1 10W 4 7KQ 35 R206 585 VRS TS2AD472 A C Resito 1 10W 4 7KQ 25 R207 386 VRS TS2AD472 AA C Reesistor 1 1 0W 4 7KQ 25 R208 587 VRS TS2AD101 AA fesisto 1 fOW 1000 25 R209 588 VRS TS2AD271 AA fesisto 1 fOW 2700 25 R210 389 VHS TS2AD332 C 1710973 3 35 R211 590 VHS TS2AD332 AA C CResistor 10W 3 3K0 25 R212 591 VHS TS2AD332 AA C Resistor 1 1 0W 3 3K0 25
69. R213 592 VRS TS2AD108 AA C Resisor 10W 1 0MQ 25 R214 593 VRS TS2ADS61 AA C fesisto fOW 5600 5 R215 394 VRS TS2AD271 C Resisto 1 TOW 2700 25 R216 595 VRS TS2AD271 AA C fesisto 1 fOW 2700 25 R217 596 VRS TS2ADiSI AA C fesisto fOW 1500 25 R218 597 VRS TS2ADISI AA C fesisto fOW 1500 25 R219 398 VRS TS2ADISI AA C Resisto 1 TOW 1500 25 R220 399 VRS TS2AD108 AA Resistor 1 10W TOKQ 55 R222 29 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 17 Control PWB unit 400 VRS TS2AD000 AA C Resisoril0WO0035 R223 401 VRS TS2AD271J Resistor 171 0W 2700 3592 R224 402 VRS TS2AD271J C Resistor 171 0W 2700 55 R225 403 VRS TS2AD000 AA C Resistor 171 0W 0Q 55 R226 404 VRS TS2AD000 AA Resistor 110W02 55 R227 7 405 VRS TS2AD000 AA Resistor 1 1 0W 55 R228 406 VRS TS2AD000 AA C Pesisto 1 10W 0Q 55 R229 407 VRS TS2AD000 AA C fesistor 1 10W OS 55 R230 408 VRS TS2AD1083 AA C Resistor 1 10W 10KQ 25 R233 7 409 VRS TS2AD000 AA Resistor 1 10W 00 55 R234 410 VRS TS2AD103 AA C Resistor 171 0W 10KQ 25 R235 41 vRS TS2AD000 AA C hesistor 1 10W 00 55 R236 412 VRS TS2AD000 _ AA C
70. TALK RLYB Lineinterface 62 CS 29 905 Speaker Circuit 6 RS4 80 AGND2 GND 31 OHRCCRIYA Line Interface 65 RS2 Host Parallel Interface 82 POR M MDP RESET 6 IA Host Parallel Interface 88 N 67 b6 oB Host Parallel Interface JA DTE Serial Interface Notes 1 I O types Modem interconnect IA IB Digital input OA OB Digital output DA Analog input O DD O DF Analog output 2 NC No external connection allowed 3 Interface Legend MDP Modem Data Pump Host Parallel Interface Host Parallel Interface Host Parallel Interface DTE Data Terminal Equipment FO 5800U C The above functions are controlled by getting an access to the interface memory the modem through the data bus from CPU 27 of the control PWB The interface memory is composed of 32 8 bit registers and is controlled with the bank switch Accordingly the register is se lected by the register selection signals RS4 to RSO of 5 bits and chip selection signal CS The major content controlled by these registers is as follows 1 Configuration register Mode setting of V34 17 V29 V27 G2 and tone transmission 2 Option register Equalizing method of equalizer carrier detection threshold addition of echo suppressor protect tone and setting of transmission reception mode 3 Others G2AGC co
71. acknowledge output QM coder 92 1 XDACK acknowledge 1 input from CPU 44 10 QMCDRO DMA request input QM coder 93 O2M XDREQ DMArequestiouputto CPU 45 46 2 XOMWR WrtesignaltnQM coder 96 O2M XPGMCS Chipselet ROM 47 O2M XQMCS Chip select signal to QM coder 97 1 XMDMINT interupt request signal from Modem 48 2 Di5 System data input output 98 O2M XMDMCS Chip select Modem 49 D14 7 Systemdatainpu ouput 99 XMDMRST Modem resetoutput 1 102M System data input output Power supply 129 59 17 Terminal list FO 5800U C MD XD6004WR ____ interrupt request signal from CODEC 133 O2M_ D6004ALE 104 XCDCDRQ request signal CODEC 134 _ Bank control 4 197 106 Bank control 4 XD6004RD XD6004RD Read signal to 06004 PC UF XD6004WR Write signal to D6004 PC I F D6004ALE Address strobe signal to 06004 PC VF GND Gomd AD7 7 input output _ AD6 PC I F address data input output ADS 7 PCIF address data input output AD4 PC VF address data input output _ AD3 address data input output _ AD2 PC I F address data input output GND Ground 202 VDD Power supply CKI6M clockinput TEST Testterminal ADI PCYF address data input output _ ADO 7 PCVF address data input output Input
72. paper sensorlever 20 MLEVP23SXHZZ AE C 2n amp mleasekve O 21 MLOK2008XHZZ AC C O 23 MSPRCSOSEXHZZ C 25 MSPRCSOS XHZZ C Cassettelock spring 26 NGERHa46SXHZZ AC C Paperfeedduthgeat O 27 NGERHaA7OXHZZ I AC C 28 NGERHaA7IXHZZ I AE C O 29 NHOLP2SS4XHZA AC C Picholr 80 NHOLR2422XHZZ Si NSFTZ23OSXHZZ I AC C S2 NSFTZ2SI2XHZZ7 I AC C 33 PGIDM2552XHZZ AM C 2n gudeuper S4 PLEGP2O7IXHZZ O AE For TS 36 PSHEZMSIXHZZ C Casseesenorcwer S37 QCNW 4962XHZZ Cassecomedcabe OC 38 QCNW 4984XHZZ AF C 2na paper size cable 89 QSW Z2286XHZZ AH C Casseszeseno idler gear 3002 BI XBPSD3OPOK00 AA C 58 B2 XEBSD3P1000 AA C 50010 BS XEBSESOPI000 AA C Sew o B4 98503020600 AA C 85 LXBZ2240XHZ7 AB C Be XHBSE3OP0000 AA C B 5 0 10000 AA Sw o BS XEBSD30P080
73. 1 pattern Black 1 line and white 1 line are repeated 9 Full White pattern Rapid key 02 Check pattern 1 The lateral stripe 2 pattern is printed on one sheet Black 2 line and white 2 line are repeated Rapid key 03 Check pattern 2 The lateral stripe 2 pattern is printed on multiple pages Press the STOP key to end the printing Rapid key 04 Check pattern 3 The intermediate tone 1 is printed on one sheet The left pattern is repeated The left pattern is repeated The left pattern is repeated FO 5800U C Rapid key 05 Paper feed aging The mode is used for aging related to the printing In this mode the following modes are provided Blank paper aging mode ALL WHITE AGING 2 Whole black print aging mode ALL BLACK AGING 3 4 printing aging mode 4 AGING After selecting the paper pass aging mode in the print diagnosis mode input the number of each mode above with the ten key and the mode will be executed The detailed specifications of each mode are described as follows Here the operation in each mode is stopped only when the STOP key is pressed by the operator or a printing impossible error oc curs e Blank paper aging mode In the mode printing is continued in the whole white white paper printing pattern until the STOP key is pressed by the operator In the printing area Whole black printing aging mode In the mode printing is continued in the whole black whole black printing pattern until the
74. 10W 100 25 8511 522 VRS TS2AD100 C Resistor 1 10W 109 25 R512 523 VRS TS2AD100 AA C RResisto 0W 10 25 R513 524 VRS TS2AD100 C fesisto 1 fOW 109 5 R514 7 525 VRS TS2AD100 AA C Resistor 1 10W 100 25 8515 526 VRS TS2AD100 AA C Reesistor 1 10W 109 25 8516 7 527 VRS TS2AD100 C Resistor 1 10W 100 25 8517 528 VRS TS2AD10 9504101000 5 8519 529 VRS TS2AD108 AA Resistor 1 10W 25 R520 530 VRS TS2AD103 AA C Resistor 1 10W 55 8521 531 5 52 0103 AA Resistor 1 1 0W TOKQ 55 R522 532 VRS TS2AD103 C fesisto 1 f0W 55 R523 533 VRS TS2AD103 AA C Resistor 1 10W 25 R524 534 VRSTSPAD4422F AA C Resistor 1 1 0W 44 2KQ 21 R525 535 VRSTS2AD4422F AA C Resistor 1 10W 44 2KQ 21 R526 536 VRSTS2AD4422F AA C RResistor 1 1 0W 44 2KQ 21 R527 537 VRSTS2AD4422F AA C Resistor 1 10W 44 2KQ 21 R528 538 VRSTS2ADeBI2F _ AA C Resistor 1 10W 68 1KQ 21 R529 539 VRSTS2ADI3 3E C fesisto 1 fOW 137 51 R530 540 VRS TS2ADO0J 1 C Resistor 1 1 0W 09 25 R531 7 541 VRS TS2AD338 C Resistor 1 TOW 33KQ 45 R532 542 VRS TS2AD338 C Resisto 1 fOW 33KQ 25 R533 545 VRS TS2ADO0J C Resistor 1 1 0W
75. 2 aa 08 1 ZMOVE 8 9 SdO14 di14 1 o lt 1 41 8 AS VLOHVL Vt LOI AS V6LOI vk 93009 Lozddl S 5 4LOZEL8CH V80N1VZ 9d oq vm lt 98 9 1991 AS 41 8 G ens 8 lt 41 8 6 lt 016 6 L 1 1 21831 7 0910 9912 AS O 2 01631 assa 8 41 8 D gt SSSA ES Aavau vec 92 7 8 40022 ESSA E ies 255 lt 41 8 ag cial 9 saa yor B eus 8L SIGN 2 9001 62 5919 0291 01 lt 13931 doc doc vron MWOQO 01519 68 6919 71912 99 01 lt 116130 el 0 41 9 arya zisbio 1 40001 ARA lt 41 8 4 0 41 9 lt vOcH Y AS O N3QW 0 81 6 41 8 lt X10 lt V gt cave ow HP 36 6 gt zova lz ee et 91 6 91 8 lt Loud 5044 0011 25 08 89 Tog yzy iW 97 Setar DO Fee Wa e jn m zelal 82 SdO 1H dl 1H ddAL G WLOO 1981 6 09 6 lt 85 979141 49914009 E GENES ew e 9QIN VIN Sq S919 TWN 9 8101 o G LIGIN Savi 9 5 T p Lawn Pap lt 1 1 1 so lt 9 Z 8aviNd 8 IS0009 Savi 7 saw OLQI VIN oq 0LaviNd
76. 25 R534 544 VRS TP2BD2000 AA Resistor 1 8W 202 25 R535 545 VRS TS2AD000 AA C Resistor 1 10W 02 25 R536 546 VRS TS2ADO0J C Resistor 1 1 0W 0Q 25 R537 547 VRS TS2AD108 C Resistor 1 10W 590 R538 548 VRS TS2AD822 AA C Resistor 10W8 2K2 5 R539 549 VRS TS2AD228 AA C Reesistor 1 10W 22 0 35 R540 550 VRS TS2AD273 C Resisto f0W 27KQ 55 R541 VRS TS2AD813 AA C 1 1 0W STK 55 R542 552 VRS TS2AD332 C Resistor 10W3 3K2 5 R543 553 VRS TS2ADI58 AA C Resistor 1 TOW T5KQ 5 R544 554 VRS TS2AD228 AA C Resisor 10W 22KQ 55 R545 555 VRS TS2AD273 C Resistor 1 10W 27 0 55 R546 556 VRS TS2AD13 AA C Resisor 10W 11 55 R547 557 VRS TS2AD228 AA C Reesistor 1 10W 22KQ 25 R548 558 VRSTS2AD32J C Resistor 10W3 3K2 5 R549 559 VRS TS2AD332 AA C Resistor 1 10W 3 3K0 25 R550 cU FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 17 Control PWB unit VRS TS2AD332J AA Resistor 1 10W 3 3KQ 5 R551 VRS TS2AD101J AA Resistor 1 10W 1000 5 R552 VRS TS2AD101J AA Resistor 1 10W 1000 5 R553 VRS TS2AD000J Resistor 1 1oW 00 595 R554 VRS TS2AD000J AA Resistor 1 10W 00
77. 426 __ 126 C156 E 526 R553 Q102 5 R552 R546 R145 1 147 R547 S gor 0539 en s 2 E e 222 830 D101 R53 R290 R295 C157 C127 0 R291 R296 C160 E R202 R143 8292 223 CC na R540 R297 128 C531 R294 C224 C159 F100 R533 m m R299 R203 210168 4 05811 UN C281 158 ER Oo 164 7 ae R205 L100 R148 L C166 C131 c167 R207 14 208 6427 s al qm F101 400 m C108 C170 R149 R114 C109 niga AS R115 C134 R116 244 C171 R112 R113 im C190 mj R158 R159 m mi R209 m mj R404 l OC C172 Bj R210 m R374 R321 D140 NC C177 SE 4 Ep R419 Eo 62057 R212 C138 C244 203 1 Caa S s ha 22 c175 S core MET L Ray ml Rees R265 R379 s ci R215 R214 R377 R420 10204 NC ja mie mi C273 mm cR Ed C531 O igg 175 4222 2 2 n R376 R325 206 C207 K A 2 SS 60 LE 5 55 L M C246 sx ET C245 R269 B Hoe NS R245 mys E C212 C191 E SS a T 526 C249 the UN F R216 R219 C140 55 C251 C528 C192 RAS 11 m E EE S lt lt 2 C248 b 218 fa NC 403 R220 2 82 lt 9 8 s em 9 m s ine SERS e 181 x l sapi 2985 C193 5 Fd AQ aE m nc 8 E sio
78. 46 2 gt lt 2 HS 2 gt 3715 4 1 89 5 amp gt lt PT LO 9991 oq oa VNAPLLOLG 46 2 lt q 914 gt lt 12 ow 2 1 L 100 01 N77 uasnd L0 O 4t 2 1012 6 EL Io T 0019 G 5214 9d 8NVINIAIND m 82 wu wl oe m Sa azz TEET 59 SE Bd ZS 80058 s ete lt 2 8018 LaNa d 92285 6112 Sv is TF YOL YOL L O Saal SW 90 SELH iar s 9018 22 1 022 166 389 us cdl 4000 HAE SLIM 9liH AS O SZLO T 6910 T 6610 T 8612 gt lt 45 s ll TO NODA 9q lt 4 S j 09 T T T s ara Pal es 5 gz 99 9Sd VG gt lt qv z asd re Lun PT 40001 1 0001 1 40001 4000 d1 zz 1355 051 Ln 5 5 davaeZosen HNA AS O AS Zol Not 3 0 g V 6 21 FO 5800U C H E 3 3 q 9 g V ON DG oq HS 1 gt TEEF L gt lt 811440 AVT3ti H Q m p H 3S3 3501892 NV gt lt 1 AS S lt NO lt
79. 8 Reserved Set to 0 SW16 1 No 4 Reserved Set to 0 SW16 No 5 No 8 CI signal OFF detect enable time Used to set the continuous detection time during OFF period of CI sig nal SW17 No 1 No 4 Reserved Set to 0 FO 5800U C SW17 No 5 No 8 Distinctive ringing When the ringing setting is turned off all of the Cl signal are received When any of the standard and ring patterns 1 through 3 is selected for the ringing setting only the selected CI signal is received CI signal patterns The CI signal patterns consists of the standard pattern and ring pat terns 1 through 7 The standard pattern is the conventional one EM STANDARD d 3S pA y Ef 4S PATTERN 1 for USA EE 25 15 PATTERN 2 for USA bs os zg 0 25 45 0 45 0 85 PATTERN 3 for USA aus dis 0 25 RING 15 RING PATTERN 1 for CANADA RING PATTERN 2 for CANADA RING PATTERN 3 for CANADA SW18 No 1 No 8 Reserved Set to 0 SW19 No 1 No 3 Reserved Set to 0 SW19 No 4 No 5 Reserved Set to 1 SW19 No 6 No 8 Reserved Set to 0 SW20 No 1 No 2 Reserved Set to 0 SW20 No 3 No 4 Reserved Set to 1 SW20 No 5 No 8 Reserved Set to 0 SW21 No 1 Reserved Set to 1 FO 5800U C SW21 No 2 No 4 Reserved Set to 0 SW21 No 5 Reserved Set to 1 SW21 No 6 No 8 Reserved S
80. 9 16800BPS 10 14400BPS 11 12000BPS 12 9600BPS 13 7200BPS 14 4800BPS 15 2400BPS 22 JBIG Test Mode 1 Enter the diagnostic mode 2 Press the RAPID22 button 22 JBIG TEST MODE appears 3 Press the START key to begin the JBIG test operation When both tests are completed normally the buzzer sounds and JBIG TEST NORMAL END appears at the same time If the decoding test terminates abnormally the buzzer sounds and ERROR JBIG DECODE appears at the same time If the encoding test terminates abnormally the buzzer sounds and ERROR JBIG ENCODE appears at the same time 2 2 Print diagnosis Rapid key 01 Area print mode The effective printing area frame is printed in the specified sheet size 4mm 2 5 1 2 3 4 5 6 7 8 9 1 Hor 3 208mm x 4mm 2 4mm 1 Full black pattern 2 Intermediate tone 2 pattern Ber eer e 282 s Segal carnet E E a ra See oe Sp oe NS E SE SA Se d 4 4 4 Te SR SI Se a 5 Longitudinal strip 2 pattern Black 2 dot and white 2 dot are repeated in line 6 Lateral strip 2 pattern Black 2 line and white 2 line are repeated 7 Longitudinal strip 1 pattern Black 1 dot and white 1 dot are repeated in line 8 Lateral strip
81. AA 17 503 AA R UU 17808 AA AA AA N 117543 AA 717 546 AA 17 568 AA 717 564 AA 1977 17276 717 310 AA 717 311 AA 717 459 717 460 717 490 17511 AA 717 512 17513 717 514 717 515 AA 717 516 AA 717 517 717518 VRS TS AD 00J VRS TOPADI 01J PARTS CODE 5 ear wart 7 puram 0 E7476 AR 7 7 7528 A 7 Juss A 7 37882 AA 17336 AA 17 889 AA 717 343 17 447 AA 717 473 717 474 717 480 AA 1988 AA 19 108 AA 5 52 01037 17 208 AA 717 306 AA 717 306 AA 717 312 AA 17316 AA 717 358 AA 17 860 AA 17 862 AA 717 364 717 365 AA 717 366 AA 717 380 AA 17 899 717 408 AA 717 410 717 414 AA 717 415 AA 717 421 AA 717 402 17 428 AA 717 424 AA 717 438 AA 717439 AA 17 444 AA 717 448 AR 717461 AA AA N 717469 AA 717 471 AA 717 483 717454 AA 717493 AA 717 494 17495 17502 17529 AA 717 550 AA 717 531 AA 717 522
82. AN SPAKA301BXH02 QSW M2255SCZZ 140 AF SPAKA358BXHZZ 16 16 QSW M2296XHZZ 141 AD SPAKA416BXHZZ 729 AD SPAKA438BXHZZ QSW M2298XHzz 750 AE SPAKA439BXHZZ QSW Z2287 SCZZ 731 AE SPAKA440BXHZZ QSW Z2285SCZZ 1 42 AK C SPAKA451BXHZZ QSW Z2286XHZZ 13 39 AH C SPAKA505AXHZZ AH c SPAKASO6AXHZZ 220425 77 182 AB C SPAKC299BSCZZ LSPAKC299BXHZZ RC EZO425PAZZ 20 12 AR SPAKC427BXHZZ 16 9 RC FZ137DPAZZ 2 8 AE C SPAKP398BXHZZ 12017 AE 1 SSAKA1430QCZZ FOF 307 RC FZ3024S5CZ7 18 3 AG 55 23420 672 16 27 RC FZ3039XHZZ T RC KZ0074PAZZ TINSE4089XHZZ 16 13 AG D N N N N N N N N N RC QZS104PARK 5 4105 22 16 13 N RC QZS473PARK TLABG4G02XHZZ 152 AB D 262 22 1 4 AE D 26 22 12 19 AE D i419 AE _ D TLABHABISXHSA 1614 AE TLABHABISXHSA 1220 AE 7 1230 o TLABNIZSSCCZZ 1 45 D LTLABPSO BSCZZ 146 AA D TLABPSS7XHZZ 1617 AD 23935 22 16 18 AF N D wm L J 2071 22 B UINK20099C0 735 BA C M VCCCTVIHFHOOD 17219 AA A4 7 17 58 AA VCCCTVIHHHOI 1770 AA 7 e poc i pai VCOCTVIHH120J 1
83. C Pichrlrspigg 12 MSPRP308SXHZZ AF C Brsheathspig X 13 NROLP2334XHZA AC C Pirler 4 NSFTZ2300HZZ2 AD C 15 PBRS 204 5CZZ AG C Paprbush 17 PGIDM2b40XHZZ AF C Backgude PGUMMPIG2XHZZ AF C Sepwaegum 7 19 PSHEZMi9XHZZ AB C Sepaateshet XEBSDSOP10000 AA C ScewGxi B2 DCBZ2205XHZZ AC C SSS j 501 CGIDM2639XH0 AY E Document guide upperunt _ 7 OT ee 4 4 422 O 1111 NND 4 _ U T C T C C TC U C CC 44444 O 41117 STE y O 4441 O 4144 6 6 6 4111 O _ 1 1 4 O 5221 4 444 O 77 S S j 6 FO 5800U C 6 Drive unit 7 Scanner frame unit NIKO 22 N Z G NN NA 2 NA HS a N FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 6 Drive unit 1181002183507 C Camp 2 tPLIMSOI3XHZZ GC 3 NOERH2464XHZZ2 O AC C RSgai6602 4 NGERHa465XHZZ AC R
84. C123 C125 R125 C132 137 C140 150 2 L J EXMIEBNMUESNENI Hur 9209 E J 0000 6019 100 10191901149 8012 9019 000000000000 IB 0018 1014 Lo 1110115 E E PH AL S zal FO 5800U C TW OG p siiz A09 eHO 019 Od prsiig O OO V LO VOL QLZ2ONH ZYN S LO N 3001 NVA eee 9 294 Or NV3 Es Led ziu ZNO 09 919 1 W2d 0 THOS vsar LOLA SD VSavLEV LG 1 vO V0ZcSSI Vc0EVSC 206 50 VHN SUN NY4 oman Palo NO S NIVIN AS 5 8 oq 2900 OIN e IO 011085 NIYIN 1 20 2 2 2189 INO 5 Q N NIVIN AS EDT do NIYIN AS 08 Eres ls a 5 ans AS 1 NIYIN NIYIN Ave 6812350 00 L 9ESZH 69 saz gt CY Q T 29 a TF321S C 5 og N P 27 5 ANS lt e NIV AvZ in O N C Te 47 907 NET Se VOX Yi N nO xgozezfv N IMS osvased mur ASIP X ASZL V8 154 2514 n3119 Ajddns
85. Carrier Frequency Hz Symbol Rate Baud V 34 Low Carrier V 34 High Carrier 2400 1600 1800 2800 1680 1867 3000 1800 2000 3200 1829 1920 3429 1959 1959 FO 5800U C Table 2 1 MDP Pin Signals 68 Pin PLCC Pin SignalLabel VOType Pin ___ Signal Label VOType Interface N s OA TE Serial Interface 2 JN VD2 PW o O 3 JN ees DIE Serial Interface 4 JN jN 5 DTESeriaDMAinterface 9 NO 6 a 40 o 7 DTEserallnterace 41 VDD3 8 OA HosPamlelletace 4 9 D1 Host Parallel Interface 43 DGND4 PGND 2 DGND GND 4 NO n PW 4 N 5 CrystaliClock Circuit 46 EYESYNC 13 xmo 9 CrystaliClock Circuit 47 EYECLK 14 0 Host Parallel Interface 48 EYEXY EE UN p N NECEM Se 19 DGN2 5 Go M MDP EYESYNC 281 PWR f 55 05 GND 82 GND 5 PR IA IA IA IA IA IA DTE Serial DMA Interface x _ A __ DTE Serial Interface DSR RKRQ DTESeril DMA Interface RESET Host Parallel Interface 26 TXA2 O DD Line Interface 60 READ Host Parallel Interface WRITE IA Host Parallel Interface 28
86. Communication speed slow due to FALLBACK Replace the control PWB May be used in all cases Increase the transmission level SOFT SWITCH 8 4 5 6 7 8 Mav b di 1112113 If transmission problems still exist on the machine use the following ay be used in case 1 2 3 format and check the related matters Decrease the transmission level SOFT SWITCH 8 4 5 6 7 8 May be used in case 3 a B ss s 2 55 555 ee ee FM Dept Sign From Mr Fax Tel No Our customer Name Address Contact person Name Other party Model name Address Fax No Contact person Problem mode Line Domestic international Model name Phase A B C D Automatic reception Manual reception Reception Transmission Frequency Confirmation Our customer B1 item n gt IE Our service C2 E1 E2 Comment TM gt Automatic dialing Manual dialing Others ROM version Please mark problem with an X Other party No problem is 0 A1 A2 B2 C2 D1 D2 E1 E2 D2 m ae Transmission level setting is dB at our D1 customer Transmission level dBm Reception level dBm 9 Other party s service By level meter at B1 and B2 Countermeasure kkkk Please attach the G3 data and activity report on problem
87. LR38292 IC10 pin 160 gate array B The device has the following functions 100 D Printing data process 142 The image data of the page memory for printing is converted into Ground 400 dpi and the smoothing and contracting processes are applied Printer PCU interface The control of resetting and so on to PCU and the image data proc essed Item 1 above are synchronized with the signal HSYNC from PCU and are transmitted to PCU in the serial mode DMA controller 101 a The binary coded data of the draft transmitted in the serial mode 125 from the gate array A LZ9FJ59 IC17 and read with the scanner 134 are transmitted to the page memory 143 b The image data which will be printed are read from the page MANRESB memory and the process 4 is applied to transmit the data to RESETB PCU in the serial mode 4 CODEC HD813201F interface a The timing is controlled for CPU to get an access to CODEC b The timing is controlled for CODEC to get an access to the page memory 6 DRAM controller Since DRAM is used for the page memory and the address RAS and CAS are controlled and refresh controlled Panel interface The key input detection on the operation panel LED lighting control and LCD display control are executed 2 LH5116NA 10 IC3 pin 24 SOP 16 Kbit SRAM This SRAM is a line memory for the printing data process resolution power conversion smoothing and contracting to 404 dpi of the gate array
88. N N st N lt LO N N CO 5555555555 r o S SISI SISI S S S q SI a bd SS ISIS S id ISIS L j ILU 5 8 i 8 E AE i 2 92 08641 O SG 7 27 62941 v A 82941 9 Ast 87 AS gt VON saN sda 01 oran N or VEGIN 8l STON 22941 O oz 9261 Iz 92841 22 941 O 52 62841 zesdl Sz 12841 O 2 0261 61991 81891 O re 21841 91941 O 91841 O O SE O s 21841 TE IS1H3GdO9 WO d4l9ZS9W 6221 LO 9q e p M 9 55 O 96 22641 26 O LESdL 19 0 2968 64 OASt MOL oL 8924 40001 8042 N N N Lo st ey a gt gt oo wo st O 09 oLan LLAN c6 SLAW 79 LOV 99 SOV 49 319 lt INIDND 96 9 oudowo gt 97 2 xvdowo 627157 lt 1 99 2 aS lt 0 9 0 2 ov gt lt 1 9 1 1 05 7 42014 6 16 FO 5800U C Control PWB parts layout Top side CNPCIF RA4 244
89. No 6 Density adjustment when Half tone mode This is used for density adjustment in the half tone Setting procedures are the same as SW46 No 3 and No 4 SW46 No 7 MTF correction in Half tone mode In the half tone mode image area is separated from character area and processed separately to eliminate unclear character transmission This switch is used to change the criteria of judgement of separation When Strong 1 is selected more area is judged as character area pro viding clearer characters On the contrary however edges of image area may be emphasized It is advisable to restrict the use of this function only when clear charac ters must be transmitted and to use the function of Weak 0 for general cases SW46 No 8 MTF intensity in Half tone mode This allows selection of MTF correction dimness correction in the half tone mode When NO 2 1 is selected the whole image becomes soft and mild On the contrary however mildness of characters will be re duced Normally set to NO 1 SW47 No 1 Cassette define LTR A4 Tray A4 cassette can be used Set 0 or 1 for all of three bits Do not change the setting during printing SW47 No 2 Cassette define LTR A4 Upper A4 cassette can be used Set 0 or 1 for all of three bits Do not change the setting during printing SW47 No 3 Cassette define LTR A4 Lower A4 cassette can be used Set 0 or 1 for all of three bits Do not change
90. No during aging D The diagnosis mode is activated If anything is not registered in the Rapid number 01 or any program or group is not registered it will pass the diagnosis without doing anything 2 The FAX TEL number including the substitutive destination of the Rapid number 01 is copied to the Rapid numbers 02 thru 48 9 FAX number of the Rapid number 01 is copied to SPEED key numbers 001 thru 200 FO 5800U C 4 If any chain dial is not in the Rapid number the Rapid numbers 02 thru 48 and SPEED key numbers 001 thru 200 are registered in the group number 01 If any chain dial is set the group will be not produced but the chain dial setting alone of the Rapid number 01 will be reset In all others except the Rapid number 01 the chain dials will be continuously set as they are Rapid key Rapid number SPEED key SXXX XXX Speed key number 16th and subsequential letters of the destination name registered in the Rapid number 01 will be discarded 14 Dept passcode The department passcode list is printed 15 Conf passcode The confidential passcode list is printed Differing from printing of one box alone soon after registration the con fidential passcodes of all boxes are printed 16 Print hold code The print lockout passcode No is printed 17 Memory set mode The set and dump list of the memory content is output The address 8 digits P generally including the bank informa
91. QCNCM2498SCOB QCNCM2584SC1C QCNCM2498SCOD 24015 00 QCNCM2585SCOD x NIZ AB Capacitor 35WV 47uF C1 Capacitor 16WV 220uF Capacitor 50WV 0 01uF C100 Capacitor 25WV 0 01uF C101 Capacitor 25WV 820PF C102 Capacitor 25WV 0 01uF C103 Capacitor 25WV 1000PF C104 Capacitor 25WV 0 01uF C105 Capacitor 50WV 0 01uF C106 Capacitor 25WV 0 01uF C107 Capacitor 25WV 0 01uF C108 Capacitor 25WV 0 01uF C109 Capacitor 25WV 0 01uF C110 Capacitor 25WV 0 01uF C111 Capacitor 25WV 0 01uF C112 Capacitor 25WV 0 01uF C113 Capacitor 25WV 0 01uF C114 Capacitor 25WV 820PF C115 Capacitor 25WV 0 01uF C116 Capacitor 25WV 0 1uF C119 Capacitor 25WV 0 01uF C120 Capacitor 25WV 0 01uF C121 Capacitor 25WV 0 01uF C122 Capacitor 25WV 1000PF C123 Capacitor 25WV 1000PF C125 Capacitor 25WV 0 01uF C126 Capacitor 25WV 1000PF C127 Capacitor 16WV 1uF C129 Capacitor 50WV 18PF C130 Capacitor 50WV 18PF C131 Capacitor 50WV 0 1uF C132 Capacitor 25WV 820PF C133 Capacitor 25WV 0 01uF C134 Capacitor 25WV 1000PF C137 Capacitor 25WV 1000PF C138 Capacitor 25WV 1000PF C139 Capacitor 25WV 1000PF C140 Capacitor 25WV 820PF C141 Capacitor 50WV 0 1uF C142 Capacitor 25WV 0 033uF C143 Capacitor 25WV 0 1 C144 Capacitor 25WV 1000PF C145 Capacitor 16WV 0 1 C147 Capacitor 25WV 0 1 C148 Capacitor 25WV 1000PF C149 Capacitor 25WV 1000PF C150 Capacitor 25WV 0 01 UF C151 Connector 30pin CN1 C
92. Resistor 10W 4 7KQ 25 457 VRS TS2AD472 AA Resistor 10W4 7KQ26 Rel 458 VRS TS2AD000 AA C Resistor i 10W OS 55 R317 459 VRS TS2AD100 AA C Resistor 1 10W 109 5 R318 460 _VRS TS2ADIOO AA C Resistor 171 0W 1002 55 R319 461 VRS TS2AD1083 AA C Resistor 1 1 0W 10KQ 25 R320 482 VRS TS2AD103 AA Resistor 171 0W 10KQ 25 8321 465 VRS TS2AD103 AA Resistor 171 0W 10KQ 25 R324 464 VRS TS2AD472 a C fesisto 1 10W 47KO 25 R325 466 VRS TS2AD103 AA C Resistor 1 1 0W 35 R328 466 VRS TS2AD562 C 1 10 75 6 0 35 R329 467 VRS TS2ADIb4J AA C fesisto 1 fOW T50KQ 590 R360 468 VRS TS2AD302 AA Resistor 171 0W 3KQ 55 R363 7 469 VRS TS2AD1083 AA Resistor 1 10W 55 R364 4 0 VRS TS2AD104 C fesisto 1 fOW 00 45 R365 471 VRSTS2ADI083 AA C Resistor 171 0W 25 R367 472 VRS TS2AD47J AA C Resistor 171 0W 4700 25 R368 473 VRS TS2AD102 C Resistor 1 1 0W 1KQ 55 R369 474 VRS TS2AD102 AA Resistor 171 0W 1KQ 55 R370 4 5 VRS TS2AD333 C Resistor 171 0W 33KO 55 R371 4 6 VRS TS2AD101 AA C Resistor 171 0W 1000 55 R373 47 VRS TP2BD000 AA Resistor 1 8W 00 25 R374 476 VRS TS2A
93. S0cH e zozo 02 2022 902u 2058 6059 777 OTH 9053 1020 1 MG 2 T 7 L L LNO gt 5 LNO LN LNO HV C 10 LNO C REM 4 C 30 B MON e LNO LNO LNO B VR 5 uBiH 9 3 q V 6 29 FO 5800U C Note Since the parts of this PWB cannot be supplied change it as a unit High voltage PWB parts layout INPUT 24V 2 m 94V 0 709 0102 R104 D OK t C106 590 MAX e R301 o 108 A T Riot R117 oi OR 0105 E Os A m O 0102 3 0302 0301 Ici 8307 Z k R304 x C301 R314 R315 312 ik D206 R317 HKH NE N 4 C305 5 FDO 15 R218 R220 R219 163 0X122 0 4 4H IW D210 EUKMBM709H 2 6 30 FO 5800U C se paljddns gAAd SIU 10 sued aui BOUIS 1 NOLLVIGVY d31 2 pipa ano 1 Sued A1dua TWNOIS ALILNYNO H3NOL 101 LS a oig s L L 13u01 2 H 9 3 3 q 6 31 FO 5800U C L L od YOLOANNOO ON ON ALLASSVO 4 NO HOLO3NNOO NZ 8 w 0L lt HOLOANNOO Nid Xe Loan
94. STOP key is pressed by the operator In the printing area Rapid key 06 Bias adjust mode The mode is used to adjust the printing density of the printed image The image printing density is adjustable in seven steps of 1 to 7 For details refer to the following table For selection use the keys 1 thru 7 Thin Image printing density 23415 Oj Rapid key 07 Life set mode The mode is used to set the life counter of the printer and the counter of the auto feeder at desired values For setting proceed with the following procedure D When the life counter setting mode is selected the following will be is displayed MACHINE 000123 DRUM 11 000123 1 000123 2 000123 000123 FEEDER 1 000123 key gt lt key The cursor blinks at the top data Five counters can be selected with the and gt lt keys 2 Inthe state D input a desired setting number of 6 digits with the ten key After input of 6 digits shift to another counter with the and gt lt keys as necessary When all necessary counters are completely in put press the START key 4 STORED will be displayed with the set values stored into the memory For checking retry this mode Note This counter indicates the printer use conditions such as numbers of printed pages from the beginning of use In the normal memory clear condition the coun
95. TS2AD910J Resistor 1 10W 910 5 R128 VRS TS2AD910J Resistor 1 10W 910 5 R129 Unit 901 DCEKM473BXH01 Memory PWB unit A GO PO CO O NI O O1 O N O CO CO NI O O1 GO N O CO CO NI O BY Co N Go Po gt gt gt gt gt gt gt gt P gt gt gt gt SS gt gt P gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt mM m m m o Of lt gt gt gt gt gt gt gt gt gt gt O O O N Mindex RICE ane E C Fuss AC Pe CCASP2107XH67 31 BF N E aor BEN E CCASPZi0BXHOi 12 901 BE E 1490 BE Ej CONW 4955xHOT 13 AG C CGIDMZSSSXHOi 5 901 AY CPLTP2803XHC3 61 009 1 162 AU c FCROLP2320XH0 24 AZ TC CROLR2423XH01 182 C ee pave UGEKCHSENXRZZ EZ TE 1 90 BZ N E UGEKGAROEXHGE BR CN L aso BR N E LDCEKO888NXHZZ 12 N TE 7 ao DCEKL47IBXHOI 14 AZ E 7 149 E OT BR N 41 BC ms BN TRE 2472 1 F mr 24901 AT N L
96. VHVERZV5D471 145 Varristor ERZVA5D471 VA2 _ 60 0761011 B Varitor TNR7G101KT2 61 VHEHZ2C1 1 Zener diode HZ2C1 TA 201 62 2 AA Zener diode HZ2C1 TA 202 63 VHEHZ27 1 1 Zener diode HZ27C 1TA 203 _ 64 VHEIZCIS L1 1 AC Zener diode 1ZC 15 ZD4 65 VHEMTZJ8R2B 1 AC B Zener diode MTZJ8R2B 205 66 2 AA Zener diode HZ2C1 TA 206 67 VHEHZ2C1 1 j AA Zener diode HZ2C1 TA 207 Unit EI E LIUPWB unit pop __ x C 19 Printer PWB unit VCEAGA1VW476M VCEAGA1CW227M VCKYTV1HF103Z VCKYTV1EF103Z VCKYTV1EB821K VCKYTV1EF103Z VCKYTV1EB102K VCKYTV1EF103Z VCKYTV1HF103Z VCKYTV1EF103Z VCKYTV1EF103Z VCKYTV1EF103Z VCKYTV1EF103Z VCKYTV1EF103Z VCKYTV1EF103Z VCKYTV1EF103Z VCKYTV1EF103Z VCKYTV1EB821K VCKYTV1EF103Z VCKYTV1EF104Z VCKYTV1EF103Z VCKYTV1EF103Z VCKYTV1EF103Z VCKYTV1EB102K VCKYTV1EB102K VOKYTVIEFT03Z VCKYTV1EB102K VCKYTV1CF105Z VCCCTV1HH180J VCCCTV1HH180J VCKYTV1HF104Z VCKYTV1EB821K VCKYTV1EF103Z VCKYTV1EB102K VCKYTV1EB102K VCKYTV1EB102K VCKYTV1EB102K VCKYTV1EB821K VCKYTV1HF104Z VCKYTV1EF333Z VCKYTV1EF104Z VCKYTV1EB102K RC FZ3039XHZZ VCKYTV1EF104Z VCKYTV1EB102K VCKYTV1EB102K VCKYTV1EF103Z QCNCW2527SC3J QCNCM2484SCOB QCNCM2584SCOB QCNCM2584SC1A 25845 00 25845 00 QCNCM2484SCOH 25845 0 QCNCM2584SCOE
97. c RR TZ30168CZZ 17 565 AA C QONW 4949XHZZ 412 c 7 7589 QCNW 952XHZZ 136 AF C 7 47867 QONW 4953XHZZ 7 28 AK X C 7 17968 AA C QCNW 4956XHZz 1 37 AK C BR TZSOi8SCZZ 17 569 AC QCNW 4957XHZz 138 AL C 17870 QCNW 4960XHZZ 139 AD C 7250195 22 19126 AM QCNW 4982XHZZ 1337 C QONW 4964XHZZ 13 38 AF RR XZ0065PAZZ 20 65 AC C 58 AF C BRxzoovePAzz 2083 AC GF amp FO0ROPAZZ 20 38 AD A RR2Z0078PAZZ 2082 AC C GFS FOD46PAZZ 2036 A BRRLYDS433XHZZ 1818 AH B 7 3040 ADI A RRLYZMOIPAZZ 2087 AK B 5 RTRNZO577PACT 20 46 AK GFSHAOOTGPAZZ 2037 AC _ RTRNZ0674PACD 20 91 AQ Tos RTRNZ2163SCZZ 1857 AH 7 RUNTZ2038SCB4 N 7 oa C RVR M0390PAZZ 2054 AD _ QUAKZ2046SCBB 18 24 AH C RVR Z2004SCZZ AH QLUGZOO08PAZZ 20 100 C 5 2217 2 20 26 AC QSOCAO030PAZZ 20 29 QSOCZ2066SC42 17 234 C SPAKA130BXHZZ SPAKA146BXHZZ 16 23 AH SPAKA166BXHZZ SPAKA229BXHZZ SPAKA230BXHZZ SPAKA241BXHZZ 16 21 E QSPGHOOO7PAZZ 20 50 AK C QSW CO048PAZZ 2090
98. constant current with the bipo lar chopper system O lt c c 15 5 S 00 gt W gt I I 8 gt I I I I I i OUTPUT BLOCK BLOCK x a x ft _ rd ees 44 1 _ 54 _ l PHASE1 25 gt OUTPUT OUTPUT OUTPUT 18 PHASE2 20 BLOCK BLOCK BLOCK BLOCK p VREF1 6 9 17 VREF2 ENABLE2 ENABLE1 4 doo 15 SHOT SHOT i Q z mE i 4 Q 101 62 E s 63 02 e 111 69 20 112 OO EE 0 006 f 4 Truth Table o bo H Output Current Vref 10 x RE louT Vref 15 RE lout x 2 3 Vref 30 x lout x 1 3 Note When ENABLE H lo 1 H the output is in OFF state 5 16 FO 5800U C Pin Functions Pin 114 14 Output stage power supply voltage stage power supply voltage WN Set current detection pins SENSE2 x Connect these pins fed back through noise filters to E1 and E2 ws Current control pins by connecting between this pin and GND 12 DGND Internal diode anode connection diode anode connection 15 Ground LLle l lll L llll l C C C f C C r V V C C 0001 nd Used to set the output off time for the switched output signals The fixed
99. mw odono DS s Po O H paw 1 e por sn 99 90 Sv iere S 2 21 97 8 IV ma 8 9V S uwv ie zd 4 ad 2 ZW YZOSOMYH 5 SIV 16 8618 6 gt lt I Lv 9 SIV I Lv 9 SIV cd S 619 16 6618 vl dONO gt lt 05 La 05 6 61 m 4 P lt SIG 08 0 a lt J SF dONO lt 06 Sando ON ae 0 115910 82 1 01 4 lt I vol gt v9 x 99 2 lt 49 8 as gt lt H 5 3 g V 6 36 6 37 FO 5800U C g V A r A a 5 0 0 a 06 62 62 25 62 1 gt E 6 Od L 82 1 9q az 1 9q lt 1 912501 2551 CEN O Ast 318 Ast CRM sb le ag 801 95 Le arr i 36 1 36 1 O eg gt od AS814 9d AS O 69 ASg14 AS AS814 v 0s D gt 08 0 Ze Ze 1 QNO 56 MEX 08 1 2 MNO 82 IV a z 2 ev PA ev 2187 8 gt 32 1 D gt Sz ov 957127 527 I 64 y
100. o 3 1 9 o DIS receive acknowledge during Once in NSF reception twice Effective to G3 transmission in DIS reception international comm Non modulated carrier in V 29 transmission mode CNG send in manual transmission Protocol monitor monitor Signal transmission level Binary input No EX 0 1 eg Signal transmission level is set to 10dBm 1 FO 5800U C SW DATA Switch setting and function Initial pg sting CED tone signal interval 75 750ms z rums Sousse fee swo buzzer ce mee 9 i 9 TT Memory retransmission times Binary input 8 4 OPTION No 1 2 EX 1 0 eg Retransmission time set to 10 times Memory retransmission interval Binary input 8 4 2 1 No 5 6 7 8 Data No EX 0 0 1 0 2 1 3 4 Data No 1 0 OPTION Reserved Reseed Reserved 124 Reserved Reserved _ O Reserved O Reserved I nn 2 Reserved EOL detection timer 18sec swia 0 0 1 0 1 Processing of DIS reception Retransmiting Breaking Apply to 30 o o ft DTMF output level High Binary input 16 8 4 2 1 4 5 6 7 8 Data n 0 5dBm EX 1 1 00 eg Signal transmission level is set to 10dBm SW13 7 DTMF output level Low Binary input 1 8 Data No n 0 5dBm EX eg
101. of the bidirectional bus buffer on MA MDO thru MA MD15 Memory Address Data Bus 0 thru 15 Memory address data bus In this bus for Three state output image bus operation the address and data are multiplexed MA MDO thru MA MD15 are used as follows MA MD 0 MM DRQTI DACKO 1 When MAEN is low and MAS is high it is used as the output address line 2 When both MAEN and MDEN are low in the reading cycle it is used as the input data line 3 When both MAEN and MDEN are low in the writing cycle it is used as the input data line Three state output Memory Address Bus 16 thru 21 memory address bus When MAEN is low and MAS is high it is used as the output address line Three state output Memory Read Memory read terminal When is turned to low level IDP201 reads the data from the image memory Three state output Memory Write memory write terminal When MW is turned to low level IDP201 writes the data in the image memory Three state output I O Read I O read terminal When is turned to low level IDP201 reads the data from I O device on the image bus However it is limited at DMA transfer during data transfer with the transfer command and the coding process Three state output I O Write I O write terminal When IOW is turned to low level IDP201 writes the data I O device on the image bus However it is limited at DMA transfer during data t
102. off times are set by the capacitors and resistors connected to these pins t off CR Vref 26 Output current settings Vref2 17 The output current is determined by the voltage in the range 1 5 to 7 5V input to these pins PHASE1 25 Output phase switching inputs PHASE2 18 H input OUT A high OUT low L input OUT A low OUT B high ENABLE1 Output on off settings ENABLE2 H input output OFF L input output ON 101 111 22 23 Digital inputs that set the output current 102 112 21 20 The output currents can be set to 1 3 2 3 or full by setting these pins to appropriate combinations of high and low levels vcc 28 Logi biockpowersup y 5 17 FO 5800U C 12 JBIG block When it sends FAX by the JBIG compression form the JBIG compres sion of the image data and JBIG expansion done with QM CODER LSI of IC23 M65761 PDO 31 RESET O O 0 11 9 2 CS PEUPE 2 m 0 3 m gt E BHE PDRO 5 E m 9 0 I WR gt 5 z E 5 gt PDAK O 2 RD V NM lt 9 3 lt 0 15 PDRD r gt lt DMARQ E m E E PDWR 20 m DMAAK m i 5 5 pane M 0 XRDY z MCLK gt 5 PTIM _ XTIM 2 PXCK u PIXEL DATA CONTEXT DATA SVID RVID XWAIT QM CODER LSI 23 VHiM65761FP 1 M65761FP
103. optical unit has occurred the whole optical unit must be exchanged as a unit not an individual part 2 Do not look into the machine with the main switch turned on after removing the toner developer unit and drum cartridge 3 Do not look into the laser beam exposure slit of the laser optical unit with the connector connected when removing and installing the optical system 4 The cover of Laser Printer Unit contains the safety interlock switch Do not defeat the safety interlock by inserting wedges or other items into the switch slot Laser Wave Length 770 810 mm Laser Pulse Times 49 2 us Laser Output Power 0 37 mW Parts marked with A is important for maintaining the safety of the set Be sure to replace these parts with specified ones for maintain ing the safety and performance of the set This document has been published to be used SHARP CORPO RATION for after sales service only The contents are subject to change without notice FO 5800U C CAUTION FOR BATTERY REPLACEMENT Danish ADVARSEL Lithiumbatteri Eksplosionsfare ved fejlagtig handtering Udskiftning ma kun ske med batteri af samme fabrikat og type Lever det brugte batteri tilbage til leverandoren English Caution Danger of explosion if battery is incorrectly replaced Replace only with the same or equivalent type recommended by the equipment manufacturer Discard used batteries according to manufacturer s instructions Finnish VAROITUS Parist
104. port V GND AD7 AD6 AD5 AD4 AD3 AD2 GND DD CK16M TEST1 AD1 ADO IU XEXINT interrupt request signal spare _ n IS IU IU IU IU O O O O IU IU XD9001RW Read signal to D9001 PC I F 2 IOPO Input port spare GND WR OM FLBK Bank controli 140 FLSZO inputport 12 IU rsz 13 OM IU XRHS putpor IU XEXHS Input por TO DON Output port GND 5 122 IU HSDTCT 153 Output port 153 154 Input port 156 128 2 XD9001CS select PC F 09001 158 160 Input terminal TTL level input IS Input terminal TTL level schmitt input IU Input terminal TTL level input pull up resistor 250 building in ID Input terminal TTL level input pull down resistor 250 KQ building in lO Input output terminal TTL level input output electric current loL 4 0 mA 2 Input output terminal TTL level input output electric current loL22 0 mA O Output terminal Output electric current oL24 0 mA O2M Output terminal Output electric current 01 2 0 mA Try state output terminal Output electric current loL 4 0 mA VDD Power supply GND Ground GND FO 5800U C 8 Gate array B block LR38292 10 Terminal descriptions The block is composed of the gate array B and SRAM 2 KByte Pin VCC Power supply 1
105. the setting during printing SW47 No 4 No 8 Reserved Set to 0 SWAS No 1 Reserved Set to 1 SWAS No 2 No 7 Reserved Set to 0 SWAS No 8 Reserved Set to 1 SWA9 No 1 Secure billing code When the Tel Billing Code function is ON the operation of SECURE BILLING CODE is enabled SW49 No 2 Pause with Z key The Z key pause time is set SWA9 No 3 Reserved Set to 0 SW49 No 4 No 8Z key pause time 250ms unit The Z key pause time is set SW50 No 1 Separate feature The separate mode ON OFF is set SW50 No 2 No 4 Reserved Set to 0 SW50 No 5 Addition of header sender information ON OFF of addition of header sender information to various list is set SW50 No 6 DTMF sending by the panel test When ten keys are pressed in the Panel Test Mode of the diagnosis the corresponding DTMF signals are output SW50 No 7 Power save system To switch Power Save Mode system either to Real Time or to Timer SW50 No 8 Reserved Set to 0 SW51 No 1 No 8 Reserved Set to 0 SW52 No 1 No 8 Reserved Set to 0 SW53 No 1 No 8 Reserved Set to 0 SW54 No 1 No 8 Reserved Set to 0 SWb5 No 1 No 8 Reserved Set to 0 SWb6 No 1 No 8 Reserved Set to 0 SW57 No 1 No 8 Reserved Set to 0 SW58 No 1 No 8 Reserved Set to 0 SW59 No 1 No 8 Reserved Set to 0 SW60 No 1 No 8 Reserved Set to 0 SW61 No
106. 00 C B5 0KW9 39030803 03 I AB B6 0KW9743008013 AB C i LC x 9 Paper take up section Bushing Gear 28T Separated pad Pin Shaft Roller Holder Pressure spring Joint Bushing Gear 18T Roller Gear 36 54T Gear 36T Shoulder screw Paper take up solenoid SL1 Earth ground Torsion spring Plate Polyester film Pressure spring Cam gear 28T Bracket Arm Torsion spring Lever Paper take up unit Pin Screw Tapping screw Tapping screw Tapping screw Retaining ring Retaining ring N gt gt gt gt gt W w gt gt gt P P gt gt D gt S W gt gt gt gt gt gt gt gt gt gt m m U UJ Gd INI NI NI NI NINININI N 2 Al gt NO BY Go NI 0 GO N O 0 CO NI Od 0 Go PO gt Q PO e FO 5800U C 10 Fusing unit 13 B3 i 7 13 4014 13 54014 14 16 12 Day E 25 27 B4 4 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 10 Fusing unit 1 OKW4122660902 O AM C Wrehamesasy TT 2 oKWo33514i081 BA B Paper exit sensor P3 3 OKW4tos5i70 O AC C Prssuespng 7 74 oKW4tos53000 AC C S
107. 00 288 52641097 AB B Transistor 2SA1037K 10101 284 VSDICIMEK B Transistor DTC114EK 0102 285 AB B Transisto DTC114EK 0103 286 VSDICMMEK B Transistor DTC114EK 10104 7 287 B Transistor DTC114EK 0105 288 1___ B __ 1 0106 289 VSDTATI4EK 1 AB B Transistor DTAT14EK 0107 290 VSDICTMEK 1 B Transisto DTC114EK 0500 291 60 14 AB B TTransisto DTC114EK 0501 292 VSDICIMEK B TTransisto DTC114EK 0502 293 AC Resistor TW 0 470 45 294 VRS HISAARA7J C Resisor iW 0 475 25 R2 295 VRD HT2HYS10 C essto i 2W 910 15 R4 296 AA Resistor 1 2W 910 5 RS 297 VRD HI2EYOJ aa Resistor 1 4W 0Q 1595 R6 298 _VRS IS2AD103 C Resisto i 10W 10 0 35 8101 299 VRS TS2AD000J aa Resistor M0W 00 5 R102 300 VRS TS2AD000J aa Resistor 10W 00 15 8103 301 VRS TP2BD22J Resistor 1 8W 2 2K 1572 104 302 VRS TS2AD000J aa C Resistor 1710W 45 R105 303 VRS TS2AD27 AA Resito i 10W 2700 35 R106 304 VHS TS2AD3300 AA Resisto i 10W 33Q 35 R107 7 305 VRS TS2ADi08J AA C esisto i 10W
108. 02A MA21 D140 D123 HRW0502A HRW0502A DG HRW0502A D112 HRW0502A D109 HRW0502A D105 HRW0502A D108 HRW0502A DG FO 5800U C 929 NIE ILH 0 Vd 8HG 1S31 dAS dAS dAS Odd dAS O3GIA Odd Odd MIOUS LNIdd ASELO SLS 4 1 1 460 6 1 mad 1 5 21 48 91 8 ASg13 4E SL HE 8 59 8 ONASH Odd 1393 8 ON ON HdN2 S Hd 8eH n 9 10 15 56 11 TSR diSA 5 wn 90 Sy Hd g88 1 og L 9019 02 2 WN als SSaHd avzg 02 2 lt 1 1515 81 2 lt rd ia id ad SOHO bx J ve 8 lt lt 8 81 2 lt VE 8 lt IN3Sd 8 gt lt Vr 8 VE 8 lt ZN3Sd 8 gt lt Vr 8 VE 8 lt gt lt Vr 8 vee Z 22 0 8 S rHd 8rg 8 lt SN3Sd gt lt 8 8 Nagata l 88 9 8 P suya zN3ddid _ lt Vs 8 vo Wed sm 8 NdNO OL VL L 2014 10 99uuoo H 3 3 V 6 14 FO 5800U C 3 3 q 0 V od 17 od od AN oq og AN IN
109. 05XHZ2 AO C 80940 Unit CCASP2108XH01 BE E Casen FO 5800U C 15 3rd cassette 2 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 15 3rd cassette 2 2 CROLRA423XH0 AV C j 4 GCABGeS33XHSA AQ 5 GCABH2834XHSA AN C Smkrarcabne GCOVAMO7XHSA 1 H C Sidefamecoer O 7 GCOVAMOBXHSA AH C 8 LANGF2825XHZZ AF C LBSHPZI0gXHZZ AF 0 LPINS2032XHZZ AF C Poep DSSS 1 PCAPH2082XHZZ C Separate nallrearcag 3 12 LPLTMGOPXHZZ I AS C Sidefamepae O 18 LPLIMSOZ XHZZ AW 15 LPLTPSOPSXHZZ AF 16 LPLTP3O4MXHZZ AF 7 LRALP2028XHZZ C 18 LRALP2024XHZZ AD C rd cassette raillet 19 MLEVP23OBXHZZ AD C S3mpapesenorlver 20 MLEVP230SXHZZ I AE C Smhraselve OOO 21 MLOK2008XHZZ AC C lock piece 28 MSPRCSOSSXHZZ C 25 MSPRCSOS XHZZ C
110. 06 VCKYTV1EF104Z Capacitor 25WV 0 1uF C107 1 VCKYTV1EF104Z Capacitor 25WV 0 1uF C110 VCKYTV1EF104Z Capacitor 25WV 0 1uF C113 VCKYTV1EF104Z Capacitor 25WV 0 1uF C116 VCKYTV1EF104Z Capacitor 25WV 0 1uF C118 QCNCW2590SC5J Connector DHB RD50 S131N 2 9 CNOP VHDHRW0502A 1 Diode HRW0502A D1 VHDHRW0502A 1 Diode HRW0502A D2 VHIHD74HC244F IC HD74HC244 IC 1 VHIHD74HC244F IC HD74HC244 IC2 VHIHD74HC244F IC HD74HC244 109 VHILH28F016SU IC LH28F016SUT IC4 VHIHD74HC138F IC HD74HC138 VRS TV2AD000J Resistor 1 10W 0Q 5 R100 VRS TV2AD472J Resistor 1 10W 4 7KQ 5 R101 VRS TV2AD000J Resistor 1 10W 5 R102 1 10W 4 7KQ 5 R103 VRS TS2AD910J Resistor 1 10W 910 5 R111 VRS TS2AD910J Resistor 1 10W 910 5 R112 VRS TS2AD910J Resistor 1 10W 910 5 R113 VRS TS2AD910J Resistor 1 10W 910 5 R114 VRS TS2AD910J Resistor 1 10W 910 5 R115 VRS TS2AD910J Resistor 1 10W 910 5 R116 VRS TS2AD910J Resistor 1 10W 910 596 R117 VRS TS2AD910J Resistor 1 10W 910 5 R118 VRS TS2AD910J Resistor 1 10W 910 5 R119 VRS TS2AD910J Resistor 1 10W 910 5 R120 VRS TS2AD910J Resistor 1 10W 910 5 R121 VRS TS2AD910J Resistor 1 10W 910 596 R122 VRS TS2AD910J Resistor 1 10W 910 5 R123 VRS TS2AD910J Resistor 1 10W 910 5 R124 VRS TS2AD910J Resistor 1 10W 910 1590 R125 VRS TS2AD910J Resistor 1 10W 910 1590 R126 VRS TS2AD910J Resistor 1 10W 910 5 R127 VRS
111. 09075605 BC TT 4 oKW4109200500 AC C Pubersp TT 5 oKW4122000 1 BU E Diem TT 6 oKW410920280 AD D 7 oKW410925080 AH C Gea 8 oKW41226005001 O EN Mi 9 oKW4109250500 C Gem 0 oKW41092501001 oKW410925020 AL C 2 oKW410925070001 C 18 oKW4109250000 C 207487 4 oKW410951400 C 207327 15 oKW41092515001 O AD 6 OKW41222562242 C6 Cor TT 7 0KW4122250 AV C 18 0KW41222881201 AC C Bake 319 0KW412228800 AC Bracket O 0 oKW4109251900 C 1 oKW410925180 O AF C 22 oKW4122 590302 AD C TT 7 25 oKW4109251000 AF C 24 oKW4109251700 AF C TT 25 oKW4109251000 AD C6 26 oKW410925080 AG 217567 7 27 oKW4109251001 O AF C Ge TT 8 oKW4109208000 AG C 9 oKW410925120 AL 30 oKW4109250400 AK C 244 31 oKW410920600 AF C 32 oKW412268000 1 AV C
112. 1 13 VCEAGA1HW475M Capacitor 50WV 4 7uF C12 14 VCKYPU1HB471K 15 VCQYNA1HM333K 16 VCEAGA1HW107M 17 VCKYPU1HF223Z Capacitor 50WV 470PF C15 Capacitor 50WV 0 033uF C16 Capacitor 50WV 100uF C18 Capacitor 50WV 0 022uF C19 18 RHLYD3433XHZZ 19 QCNCW2500SC0l Connector 9pin CNLIU 20 VHDDSS133 1 Diode 1SS133 D1 21 VHDDSS133 1 Diode 1SS133 D2 22 VHINJM2904D 1 IC OP AMP NJM2904D 101 23 VRD HT2EY100J Resistor 1 4W 10W 5 J3 24 QJAKZ2046SCBB Jack 2pin MJI 2 25 VHPTLP521 1BL Photo coupler TLP521 PC1 26 VHPTLP627 1 Photo coupler TLP627 PC2 27 VHPPC814X 1 Photo transistor PC814X 28 VS2SD592A S 1 Transistor 2SD592A S Q1 29 VS2SD1200FR 1 Transistor 2SD1200FR Q2 30 VS2SA1807 P 1 Transistor 2SA1807 Q3 31 VSDTC114ES 1 Transistor DTC114ES Q4 32 VSDTC114ES 1 Transistor DTC114ES Q5 33 VRD HT2EY224J Resistor 1 4W 220KQ 5 R2 34 VRD HT2EY104J Resistor 1 4W 100KQ 5 R3 35 RR HZ3011SCZZ Resistor 1 2W 4 7Q 5 R4 36 VRS HT3AA133J Resistor 1W 13KQ 5 R5 37 VRD HT2HY223J Resistor 1 2W 22KQ 5 R6 38 VRD HT2EY124J Resistor 1 4W 120KQ 5 R7 39 VRD HT2EY472J Resistor 1 4W 4 7KQ 5 R8 40 VRD HT2EY183J Resistor 1 4W 18KQ 5 R9 41 VRD HT2EY100J Resistor 1 4W 10Q 5 R10 42 VRD HT2EY303J 43 VRD HT2EY910J 44 VRD HT2EY300J Resistor 1 4W 5 R11 Resistor 1 4W 910 5 R12 Resis
113. 1 1 0W 10KQ 26 R106 54 VRS TS2AD472 AA C Resistor 171 0W 4 7KQ 25 R107 85 VRS TS2AD472 C fesisto 1 0W 4 7KQ 25 R108 56 VRS TWaEE2231 AB Resistor 1 4W 22002 45 R109 87 VRS TS2AD4 3 I AA Resistor 1 10W 47KQ 25 R110 858 VRS TS2ADI02 C Resisto 1 10W 1KQ 35 111 89 VRS TS2AD103 C 1 10 710 55 8113 90 VRS TS2AD103 AA Resistor 171 0W 10KQ 55 VRS TS2AD303 AA C Resistor 1 1 0W 55 92 VRS TS2AD682 AA C 1 10 6 8 0 25 176 93 VRS TS2AD472J AA Resistor 171 0W 4 7KO 259 117 94 VRS TS2AD103 C Resistor 171 0W 10KQ 26 8118 95 VRS TS2AD472 AA 1 10474 7 0 35 8119 96 VRS TS2AD103 AA Resistor 171 0W 10KQ 26 R120 97 VRS TWaEE10 AB C Resistor 17AW 109 55 R121 98 VRS TS2ADI03 AA C Resisor 10W 10KQ 55 8152 VRS TS2AD103J Resistor 1 10W 5 R123 100 VRS TS2AD302 AA Resistor 171 0W 3KO 25 R124 101 VRS TS2AD000 AA C Resistor i 10W O2 590 R125 102 VRS TWeHF1R3 C Resistor i 2W 1 30 35 8126 Resistor 1 10W 1 5 R127 104 VRS TWeHFREBJ C Resisor 2W 0 680 25 R28 105 VRS TS2AD563 AA C Resistor 1 1 0W 5
114. 116 C113 us eae R120 R119 R122 BEST A R12 _ 5 R128 R126 R125 R114 R116 J 102 101 R113 R180 R115 R112 R111 P lt Dx C100 FO 5800U C SHARP PARTS GUIDE MODEL FO 5800 CONTENTS 1 Exterior etc 1 14 3rd cassette 1 2 Exterior etc 2 15 3rd cassette 2 3 Exterior etc 3 16 Packing material amp Accessories 4 Operation panel unit 17 Control PWB unit 5 Document guide upper unit 18 Liu PWB unit 6 Drive unit 19 Printer PWB unit 7 Scanner frame unit 20 Power supply PWB unit 8 Frames 21 Operation panel PWB unit 9 Paper take up section 22 High voltage PWB unit 10 Fusing unit 23 Toner empty PWB unit 111 Drive Transfer section 24 2nd cassette PWB unit 12 2nd cassette 1 25 3rd cassette PWB unit 13 2nd cassette 2 26 Memory PWB unit Index M 2 Because parts marked with is indispensable for the machine safety maintenance and operation it must be replaced with the parts specified in the product specification FO 5800U C 1 Exterior etc 1 Upper cover unit
115. 118164 55 241 VHiLR38292 1 AY 1 38292 242 VHIBATOSS3P 1 AC B IC COMPARATOR BA10393F 243 VHIHD8i3201t BE B ICID P201 CODEC HD813201F 244 VHIHD 4HC32RM AC B IC QUADRUPLE 2 INPUT OR GATE 74HC32 i13 245 VHIAVHCOdF1 _ AE iC HEX INVERTER 74VHC04 i14 246 VHIHD74LVOSTI I AE B IC QUADRUPLE 2 INPUT AND GATE 74LVOBA 15 247 VHIIMIBEIJ G AZ B IG46MbiDRAM HY5118164 16 248 VHILZGFJS9 1 AX 5516 Array A LZ9FJ59 249 VHIHD74LS374F IC OCTAL D TYPE FLIP FLOPS HD74LS374 IC18 260 VHIHD 4HC74FM ab B IC DUAL D TYPE FLIP FLOPS 74HC74 251 VHIHD74LS2ddF AF ICOCTAL BUFFERS HD74LS244 IC20 252 VHIWa401087zLE _ AZ B I AMbiSRAM W24010S 70L 253 VHIHD74HC14FM AF ICSCHMITT TRIGER INVERTER 74HC14 22 254 VHIMGS7GIFP i BD N B IC JBIG M65761FP C23 255 VHIHCFAUSMIT AG B IG2ch ANALOG MULTIPLEXER HCF4053 25 256 VHIHD 4HCO8FM B IC QUADRUPLE 2 INPUT AND GATE 74HC08 1626 257 VHIHD7021606A BE IC CPU SH 1 MASK SH7021 1627 258 VHIHD 4HCO8FM B IC QUADRUPLE 2 INPUT AND GATE 74HC08 C28 259 AK B IC Real Time clock SMB578BV C30 260 VHINJM2TI3M 1 AG _ B IC SPEAKER AMP NJM2113M C33 201 VHIHD 4HCM
116. 20 AK C PNROLR2417XHZzZ 79 NROLR2418XHZZ 721 AL NROLRAAiSXHZZ 722 NROLRZA22XHZZ 1330 AN 7 158 e 6 22306 22 5 14 AD C 6 22307 22 728 AK C NSFTZ2308XHZZ 724 AL BT AC e NSFTZENZXHZZ 1332 AC C 7 152 _ manan 5 247522 55 ma fO PERS 2048XHZZ 725 C PCAPH2052XHZZ 327 7 en AC Te AC 552097 27 410 AC 662122 22 129 AC C PCUSSZI27XHZZ 220 AC 502126 22 i35 AC E 2540 22 517 AF C 2542 6 130 AD PGIDM2543xHSA 131 AD C PGIDMZ amp A4XHSA 218 AE PGIDM2B45XHSA 214 AC 2546 22 215 AH 2547 22 216 AK PGIDM2549XHZZ 128 AQ ETT FO 5800U C PRICE NEW PART 2162 22 838 AF C 2074 22 132 1C 1 139 AE AE c PRDAROSSIPAZZ 2024 AE C PRDAROS7OPAZZ 205 AK 5 2017 27 129 AE D AE Tp PSHEZSATOXHZZ 133 C PSHEZSATXHZZ 59 25419 22 519 AB C PSHEZ3437XHZZ 13 36 AF C 156 PAF PSHEZSA49XHZL 12 10 AF D AF D PSHEZSA49XHZR i211 AF D CD 5
117. 220010 C17 22 HC QZ02MPAZZ AD Capacior250WV 0 01uF C19 3 VCEAFUTHMIOBM AC C Capacitor 50WV Tu C21 24 QPLGZOSB PAZZ E C Connector pin CNT 25 QPLGZOSPPAZZ AD C Connector pin CN2 6 ACI C Connector 2pin CN3 7 27 QPLGUZ672YNZ7 D C Connector pin CNA 28 QPLGZ0347PAZZ F C Connector 12pin CNS 9 OSOCA0030PAZZ AG C 30 Diode SS244 01 VHDFMXGI2S I AG B Diode FMXGI29 D2 32 AF B Diode FMB 24M D3 33 VHDERA2206 B Dide ERA22 06 D4 VHDISSZ OA i AA Diode 1SS270A D5 35 _VHDDSSBAGOLT AG B Diode D3SBA60 DB2 36 5 004 77__ AD A rFuse 125V4A FST 37 QFSHAODIPAZZ AC C Fuwehode TFS 38 OFS FO02OPAZZ AD A Fuse 125V8A FS 39 QFSHAODIGPAZZ AC 5 40 QFS FOD46PAZZ AD A fuse i25V 4 FS3 4i QFSHAODUIGPAZZ AC C Fuwehode O O 42 QFS FOn46PAZZ AD A fuse i25V 4 FS4 43 QFSHAODIPAZZ O AC C Fuwehode O _ 4 44 783 O AD B I L5431 531 45 RHIXI6SSPAZZ AP B 21 2 46 RIRNZOSZ7PACT I AK 7 47 VHVCZ IDIOA B Varistor ENC271D 10A NR 48 VHVCZ IDIOAd AD
118. 24010S 70L 1C21 1C36 pin 32 SOP CNOP connecter of the control PWB circuit It can be expanded by sub 1 Mbit SRAM stituting FO 3MK OPTION for the standard memory PWB to 5MB The setting of receiving mode optional setting content soft switch con 1 LH28F016SUT ICA pin 56 TSOP tent and daily data are stored Even if the power supply of the main body 16 Mbit flash memory is turned off it is backed up with a lithium battery This memory is a nonvolatile type whose content does not volatilize even if power is turned off and stores the copied sent and received image data Moreover the initially registered data registered content of RELAY key and registered content of CONF key are stored I 19 FO 5800U C 2 2 Circuit description of 3rd cassette PWB 1 Circuit system A clock pulse of 1000Hz is sent from the mechanism computer CPU 17 of IC2 and a motor driving pulse signal of 500 PPS is generated at the shift register HC 164 The driving motor for the 3rd cassette is driven with two phase excita tion by a driving pulse the output pulse from the HC164 using the low voltage drive system of 24V 1KHz M3 CLK B IC2 3PIN A IC2 SPIN B 2 10PIN O 9 2 12PIN The turning direction of the motor CW FO 5800U C N LO co CHAPTER 6 CIRCUIT SCHEMATICS AND PARTS LAYOUT FO 5800U C
119. 25 pas a 1 1523 23 LMSPRCS0S7KHZZ 13 25 AD D s ADI c I MSPRC3100XHZZ 28 C MSPRCSi2eXHZZ 511 AG MSPRCSISSXHZZ 78 AE C MSPRC3149XHZZ 26 TE MSPRCSITOXHZZ 56 N O FO 5800U C NEW P EUR PARTS CODE No PANE pix RANK C MSPRC3180XFZZ 30 AD N C MSPRCSIBIXHZZ 13 24 AD N C piss AD N C 086 22 76 C MSPRDSOSIXHZZ 29 C MSPRDSOSSXHZZ 13 22 AG N C gt 1922 A8 N MSPRDSI25XHZZ 126 AD 77 461 6 MSPRPSOSSXHFJ 1 26 AD C MSPRPSOSSXHZZ 512 AF C 087 22 78 AF C MSPRP3066XHZZ 79 AF C I NBRGP2126XHZA 7310 AE NBRGPZi35XHZZ 711 AD 2141 22 732 AH NGERH2SISXHZZ 7 13 AD C NGERH2320XHZZ 714 AD C NGERHZ322XHZZ 715 NGERH2482XHZZ 716 AC C NGERHZ463XHZZ 737 AC C NGERHEBXHZZ 6 fact TC NGERH2465XHZZ 64 C Le C NGERH2470XHZZ 1327 ACE pager NGERHZATIXHZZ 1328 AE NROLP2332XHZZ 738 AD NHOLPZSSAXHZA 5 13 AC C 7 ea NROLPZAZOXHZZ 1 28 C 2421 22 22 M 38 77 7
120. 3 AS pas as LPLTMSO2AXHZA 157 N C LPLTM3024XHZA_ 151 AX LPLTM3025XHZ2Z 13 12 AS 5 15 LPLTMSO27XHZZ 13 13 AW C asia AW LPLTM3028XHZZ 13 14 C LPLTM3029XHZZ_ 19 65 AF LPLIM3034XHZZ t231 AQ LPLTMS036XHZZ 219 C 303 22 1 23 LPLTM3079XHZZ_ 15 48 AG 3080 272 1344 AF N ea AF N c LPLTP2819XHZZ 53 AD LPLTP2821XHZZ 54 AD l 49 16 LLPLTPSO16XHSA 124 AN LLPETP3017XHSA 125 AH E a SL E _ LPLTPSOSXHZZ 1315 AAF 6 pass Ar LPLTPSOMAXHZZ 1336 1516 AF ie EE ee N ECE LRALP2023XHZZ 1347 AD 117 AD LRALP2024XHZZ 13 18 AD 1518 a LSTPP2052XHZZ 55 AD C LSTY 0057AFZZ 150 AC Eg 20254 22 2082 AB LX BZ0273PAZZ LX BZ0427PAZZ 20 84 AB LX BZ2138XHZZ 2 B1 LX BZ2205XHZZ 1 B7 7 282 AEE DEZ 1585 AB 6 15855 AB Evesa EE MLEVPZ805XHZZ 25 MLEVP2308XHZZ 13 9 AD C D occum Lists AD 2309 22 1320 AE C 71520 AE Cc WLOKzWeXHZZ 921 AC fC 11521 AC MSPHCZBA3XHZZ 57 PAC MSPRCSOSOXHZZ 27 MSPRCSOSEXHZZ 1
121. 33 oKW4109411200 TT 34 oKW410962000 BH E HghvoaggPWBui 35 oKW41226802802 AH C Wrehamessassy 36 oKW41096801001 AN C_ Papertake up sensorswitth TST 37 oKW4109410808 AC C 38 oKW4109411508 O AF C 39 oKW4122688500 AL 40 AF C 7411 KW4to941170g AH C 42 okW4109410003 BF C For a okW4109411808 AD C 44 0KW4109075504 BD Oudeasy TT 45 oKW4109410708 AC C 46 ORWA109411403 AF 47 oKW4109410400 AH C 48 oKW4109076000 BB 49 oKW412205900 CS 50 oKWos8413109 C Wrgsadde BSH TT 7 51 oKwoss4zpiogi AD C 880 TTT 52 oKWos41711I O AD C Wresadde TT 53 oKWoss4iz24 AF BI 0KWo6460308028 B2 okWo735080080 AB C BS 0KW9 739008048 AB C Tapingserewv C Tapping screw MEN Eoo o E j 444 1 1 4444 444 1 444 1 qu 4444 2772 3 222 4441 4444
122. 348 VRS TS2AD271 C fesisto 1 fOW 2700 25 R167 549 VRS TS2AD27 AA TTT 350 VRS TS2AD271 C Resistor 1 10W 270025 Reel 351 VRS TS2AD271 AA C fesisto 1 fOW 2700 15 R170 552 VRS TS2AD302 C Resisor 10W 3KQ 55 9171 353 VRS TS2ADO0J Resistor 1 1 0W 09 25 8172 354 VRS TS2AD271 C Resistor 1 10W 27002 25 8173 355 VHS TS2ADO0J AA C Resistor 1 1 0W 00 25 R175 356 VRS TS2AD271 Resisto fOW 2700 35 R176 357 VRS TS2AD271 AA fesisto fOW 2700 25 8177 358 VRS TS2AD108 AA Resistor 1 10W 25 R178 359 VRS TS2ADS62 C Reesistor 1 1 0W 5 6K 45 R179 560 VRS TS2AD103 C Resistor 1 10W 3592 8181 561 VRS TS2AD271 AA Resisto 1 fOW 2702 35 R182 362 VRS TS2ADi08 AA C Resistor 1 10W 25 R183 363 VRS TS2AD472 AA C Resistor 171 0W 4 7 2850 R184 564 VRS TS2AD103 nResisor 0W 0Ko s5 R185 565 VRS TS2AD103 C Resistor 1 10W 55 R186 366 VRS TS2AD103 C nResisori 0W 55 R188 567 VRS TS2AD472 A C Resistor 171 0W 47 2850 R189 568 VRS TS2AD101 AA fesisto fOW 1000 25 R190 569 VRS TS2AD101 AA fesisto fOW 1000 25
123. 3NOL O 8Md NOSA10d cN FO 5800U C a27 909 3 Point to point diagram and connector signal name 1 TANVd NOlILVd3dO 9N3S IN3qd31 eN3Qd31 OO LO cO gINL Y HOLOW XL E ee VAL CdS c uaMVads 6 8 o 4 S 9 SIO QNO S QNO 7 ada QNO c 1 8 sim HOSN3S INOWS Su3rg S HOSN3S 1 souo HOSN3S z Slug 1 dNVLS 0140 NOd1S 2 NOILVOIdIH3A SASt Od od AS AS ON3S saq LN3S 1 cN3S 35 VNAS SN3S 9N3S IN3Q31 9 901 3 NdNO ON ISLX3 LL OL CON ATH 3 6 VAvet WO NOdG SHX3 LNOXL NIXH VIAL VIAL 45 45 qa19 M19 CO CO 915 SIONO od SNS IOH oq 3 8 oq S9uO oq OO TIO cO
124. 4 AA C Capacitor 25WV 0 1uF 117 33 80 I Capacior0WV 18 SED 34 VCKYTVIEFIM4Z AA Capacitor 25WV 0 1 0119 35 4 IT C 254 0 6120 36 4 AA C Capacior25WV O uF 21211 37 4 IT AA 254 C122 38 AA Capacitor 50WV0 01uF C123 59 4 AA C Capacior25WV O fuF C24 40 AA Capacitor S0WV 0 01uF C125 VOCCIVIHH RD AO C Capacitor S0WV 7PF C126 42 VCKYTVIEFI4Z AA Capacior25WV C127 43 VCCSIVIHLA7I C Capacitor S0WV 470PF C128 44 VCCSTVIHLI33I AA 5047 30PF 130 45 VCCSTVIHLA7I C Capacitor 50WV 470PF C31 46 VCCSTVIHL33I AA Capacitor 50WV 330PF C132 47 VCKYTViEF1047 I AA C Capacitor 25WV 0 1uF 6133 48 VCKYTVIEFIM4Z AA Capacior25WV 6134 49 4 AA C 254 0 1 C135 50 AA 254 0 1 uF 6137 51 4 AA Capacior25WV 0 1 6138 52 20 AA CapaciorS0WV 12PF 6139 53 4
125. 450 AA C 748 AA C VCKYTVIHBATZK 17 103 AA 032 1738 C 7 I740 C 7 13 7 199 A LVCKYTVIHFTOAZ 1724 AA 1172136 6 7 nja e 7 ioa AA 7 1939 m C VCGYNATHMSSSK 169 AA C 1815 AJ C _VHDDAP202U 1 17 199 AB B VHDDAZO4K i 17200 pep ATE VHDDSSI33 4 1820 AA 1821 2 7 259 VHDHRWOSO2A i 17 202 AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD AD VHD0R5G4B42 1S 1856 AF 15825567 19 62 AB 55244 47 20 30 AC VHDISSZ70A i 2094 AA E E H VHDSR104 1 AD LAD AD AD AD AD AD AD AD 17 2316 AD AD AD AD AD AD AD AD AD AD AF PVHD1SS355 1 17 201 AB 7 1B 7 19635 AB B VHEHZSTB3 1 20 96 AC B LVHEHZS273 1 2098 AC B VHEHZS36 1 20 99 AC B VHEHZSGB2 1 20 95 AC B Toy B VHEHZ2CI A 18 61 7 ee eee 867 a 22741 27 16 63 AB VHEMTZJBRBB3 18 65 AC VHETZCIS Ii 1864 AC B VHHTIDBROLA 2092 AF B VHI
126. 47uF C12 1 VCEAEATCW380M AB Capacior 16WV 33uF VCEAGATEWIOGM Ma C Capacitor 25WV 10uF C14 8 VCEAGATEWIOBM AA C Capacito 25WV 7 14 Capacitor 25WV 10uF C16 15 VCEAGATEWIOBM AA C Capacito 25WV C17 16 VCEAGATEWIOMM AA Capacitor 25WV _17 _VCEAGATEW476M M Capacitor 25WV 47uF 18 VCEAGATCW47EM I AB Capacitor T6WV 47uF C20 19 4 AA C Capacior25WV 0 1 uF 6100 20 4 AA C Capacior25WV 6109 21 4 AA C Capacior25WV C104 2 2 VCKYIViCFig2 AB Capacitor 16WV C106 23 4 AA C Capacior25WV 0 1 107 24 I AA C Capacior50WV 0 1uF 6108 25 4 AA C Capacior25WV C109 6 AA 254 ciii 27 4 AA C Capacior25WV 0 1uF 0112 8 2 aa C Capacitor S0WV 2200PF 6113 9 VCKYTVIHBEZBK A C Capacitor 50WV 2200PF 2114 7 50 VCKYIVIEFTOZ AA Capacitor 25WV 0 1uF 0115 31 VOKYIVIEFIOZ I M C 254 2116 32
127. 5 SDE DMA output pin serial date output valid period signal pin CPU interface address bus pin PD4 PP4 51 B PD4 PP4 12 is the MSB pin and 0 15 the 52 PD3 PP3 LSB pin 4 53 PD2 PP2 _6 a 5 O 54 B PDIPP1 17 P DGND Digital system ground pin 55 B PDO PPO 18 1 56 P DVDD Digital system power supply pin 20 jo pin general purpose 1 0 port pin SEE RR 22 CPU interface read signal pin pin general purpose port pin DVDD Digital system power supply pin pin general purpose l O port pin CLKIN System clock input pin CLK2 CLK1 HS SH N gt gt gt gt Co DMA output pin general purpose I O port Sensor drive timing signal output 61 62 63 64 RESET pin N CPU interface address bus pin DGND Digital system ground pin cO signal output pin LINE signal output pin O for A D converter low reference voltage for A D converter high reference voltage for A D converter high reference voltage for A D converter high reference voltage Note Not using the input pins must be connected to Digital system power supply or ground Co N Z 35 gle z gt el gt lt 2 m o 5 fen nens ix zi O BA O O BA C3 FO 5800U C LZ9
128. 6KQ 25 R129 106 VRS TS2ADI03 AA C Resistor 171 0W 10KQ 25 8130 107 VRS TS2AD222 C Resistor 10W 22KO 5 8131 106 VRS TS2AD103 AA Resistor 171 0W 10KQ 35 R134 109 VRS TS2AD103 AA C Resisor 10W 10KO35 8135 0 VRS TS2AD103 AA C Resisor 10W 0KO35 8136 VRSTS2ADI03 AA C Resistor 1 1 0W 25 R137 2 VRS TS2AD103 AA C Resistor 171 0W 10KQ 25 R38 8 VRS TS2AD103 AA C Resisor 10W 10KQ 25 R139 4 VRS TS2AD8200 AA C Resistor 171 0W 820 25 R140 5 VRS TS2AD272 AA C Resistor 1 1 0W 2 7K 25 116 VRS TS2AD22F AA C Resistor 171 0W 22K 21 8142 7 VRS TS2AD47J AA C Resistor 171 0W 4 7KQ 25 R143 8 VRS TS2AD103 AA C Resistor 171 0W 35 R144 vRS TS2AD222 AA Resistor 1 1 0W 2 2K 25 R145 120 VRS TS2AD103 AA C Resistor 171 0W 10KQ 35 8146 121 VRS TS2AD103 AA C Resistor 171 0W 10KQ 25 8147 122 VRS TS2AD680 AA Resistor 171 0W 6802 25 8148 7 125 VRS TS2AD1083 AA 1 10 710 0 55 8151 124 VRS TS2AD103 AA Resistor 171 0W 10KQ 25 8152 7 125 VRS TS2AD103 AA Resistor 171 0W 10KQ 55 8153 126 91730195677 C Resistor 127 RR TZ3019SCZZ
129. 752 RC QZ0173PAZZ RC QZ0176PAZZ RC QZ0221PAZZ RC QZ0226PAZZ RC QZ0227PAZZ QCNCM2525SC3J AD AH AE QCNCM2525SC4J 17 187 AK AC AD AD AE 25845 0 25845 0 RCORF0071PAZZ RCORF2124XHZZ 7 32 AE RCORF2125XHZZ 33 AE p p p NEN E QCNCM2584SCOD 25845 0 25845 0 RCRSPOO74AFZZ 17 576 AE 25845 1 19 51 AG RCRSQ2162XHZZ 17 571 AH E RCRSQ2163XHZZ 17 574 N E ER NM E NEN E E NEN NEN E EN E EN p N RCRSQ5030XHZZ QCNCM2584SC1C 24 3 AG QCNCM2585SCOD 19 61 AD QCNCM2589SC5J 70145 0 24 2 AD 25 6 AD 70145 00 QCNCM7014SCOF 25 8 70145 0 70145 1 RCRSZ2151XHZZ 17 573 AF RCRSZ2152XHZZ 17 575 AF _ RCRSZ2158XHZZ 17 572 RDENT2135XHZZ 1 43 BM 20 901 BM RH IX0783PAZZ 20 44 AD RH IX1659PAZZ 20 45 AP RH IX2153XHZZ RH IX2154XHZZ PRICE PARTS CODE ae AA C VOOCTVIRHiSO 1738 faf L7 C385 i AJ e 7 1939 VCCCTVIHRZ00 17 114 AA C VCCCTV
130. 8 Connector 2pin CNSTPI 7 194 QCNCM70148000 AaB Connector 4pin ICNTXM 195 AF B Diode SR104 ibi 196 VHDSRIOJJ1 AF B Diode SR104 02 197 VHDSRIOJ J4 B Diode SR104 D3 198 VHDSRIJ J1 AF Diode SR104 199 VHDDAP202UI B Diode DAP202U 05 200 VADDA204K B Diode DA204K 100 201 15535571__ 1 AB B 09 155355 10101 202 VHDHRWOSO2A B Diode HRW0502A 0102 203 VHDHRWOSO2A AD B Diode HRW0502A 0103 204 VHDHRWOSO2A AD B Diode HRW0502A 0104 205 VHDHRWOSO2A AD B Diode HRW0502A 0105 206 VHDHRWOSO2A B Diode HRWO502A 0106 207 VHDHRWOSO2A AD B Diode HRW0502A 0107 208 VHDHRWOSO2A Diode HRW0502A 10108 209 VHDHRWOSO2A Diode HRW0502A 10109 210 VHDHRWOSO2A B Diode HRWO502A 0112 211 VHDHRWOSO2A Diode HRW0502A 0115 212 VHDDA2OAKI T B Diode DA204K 0120 213 VHDHRWOSO2A AD B Diode HRW0502A 10121 7 214 VHDHRWOSO2A B Diode HRW0502A D122 215 VHDHRWOSO2A AD B Diode HRWO502A 012 216 VHDHRWOSO2A AD B Diode HRWO502A 0124 217 VHDHRWOSO2A AD B Diode HRW0502A 0125 218 VHDHRWOSO2A AD Diode HRW0502A 0126 219 VHDHRWOSO2A AD B Diode H
131. 860700 92 AF C OKW4122862900 97 AQ 0KW4122864200 926 AG 0KW4122864300 928 AR C OKW4122868001 919 AG OKW4122610101 87 BP OKW4122610500 1 8 BN B OKW41226200101 9 18 BC B 0KW4122630401 817 AL B OKW4122680502 11 59 AL OKW4122680602 11 32 AV C OKW4122680701 10 28 AL C 0KW4122681302 11 35 AH OKW4122681401 822 AL C OKW4122681702 82 AN C OKW9335141081 10 2 BA B OKW9384131091 11 50 AC C OKW9384170024 1153 AF OKW9384171111 1 82 AD C OKWSS84201021 TST AD T C OKW9646080813 amp Bi AB 7 os o OKW9646080818 9 81 AB C 7 iB C OKWS721080001 SET C OKW97210900001 9 52 BB 0KW9735080813 amp B2 7 98 AB TBE OKW9735030813 AC C 0 19739030613 8 84 AB 7 Jos C 0KW97880308i8 8 88 AB C 7 Jes C 7 os C 7 os AB C ares C 0KW974208083 11 84 AB C LOKW9742081013 10 83 AB OKW97430808133 amp B6 AB PRICE RANK 0 4122035201 0KW4122039102 BB A RT NK E C C C C po 14 414 po er 4 41 SS FO 5800U C SHARP COPYRIGHT 2000 BY SHARP CORPORATION ALL RIGHTS RESERVED No part of this pub
132. 96 interface SCI RxDO 93 RxD1 95 SCKO 97 SCK1 98 I O port PA15 PAO PB15 PBO I O O FO 5800U C 2 Image memory block This block is composed of memory PWB circuit Refer to 2 1 Circuit description of memory PWB for the details 3 Modem block The block is mainly composed of the modem R288F IC41 and is pro vided with the following modem function Table 1 1 Configurations Signaling Rates and Data Rates auem munai Configuration Modulation 1 Hz 0 0196 t 0 0196 Symbols Sec Data TCM Points V 34 33600 TCM TCM 3429 only V 34 31200 TCM TCM Note 2 V 34 28800 TCM TCM Note 2 V 34 26400 TCM TCM Note 2 V 34 24000 TCM TCM Note 2 V 34 21600 TCM TCM Note 2 V 34 19200 TCM TCM Note 2 V 34 16800 TCM TCM Note 2 V 34 14400 TCM TCM Note 2 V 34 12000 TCM TCM Note 2 V 34 9600 TCM TCM Note 2 V 34 7200 TCM TCM Note 2 V 34 4800 TCM TCM Note 2 V 34 2400 TCM Note 2 V 23 1200 75 1700 420 1200 75 1200 TCM V 17 14400 TCM TCM V 17 12000 TCM TCM V 17 9600 TCM TCM V 7200 TCM TCM QAM 1080 1750 0 300 1700 9600 2400 1700 7200 2400 QAM 1700 4800 2400 V 27 4800 DPSK 1800 4800 1600 V 27 2400 DPSK 1800 2400 1200 V 21 Channel 2 1750 Notes 1 Modulation legend TCM Trellis Coded Modulation QAM Quadrature Amplitude Modulation FSK Frequency Shift Keying DPSK Differential Phase Shift Keying 2 Adaptive established during handshake
133. AD000 AA Resistor 10W02 55 R263 4395 VRS TS2AD222 AA C Resisto 1 10W 2 2KQ 25 R264 436 VRS TS2AD000 C 1 10400 55 R266 7 437 VRS TS2AD000 AA Resistor i 10W O 55 R267 438 VRS TS2AD103 AA C Resistor 171 0W 10KQ 25 R268 439 VRS TS2AD103 AA Resistor 171 0W 10KQ 25 R269 440 VRS TS2ADI83 AA Resistor 171 0W 18KQ 25 R290 441 VRS TS2AD000 AA C Pesistor 1 10W 00 55 R297 442 VRS TS2ADI83 AA C Resistor 171 0W 18KQ 25 R292 443 VRS TS2AD103 AA C Pesistor 1 10W 10KQ 25 R293 444 VRS TS2AD103 AA Resistor 171 0W 10KQ 25 R294 7 445 VRS TS2AD203 AA C Resistor 1 1 0W 20KQ 25 R295 446 VRS TS2AD203 C Resistor i 10W 20KO 25 R296 447 VRS TS2AD102 AA Resistor 1 10W 1KQ 25 R297 448 VRS TS2AD103 AA C Resistor 171 0W 10KQ 55 R299 7 449 VRS TS2AD000 AA Resistor 1 1 0W 35 R300 450 VRS TS2AD472 C Resistor 171 0W 4 7KQ 25 R307 451 VRS TS2AD000 AA C Resistor 171 0W O 55 R302 452 VRS TS2AD472 a C Resistor 10W 47KO 25 R305 489 VRS TS2AD561 AA C Resistor 1 1 0W 5600 55 R307 454 VRS TS2AD472 AA Resistor OW 4 7KO25 O 455 VRS TS2AD472J AA Resstri10W47Koisx 34 456 VRS TS2AD472 AA
134. ADBOSI A 17 271 AN B PRICE NEW PART N N N N 28 01650 2620 BR N 6576 17 254 BD N VHINJM2902M 1 VHINJM2904D 1 VHINJM2904M 1 VHINJM78M12 1 N VHIN78L05UA 1 VHIPST596CMT1 VHIR288F26 1 N VHISM8578BV 1 VHISN74HC157N 24 7 AE VHITC7SOOFU 1 VHITC7S04FU 1 VHITC74HCU04F VHITEA3718SDP 19 66 VHIULN2003ADR 19 68 AF B VHIW24010S7LE 17 252 AZ B 17268 AZ B 06 17240 AZ 17 247 AZ B VHIP7160FBNOA 17 235 BQ N B VHI27160FBPOA 17 235 N B VHI74VHCO2F 1 19 70 AF VHI7AVHCO4F i 17 245 AE TB VHI74VHC393FT VHPPC814X 1 VHPSG206S 1 24 8 VHPTLP521 1BL VHPTLP627 1 NE VHRS21MT2 1 VHSTF321S 1 20 88 AG EN 24 7 N 5 12411 1 20 93 AN 03 2 3 20 89 AG VHVC271D10A 1 20 47 AD 4 20 48 AD 2 504717 18 58 AC po 1859 _VHVICPN20 1 2511 AD 510 7 17229 AG _ 518 31__ 17 230 AE B 4 1964 VHVRASSIPVe 1 181 070101 1 18 60 AB VRD HT2EYOO0J 17 297 AA VRD HT2EY100 18 23 AA C VRD HT2EY103J 18 54 AA 411855 C AK AE AE AH AK _ A A AK AE G G
135. AE AH AK G G AD AD 41 PRICE NEW PART VRD HT2EY103 2548 AA 2520 712521 AA 7 125 522 125232 VRD HT2EY104J 1834 AA VRD HT2EY124J 1858 AA C VRD HT2EY153J 229 AAT 2411 VRD HT2EY181J 24 10 AA 1259 VRD HT2EY183J 1840 2 201 18 45 AA VRD HT2EY228J 1848 AA 4849 O 711851 JAA es VRD HT2EY224J 18 33 C VRD HT2EY300J 18 44 VRD HT2EYSO3J 18 42 AA VRD HT2EYS32J 1852 AA _VRD HT2EY472J 18 39 C 7 fom m C gt 2413 JAA 2414 JaA 7 12415 AA 2416 AAT VRD HT2EY621 1846 AA C 1847 JAA VRD HT2EY751J 1850 AA VRD HT2EY910J 18 43 AA VRD HT2HY223J 1837 C VHD HT2HY910J 17 295 AA C 296 VRD ST2CD122J 20 66 AA VRD ST2CD124J 20 6 AB VRD ST2CD183J 2076 AA C VHD ST2CD222 20698 AA 7 20 77 JA 1208 AA 2079 VRD ST2CD223J 20 63 C 222221200 VRD ST2CD274J 2058 2059 VRD ST2CD330J 2080 AA 2081 _VRD ST2CD331J 2067 AA VRD ST2CD473J 2064 AA
136. Automatic document feeder Paper capacity Compression scheme Halftone grayscale Applicable telephone line Compatibility Printing resolution Input document size Rapid Key Dialing 48 numbers Speed Dialing 100 numbers 2 MB approx 116 pages 33 600 bps max Automatic fallback to lower speeds Approx 2 seconds Initial starter cartridge included with fax machine Approx 3000 pages Replacement cartridge FO 47ND Approx 6000 pages Initial starter cartridge included with fax machine 20 000 pages avg Replacement cartridge FO 47DR 20 000 pages avg Horizontal 203 pels inch 8 pels mm Vertical Standard 98 lines inch 3 85 lines mm Fine Halftone 196 lines inch 7 7 lines mm Super fine 391 lines inch 15 4 lines mm 50 pages max 20 Ib letter paper 1250 sheets one 250 sheet tray and two 500 sheet cassettes MMR MR MH Sharp H2 64 levels Public switched telephone network ITU T CCITT G3 mode Horizontal 406 lines inch 16 lines mm Vertical 391 lines inch 15 4 lines mm PC Printing 600 dpi Automatic feeding Width 5 8 to 10 1 148 to 256 mm Length 5 0 to 14 3 128 to 364 mm Manual feeding Width 5 8 to 11 0 148 to 279 mm Length 5 0 to 17 0 128 to 432 mm Note This facsimile machine is Year 2000 compliant IMPORTANT PLEASE READ FIRST gt Effective Scanning width Effective Printing width Reception modes Instascan speed Full Dual Acc
137. B Varisto ENC271D 10A 49 VHVCZ IDIOAd AD Varistor ENC271D 10A NR 50 QSPGHOD7PAZZ C Varistor DSA302A INRA 1 296 AF Photo coupler PC817X2 PCT 52 VHRSEIMIZLi AK B Photo coupler S21MT2 2 58 VSZSCI2I CIA AC B Transistor SC12130 a2 7 54 VSDTCHMESA AC B Transistor DTC114ESA 103 55 VSDTATIAESAT AC B Transistor DTATT4ESA 04 56 VSZSKa1881 AL B Transistor 25K2185 Q10 57 90 57265 AA C Resisori 6W 470Ko93s5 RT 58 VRD ST2ZCD274 AB C Resistor 1 6W270K2 55 R4 59 VRD ST2ZCD2 4 AB Resisto 1 6W270KQ 55 RS 60 VRS FISDD220 AC C Resistor 2W 220 35 R6 6i VRD ST2HF68I AB C Resistor 1 2W 6800 25 RS 62 HR NZ0005PAZZ7 C fResistori 4W 3 9KQ R9 63 VRD ST2CD228 AA C Resistor 1 6W 22Ko 45 R10 64 VRD ST2ZCD4 3 AA C Resisor i 6W 47KQ 55 R11 65 HR XZO065PAZZ7 AC C Fusing resistor 1 6W 2 20 R12 66 VRD ST2CD122 AA C Resistor 1 6W 1 2 0 35 R13 7 67 VRD ST2ZCD331 11617300 25 R14 68 VRD ST2ZCD4 3 C Resistor 6W 25 R15 69 VRD ST2CD222 AA C fesistor i 6W 2 2KQ 35 R16 0 VRD ST2CD228 AA C Resistor 1 6W22K2 55 R18 7i HR SZO 4PMZ7 B C Resitor2W Ko R19
138. B000 AA SwewA338 2 XEBSD3OP100O0 AA C Sw _ j B XEBSE3OP10000 AA Sew B4 98503020600 C 50 5 30 1000 AA 50010 Be XBPSNAOPOGKOO AA C Sew O B 509358 DXBZ2RAXHZZ AC C Sw _ j UA m FO 5800U C 2 Exterior etc 2 B1 Drive unit Scanner frame unit m D 7 72 NA X m Om M x m m Wi Qs eh 8 gt X Y Aq Y Py Z 47 w 5 NV NN N D S Y Y 5 ds E 2 Z AWM AN NN 0 AANE gS 95 gt A A KC N H 7 A YA WA 3 WA 5 le ZA V CO ARS VEO S NA 3 Exterior etc 3 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 2 Exterior etc 1 2320 04 J AZ C Pichrolerasy _ 2 2405 AK C Upprowe 3 2255 AD C Uppercovrlckbulon 4 LPLTMSOISXHZZ AD C Uppercover stopper 5 MLEVP2305XHZZ AD C DRUM detectlever 6 MSPRCSi49XHZZ AB C Hopprspng 7 MSPRC30BXHZZ AH C Pressing 8 MSPRCSIOXHZZ AF C Gearbracketspng 9 MSPRD30MXHZZ AF
139. C O VRS TS2AD331J 17378 AA i 17 382 E VRS TS2AD332J 17314 AA C 7 7 1788 7 9 A8 E 17381 AA 7 175 C 1758 ee 17560 AA VRS TSZADSSSF 17 334 AB C VRS TS2AD388 17 475 AA farsa e VES TSZADSSSF 17 385 AA C _VRS TS2AD393J i991 AA FO 5800U C PRICE NEW E PARTS CODE fA er RANK VRS TS2AD471J TEM C 17497 C 7 711748 6 VRS TSZADA72 17387 AA C rT 178635 Cc 7 17867 TAAL C 1783 5 7 17876 7 1788 A 7 17884 AA C 7 1788 C 7 1788 7 489 AA C 7 17495 AA Te 7 1429 AA C 7 17480 AA Cc 7 480 AAJ 7 1748 AA C 17452 7 C id aa AA C 7 1745 AA C 7 145 C 7 17464 7 48 _ 7 N49 PAA 7 1748 C 7 1748 rae e 7 1750 AA 1976 AA 19 80 AA 19 82 AA 19 84 AA 19385 AA 19 93 AA 1995 AA T9 17 AA VRS TS2AD473J VRS TS2AD513J VRS TS AD5614 7 17469 AA 17 338 7 338 19 105 VRS TS2AD822J VRS TS2AD910J CAA PAA 25 0 AA AA AA
140. CKYPATHF2237 AA Capacitor S0WV 0 022uF c1 2 5 AD Connector 2pin CNT QCNCM28B SCIO O AG Connector 13pin CN2 4 5 _ AC 10 CNG 5 QCNCM2498SCOE O AH Connector 5pin CNA 6 VHDiSR139 400 AB N Diode 1 SR139 400 D1 7 VHSNIAHCBIN O AE IC TTL 74HC157 ICT 8 vHPsG2oes 1 Photo transistor SG206S PCT 9 VRDHT2EYi53 A Resistor 1 4W 15KQ 5 R1 10 VRD HT2EYiBI AA Resistor 1 4W 1800 5 R2 11 VRD HT2EYi53J AA Resistor 1 4W 15KQ 55 R3 12 VRD HT2EYA72 AA Resistor 1 4W 4 7KQ 5 R4 13 VRD HT2EYAZ2J AA Resistor 1 4W 4 7KQ 35 R5 14 VRD HT2EYAZ2J AA Resistor 1 4W 4 7 596 R6 15 VRD HT2EYAZ2J AA 16 VRD HT2EYA7J __ Ut 901 DCEKZ472BXHO1 AT MEE E 25 3rd cassette PWB unit 1 VCEAGA1HW335M AB C Capacitor 50WV 3 3uF C2 2 VCKYPAIHB222K AA C Capacitr 50WV 2200PF 3 VCKYPAiHE22872 C Capacitor S0WV 0 0224 C5 36 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 25 3rd cassette PWB unit 4 VOKYPATHF23Z2 C Capacto 50WV 0 022uF Ce GcNCM 0MSCI 10 CNS 6 GCNCM 0MSCOB ab Connector 2pin CNG 7 QCNCM2498SCOE
141. D472 C 17101 47 259 R375 479 VRS TS2AD472 AA Resistor 1 1 0W 4 7K 25 R376 lt 30 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 17 Control PWB unit 480 5 52 07 nResiso1 10W TKa 55 R377 481 VRS TS2AD000 AA C Reesistor 1 10W 0Q 25 R378 482 VRS TS2AD000 C Resistor 1 1 0W 0Q 25 R379 485 VRS TS2AD103 AA C Ressor i0WiOK0os5 Reo 484 VRS TS2AD103 AA C Resso i0WiOKos 183811 485 VRS TS2AD103 AA C Resistor 1 10W 55 R382 486 VHS TS2AD472 A C Resistor 1 1 0W 4 7KQ 595 R383 487 VRS TS2AD472 A C Resistor 1 1 0W 4 7KQ 35 R384 488 VRS TS2AD472 AA C 1 10 74 7 0 35 R385 489 VRS TS2AD000 AA C Reesistor 1 1 0W OS 25 R400 490 VRS TS2AD100 AA C Resistor 1 10W 109 45 R402 491 VRS TS2AD101 AA C fesisto 1 fOW 1000 25 R404 492 VRS TS2AD103 AA C Resistor 1 10W TOKQ 25 R406 498 VRS TS2AD103 C Reesistor 1 10W 55 R407 494 VAS IS2ADI03 AA C Resistor 1 10W 55 R408 495 VRS TS2AD103 AA C Resistor 1 10W 55 R409 496 VRS TS2AD271 fesisto 1 fOW 2700 25 8410 497 5 52 04 AA Resistor 1 10W 4700 25 498 VRS TS2AD47 AA fesisto 1 fOW 2700 25 R412
142. ER PWB 2 VD O Digital multi meter G 8 DG X 9 DG 3 6 FN s HREAYOFF Voltage for adjust 2 Check point for voltage FO 5800U C ADJUST VOLTAGE LIST Top Void Printer Adjust Voltage Label mm Fig 2 VR1 Fig 1 5 96 9 4 42 70 88 3 87V 9 0 10 9 3 14V 11 0 12 9 2 50 13 0 14 9 1 86V 15 0 17 0 1 22V 2 protectors replacement ICPs IC Protectors are installed to protect the TX motor drive circuit and verification stamp drive circuit ICPs protect various ICs and elec tronic circuits from an overcurrent condition The location of ICPs are shown below CNLIU CONTROL PWB BOTTOM SIDE CNSP F101 1 CNSEN 24 CNCIS 8 F100 CNTXM CNSTP 1 1 4 1 1 10 Fig 3 F100 ICPS10 is installed in order to protect IC s from and overcurrent generated in the verification stamp drive circuit If F100 is open replace it with a new one F101 ICPS18 is installed in order to protect IC s from an overcurrent generated in the TX motor drive circuit If F101 is open replace it with a new one In addition to the replacement of F101 and F100 the factor causing F101 and F100 to open must also be repaired If no
143. ESE AO FAL GCABA2327XHSD GCABB2328XHSA GCABC2329XHSA GCABD2330XHSA GCABE2331XHSA GCABG2333XHSA N op ch cO AK 134 154 2 4 5 135 AN S C AN GCASPZIU7XHZZ 42 MM D GCASP2108XHSA AT GCASPZIOSXHSA 22 AM C AMI GCOVA2405XHSA 22 C GCOVA2407XHSA 136 i56 C GCOVAZAOBXHSA 130 AH D 207 387 AH Te 157 C Mm 1 JETN2IB4XHZZ 43 AK C 188 77 44 E JBTN 2187XHZZ JBTN 2189XHZC JBTN 2253XHSA JBTN 2254XHSA JBTN 2255XHSA LANGF2819XHZZ LANGF2825XHZZ 58 TANGENT 1345 AV N TANGK8132PAZZ 20 1 AC _ C 8223 22 202 AE C 8224 22 203 AE C 22 T12 faf fe LBSHP2109XHZZ 139 AF C 189 far LBSHPZITSXHZZ 72 LLERM2DIXHZZ 73 ALL C LFRM 2202XHZZ 113 AP LFRM 2203XHZZ 114 LHLDWA188SCZZ 145 AC C LLHLDWATB2SCZZ 146 AC C LHLDWA1838CZZ 117 c N PRICE NEW PART LHLDW2183SCZ7 61 AD C LPINS2032XHZ7 13 10 AF C c LPLTM3011XHZZ 52 AK LPLTM3012XHZZ 74 C 3013 22 62 AK LPLTM3014XHZZ LPLTM3015XHZZ 149 LPLTMS018XHZ7 1 20 AN 3019 22 24 AD C LPLTM3022XHZZ 12
144. FJ59 17 Terminal list RTCIO 5 TO GAN RTCIO RTC input output control 5 TO GAIN Output port 6 MTSTART Input port 7 Interrupt request signal from LC82103 57 A3 System address input 66 _ System address input 8 xiccs Chip select signal to LC82103 A2 i 9 09 Reading QM coder LSI address output 59 fa2 10 0 00 _ Reading QM coder LSI address output 60 SHCK Clock 19 6MHz from CPU t GND 12 0 aon Reading QM coder LSI address output VD 18 0 aot2 Reading QM coder LSI address output A Systemaddressinput a0 Systemaddress input OM D System data input output 16 0 00 7 ReadingQM coder LSI address output IO2M 08 System data input output 17 0 01 Reading QM coder LSI address output 18 0 02 Reading QM coder LSI address output 68 IO2M D6 System data input output 19 03 Reading QM coder LSI address output 69 2 D5 System data input output 20 jPowrsuppy 70 4 System data input output 21 GND X Ground 71 D3 System data input output 22 04 7 Reading QM coder LSI address output 72 IO2M D2 System data input output 23 05 Reading QM coder LSI address output 73 102 Dt System
145. FM AF B IC SCHMITT TRIGER INVERTER 74HC14 1634 282 _ AK B IC DUAL D TYPE FLIP FLOPS 74VHC393 IC35 263 VHIWa401087 LE _ AZ B IC MbiSRAM WW24010S 70D IC36 264 VHIPSTEO6CMTI AF B IGSYSTEMRESET PST596 1637 265 _VHIR2BBF26 1 BV N B 1 336000 FAX 258 7 266 VHITC7SoaFUT AD IC INVERTER TC7S04FU C42 207 VHINJM2902M1 AF B IC QUADRUPLE OPE AMP NJM2902M 1643 268 VHINJM2904M i AE __ B IC DUAL OPE 5 2904 44 7 269 VHINJM7EMIZ31 AG N B IC REGULATOR NJM7 M12 45 270 VHIIC S00FU4 AE B IC NAND GATE IC7S00FU 46 271 VHIADBEOSTLI N B IC OPE AMP AD8051 C100 272 VHIIC4HCUOM4F AE 74 004 i101 2 3 VHIN78LOSUA1 AK B IC REGULATOR NJM7LO5UA C500 274 VRS TS2AD00J aa Resistor 1 0W 00 1572 100 275 VRS TS2AD000J aa 1100700 259 12701 276 2 I AA C Resistor 1 1 0W 100 45 12703 277 VRS TS2AD000J AA C Resistor 11 0W 00 45 Coill HH L500 279 VRS TS2AD000J 1100700159 12501 280 VRS TS2AD000J AA C 17100700 359 L502 281 VS28Di64 AE B Transistor 2SD1 164 101 282 VS28D1664Q AD B Transistor 2SD16640 101
146. FO 5800U C SHARP SERVICE MANUAL No 002 580005 FACSIMILE MODEL FO 5800 Illustration FO 5800 In this Service Manual for FO 5800U C which is provided with 3rd cassette and memory PWB FO 1Mk only the information which differs from that for FO 5700U C already issed is contained For the information not contained refer to the Service Manual for FO 5700U 002 570005 or FO 5700C 00ZFO5700CSME FO 4700U FO 47UC 00ZFO4700USME or FO 4700C FO 47UC 00ZFO4700CSME and FO 1MK 00ZFO1MKCUSME Difference between FO 5700U C and FO 5800U C FO 5700U C FOS8QUC 5800U C ard cassette STANDARD EQUIPMENT U DCEKC489MXHZZ U DCEKC282NXHZZ C DCEKC283NXHZZ C DCEKC688NXHZZ Printer PWB unit DCEKCA470BXHO01 DCEKC470BXH02 This laser facsimile is a class 1 laser product that complies with 21CFR 1040 10 and 1040 11 of the CDRH or IEC60825 1 standard This means that this machine does not produce a hazardous laser radiation The use of controls adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure Control PWB unit This laser radiation is not a danger to the skin but when an exact focusing of the laser beam is achieved on the eyes retina there is danger of spot damage to the retina The following cautions must be observed to avoid exposure of the laser beam to your eyes at the time of servicing 1 When a problem in the laser
147. I AA C Capacitor 25WV 0 11 C142 54 VCKYIVIHB222K AA Capacitor 50WV 2200PF C143 55 VCKYTVIHBEZBK A C Capacitor 50WV 2200PF C44 56 VCKYTVIHBIBK AA C Capacito 0WV 1000PF C146 57 VCCSTVIHL33I AA C 5047 330PF 6147 58 AA Capacitor 25WV C148 047 AA Capacitor 25WV 0 1uF C149 60 VRS TS2AD000J Resistor 1 10W 00 5 C151 1 4 O AA C Capaciorf25WV C153 62 VCKYTVIHBERBK AA Capacitor S0WV 2200PF C154 63 4 AA C Capacior25WV 0 155 64 VCCCTVIHH RD AO Capacitor 50WV 7PF C156 65 VCKYTVIHBEBBK Ma C Capacio 0WV 2200PF 6157 66 VCKYIVICFTOSZ AB Capacito 16WV C158 67 VCKYIVICFIOSZ AB Capacitor T6WV 1 C160 68 VCCCTVIHH30J AA Capacior0WV 30PF 161 69 VCCSTVIHLIORJ AA C Capacitor 50WV 1000PF 2162 70 VCCCIVIHHiO AA Capacitor 50WV 100PF C163 i 4 I AA C Capacior25WV 2164 72 AB C Capacitor T6WV C166 73 4 AA C Capacior25WV 0 1 C167 74 VCKYIVIEFIOAZ AA Capacior25WV 0 1uF C68 75 AA Capa
148. IHHGROC 17 154 AA VGGCTVIHHSO0I 17 88 AA VCCCTVIHHATO 17 182 para VCCCTVIHH7ROD 1741 pared VCCSTVIHL102J 17 69 AA VCCSTVTHETSLI 17160 ADE VCCSTViHLS8i i744 AA C rer 17128 AA VCCSTVIHLATi i748 C wawawan masm VCEREATOWSSEM 178 AB pire 1741 Tas 76 17 10 AH C 228 2021 AF C VCERFUTHMTOSM 20 20 AC C 1058 A6 6 VCEAFUTVMTOBM 20 19 AF C VCEAGATCW227M i92 AB VCEAGATOWA7eM 173 C Ci AB TC 7 Eg 06 172 AA C 07 TB aris 1716 C VCEAGATEWA7eM 1737 C VCEAGATHWIOSM 176 VCEAGATHWTO7M 172 TC VCEAGATHWZZSM 1 amp 6 VCEAGATHWS3SM 251 VCEAGATHWA7SM 175 AA C L7 LEN AMI LC 71843 AA VCEAGA1VW476M Piet ruam LC VCEAPS226AF1C VCKYPATHBEEAK 252 AA 6 VCKYPATHF2232 247 AA C A 254 RA Co VOKYPUTHBTOZK 188 AA C i amp 10 a c 184 AA C VCKYPUTHBA7IK 18 14 AM C VCKYPUTHF2287 185 AA C 1817 1722 8 res
149. LIFE SET MODE TAR LIFE ALL CLEAR LIFE ENTRY MODE 0 o gt 4j TOP ADJUST MODE 9 ce 9 TAR LIFE CLEAR MODE Memory clear when power is turned on Pressing the START and STOP keys turn on the main power and the following message will be displayed MEMORY CLEAR EXECUTE 2 12 YES 2 NO Here when 1 YES is selected the memory will be cleared to be ready for operation If 2 NO is selected it will continue ready for operation as it Is 2 Diagnostic items description 2 1 Fax diagnosis 1 Soft switch mode In this mode the soft switch are set and the soft switch list is printed Soft switch mode screen SOFT SWITCH MODE SW01 00000000 Switch 12345678 DATA No No Data D Switch number selection Press START key for setting of the next soft switch If the soft switch number is the final pressing START key will exit the soft switch mode Enter two digits of a soft switch number to set the switch number If a switch number of unexisting soft switch is entered key error buzzer sounds to reject the input SOFT SWITCHMODE ENTER LAST DIGIT SOFT SWITCH MODE W01 200000000 SW1 SW16 00010110 6 2 Data number selection The cursor position shows the data to be set Pressing key moves the cursor to the right If however the cursor is on data number 8 pressing key shifts the cursor to data number 1 of the next switch number If the swit
150. NA yz E VAFZ O POLS pum z 3SN3S HOA 55 gar 0619 221 2014 Ajddns dALIG H 3 3 V 6 11 FO 5800U C od lt 4 91 1 gi 2 3INIHd 80D0HVZ Wi 01 08201 AG AG og 5 v1 lt O 90 8 gag He 6 80D0HVZ 01 08201 CN b ms Pea AG og cO WN HN Son Hrs nid josaw 8 80D0HVZ Wi 01 98291 617 AS 39125867 lt 9 1 3 v1 38 1 lt ASELO lt 46 6 lt HS S d 10uS dAS amp L9 8 88 3 O 6829 9L Z 2014 101929 9S H 9 V FO 5800U C cO LO T I LL 5 5 5 Oo O m lt Q 9 lt cO LO 1 6 poy MDL15 0 1 6 peep MAE 0 6 13 MD8 MDO e MD9 MD1 MD10 MD2 MD11 MD3 MD12 MD4 MD13 MD5 MD14 MD6 N m MD15 MD7 o T CN 14 D127 D104 HRW0502A HRW0502A MA15 D124 D107 HRW0502A HRW0502A MA16 D128 D103 HRW0502A HRW0502A MA17 D133 D121 HRW0502A HRW0502A MA18 D106 D125 HRW0502A HRW0502A MA19 r D102 D122 HRW0502A HRW0502A MA20 D139 D126 HRW0502A HRW05
151. O Toner cartridge FO 47ND a Drum cartridge FO 47DR 2082 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 16 Packing material amp Accessories I CPLTP2B03XHO3 Av 2 CPLTPS0DSXHC AU C Paperstcktmaywihlabelassy C 3 OCNW 4786XHGY N C C C C 4 SPAKASOIBXHO AK N D Packing 5 SPAKASOIBXHO2 AK N D O oO oS 6 SPAKAIBOEXHZZ H C Botomuay C C C C tC T 7 F 8 AP D Pacigadd C C C C C SPAKC299BXHZZ AS N D Packing case top Made in Thailand U SPAKC299BSCZZ AS N D Packing case top Made in Japan U SPAKC427BXHZZ N D Packing case top Made in Thailand 10 SPAKPSOBBXHZZ AF N D Vmyewer C C B D Vmybag C C C C 2 SSAKA2008XHZZ A D O 8 TINSE4089XHZZ AG N D x N 7141 TLABH4819XHSA AE D 16 SPAKA358BXHZZ N C PhnerrarADP P shel C C TLABP3937XHZZ AD D Paprszelbe 18 TLABZ3935XHZZ2 AF N D RapdKeylbes O 19 GACCDT61BOCZZ AG AC or
152. ONASH L AS8 L3 cL dO3GIW 8 L 9 S vay v 5 L ody AIDdNO 1 od 0S od 67 ldO l4 8v 47 c8 14 9v ALIE Sv IV vv ev V ov pV LV SV 07 9v 6 AN 9 8v 46 6V 96 OLY 96 LLV 66 IV Le SIV 05 LIV 8c SIV 26 9c oa Ge ve c Ic Sa 0c 9d 61 81 6d 91 91 cta LE 01 6 ASH 1A 8 AS 2 9 9 HHMW r od 6 0621 od L dONO od 8 13 ldO 4 Lad AYOWAW AS814 AS quw od HHMWN od e o ALLASSVO ENO MIOEWN NO 191 911 ALLASSVO d Sq AS SMOId Aver OO TI OLR CO MD MIOEW 197 911 ALLASSVO d od eld io Aver ALLASSVO
153. OSN3S HddVd lad 1 HOSN3S LNO d Sd HOSN3S LIX3 H3dVd GIONS 10S 4 H3dVd 1 15 2 AS H3ISINH3HL L AS 2 Viva T S zd 3 9351 S eoavai q gMd 9 do Z NVOS S HOLOW NODA lOd 4 3 FO 5800U C Point to point diagram and connector signal name 2 NOILdO Od 4127 04 LOLd9d od HMLO006Q ASf a 9d 621006 0 3 1Vr009q 613938 qQur009q LNIOd ASt SLS dM 10US dAS8 9 diNldd AQuHd3 ONASH AS813 dO3GIA N OO FS LO 07 od 65 1210924 8 od MHLIOO6Q 96 AS S HMLOO6Q ve ASf89d SE SOL006Q 1 0090 be e13S3u oe 0090 6 8z 0090 42 LNIOd 92 Ge ve od c SLS od 12 dX O9usS 02 dAS819 61 d LNIHd 81 AQuHd3 LL 9 SL AqQudd
154. P E output P PASS FO 5800U C 4 Auto feeder mode The auto feed function can be checked by inserting and discharging the document The distance between pages can be displayed during op eration of the scanner D Check of auto feed function After this mode is activated set up the document and press the START key and it will be automatically fed Before the START key is pressed the document sensor alone is activated Moreover the document size A4 B4 and sensor information A4 B4 ORG are dis played when the document sensor is turned 04 AUTO FEEDER MODE After setup of the document 04 AUTO FEEDER MODE B4 A4 B4 ORG Only the sensor which is activated fallen down is displayed The paper sheet size A4 B4 is displayed 2 Display of distance between pages during operation of the scanner Soon after this mode is activated press the FUNCTION key for 5 seconds or more and the display mode of the distance between pages will be activated Then set up the sending paper and select the image quality and then press the START key and operation will be started Be sure to press the FUNCTION key prior to the START key If the FUNCTION key is not pressed but the START key is pressed it will operate in the same matter as in the existing auto feeder mode If the START key is pressed the FUNCTION key will be invalid hereafter Therefore the display mode of the distance between pages and t
155. PZHO I L 996551 ezed 420 lt q 39 8 20 ok 19 97591 S3HNVNW AS AS 9q 2 3 oc HA VILOHVZ arel 42014 NVHS 8 19594 V 6 2 FO 5800U C 9 6 91 1 75 VAS O 00991 995551 062 Vvvol Sq 9 od 9 062 9679 od O 556551 oosa GG oq OV 8 2 01162 01 i 810 ZLO 0 099 6150 8 8 0 LL LOST cM gest oq DYN 32 10 L 7792 01 8159 7 160 919 VAS O T 0 92 01 8 1 02 77916047 SLO SESH LO 59 01 ve GIGO YES OSSH e 6050 ig 92 015 O EE a 1674081 60541 O77 0160 80991 02 55 2 2 MC vv 6t BS ev St ON od 2 aro X01 2050 6059 05 20841 9059 Daz tr 92GH MOL LZSH SE AS O K MOL 099 62 5 90541 T S0SdL 70691 0 55 3 0 OA 338 LVXL oVX L 0d9 AX3A3 M 193A3 ONASA3 lVaxL 1nOXu M 10H M 19Q L MIOLX 95 asly SLO Sid axy 9 GONId 1 IN33OW XVd 53100966 NIM19 VI NIM19 13538 19899 dsa sad dOd ON dsa
156. Pin 111 MAENB Address enable signal of image bus of H CK16M EN D813201F 16 MHz clock input RDCDC Ed RDCDCB 112 113 114 139 138 137 136 135 133 132 131 130 129 128 127 126 124 123 122 121 120 119 118 117 155 154 153 152 151 150 149 148 147 146 145 144 156 Register read signal active H of HD813201F of CPU Register read signal active L of HD813201F of CPU Address of image bus of HD813201F Address data of image bus of HD813201F Input mode is selected when HD813201F gets an access to image bus MAENB L Data bus to memory page memory is selected when gate array LR38292 gets an access to the image bus Address bus to memory of image bus page memory When HD813201F gets an access to the image bus address of MA21 thru MA16 MAD15 thru MAD1 are converted to Row Column address in the page memory DRAM and output When gate array LR38292 gets an access to the image bus Row Column address is output to the page memory DRAM Write signal to memory page memory DRAM of image bus RAS1 signal to memory page memory DRAM of image bus RASO signal to memory page memory DRAM of image bus CAS signal to memory page memory DRAM of image bus Setting of size of memory page memory DRAM of image bus Low 16 Mbits High 12 Mbits Setting of type of memory page memory DRAM of image bus Low Address 8 bit type High address 12 bit type Valid onl
157. RW0502A 0127 220 VHDHRWOSO2A Diode HRW0502A 0128 221 VHDHRWOSO2A AD B Diode HRW0502A 10133 7 222 VHDHRWOSO2A B Diode HRW0502A 5139 223 VHDHRWOSO2A AD Diode HRW0502A 10140 224 VHDISSS55Li 09 155355 10141 225 VHDHRW0502AT B Diode HRW0502A 10142 226 VHDHRWOSO2A Diode HRW0502A 0145 227 VHDISSS58L 09 155355 0500 228 15535571__ B Diode 155355 D501 229 VAVICPSI AG B Chip tuse ICP ST 0 F100 280 VHVICPSiB 1 B Chipfuse ICP S1 8 231 VHIBU4066BCFI 1 AD B ICANALOG SW BU4066 232 VHINJM2904M i AE _ IC DUAL OPE AMP NJMZS04N TA 233 VAILH5TI6NA0 A _ IC 16Kbit SRAM LH5116NA 10 234 QSOCZ20668042 aP Sockei42pin 235 VHI27160FBN0A N B IC 16Mbit 16 ICAU 27160 N B IC 16Mbit 16 IC4 C 256 VHIHD 4HHCOd4FM B 1 74 04 IC 287 2103 1__ I IMAGESIGNAL PROCESSOR LCBZ103 5 238 VAILB1845 1 B IMolorDrver LB1845 167 239 VHIHD74HCTS7F _ IC QUAD2 TO 10ATASELECTORS 74HC157 53 27 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 17 Control PWB unit 240 VHIMTGE JG6 AZ B IGA46MbiDRAM HY5
158. SININ E e ONS B E 05 60160 3zISWuq 5 O I js avo rr OL00Ld L QNO 5 mnayo 97 01 m SOA 9599 SvoWal 3 01 O DOA 8ISVH Oo00Ld L S 29 805 ge 5 VO 5 84 87 88588 Bs ON Tce 55555490 91 iuge lt 0 7 too Soe ILLI uio ii regen ony IONASHI iiM Exc DEL wd ari T 0041 C IN3Sd 6 apr 99 ddot pe 0 nr L VV 99 71 qO C SY ih 354 5 p1 D gt gAqutud g ALVD I 628 abi 98 71 gSAQHd3 c6c8 H1 z N3Sd am SACS 66dL oe 1 9691 My SN3Sd 2 GEKA SES 86dl zg 8 5819 091 PIYE S 82 21 wg od 91399 8 072 291 gt E 6 072 7918 2 zg ONO 072 91H edid m se 02 H 072 891H 2 2 FD lz G6dL 83 21 072 7918 gt s mus 8 rol O ze 0 1 072 said gt E ve gz v 072 S91H sad 9 ez Si 072 691 mm 89 7 1610 6l A d og ani or 201 O re WI 8r 9841 rea eid 61 T dl san O er JO 9V z
159. START key and the signals will be transmitted in the following sequence It can be used to check the modem and so on 1 No signals 2 4800BPS V27ter 3 14400BPS V 33 4 12000BPS V 33 5 14400BPS V 17 6 12000 5 V 17 7 9600BPS V 17 8 7200BPS V 17 9 9600BPS V 29 10 7200BPS V 29 11 4800BPS V27ter 12 2400BPS V27ter 13 300BPS FLAG 14 2100Hz CED 15 1100Hz CNG 10 Comm check mode 1 Turn on the line monitor 2 Turn off the COVER SHEET FUNCTION 3 Set line equivalence at 0 km After the check it is necessary to be sure to return the aforementioned soft switches into the initial state Clear the memory with the diagnosis 11 Memory clear Clear the back up memory to initialize the soft switches The flash memory will be initialized Then the initialized list be output 12 Flash memory The flash memory is checked The ordinary memories ROM SRAM DRAM are checked in the ROM amp RAM check process The write read test is taken every block to print the result When an error occurs the following error buzzer will sound Number of buzzer sounds Check device 9 times Short sounds Flash memory Option During operation of this diagnosis dual operation is not possible at all If this is excessively repeated it will shorten the life of the flash memory 13 All FAX TEL entry mode The function is used to simplify the registration of FAX TEL
160. Set to 0 SWS868 No 1 No Set to 0 SW89 No 1 No Set to 0 SW90 No 1 No Set to 0 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved 8 Reserved FO 5800U C FO 5800U C SW91 No 1 No 8 Reserved Set to 0 SW92 No 1 No 8 Reserved Set to 0 SW93 No 1 No 8 Reserved Set to 0 SW94 No 1 No 8 Reserved Set to 0 SW95 No 1 No 8 Reserved Set to 0 SW96 No 1 No 8 Reserved Set to 0 SW97 No 1 No 8 Reserved Set to 0 SW98 No 1 No 8 Reserved Set to 0 SW99 No 1 No 6 Reserved Set to 0 SW99 No 7 No 8 Reserved Set to 1 3 Troubleshooting 1 Fax troubleshooting Refer to the following actions to troubleshoot any of the problems men tioned in 1 4 1 A communication error occurs FO 5800U C Apply line equalization SOFT SWITCH 8 1 2 May be used in all cases Slow down the transmission speed SOFT SWITCH 6 5 6 7 8 May be used in case 2 3 2 Image distortion produced Replace the LIU PWB 3 Unable to do overseas communication May be used in all cases 4
161. SgeapOB Z 5 RMOTZZI4EXHZZ B Bi 8090 06004 AA Sew 7 S OOOO x j J x TS x eee x T U U UI U U U U U T T Y T U T T LLLI j J x U U UI UU U T T j J E E x j TT T 2 12 j CU U U U U U U U U U U U U U T U T U U U C TU TC TC U C U U U U T C U TU j G G a j 7 x j J x 7 U 3 YU s s Jj x S E E j G C 7 j peux 7 Scanner frame unit T CBSHP2079SC02 TAL C Scmmereedduch 2 77 77 82 2 LBSHP2IIBXHZZ AH C DRBerng j 3 LFRM2201XHZZ AL C 4 LPLIMBOT2XHZZ AL _ C Scawersupotpate 5 MSPRCSiSEXHZZ C OSs 6 MSPRD30B6XHZZ AH C Pichrmlersping O 7 MSPRP2B XHZZ AC C Stpprspng 8 MSPRP30XHZZ AF 5 O 9 MSPRP30BXHZZ AF C SU2eathspig O O 10 NBRGP2128XHZA AE C Ben ii NBRGP2i38XHZZ AD C O O 12 NBRGP2I4MIXHZZ AH C sScame
162. Signal transmission level is set to 10dBm SW14 7 2 12 FO 5800U C Switch setting and function Initial 0 in setting Reewd Reewd TT Reewd Reewd TT Reewd TT 21 r o z g E gt NO CI Signal OFF detect enable time O1 O gt 5 5 N o O CP CCC NE Reseved __ Distinctive ringing OFF STD RING1 RING2 RING3 RING4 RING5 Lj Reseved Reserved 000 Reseved 0 Reseved 0 00 Reseved 0004 Reseved 0 1 Reseved 0004 Reseved 0 00 Reseved Reseved 0 00 Reseved Reseved 00 s s _ p p Ss SS OO cO 2 WN N O 2 13 FO 5800U C DATA Switch setting and function Initial NO ITEM Hemarks Reserved 1 Reserved Busy tone detection frequency SW NO SW2 LOT 4 No 5 No 6 SW23 o q 520 640Hz 300 600 2 380 500Hz reserve reserve A O SW2 N 5 O 62 2 N N N I N N 2 44 E SW27 SW28 5 29 51 30 5 31 FO 5800U C
163. Sv x REI MEA z i 9v fez 9v fee N MEEA 224 V 8v ESSA av 8v 02 02 CEA CEGA 70 vet sv I 81 8L 1 i 8 E 80 E 917 O 6 0r j 8 91 8 91 8 91 2 VJ 2 AV PENA 9 81 9 SIV 2 9 81 G S 61V vid 06 S 6V 25 lt gt 1 pats Y vg 0 99A y we LLOI 8 0 od 0 0 I 62 62 80 66 5d 22 Dd 2 og I I lt lt 1 98 1 lt 1 2 1 91 2501 92 91 feson 2501 Ast Onst oO O 95 n O 5 gt gt 46 1 Ag E es od Asmu e 55 od 63 90 915 09 1 gt 5915 AS lt e 99 P 3MWdO SS 25 2MWdO _SS 26 oe 28 82 IV j 82 IV m 82 1 gt 82 1 gt lt z ev 6614 22 w SH zi x v 92 EY zo w x re SV od e Z 59 00 92 sv s 8 td o CNN e oF 02 87 oF 02 87 CNN Sr e e 8L 8 sq 9r 8 sq 9r sq o 8 e o L HV 8g 6 5 t A 40 3 er 8d o 8d 21 SIV ES E lt 19 4 1 T lt 1S dONO _ 6 7 Dr ww ea e
164. TM1241D TROT 94 C Variable resistor 95 VHEHZSeBZLi AC B Zenerdiode HZS682 201 96 VHEHZSIS3H1 B Zererdiode HZS15 3 202 97 B Zener diode HZS6B2 ZD3 98 7527 __ B Zererdiode HZ827 3 204 99 VHEHZS363 1 AC B Zenerdiode HZS36 1 205 100 QLUGZ008PAZZ ae C B2 DCBZ0254PAZZ O AB C O O j 831820747 AB _ j DCBZOA7PMZZ2 O AB C B5 XBSSNSOPOU AA C Screw 3x6 x QU I A 901 RDENTZISSXHZZ 1 BM E PowesuplyPWBun 21 Operation panel PWB unit ity yoy O O DCEKPA496AXH03 BC E Operation panel PWB unit O pou O O O O __ y O O 22 High voltage PWB unit Unit OKW4109620201 BR E High voltage PWB unit 01 O O x j j yyy O O x j j j C x yyy O 23 Toner empty PWB unit Unit 4122010202 BD Toner empty PWB unit 414 14 22202222227 000022 pT 11 24 2nd cassette PWB unit 15 16 VRD HT2EY472J VRD HT2EY472J Unit DCEKZ472BXH01 Resistor 1 4W 4 7KQ 5 1 4W 4 7KQ 5 N Resistor R8 901 m 2nd cassette PWB unit 1 V
165. W4109305201 C 0KW4109350203 C 0KW4109410301 EUN OKW4109410403 OKW4109410703 C OKW4109410802 rowaroodt 1201 OKW4109411201 OKW4109411403 OKW4109411503 C 0KW4109411702 C 0 4109411803 C OKW4109550101 C OKW4109550201 OKW4109550312 EUN OKW4109550503 C 0KW4109551201 EUM 0 4109551601 90400 0KW4109554201 10 21 AD OKW4109554301 10 16 OKW4109554401 10 22 OKW4109555001 10 31 OKW4109620201 1154 BR 22901 BR OKWA109830101 11 36 AN OKW41096302001 1017 AY B OKW41096502001 1024 BB B OKW4109670101 1027 AY B OKW4110075810 95 OKW41103018001 910 AC LOKWA4110380300 922 AC OKW4110881101 107 OKW4110883501 10 8 OKW4110553600 109 AS FOKW4T22010202 84 BD E 80 _OKW4122020101 925 AG Cc FO 5800U C 0 4122030102 11 5 0 4122033102 RICE NEW PA PRICE NEW PART PRICE NEW PART l 0 4122206801 0 4122206901 0 4122207001 OKW4122207102 OKW4122207601 0KW4122207801 8 6 0KW4122207902 8 9 AQ 0 4122233001 0KW4122233101 0KW4122235001 OKW4i22252000 1147 AV C OKW4122252101 11 22 AD C OKW41222822001 11 16 AN OKW4122300101 934 AU C OKW412230020 98 OKW4122
166. Z AR C FO A 7 17 100 AA 27 17401 AA 00000 7112 AA H AA 7 7 17 322 i EAR 7 17 124 7 17125 7 17 26 AA 7 17 189 7 7482 AA 7 17 83 AA 17 138 17 148 717148 NN 7 Jre 17165 ries po E 17169 AA _ 717470 AA _ 717172 LC e 1920 RA 7 4 AA x 7 f AAT T 7 2396 4 267 C 7TB IAT 7 2S A 7 O C 7 en 7 BEA 12613 1 32 1940 C VCKYTVIHBIORK 1756 AA 7 7 TC TIBIA TC 1752 AB C gt 17452 AB CC VCKYTVIHBZZIK 17176 AA C C A A A A A A A A A A A A A A A A A 99 90 VCKYTVIHB222K 1728 AA s rs e 7 re TC 765 C irs L7 1796 C 7 1174 m 17105 6 17108 arto Te ortega 7 AA arta AA 7 Wi NT T74 airs Le FO 5800U C PRICE NEW PART VCKYTVAHB222K 17
167. apachor60WV2200P 6253 95 VOKYIVIEFTOZ AA C Capaio QsWVOluF SSCS BOB YT 96 IAAL C CapadirQsWVOluF O OOO 205 97 1 AA C Capaio QsWVOluF O 96 I AA C Capadio 2sWVOduF 208 99 AA C CapatrQsWVOluF O 3100 AA C CapadioQsWVOluF O 3101 VCKYIViEFTMZ AA C Capaio QsWVOluF O O 2 102 AA C Capadio gsWVOlduF 6222 103 VCKYTVIHBAZZK AA C Capadio BOWV4 OPF O 23 104 AA C Capadio geWVOluF 225 105 VCKYIVIHBzZ2K m C Capadio BOWV220PF 27 106 AA C Capadio gSWVOluF O 228 107 VCKYIVIHBzZ2K AA C Capadio BOWV220PF O 29 108 2 m C 2200P 20 109 VCKYIVIHBz22K m C 22000 2 0 VCKYTVIHBZZ2K AA C Capachor60WV 2200P 6232 1M AA C 254 04400 2 VCKYIViEFTZ AA C CapaioQsWVOluF O
168. at low Name and function 19 44 Quartz oscillation input terminal and external clock input terminal CIX Quartz oscillation output terminal BL NL Low pass filter terminal of PLL circuit Connected to capacitor 1000pF and resistor 10kQ through GND CLKMOD 40 Terminal to switch quartz oscillation connection or external clock input mode 0 Quartz oscillation 1 External clock CLKO 21 Clock output terminal Rectangular wave which is synchronous with the internal clock of IDP201 is output RTCH 60 O Number of transfers of EOL detected by IDP201 during RTC receiving is 10 Page memory block The page memory block is composed of one DRAM of 1M x 16 bits being commonly used as the image memory The memory is divided into the page memory for the scanner and the page memory for printing The page memory for scanner is composed of the partial area of IC9 The image data of approx one page except in the super fine mode of the draft read with the scanner can be stored They are stored until they are contracted by CODEC The page memory for printing is composed of the remaining areas of IC9 and can store approx one page of the image data decoded by CODEC The data are stored until they are transferred to PCU with the gate array B and printed Dos 19 FO 5800U C 11 Driver block Sending motor driver 7 LB1845 28 pin DIP This IC driver at the sending motor at the
169. ce manual of FO 4700U FO 47UC or FO 4700C FO 47UC CHAPTER 6 CIRCUIT SCHEMATICS AND PARTS LAYOUT iControl PWB 4 a PEED SS SS Sn A RV RP oa wee apa s ahua PUB sees RENER Sus E 4 Power supply PWB circuit Operation panel PWB CUCU suco usuyasa ond HE Qw aQ aw N 6 High voltage PWB circuit 7 Toner empty PWB circuit 8 2nd cassette PWB circuit 9 3rd cassette PWB circuit 10 Memory PWB CHAPTER 7 OPERATION FLOWCHART 1 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC 2 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC CHAPTER 8 OTHERS 1 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC 2 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC PARTS GUIDE FO 5800U C CHAPTER 1 GENERAL DESCRIPTION 1 Specifications GENERAL Automatic dialing Memory size Modem speed Transmission time Toner cartridge yield 4 page coverage letter paper Drum cartridge yield Resolution
170. ch number is the final pressing key will exit the soft switch mode Pressing key moves the cursor to the left If however the cursor is on data number 1 pressing gt lt key shifts the cursor to data number 1 of the former switch number If the switch number is 1 pressing gt lt key will not move the cursor and the error buzzer will sound 9 Data setting method Press the FUNCTION key and the data at the position of the cursor will be reversed to 0 when itis 1 orto 1 when itis 0 If the soft switch can be changed at the bit Refer to 6 the error buzzer will sound with the process not received 4 Outputting method of soft switch list In the soft switch mode press the REPORT key and the soft switch list will be output If the recording paper runs out or is clogged the key error buzzer will sound with the process not received 5 Storage of data In the following case the data of the soft switches set will be stored t is shifted to set the next soft switch by pressing the START switch e tis shifted to set the next soft switch with the key e It is shifted to set the last soft switch with the gt lt key e tisshifted to set another soft switch by inputting two digits as the switch number When 2 digits are completely input Output of the soft switch list is started 6 Inhibition of data change This is also applicable for the optional setting In the following case it is inhibited to
171. change the data with the key error buzzer Switching ON OFF of ECM during the use of image memory Switching OFF to ON of the print hold function when the print hold pass code has not yet been registered Clearing the print hold pass code when print hold function is ON Switching ON OFF of the print hold function during the use of memory such as in the case of substitute receiving FO 5800U C OFF to ON of telephone billing function which is using the image memory is used Note In the existing set the telephone billing code function is specified from OFF to ON when the timer system communication including the batch communication is set Here the memory is usable when the telephone billing code func tion is on It can be set from ON to OFF while the memory is used However if setting is practically changed even once it can not be returned from OFF to ON Switching ON OFF of PC interface function during the use of im age memory OFF to ON of department control function during use of image memory Note In the existing set the department control function is set from OFF to ON when the timer communication including the batch sending or the memory hold is set ON to OFF of continuous serial polling function when the con tinuous serial polling is started Note In the existing set ON to OFF of the continuous serial polling function when the continuous serial polling is registered has been applied but th
172. cior0WV 30PF C169 76 04 I AA C Capacior25WV 0 1 6170 77 VORYIVIEFIOZ AA C Capacior25WV 0 1uF 171 78 VCKYIVIEFTOAZ AA Capacior25WV 1uF C174 79 22 A C Capacitor 50WV 2200PF 6177 80 VCCCTVIHHi20 AA Capacitor S0WV 2 C178 _ 25 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 17 Control PWB unit VORVIVIEFTOZ AA C 82 VCKYIViEFIZ AA C GapactoraSWVOIn 8 83 AA C Capao QsWVOluF SSCS BATT 84 I AA C CapaoQsWVOluF OO 8 85 VCKYIVIHBIO2K AA C Capadio BOWV1OUPF 983 86 I AA C Capadio gsWVOluF O OO o 189 87 AA C Capao QsWVOluF O C180 88 VCKYIViEFTMZ AA C Capao QsWVOluF O O 92 AA 89 IAAL 6 Gapactor2SWVOIn GG 90 VCKYIVIHBz22K aa C Capacior50WV 2200PF 6197 C Capadio B0OWV2200pF 9 92 VCKYIVIHBIOKK AB C Capaio BOWVOOluF C200 93 AA Capacitor 25WV 0 Tu C202 94 VCKYIVIHBz22K m C C
173. d C C C C C C C C C s C 201 AC Proecionshegdl C C Ct C 211 SPAKAPAIBXHZZ AH amna 22 SPAKAIGGBXHZZ AH C ProteotonSneet C C C C 23 SPAKA4GEXHZZ H D Cassette protection C C C 241 SPAKA2POBXHZZ E C Cassette protectionpad 25 SPAKA230EXHZZ AE C CesseteprteconpadB j 27 SSAKA2M2QOZZ C Vmybag U U C t C t 28 SPAKAMGBXHZZ AH N D C 291 AG N D Proecionaddbolom O S SPAKASSBXHZZ AG N D 321 SPAKAMOBXHZZ AG N D Protection addyight C S FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 17 Control PWB unit I TAT TB 2 VCEAGATHWio7M AA Capacitor S0WV TOLE C2 3 _VCEAGATCW47eM__ AB Capacitor T6WV 47uF C3 4 AB C Capacitor T6WV 47uF C4 5 VCEAGATHWASSM AA C Capacitor S0WV 4 7uF C7 6 VCEAGATHWi0BM AB Capacitor 50WV TF C8 7 VCEAGATCW4 EM I AB Capacto 16WV 47uF C9 8 VCEAEATICW380M AB Capacito 16WV 33uF 9 AB Capacitor T6WV 59 61 0 VCEAEATVWA7EM AH C Capacitor 35WV
174. d Either leading edge or trailing edge is selected for receiving 65 66 67 68 Interrupt request 0 This is the interrupt request terminal which can be masked IRQ7 97 98 99 100 thru 7 Either level input or edge input can be selected Watch dog timer It is overflow output signal from WDT overflow 5 Bus right request acknowledge Operation 19 77 mode control Interrupt Reset If this terminal is turned to the low level when NMI is at the high level it will be brought into the power on state If this terminal is turned to the low level when NMI is at the low level it will be brought into the manual reset state CK RES NMI 0 output in the slave mode 45 42 40 39 IRQOUT Interrupt request It indicates that a factor of interrupt occurs 9 939 91925 It indicates that interrupt occurs in the bus release mode Address A21 A0 23 20 Data bus AD15 19 16 14 125 341 DPH 64 BE Data bus Bidirectional data bus of 16 bits Multiplex is possible with the low order 16 bits of the address High order side data Parity data corresponds to D15 thru 08 bus parity Low order side data Parity data corresponds to D7 thru DO bus parity Continuing gt UJ gt yJ e O i gt DPL Relationship between MD2 thru MDO and operation modes MD1 Operation mode Integrated ROM Bus width of area 0 0 1 9 o o Reserved Reseed 1 Reserved 1 1 Reserved
175. d If the STOP key is pressed it will pass to the diagnosis after the page which is now being printed is completed printed If the address exceeds the maximum address it will return to the address 0 and printing will be continued 18 Stamp aging Diag mode is left though it doesn t have this function FO 5800U C 19 Dial test mode The mode is used to inspect whether dialing is accurate in two kinds of dial modes All data which can be dialed in this mode are automatically called up in both PB mode and DP mode When this mode is activated the following operations will be automat ically executed Whether the dialed content is right or not is judged with the external instrument which is connected to the line cable D After shift to the FAX diagnosis mode press RAPID 24 Also switch the display with the gt lt and keys 2 Press the START key 8 Turn on CML and dial the following in the PB mode 1 2 3 4 9 0 18 25 0 7 Turn off CML 500 mS alone 5 Dial the following in the DP mode 1 5 9 0 6 After dialing turn off CML This mode uses the ordinary auto dial Accordingly the signal sending time and minimum pause are all the same as ordinary The measurement result in this mode is completely all the same as in the ordinary dial mode Moreover the same process as above is also done in the dial test mode which is executed in the product check mode 20 Copy diag mode In order to shorten the proc
176. d og 45400 21 80V gr 2909 904 m 39 8 zy 95 299 82 010 62dl 86 zz Ov 29 490049 92 eg 299 91 gz 50559 IWNDIS 39VNI 6010801 921 L lt HSH 51 45 4 3 od d 66 i d 9812 LX 9219 055 L oozy NL 8519 OQ K 2 BH 2 9919 o x 5 2 910101 gt 2 AS 0 31991 2 asol 0 2921 0 9991 VOOHTZ VSOl M81 is ovu OHAS 8115 ozta veld 8 O HAG 2 g08QV 00151 VONOHVZ 1300I 310801 arorol 9 IOLFOI 990vf18 990rng erre AS AS NIV 46 7 OVH OVH OUAS 001d 9 YZEOLWSZ LOLO Gh g ov ve vi 3 HAS 2019 Buipe ti g V 6 5 FO 5800U C 6 6 09 91 Seay 91 9 3 J V Sg L4 d00zz 00L dlt 8619 T eSSH veso 6559 0 E Ceol 9 S Vu pp eW yl NID 098 e 1 oval 0 gO N EE J evel or oor TINT et oor MOL 299 Orzu 95575 se WN Do eee 1 00 2807 99
177. data input output 24 06 Reading QM coder LSI address output _74 IO2M DO System data input output 25 0 07 Reading QM coder LSI address output 75 GND 26 08 Reading QM coder LSI address output 76 IS XRESET Reset signal 27 Outputpot O2M XNT7 Interrupt request signal to CPU 28 GND 78 O2M XNT4 Interrupt request signal to CPU 29 TXB1 B phase current control output 1 79 O2M XWAIT Wait request signal to CPU 30 0 r 7 j B phasecurntcontoloutputO 80 1 8 7 InputRASsignalfromCPU 31 O Aphasecurentcontoloutput 81 148 System address input 32 TXA0 jAphasecurentconrolouputo 82 1 449 System address input 83 0 TXPB j B phasecurrentdirectionseting 83 1 420 System address input 34 Aphase current direction setting 84 2 System address input 35 2 System address input 85 1 Chip select 2 signal input 36 System address input 86 Chipselect signalingt 37 1 ato System address input f 87 1 System write high order byte signal 38 Ja System address input 88 1 XWRH System write low order byte signal 89 System address input 89 XD System read signal 40 Ground D O2M ND DD 1 0 D5 Ground 90 O2M 42 O2M __
178. de 68 80 O Terminal No Function If this terminal is at low level it indicates that MPU of system 88 is connected to IDP201 High level indicates that MPU of system 80 is connected gt Addresses 0 thru 2 address terminals It is connected to the low order 3 bits of the system address bus and MPU is used to get an access to the internal register of IDP201 gt gt AJN Data 0 thru 7 data terminals They connected to the system data bus for Three state output bidirectional data transfer between MPU and IDP201 MPU can read and write the internal register of IDP201 OU O O1 JJ 9 N OIO lt 1 G D Chip select chip select terminal When the terminal is at low level it indicates that MPU gets an access to the internal register of IDP201 Data strobe data strobe terminal Connect 2 clock pin of MPU of system 88 or RD pin of MPU of system 80 Read write read write terminal Connect R W pin of MPU of system 88 or WR pin of MPU of system 80 BA no JJ 2 T O1 cO Reset element If the signal of low level is input to the terminal IDP201 will be initialized Interrupt request interrupt request terminal When the signal of high level is output IDP201 requests the interrupt process for MPU The factor of the interrupt is the end of the command process the end of DMA
179. devol MES 0 bo LL LSSH L Q WW O wet 20 g XHDIS WN c6cH LL v O EE 5255 9 lt q lt 2 Marl LOG 1069 662H El O od od S0vPJOH 9d INZO6ZINPN MEE VEvol lt yzg XLOIS 6563 x3rLLOLG 0080 vz L gt 4058 g T 4040 M0L 0744 AS 2014 q V 6 4 FO 5800U C 3 OVY OVH T 10 1219 OYH HAS O dW31 NIV lt 16 6 6 LNINIVANVS eg dez NDO 10 0 0 2212 010 5019 OOH 6elH AS O 0 9614 OVH act zs 0 O lt 1 1 2 Ze Zlasau 001 ig 16 umom lt 35 WN 001 lt 36 2 i 22 06 quo 0 62 wn 5007 393 m odf i 10919 AS la O E 08 8 0 5 01510 1 HAGS 5 MOL MOLI 0 ecto sv 9 CON 80LH 00 SZLO Lv AS O O Q em 0 2 8EdL c9 4541 9014 09 e 95 70 ss Hi 59 01H 0c 39 8 lt ox GALS oq er 82 01 y 0 81 SOV 6841 O yg 199 09 F OOH S O 6541 O gg 299 209 Pst Sov 1621 919 lEdL zg 899 609 vl 9OV T MUS per 107 cor
180. e conditions are now moderated How ever registration is impossible to the program of the new continu ous serial polling when the continuous serial polling function is OFF n addition change of all soft switches during communication D Linked change of data This is the same even in the optional setting When the department control function is off the multi func tion and telephone billing code function are turned off 2 Print area According to the size of the specified sheet the effective printing area is printed 3 ROM amp RAM check The sum value of ROM the work and the back up RAM are checked The RS232C interface is also checked If any error occurs the buzzer will inform it Refer to the following table Finally the result will be printed This diagnosis does not check the flash memory The flash memory is checked with the flash memory test Number of buzzer sounds Device checked 1 time Short sound ROM Integrated ROM SRAM DRAM 2 times Short sounds 3 times Short sounds 4 times Short sounds For the short and long sounds one pattern is as follows Main system 0 5 seconds ON 0 5 seconds OFF Sub system 1 00 second ON 0 5 seconds OFF The execution state of checking is as follows Moreover the list of the check result is output after checking is ended Display during check Display after check ROM CPU SRM DRM ROM CPU SRM DRM ROM RAM check list P P
181. e controlled to output the control signals to the motor driver IC7 b End stamp and LED lamp control On off of the end stamp and LED lamp is controlled with the software 7 Gate array A block This block is mainly composed of the gate array A IC17 LZ9FJ59 and has the following functions D Mapper Mapping is executed in the memory area of the memories gate ar ray B modem CODEC and reading process LSI LC82103 2 Mechanical control block Refer to 1 Mechanical control block of 2 6 Reading and mechanical control block 2 IC interface for clock Writing and reading to IC IC30 SM8578BV for clock is executed in the clock synchronous type serial transfer mode 4 LIU control port 5 PC interface e Control of PC I F Asic FO 47IF FO 5800U C LC82103 IC6 Type 1 INPUT BIDIRECTION NOT CONNECT OUTPUT P POWER eN i6 IT Foncion TPN VO Function 7 D 43 P Analogsystem power supply pin GNE CPU interface data bus pin for A D converter low reference voltage D7 is the MSB pin and DO is the 45 ATAPL D A converter monitor signal output pin 46 P AGND ground pin 47 B DMAoufputpin serial data output pin 48 PD6 SDCK DMA output pin serial data DGND Digital system ground pin transmission clock pin DVDD Digital system power supply pin 49 P DGND Digital system ground pin 50 PD
182. ed Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved 2 SJ 77 N gt N 2 WN N N FO 5800U C TEM Switch setting and function Initial seting ZW gt gt 62 Z N A Nj N A N N A Nj N OI A Nj N A Nj N OI Nj N Remarks Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved o Co Co cO Co Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved WM WM 50 RO gt 2 23 FO 5800U C tial SW DATA ITEM Switch setting and function die Remarks x 4 ti 1 sees _ 3 sees Reserved xr Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reser
183. edge bus acknowledge terminal The response signal for BRQT is input If the signal of low level is input to BACK it indicates that it is approved for IDP201 to become the bus master of the image bus If any other bus master which can become the bus master is not present except IDP201 fix this terminal at low lt gt T Z N Memory Address Enable Memory address enable terminal IDP201 outputs the signal of low level from MAEN to declare that it becomes the bus master of the image bus When MAEN is at high the three state output which is connected to the image bus becomes all into the high impedance state 9 13 FO 5800U C HD813201F 12 Terminal descriptions Terminal No 70 Function Memory Address Strobe Memory address strobe terminal When MAS becomes high level it indicates that address is output to MA MDO thru MA MD15 and MA16 thru MA21 Three state output Upper Data Strobe high order data strobe terminal When UDS becomes low level it indicates that IDP201 uses the high order byte of the image bus Three state output Upper Data Strobe low order data strobe terminal When LDS becomes low level it indicates that IDP201 uses the low order byte of the image bus Memory Data Bus Enable Memory data bus enable terminal When MDEN output terminal becomes low level it indicates that valid data are present in MA MDO thru MA MD15 This output terminal is used to control the output
184. egrated timer pulse unit ITU TIOCAO TIOCBO ITU input Output terminal of input capture input output conveyor capture output conveyor Channel 0 TIOCB1 ITU input Output terminal of input capture input output conveyor capture output conveyor Channel 1 ITU input Output terminal of input capture input output conveyor TIOCB2 capture output conveyor Channel 2 51 53 62 64 83 84 TIOCAS 89 ITU input Output terminal of input capture input output conveyor TIOCB3 86 capture output conveyor Channel 3 87 89 90 91 1 4 TIOCB4 ITU input Output terminal of input capture input output conveyor capture output conveyor Channel 4 ITU output conveyor Output terminal of output conveyor Channel 4 ITU timer clock input External clock input terminal to counter of ITU Timing pattern Output terminal of timing pattern Output 15 thru 0 Sending data Sending data output terminal of SCIO 1 Channels 0 and 1 Receiving data Receiving data input terminal of SCIO 1 Channels 0 and 1 Serial clock Clock input output terminal of SCIO 1 Channels 0 and 1 Port A Input output terminal of 16 bits Input output can be assigned for each bit Port B Input output terminal of 16 bits Input output can be assigned for each bit TOCXAA TOCXB4 TCLKA 65 66 90 TCLKD 9 Timing pattern TP15 controller TPC TPO Serial TxDO 94 communication TxD1
185. er feeding control is relayed from the 2nd cassette 9 3rd cassette PWB The paper feeding control from the 3rd cassette is relayed and the feed ing motor is driven 2ND 3RD CASSETTEK X CASSETTE PWB PWB FO 5800U C 2 Circuit description of control PWB 1 General description The control PWB is composed of the following blocks Main control block 2 Image memory block 9 Modem block 4 Image signal process block 6 Speaker amplifier 6 Reading process and mechanical control block 7 Gate array A block 8 Gate array B block CODEC block 4 Page memory block D Drive block 2 JBIG block 2 Description of each block 1 Main control block The main control block uses RISC microprocessor HD6437021 as CPU being composed of ROM 2 MByte DRAM 2 MByte and SRAM 256 KByte 1 SH7021 27 100 QFP main CPU The device is a microprocessor which integrates the peripheral func tions using CPU of 32 bit RISC type as the core In the instrument the following peripheral functions are mainly used D ROM of 32 KByte and RAM of 1 KByte are integrated A part of programs are stored in the integrated ROM 2 DMA controller 4 channels are provided and 2 channels alone are used ch 0 Used to transmit image data between CODEC HD813201F and DRAM 16 ch 2 Used to transmit image data between Flash memory option and DRAM IC16 3 Clock synchronous type serial communication int
186. erface commands and statuses are communicated with PCU Interruption IRQ4 IRQ7 Interruption request from gate array A LZ9FJ59 IRQ6 Interruption request from gate array B LR38292 IRQO IRQ1 IRQ2 IRQ3 IRQ5 IRQ7 Not used NMI Not used 5 DRAM controller Addressing to DRAM IC16 of the system and control and refresh control of RAS and CAS signals are executed Timer and watch dog timer D General purpose port Control of Liu and control of analog process of read signals are executed Clock oscillation Crystal oscillator of 19 66 MHz is connected for operation of 19 66 MHz Generation of alarm sound and ringer sound The keys on the operation panel are pressed to respectively gener ate the key input sound alarm sound and ringer sound 2 27 160 4 42 DIP EPROM Programs are stored in a 16 Mbit ROM 3 5118164 or MSM5118165 16 pin 42 SOJ DRAM Used as the system memory of main CPU and transmission buffer of communication 4 SM8578BV IC30 pin 8 SOP Real time clock IC It is oscillated with the quartz oscillator of 32 768 kHz and the clock and calendar functions are provided Even if the power supply of the main body is turned off it is backed up with lithium battery This device ex ecutes the clock synchronous type serial communication with the gate array A and CPU can know the time and date through the gate array A FO 5800U C 5 7021 27 Terminal de
187. ess Copy function Power requirements Operating temperature Humidity Power consumption Dimensions Weight 10 1 256 mm max 8 0 203 mm max Auto Manual 30 ppm letter paper Yes Single Multi Sort 99 copies page 120 V AC 60 Hz 50 86 F 10 30 C 20 to 85 RH Standby 13 5 W Maximum 580 W Width 18 1 460 mm Depth 15 2 385 mm Height 20 1 510 mm Approx 54 2 Ibs 24 6kg Based on ITU T CCITT Test Chart 1 at standard resolution in Sharp special mode excluding time for protocol signals i e ITU T phase C time only Option Toner cartridge Drum cartridge PC interface Option memory Verification stamp FO 47ND FO 47DR FO 47IF FO 3MK FO 45VS To avoid problems with supplies please don t use supplies from other units Please use new supplies when supply changes are required CHAPTER 2 ADJUSTMENTS 1 Adjustments General Since the following adjustments and settings are provided for this model make adjustments and or setup as necessary 1 Adjustments Adjustments of output voltage FACTORY ONLY 1 Install the power supply unit in the machine 2 Set the recording paper and document 3 When the document is loaded power is supplied to the output lines Confirm that outputs are within the limits below Output voltage settings CONTROL PWB 12 POWER SUPPLY PWB 30 CN1 PRINT
188. ess time during production this mode is used to automatically switch the copy mode Three menus are provided 1 Set up two documents In case of two documents or more there is no problem 2 Press the START key Copy 1st document in the fine mode density AUTO One sheet is printed in the ordinary copy mode 4 Copy 2nd subsequential document in the intermediate tone mode density DARK In the ordinary copying mode one sheet is printed when the RESOLUTION key is pressed three times When copy test is tried during production or is checked in two modes fine and intermediate tones this mode is provided to reduce the trou blesome work which makes the operator stand aside to change the mode Accordingly the fine and intermediate tones are merely switched and the mode is not switched to another mode Input of the image quality density key is invalid 2 Try the copy in the mode fixed at COPY REDUCE 95 and fine mode density AUTO At this time don t change the soft key of COPY REDUCE Input of the image quality density key is invalid 3 Continuously try the above items 1 and 2 21 Signal Send Mode2 The signals concerned with V 34 amp V 8 are checked After this mode is activated press the START key and the signals will be sent in the following sequence It can be used to check the modem 1 No signal 2 33600BPS 3 31200BPS 4 28800BPS 5 26400BPS 6 24000BPS 7 21600BPS 8 19200BPS
189. et to 0 SW22 No 1 No 8 Reserved Set to 0 SW23 No 1 No 3 Reserved Set to 0 SW23 No 4 No 6 Busy tone detection frequency To select frequency range of signals to be detected as Busy Tone SW23 No 7 No 8 Reserved Set to 0 SW24 No 1 No 8 Reserved Set to 0 SW25 No 1 No 8 Reserved Set to 0 SW26 No 1 No 8 Reserved Set to 0 SW27 No 1 F A S T RMS mode Used to determine a function of remote maintenance system F A S T SW27 2 Reserved Set to 0 SW 27 3 Verification STAMP End stamp It is set whether the red round mark is stamped at the bottom margin of the document of every page in the memory input mode and document sending mode or not SW27 No 4 Summer time Day light saving The day light saving function ON OFF is set SW27 No 5 No 6 Key buzzer volume Key buzzer volume The sound volume of key inputting buzzer and other buzzers is set SW27 No 7 No 8 Reserved Set to 0 SW28 No 1 No 2 Speaker volume Speaker volume The sound volume of the speaker in the on hook mode is set SW28 No 3 Reserved Set to 1 SW28 No 4 Reserved Set to 0 SW28 No 5 No 6 Ringer volume Ringer volume The calling sound volume of Cl signal receiving is set SW28 No 7 No 8 Reserved Set to 0 SW29 No 1 Reserved Set to 0 SW29 No 2 PC I F mode The interface with the personal computer is selected SW29 No 3 No 8 Reserved S
190. et to 0 SW30 No 1 Header registration When setting this switch to 1 registering senders is protected SW30 No 2 No 7 Reserved Set to 0 SW30 No 8 Quick on line function It is selected whether auto dial call is activated in the memory input mode when one document is completely read or when all pages are completely read SW31 No 1 No 2 Cassette selection To set selective modes for detail paper cassettes of the printer Automatic 1 Except the above SW31 No 3 No 5 The first priority cassette Automatic 2 To select the first priority cassette 1st paper feeder MP TRAY Except the above To select detail paper in the first prior ity cassette in accordance with setting by SW31 3 8 and SW32 1 3 If the de tail paper in the first priority cassette runs short the second priority cassette will be used To automatically select detail paper with optimum size among the first to third priority cassettes in accordance with setting by SW31 3 8 and SW32 1 3 The optimum paper is selected by every page If all the cassettes have the same size paper paper will be selected ac cording to the cassette priority To automatically select detail paper with optimum size among the first to third priority cassettes in accordance with setting SW31 3 8 SW32 1 3 At the start of printing the optimum pa per is adopted only for the first page Thereafter the same cassette selected for the first page
191. he existing mode can not be changed While the sending paper is read the image quality key can be input STD FINE S FINE modes are usable However the same operation of FINE will be selected if the intermediate tone is set The image quality the length of the sending page read the page distance to the next sending paper and the total of the sending papers read are shown on the display When the stop key is pressed or 100 sending papers are read the content shown on the display will be totally output as the list after the remaining sending papers are discharged 5 Aging mode If any document is set up in the first state when started copying will be executed If it is not set up check pattern 1 of the print diagnosis is output at the intervals of 1 time 60 minutes A total of 10 sheets are output 6 Panel check mode This is used to check whether each key is normally operated or not According to the key input LCD is displayed Moreover during execution the document reading lamp is turned on Test results are printed The maximum 100 input keys can be printed LED repeats lighting at regular intervals in sequence Lighting speed is specified separately In case of inputting all keys key input OK is displayed when finishing the STOP key When pressing the NUMERIC key during panel check output of DTMF corresponding with the key is started When pressing other keys output is stopped 7 Optical adjust mode
192. hour system When set to 1 24 hour system SW5 No 2 Date display format Used to select date display print formats 0 DAY Month Year 1 Month DAY Year SW5 No 3 Header print When it is set at 0 sender s name sending page number and so on are automatically printed in the recording paper on the receiving side during transmission Thus the sender can be known on the receiving side 0 Applied 1 Not applied SW5 No 4 Footer print When set to 1 the date of reception the sender machine No and the page No are automatically recorded at the end of reception SW5 No 5 Relay data output 0 Output ON 1 Output OFF SW5 No 6 Substitute reception Selection of substitute reception in the case of recording paper ex hausted or paper jam If set to NO auto receive is disabled even when the receive memory is ready to receive Substitute reception is not performed even during receive operation SW5 No 7 Substitute reception conditions Selection of substitute reception according to existence of TEL number from transmitting side Initial setting allows substitute reception without CSI If set to no the receiver cannot receive any documents FO 5800U C SW5 No 8 CSI transmission CSI signal contains the sender s phone number registered in the ma chine If this switch is set to 1 no sender s name will be printed at the receiving side SW6 No 1 JBIG Joint Bi level Image Group An image compression encodi
193. in transmitter cannot recognize DIS signal or DCN signal received receiver side Error occurred during partial page or physical page reception Error occurred after or during inquiry from the remote transmitting machine as to whether FR TT CF PS i reception is possible or not Error occurred during or just after fallback Error occurred after the retransmission end command was received 2 Service call error massage 1 HEATER ERROR LASER ERROR POLYGON ERROR FAN ERROR PCU COMM ERROR r GS wN FO 5800U C CHAPTER 4 DIAGRAMS Die gt H3AI3O3U H3AI3OSNVH L 8613331 Od 70090 OISV d3T Od1NOO SIO dHOSN3S YOLOW XL NOILdO dINV1S NOLLVOIJIH3A SASP O4 H3NNVOS wu NOILdO LINN 8Md d l Od diZv O4 ac AYOWAW HSV 13 1 Block diagram NOILdO Md AHOW3IN MIN OJ 6010821 IST LN3INLV3d1 3SVNI ddddVWN 1 TOYLNOO INSINVHO3IN HOLOW TOYLNOO AYOWAW HSV 13 69746271 92991 dH3GO9 NO ac INOHd3 Lc04HS NIVIA LINA Alddfl HdHMOd H3 LNIHd ONISSdO0OHd dqHOO3H TANVd ddTIOHLINOO 030009 c6C8EU 040090 Sdqy9 ee LINN 8Md 1OH LNOO
194. inary input SW33 EX eg Bias is set to level 4 Reserved 22277777 Fine Reesea TT TT Rees TT Rees TT TT _ oye I 2 o O1 SW3 1 1 1 1 1 1 6 Reserved Delay time after PC printing Binary input 128 64 32 16 n second No 1 2 3 4 EX 0 0 0 0 8 4 2 1 5 6 7 8 Data No 1 1 0 6 secs SW37 2 16 FO 5800U C Switch setting and function Initial setting Remarks ZW gt gt O Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Data reduction Prohibition of setting except Auto and 100 8 WN CO amp amp N amp 100 6 7 8 Automatic printing of activity report Yes When memory full Print out of total time and total number of pages on activity report Off Reserved Department function Department ID digit Binary input 8 No
195. lication may be reproduced stored in a retrieval system or transmitted in any form or by any means electronic mechanical photocopying recording or otherwise without prior written permission of the publisher SHARP CORPORATION Communication Systems Group Quality amp Reliability Control Center Higashihiroshima Hiroshima 739 0192 Japan Printed in U S A A0001 2045SS IS T
196. manual transmission is set SW7 No 6 Protocol monitor Normally set to O If set to 1 communication can be checked in case of troubles without using a G3 tester or other tools When communication FSK data transmission or reception is made the data is taken into buffer When communication is finished the data analyzed and printed out When data is received with the line monitor SW7 No 7 set to 1 the reception level is also printed out SW7 No 7 Line monitor Normally set to 0 If set to 1 the transmission speed and the recep tion level are displayed on the LCD Used for line tests SW7 No 8 Max length for TX RX Copy Used to set the maximum page length To avoid possible paper jam the page length is normally limited to 432 mm for copy or transmit and 1 5 meters for receive It is possible to set it to No limit to transmit receive a long document such as a computer print form etc In this case the receiver transmit ter must also be set to no limit SWS 1 2 Compromised equalizer The specific line equalizer is inserted No 1 No 2 0 0 The line equalizer built in the modem is turned off 0 1 Line equalizer corresponding to 1 8 km 1 0 Line equalizer corresponding to 3 6 km 0 1 Line equalizer corresponding to 7 2 km SW8 H2 mode Used to determine H2 mode 15sec transmission mode When set to OFF H2 mode is inhibited even though the transmitting machine has H2 mode SWS 4 N
197. mode or not SW2 No 8 JUNK FAX function This function is used to receive data from a specific remote machine station registered in entry mode It is the function that refused a recep tion in the case that TSI of remote machine matched with fax number of the station registered 0 No 1 Yes SW3 No 1 No 4 Number of rings for auto receive 0 No ring receive When the machine is set in the auto receive mode the number of rings before answering can be selected It may be set from one to nine rings using a binary number If the soft switch was set to 1 a direct connection is made to the facsimile If it was set to O accidentally receive ring is set to 1 If it was above 9 receive rings are set to 9 SW3 No 5 No 8 Switch to auto receive from manual receive 0 No switch This setting allows machine to switch from manual to Auto Receive mode Setting this number to 0 forces machine to stay in Manual receive mode Entering the binary number 0 forces the machine to remain in the manual answer mode If a number between 1 and 9 is entered the machine will go into the answer mode after the given number of rings However it can be used as an ordinary telephone if the handset is taken off the hook before this programmed number is finished If entry of a number above 9 by accident it will be set to 9 In this case it must be corrected to the proper number FO 5800U C SWA No 1 No 3 Communication results printout It is p
198. mode is selected the following will be is displayed Seven counters can be selected with the and gt lt keys MACHINE LIFE CLEAR LIFE CLEAR LIFE 1 CLEAR key LIFE2 CLEAR LIFES CLEAR FEEDER LIFE CLEAR TONER LIFE CLEAR 2 In the state D input the CLEAR key and the counter will be respec tively cleared After one clear move the cursor to another counter with the and gt lt keys as necessary and then press the CLEAR key When the necessary counters are completely cleared press the STOP key FO 5800U C 3 How to make soft switch setting To enter the soft switch mode make the following key entries in sequence SFT SW1 0 0000 000 Press key Press key Press key Bit1 8 are set SFT SW1 1 0000 000 SFT SW1 1 0000 000 SFT SW1 1 0000 000 SFT SW1 1 0000 0 00 Press START key during setting SFT S W2 0 0 0 00 000 Soft SW2 99 are set e To finish the settings halfway between SW 1 SW99 press the STOP key SFT SW99 0 0000 000 In this case the setting being done to the SW No on display will be nullified while settings done to the preceding SW Nos remain in effect The soft switch mode is terminated FO 5800U C 4 Soft switch description e Soft switch SW DATA Switch setting and function Initial _ pg 1 0 Recall interval OPTION Set to 1 15 Binary input p OPTION Set to 0 14 Recall times Bina
199. ng method recommended by ITU T It realizes 2 second transmission when the power is turned on SW6 No 2 JBIG option An optional function for JBIG SW6 No 3 MMR MMR Modified MR selects presence of the compression function SW6 No 4 MR MR Modified READ selects presence of the compression function SW6 No 5 No 8 Modem speed Used to determine the initial modem speed The default is 14400BPS V 17 It may be necessary to program it to a slower speed when frequent line fallback is encountered in order to save the time required for the fallback procedure SW7 No 1 No 2 Reception speed fixed The transferable speed of modem in the receiving mode is set SW7 No 3 DIS receive acknowledge during G3 transmission Used to make a choice of whether reception of NSF DIS is acknowl edged after receiving two NSFs DISs or receiving one NSF two DISs It may be useful for overseas communication to avoid an echo sup pression problem if set to 1 SW7 No 4 Non modulated carrier in V 29 transmission mode Though transmission of a non modulated carrier is not required for trans mission by the V29 modem according to the CCITT Recommendation it may be permitted to send a non modulated carrier before the image signal to avoid an echo suppression problem It may be useful for overseas communication to avoid an echo sup pression problem if set to 1 SW7 No 5 CNG send in manual transmission CNG signal sending ON OFF in case of
200. ntrol tone frequency setting and so on Moreover data is read from these registers through the data bus to monitor the statuses of the modem such as tone detection training pat tern detection and so on Next transmission reception operation is described During sending the sent data is given from the control block to the mo dem through the data bus Then it is modulated and sent to LIU PWB with SIGTX signal During receiving the received data is sent from LIU PWB to the modem with SIGRX signal and is demodulated Then it is sent to the control block with the data bus The above operation is done with the modem LSI IC 4 Image signal process block AMPLIFIER CIRCUIT VIDEO SIGNAL LC82103 IC6 Fig 2 The CIS is driven by the LSI LC82103 and the output video signal from the CIS is input into the LC82103 through the amplifying circuit The ADC and buffer are provided in the LC82103 and the digital image processing is performed 5 Speaker amplifier The speaker amplifier monitors the line under the on hook mode out puts the buzzer sound generated from the SH7021 ringer sound DTMF generated from the modem and line sound 6 Reading process and mechanical control block 1 Mechanical control block The mechanical control block is mainly composed of the gate array A IC17 LZ9FJ59 to control the following a Sending motor control The revolution speed and timing of the sending motor ar
201. o 8 Signal transmission level Used to control the signal transmission level in the range of 0dB to 31dB SW9 No 1 No 2 CED tone signal interval For international communication the 2100Hz CED tone may act as an echo suppresser switch causing a communication problem Though this soft switch is normally set to 0 it should be set to 1 so as to change the time between CED tone and DIS signal from 75ms to 500ms to elimi nate the communication problem caused by echo SW9 No 3 Equalization freeze This switch is used to perform reception operation by fixing the equal izer control of modem for the line which is always in an unfavorable state and picture cannot be received Usually the control is executed accord ing to the state of line where the equalizer setting is changed always SW9 No 4 Equalization freeze conditions Setting which specifies SW9 No 3 control only in condition of 7200bps modem speed SW9 No 5 CED detection time The detection time of the CED signal from the called side in the auto calling mode is set SW9 No 6 No 7 Alarm buzzer The length of the buzzer for normal end of operation is set SW9 No 8 Action when RTN received The operation is set when the RTN signal is received in the G3 transmis sion mode SW10 No 1 No 4 Memory retransmission times The number of memory retransmissions is set SW10 No 5 No 8 Memory retransmission interval The interval between memory retransmissions is set
202. o voi rajahtaa jos se on virheellisesti asennettu Vaihda paristo ainoastaan laitevalmistajan suosittelemaan tyyppiin H vit k ytetty paristo valmistajan ohjeiden mukaisesti French ATTENTION Il y a danger d explosion s il y a remplacement incorrect de la batterie Remplacer uniquement avec une batterie du m me type ou d un type recommand par le constructeur Mettre au r but les batteries usag es conform ment aux instructions du fabricant Swedish VARNING Explosionsfare vid felaktigt batteribyte Anv nd samma batterityp eller en ekvivalent typ som rekommenderas av apparattillverkaren Kassera anv nt batteri enligt fabrikantens instruktion German Achtung Explosionsgefahr bei Verwendung inkorrekter Batterien Als Ersatzbatterien d rfen nur Batterien vom gleichen Typ oder vom Hersteller empfohlene Batterien verwendet werden Entsorgung der gebrauchten Batterien nur nach den vom Hersteller angegebenen Anweisungen FO 5800U C CONTENTS CHAPTER 1 GENERAL DESCRIPTION 1 Specifications _ 2 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC 3 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC 4 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC 5 Refer to the service manual of FO 4700U FO 47UC or FO 4700C FO 47UC CHAPTER 2 ADJUSTMENTS 1 Adjustments
203. oet documents and press the START key for ordinary copying According to key operation copying can be temporarily stopped STOP key To temporarily stop reading documents START key To start reading documents again When any document is not set print area printing is performed 8 Product check The diagnosis is used in the production process After shift to the mode the following operations are sequentially exe cuted At this time the sensor of read error can be checked by feeding the B4 document Set up one short document of B4 size D Memory clear Same as Diagnosis 11 2 Panel test Same as Diagnosis 06 3 Dial test Same as Diagnosis 24 4 Document auto feed 5 ROM amp RAM test check Same as the Diagnosis 03 6 Flash memory test mode Same as Diagnosis 12 7 Registration of fixed data Registration of rapid key No and other data necessary for produc tion The registered data are shown in the following table The chain dial is not set for any destination No No No No No No No No or 20 06 25 ff 2 os 22 27 18 8 28 03 0 23 o 28 14 4 24 04 Transmission check Same as Diagnosis 10 The soft switches necessary for production are set 9 Test result print one sheet Memory clear printing Panel test result printing ROM amp RAM test result printing Print area printing one sheet 9 Signal send mode After shift to the mode press the
204. onnector 2pin CN2 Connector 2pin CN3 Connector 11pin CN4 Connector 7pin CN5 Connector 4pin Connector 8pin Connector 3pin Connector 5pin Connector 2pin Connector 13pi Connector 4pin Connector 4pin Connector 4pin CN15 x 1 ee S sla on Oo Oo O O Z Z 00 N y o O Z Z Z 2 B P gt gt gt gt SIS gt gt P gt gt gt gt gt SSS gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt S gt gt gt gt gt gt gt gt gt gt gt gt gt gt O O O D O O o m O O W Z gt O I gt W I gt gt O J I I J gt O gt gt gt W I gt I I gt gt gt gt gt O gt gt gt gt gt gt gt gt gt gt I gt O gt gt W N CO NI Od BY GO PO O CE CO NI O lt A O PO O O O N O 2 O N O O CO NI OO 2 GO N O CO CO NI Od O1 2 GO N
205. ossible to obtain communication results after each transaction Normally the switch is set No 1 0 2 0 No 3 1 so that the com munication result is produced only a communication error is en coun tered If No 1 was setto 1 No 2 was setto 1 and No 3 was set to O the communication result will be produced every time a communication is done even if the communication was successful If No 1 was set to 0 No 2 to 1 and No 3 to 0 the communication result will be produced every transmission Setting No 1 to 1 No 2 to 0 and No 3 to 0 will disable this function No transaction report will be printed If No 1 was set to 0 No 2 to 0 and No 3 to 0 the communication result is produced only after a timer and memory transmission or when a com munication error is encountered SW4 No 4 Image addition function to the communication result table for memory transmission only Used to set addition of sending image to the communication result table SWA No 5 Reserved Set to 0 SWA No 6 TEL billing code function When set to 1 the TEL billing code function is enabled SWA No 7 Billing code position When set to 1 the billing code is delivered before dialing the remote number When set to O the billing code is delivered after dialing SWA 8 Multi TTI feature When this switch is set to 1 Multi TTI function is enabled SW5 No 1 Time display format When this switch is set to 0 time is displayed in 12
206. per TT 5 OKW4toss5i80i 6 oKW41095505008 OKW4ii0551100 O AH C OKW4ii553500 C Hoe TT 9 oKW4iosb3600 AS CRT OKW4io955020 BD C OKW4i0955120 TT OKW4io5521001 I AK OKW4i09553300 AL Separator TT OKW4io9551601 AC C Pressure sping TT OKW0957551601 1 ae C OKW4io95543001 AD C OKwW410963000805 B Themsa TST OKW4io955410 O AD C Hor OKW4io9552400 AG OKW4i09550312 O N OKW4io9554200 _OKW4109554401 AD C Sopr TT B thermistor OKW4i09075404 BD p E 8l S p E po S S p pee NE E S S F O 5 S aS WEEK mE SS S F ee FO 5800U C 11 Drive Transfer section 50 52 Nom es uec eme der SS i et e en UJ N N N N N 5 N N O x 4 i ee a N 0 N N N 5 T Z a oo 0 5 9 N Ey lt N O x N N N SL RY qo 7 gt Y SP SSO FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 11 Drive Transfer section TAT C 2 oKW410920220 D TT 3 oKW41
207. r to de modulate the contracted image data of the draft read with the scanner and the letter image transmitted in the DMA mode from the system memory 1 HD813201F 12 pin 80 6FP CODEC It operates at 16 MHz corresponding to the crystal oscillator X2 of 16 MHz The image memory is commonly used as the page memory The image data of the draft read with the scanner in the page memory is contracted by MMR and is transferred to the system memory DRAM IC16 by the DMA transfer function of CPU Moreover the image data transferred in the DMA mode from the system memory are demodulated with MMR and are developed into the page memory 2 HD74LS374 IC18 pin 20 SOP The data hold time during writing from main CPU to HD813201F is as sured 3 HD74L S244 IC20 pin 20 SOP When the main CPU reads the inner register of HD813201F it will read the data through this buffer IMAGE BUS INTERFACE BRQT BACLN DRQTI DACKON IMAGE BUS CONTROLLER 2 DO D7 MICRO SYSTEM PROGRAM BUS CONTROLLER DRQTO INTERFACE DACKIN CLKI PLL PROCESSING UNIT SKTst CIRCUIT E FIFOAch E FIFOBch D FIFOAch CODER amp DECODER IMAGE DATA DEMODULATING CIRCUIT PIXEL VARIATION DETECTION CIRCUIT Fig 3 5 12 5 EOL DETECTION CIRCUIT RTCL RTCH FO 5800U C L g G N e TI O N D D 2 o Co
208. ransfer with the transfer command and the decoding process DMA Request Input DMA request input terminal When I O device on the image bus requests DMA for IDP201 DRQTI becomes high level DMA Acknowledge Output DMA acknowledge output terminal When this output terminal is turned to low level IDP201 informs to the peripheral devices on the image bus that DMA operation is approved Direct Memory Access Direct memory access terminal When DMA output is turned to low it indicates that DMA transfer is executed In the coding process the data is transferred from the I O device scanner to the image memory In the decoding process the data is transferred from the image memory to I O device printer O O O 5 14 FO 5800U C HD813201F 12 Terminal descriptions Function DTC 27 DMA Terminal Count DMA terminal count terminal When DTC output is turned to high it indicates that DMA transfer of the setting line part is ended READY 73 Image memory or I O device read When READY is turned to high during writing it indicates that the image memory or I O device is ready for transmitting receiving the data When READY is high IDP201 will wait until READY becomes high Power terminal wer 1 wes m 1 wa 1 was 1 we 1 ws m 1 Vss 6 75 lt Other gt Fix these terminals
209. rbarnp 13 NGERH28IXHZZ AD C ADF tansfergear O 14 NGERH2320XHZZ AD C Transferidlergear O 15 NGERH2322XHZZ AC C ADFfedgar O 16 NGERHZ462XHZZ AC C Feedgear 73Z 17 NGERH2463XHZZ AC C Diivegear492 O 18 NROLP2332XHZZ AD C Pirmle 19 NROLRAMi7XHZZ AH C Tsrole 20 NROLR23388XHZZ AK C Scamerfedrler O S 21 NROLR2418XHZZ AL C Scamerdiverleri OCO 22 NROLRZMMISXHZZ AK C Scamerdivrolr2 23 NSFTZ230XHZZ AK C Scamerfedshali 24 NSFIZ2308XHZZ AL C Scanerfiedsht2 _ 25 PBHS 2048XHZZ AD GC Paperearth bruh 26 PIME2067XHZZ K C Arnicuipeee O 28 QCNW4953XHZZ AK CiScbe 29 QSW M2296XHZZ AD C QSW M2298XHZZ AE C Frontsensorswitth 31 QSWZ223 5CZZ AE B Docmentsenorswthh o A 32 RCORFZgIMXHZZ AE B SS CIS Contact image sensorJuni 34 PSIM 201580ZZ AX E VerfcalnstampO d5VS 35 BA C sStmponyfOpice O Bi XHBSD3OP06000 AA C Screw 3x6 x B2 030210000 AA C Scewgxi XRESJ50 06000 AA C E type ring bmm p FO 5800U C 8 Frames
210. rbidden Normally OFF Except the above SW33 No 3 No 5 Density adjustment of print bias The density of printing is set It can be also set in the print diagnosis mode SW33 No 6 No 8 Reserved Set to 0 SW34 No 1 The default resolution for copying In case of copying without pressing the RESOLUTION key resolution will be super fine SW34 No 2 No 8 Reserved Set to 0 SW35 No 1 Reserved Set to 0 SW35 No 2 No 4 Reserved Set to 1 SW35 No 5 Reserved Set to 0 FO 5800U C SW35 No 6 No 7 Reserved oet to 1 SW35 No 8 Reserved Set to 0 SW36 No 1 No 2 Reserved Set to 0 SW36 No 3 Reserved Set to 1 SW36 No 4 No 7 Reserved Set to 0 SW36 No 8 Reserved Set to 1 SW37 No 1 No 8 Delay time after PC printing n second To insert delay time after PC printing SW38 No 1 No 8 Reserved Set to 0 SW39 No 1 No 8 Reserved Set to 0 SWAO No 1 No 8 Reserved Set to 0 SW41 No 1 No 8 Reserved Set to 0 SW42 No 1 No 8 Reserved Set to 0 SW43 No 1 No 5 Reserved Set to 0 SW43 No 6 No 8 Data reduction Reduction ratio of receiving is set It can be changed even in the optional mode To set printing reduction rate of received images 100 Except the above 100 SW44 No 1 Automatic printing of activity report This soft switch is used to select whether or not to produce the activit
211. ry input No 5 6 7 8 Data No EX 0 0 1 O eg Recall times is set to 2 times Reewd TT LJUNKFAXndion Ne Number of rings for auto receive Binary input 8 4 0 No ring receive No 1 2 Data No EX 0 0 eg Number of rings for auto receive is set to 1 time Switch to auto receive from manual receive Binary input 8 4 2 1 p N N Set to 0 9 0 OPTION Set to 0 9 SW4 0 No switch No 5 6 7 8 Data No EX 0 0 0 0 Communication results printout Printed at Printed at Printed at Not printed Printed OPTION error only error timer transmis every time sion mode 1 0 0 0 Image addition function to the communication OPTION result table for memory transmission only TEL billing code function OPTION 7 Billing code position Before 1 OPTION Time display format 12 hours AM PM Date display format Month Day Year Day Month Year 1 p eg Switch to auto receive is set to disable pot 0 Reserved 21 Multi TTI feature On OPTION On No Form o o Oo Vs 7 Reception disable without TS CSI transmission Of 2 10 FO 5800U C Switch setting and function D EM po Modem speed V 33 29 27ter 14400 12000 12000 9600 7200 010 1 1 I 1 0 Reception speed fixed 17 V 29 V 27ter When 14400BPS 14400BPS 9600BPS 4800BPS setting to 3 9 1
212. s 00 15 function select line Image data I F 2 12 Parallel image input output bus Parallel 15 25 Use PDO 15 when 16 bit bus 28 37 88 O DMA request signal of image data DMA acknowledge signal of image data Read strobe signal of image data Write strobe signal of image data Image data 4 1 line input output start ready signal of image data serial 4 1 line transfer section signal of image data Transfer clock signal of image data 4 10 Outputsignalofimagedata 000000004 PXCKO Context I F 24245 Context input CXO is possible to feed back in LSI PD0 11 19 Updata enable of RAM for PE Learning function ON OFF PD15 46 Encode image data input signal SVID DEDE Decode image data output signal RVID XWAI 49 Context data 1 stripe input output start ready signal PRDY Others a 43 41 42 45 47 48 95 46 44 19 46 44 52 49 47 61 TESTO 1 99 Signal for test Usually connect to GND VCC GND 1 13 14 26 27 39 40 50 51 59 Power 5V Ground 60 69 70 75 76 81 82 87 88 93 94 100 i _ Master clock input signal Note Most of context IF signal line is shared with image data I F signal line It is shown that of the signal name is negative logic 2 1 Circuit description of memory PWB It is composed by the flash memory of 2Mbyte and attached to the 2 W
213. scanned out of the limit is cut off a page is printed SW45 No 3 Scanning ratio in memory input In the case of memory transmission etc only letter size A4 docu ments can be stored in the memory To input B4 documents into the memory therefore the B4 documents must be reduced to letter size A4 or the both ends of the B4 documents will be cut off to input the center letter size A4 portion This switch provides the selection 0 Reduced to A4 size and inputted 1 Both ends are cut off and the center portion A4 size is inputted SW45 No 4 Overseas communication mode selection function When this switch is set to 1 the communication is Super G3 mode can be turned off by pressing the SPACE key before sending operation for the transmission set after that including polling SW45 No 5 Reserved Set to O SWA5 No 6 No 8 Reduce ratio when copy mode Reduction ratio of copying is set It can changed even in the optional mode SWA6 No 1 No 2 Reserved Set to 0 SW46 No 3 No 4 Density adjustment when Fine STD mode This is used for density adjustment in fine standard mode Adjust the density according to that of frequently used original Set to Dark for darker reading either in the auto or the dark mode of light original Set to Light for lighter reading either in the auto or the dark mode of dark original Set to Dark only in dark mode for darker reading only in the dark mode SW46 No 5
214. scriptions Tm Terminal No TFP 1008 Power Vcc 13 38 63 Power Connect to the power supply 73 80 88 Connect Vcc terminals to the power units of all systems If any open terminal is present it will not operate Vss 4 15 24 32 Ground Connect to the ground 41 50 59 70 Connect Vcc terminals to the power units of all systems 81 82 92 If any open terminal is present it will not operate Connect to the quartz oscillator Moreover EXTAL terminal can input the external clock Use the same frequency for the quartz oscillator external clock and system clock Clock EXTAL External clock XTAL Crystal Connect the quartz oscillator Connect the same frequency of the system clock To input external clock from EXTAL terminal open EXTAL terminal f2 System system clock tothe peripheral devie 76 75 8 74 System control WDTOVF Bus right request Select the low level to make the external device request the release of bus right It indicates that the bus right is released to the external device When receiving BACK signal the device which outputs BREQ signal can know that bus right is obtained Mode setting The terminal determines the operation mode During operation don t vary any input value The relationship between MD2 thru MD0 and operation modes are shown in the following list No maskable interrupt This is the interrupt request terminal which can not be maske
215. t F101 and F100 will open again Replacement parts ICPS10 Sharp code VHViCPS10 1 ICPS18 Sharp code VHViCPS18 1 3 Settings 1 Dial mode selector OPTION SETTING DIAL MODE Soft Switch No SW2 DATA No 1 Use this to set the fax machine to the type of telephone line you are on The factory setting is TONE step 1 Select OPTION SETTING FUNCTION DISPLAY 4 OPTIONAL SETTING ENTER 01 34 x step 2 Select DIAL MODE mode which was registered REY 2 2 formerly is shown DISPLAY DIAL MODE 1 2 PULSE step 3 Select using 1 or 2 KEY 11 DISPLAY TONE SELECTED DISPLAY PULSE SELECTED step 4 End using the STOP key KEY Cursor When initially registering the mode shows 1 TONE When registering again the KEY FO 5800U C 2 Diagnostics and service soft switches 1 Operating procedure Two kinds of diagnoses are supported 1 1 Fax diagnosis This diagnosis is concerned with the main body of fax which is used for production and service support Entering the diagnostic mode Press FUNC gt 9 gt gt gt gt the following display will appear U ROM C ROM Then press the key Select the desired item with the gt lt key and the key or select with the rapid key Enter the mode with the key Diag specifications FIN gt GG gt AEBS START SOFT SWITCH MODE e PRINT AREA
216. ter will not be reset In conditions including damaged memory contents caused by repairing the panel this counter should be reset or cleared in addition to the ordi nary memory clear FO 5800U C Rapid key 08 Life all clear The mode is used to clear the life counter of the printer of the counter of the auto feeder Note counter shows the operational state of the printer e g how many sheets have been printed since start of use The ordi nary memory does not reset the counter Accordingly it is nec essary to reset this counter in addition to the ordinary memory clear if the content in the memory on the control PWB is broken because of PWB repair etc In the production stage it is nec essary to execute this in the last process Rapid key 09 Life entry mode For Serviceman temporary counter The mode is used to set a desired value for the judgment value alarm judgment counter value of the general purpose life counters 1 thru 3 of the printer If the life of a consumable part developer imprinter etc is set the model which has the error display and RMS function will inform RMS when the counter reaches the set value For setting proceed with the following procedure D When the life counter setting mode is selected the following will be displayed LI FE12000000 LI FE22000000 LI 00000 The cursor blinks at the top data Three counters can be selected with the and gt lt keys
217. tion is input and the data of 2 digits is continuously input Inputting is done in the hexadecimal mode The ten key is used for O thru 9 and the alphabetic keys A RAPID 01 thru 06 are used for A thru F During data inputting the address can be moved forward and back ward one byte by one byte with gt lt and The address prior to the address 0 is looped as the maximum address The Validity of the address is not checked Accordingly writing read ing operations are possible in the address of the memory not as signed the address of ROM and so on However as practical writing is not done and the data content runs short each reading Though writing is possible in the flash memory a little time is re quired It is also necessary to take care that the life of the flash memory is excessively shortened if much data is written in the flash memory Since it may run away depending the written content take minute care for the writing address When the REPORT key is input the memory dump list is produced from the displayed address here it is limited at the 16 byte bound ary address address with end 0 which does not exceed the speci fied address and is just in front The dump list is output to a maxi mum of 99 pages If any data of one page can be repeatedly devel oped and printed the list is sufficient But it is not desired that the content of plural pages are developed in the memory once and are then printe
218. tor 1 4W 30Q 5 R13 gt gt gt gt gt gt gt gt gt gt gt gt gt gt SS gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt W O gt gt W W m m X m T m T gt O gt gt T T gt gt gt gt gt gt gt gt gt gt W gt gt gt O m 45 VRD HT2EY201J Resistor 1 4W 200Q 5 R14 46 VRD HT2EY621J Resistor 1 4W 620Q 5 R15 47 VRD HT2EY621J Resistor 1 4W 6200 5 R16 48 VRD HT2EY223J Resistor 1 4W 22KQ 5 R17 49 VRD HT2EY223J Resistor 1 4W 22KQ 5 R18 50 VRD HT2EY751J Resistor 1 4W 750Q 5 R19 51 VRD HT2EY223J Resistor 1 4W 22KQ 5 R20 52 VRD HT2EY332J Resistor 1 4W 3 3KQ 5 R21 53 VRD HT2EY223J Resistor 1 4W 22KQ 5 R22 54 VRD HT2EY103J Resistor 1 4W 10KQ 5 R24 FO 5800U C PRICE NEW PART PARTS CODE DESCRIPTION 18 LIU PWB unit 55 VRD HT2EY103J Aaf Resistor 1 2W 10KO 5 R26 56 VHDORSG4B42dS AF Bridge diode OR5G4B42 REC AJ 5 RIRNZ2163SCZZ AH f Transformer STAY 58 VHVERZV5D471 AC B Varristor ERZVA5D471 VA1 59
219. transfer occurrence of an error during demodulation or the receiving of RTC code MPU reads IRR interrupt request register which is one of the internal registers of IDP201 and can know the factor of the interrupt When MPU reads IRR IRQT becomes low level For details of IRR refer to 8 1 2 Interrupt request register DRQTO DMA Request Output DMA request output terminal In the following cases DMA transfer can be requested for DMAC by turning DRQTO to high 1 During coding a code of 1 byte or more is stored in E FIFO 2 During decoding an empty area of 1 byte or more is present 3 During data transfer between the system bus and image bus DBR is read to read or write gt O A O DMA Acknowledge Input DMA acknowledge input terminal The response signal for DRQTO is input If DACKI becomes low level during coding or decoding the access is given to E FIFO or D FIFO If DACKI becomes low level during data transfer between system bus and image bus the access is given to DBR Don t make CS and DACKI low at the same time Bus Request Bus request terminal IDP201 outputs the signal of high level from BRQT and IDP201 requests the bus master for the device which can become another bus master on the image bus If any other device which can become the bus master on the image bus BRQT becomes the NC pin 5 ho N R N UJ gt O Co Bus Acknowl
220. ved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved SW85 SW88 SW89 FO 5800U C Switch setting and function Initial ZW gt gt Z E Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved p Co N Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved 8 Reserved cO I 2 FO 5800U C SW DATA Switch setting and function Initial setting Remarks Reserved SW97 SW98 SW99 z O OO Reseved j Resewed j Reseved j Reseved j Reseved j Resewed Reseved j Reseved j Reseved d Reseved j j Reseved oo G Reseved j Reseved oo o Reseved j Reseved j Reseved Reseved Reseved
221. will be used from the second page and after If all the cas settes have the same size paper pa per will be selected according to the cassette priority Setting forbidden 01 the same setting as in the case of Automatic 1 3rd paper feeder Setting forbidden Printing started from the possible paper feeder SW31 No 6 No 8 The second priority cassette To select the second priority cassette Not used To set in case of using only paper feeder that has been set in the first priority cassette 001 1st paper feeder MP TRAY 2nd paper feeder 3rd paper feeder Setting forbidden Not used 010 011 Except the above SW32 No 1 No 3 The third priority cassette To select the third priority cassette Not used To set in case of using only paper feeder that has been set in the first second priority cassette 1st paper feeder MP TRAY 2nd paper feeder 3rd paper feeder Setting forbidden Not used Except the above SW32 No 4 No 7 Reserved Set to 0 SW32 No 8 Print hold function When set to 1 the print hold function is enabled SW33 No 1 No 2 Heater mode Used to set ON OFF of the heater Three settings are available always ON always OFF and OFF timer Only when Off timer is selected SW34 SW37 settings are valid To set performance of the heater at the printer fixing part Normally ON Off in case of Save Mode giving priority to Energy Save Mode Normally OFF Setting fo
222. y report when the memory is full about 50 items An activity report can be produced when the following key entry command is made FUNC 2 H START After producing the activity report all the data in the memory will be cleared When the switch function is set to 0 NO the data in memory will be deleted from the oldest as it reaches the maximum memory capacity approx 50 items SW44 No 2 Printout of total time and total number of pages on activity report Used to make a choice of whether the total communication time and pages are recorded in the activity report SW44 No 3 Reserved Set to 0 FO 5800U C SW44 No 4 Department function This model has the department audit feature it has to be set to 1 to utilize this feature SW44 No 5 No 8 Department digit Used to set the department ID digit number When set to D the number is 4 SW45 No 1 Picture quality priority mode Used to set the transmission mode which is automatically selected when the MODE key is not pressed In the copy mode however the fine mode is automatically selected unless the MODE key is manually set to an other mode SW45 No 2 Cut off mode when copy mode When in copy if the scanned data is out of the range of recording the operator has one of the choices below using the switch 0 Continue Data is printed onto the next page with the last 20mm also printed at the beginning of the next page 1 Cut off Data
223. y for DRMSIZE L Don t care for DRMSIZE H printer unit unit unit Sub scanning synchronous signal to DRMSIZE NE 7 8 9 0 1 JJ lt lt 5 HSYNC EPRDYB PRRDYB TODB 5 5 5 4 14 67 51 52 53 54 55 5 11 56 57 58 59 63 64 38 bm N F ir ir ir r uuu CO lt 2 VISIE O N gt N Name ETBSYB CTBSYB PRINTB PDATA CPRDYB XIN XOUT LMA10 LMA9 LMA8 LMA7 LMA6 LMA5 LMA4 LMA3 LMA2 LMA1 LMAO LMD7 LMD6 LMD5 LMD4 LMD3 LMD2 LMD1 LMDO LMWEB LD15 LD14 LD13 LD12 LD11 LD10 LD9 LD8 LD6 LD5 O I O FO 5800U C Function tatus sendino signal of printer unit ommand sending signal to printer unit C Printing start continuation signal to printer unit Printing image data to printer unit Communication ready signal to printer unit Address bus of line memory for smoothing contracting Data bus of line memory for smoothing contracting Control data bus and LED on off control signal to key scan and LCD driver on the operation panel Key input detection signal of operation panel Terminal for device test of integrated memory Low is set except in the device test mode Terminal for device test Low is set except in the device test mode FO 5800U C 9 CODEC block This block is composed of CODEC LS374 and LS244 in orde

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