FUJI DRI-CHEM 3500

FUJI DRI-CHEM 3500FDC3500 FDC 3500// FUJI DRI-CHEM 3500 1 2 3 4 5 6 7 8 Z72F0942009 FDC3500 11-04-01

FDC 3500FDC 3500 FUJI DRI-CHEM 3500 FDC 3500FUJI DRI-CHEM 3500 FUJI DRI-CHME 3500 FUJI DRI-CHME 3500 FUJI DRI-CHME 3500i FUJI DRI-CHME 3500p FUJI DRI-CHME 3500s Z72F0942009 FDC3500 11-04-01

1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 Z72F0942009 FDC3500 11-04-01

1 1.1... 1-1 1.2 FDC3500... 1-1 1.3... 1-2 1.4... 1-2 1.5 QC... 1-2 1.6 FUJI DRI-CHEM... 1-2 1.7 FUJI CLEAN TIP FUJI TVBEFUJI MIXING CUPS S... 1-2 1.8... 1-3 1.9... 1-3 1.10 PF... 1-3 1.11 HDL... 1-3 1.12 CRP... 1-3 1.13... 1-4 2 2.1... 2-1 2.2... 2-4 3 3.1... 3-1 3.2... 3-1 3.3... 3-1 3.4... 3-1 3.5... 3-1 3.6... 3-1 4 4.1... 4-1 4.1.1 FDC3500... 4-1 4.1.2... 4-3 4.1.3 FDC3500... 4-7 4.1.4 PF... 4-10 4.1.5... 4-11 4.1.6 QC... 4-13 4.1.7 HDL... 4-15 4.2 4.2.1 CRP... 4-16 4.2.2... 4-19 4.2.3... 4-21 4.2.4 CRP-S... 4-23 4.2.5... 4-25 4.2.6 PF... 4-27 4.2.7... 4-30 4.2.8... 4-32 4.3 ID... 4-35 4.3.1... 4-35 4.3.2... 4-36 0-1 Z72F0942009 FDC3500 11-04-01

4.4 6L10L... 4-37 4.5... 4-40 4.6... 4-42 4.7... 4-42 5 5.1... 5-2 5.2... 5-3 5.3... 5-6 5.4... 5-7 5.5... 5-8 5.6 O... 5-10 5.6.1 O... 5-10 5.6.2 O... 5-11 5.7 PF... 5-12 5.7.1 PFPF... 5-12 5.7.2 PF... 5-13 5.7.3 PF... 5-14 5.7.4 PF... 5-15 5.8... 5-16 6 6.1... 6-1 6.2... 6-1 6.3... 6-1 6.4... 6-1 6.5... 6-1 7 7.1... 7-1 7.1.1... 7-1 7.1.2... 7-2 7.1.3... 7-2 7.2... 7-4 7.2.1... 7-5 7.2.2... 7-5 7.2.3... 7-7 7.2.4... 7-8 7.2.5... 7-13 7.2.6... 7-16 7.2.7... 7-17 7.2.8... 7-18 7.2.9 QC... 7-19 7.2.10... 7-20 7.2.11... 7-21 7.2.12 PF... 7-23 7.2.13... 7-25 7.2.14... 7-27 7.3... 7-29 Z72F0942009 FDC3500 11-04-01 0-2

8 8.1... 8-1 8.1.1... 8-1 8.1.2... 8-2 8.2.... 8-3 8.2.1 15... 8-3 8.2.2 16 ab... 8-3 8.2.3 17 cde... 8-4 8.2.4 19 ab... 8-5 8.2.5 20... 8-6 8.2.6 22 ID... 8-7 8.2.7 23... 8-8 8.2.8 24... 8-9 8.2.9 25... 8-11 8.2.10 26... 8-12 8.2.11 27 N0.... 8-14 8.2.12 28... 8-15 8.2.13 29 No.... 8-16 8.2.14 36 ab... 8-18 8.2.15 37 cde... 8-23 8.2.16 39... 8-27 8.2.17 40... 8-29 8.2.18 42... 8-30 8.2.19 43... 8-32 8.2.20 44 OFF... 8-33 8.2.21 45... 8-34 8.2.22 46... 8-36 8.2.23 48... 8-38 8.2.24 51 PF... 8-42 8.2.25 52... 8-44 8.2.26 60... 8-45 8.2.27 61... 8-48 8.2.28 64... 8-50 8.2.29 67... 8-51 8.3... 8-52 9 9.1... 9-1 9.2... 9-1 10 10.1... 10-1 10.1.1... 10-1 10.1.2... 10-2 10.2... 10-3 10.2.1... 10-3 10.2.2... 10-3 0-3 Z72F0942009 FDC3500 11-04-01

1 1.1 FUJI DRI-CHEM 3500FDC3500 FDC3500 1 [] [] [] [] 1.2 FDC3500 FDC 3500 115-3230-80%RH 2 6000lx 3AC 100V-240V1050-60HZ 410cm 5 6 7 Z72F0942009 FDC3500 11-04-01 1-1

1 1.3 1 1 25 3 1.4 1FDC3500TSPPS50SSFBR58.25m 2 1.5 QC 1QCQCQC QC 2QC 3QC 1.6 FUJI DRI-CHEM FUJI DRI-CHEM 1 2 3 4 5 1.7 FUJI CLEAN TIPSFUJI TUBEFUJI MIXING CUPS S FUJI CLEAN TIPSFUJI TUBEFUJI MIXING CUPS S 1FDC3500FUJI HEPARIN TUBEFUJI PLAIN TUBE 2 3 1-2 Z72F0942009 FDC3500 11-04-01

1 1.8 1 2 1.9 1 1 2 3 1.10 PF PFPF PFPF 1.11 HDL HDL 1.12 CRP CRP Z72F0942009 FDC3500 11-04-01 1-3

1 1.13 FDC3500 1 Fig.1.13 1-4 Z72F0942009 FDC3500 11-04-01

2 2.1 FDC3500FDC3500iFDC3500pFDC3500s 2 Fig.2.1.1 Fig.2.1.2 Z72F0942009 FDC3500 11-04-01 2-1

2 2 Fig.2.1.3 RS232C Fig.2.1.4 Fig.2.1.5 2-2 Z72F0942009 FDC3500 11-04-01

2 S D b a 2 d c Fig.2.1.6 Z72F0942009 FDC3500 11-04-01 2-3

2 2.2 2 Fig.2.2.1 CARD ABC ABC W P/S U SAMPLE DILUTION 2-4 Z72F0942009 FDC3500 11-04-01

2 FEED RERUN 2 /ID ID MODE ID C ENTER Z72F0942009 FDC3500 11-04-01 2-5

2 STOP START 2 START 20 START 2-6 Z72F0942009 FDC3500 11-04-01

3 FDC35004. 3.1 QC 20START 3.2 0.5ml, 1.5ml PFPF START 3 3.3 3.4 61376 301 3.5 QC 3.6 FDC3500iPDC3500sPF FDC3500pFDC3500s Z72F0942009 FDC3500 11-04-01 3-1

4 4.1 4.1.1 FDC3500 1 [] FDC3500 E0500RTC 20 8.2.5 Fig.4.1.1 4 2 [Warming up] 5.4 Fig.4.1.2 3 Fig.4.1.3 Z72F0942009 FDC3500 11-04-01 4-1

4 4 5 Fig.4.1.4 4 4-2 Z72F0942009 FDC3500 11-04-01

4 4.1.2 a. 16mm100mm b. 13mm100mm c. 13mm75mm d. 1.5ml e. 0.5ml f. PF16mm100mm g. PF13mm100mm h. PF13mm75mm i. CP/ 1 4 Z72F0942009 FDC3500 11-04-01 4-3

4 2 16mm100mm 16 100 Fig.4.1.5 4 3 13mm100mm 13 100 4 13mm75mm Fig.4.1.6 1375 Fig.4.1.7 4-4 Z72F0942009 FDC3500 11-04-01

4 5 1.5ml 1.5ml Fig.4.1.8 6 0.5ml 4 0.5ml Fig.4.1.9 7 PF16mm100mm PF/16 100 Fig.4.1.10 Z72F0942009 FDC3500 11-04-01 4-5

4 (8) PF13mm100mm PF/13100 Fig.4.1.11 4 9 PF13mm75mm PF/1375 Fig.4.1.12 CP/ Fig.4.1.12.2 4-6 Z72F0942009 FDC3500 11-04-01

4 4.1.3 FDC3500 FDC3500 4.1.2 a. 16 100mm b. 13 100mm c. 13 75mm d. 1.5ml e. 0.5ml 4.1.5 f. 16 100mmPF g. 13 100mmPF 4.1.4 h. 13 75mmPF 1 a. 16 100mm b. 13 100mm 1615~16.6mm1312~13.3mm 52mm 1.5ml0.5ml 4 Fig.4.1.13 Z72F0942009 FDC3500 11-04-01 4-7

4 c. 13 75mm 1312~13.3mm 30mm (1.5ml0.5ml) 4 Fig.4.1.14 4-8 Z72F0942009 FDC3500 11-04-01

4 2 4 Z72F0942009 FDC3500 11-04-01 4-9

4 4.1.4 PF PF 1 PF PFø16 mm100mmø13 mm100mmø13 mm 75mmø1615~16.6mmø1312~13.3mm ø16 100mm6.5mlø13 100mm 6mlø13 75mm3ml 4 ø ø ø ø ø Fig.4.1.15 4-10 Z72F0942009 FDC3500 11-04-01

4 4.1.5 1 Fig.4.1.16 (a) 1.0ml1.5ml 0.3ml0.5ml 4 Fig.4.1.17 b c d 0.5ml0.3ml 5 5-6 1.5ml Fig.4.1.18 Z72F0942009 FDC3500 11-04-01 4-11

4 2 a Fig.4.1.19 1.0ml1.5ml 0.3ml0.5ml 0.5ml0.3ml 4 (b) 5 1 (c) 1.5ml Fig.4.1.20 (d) 4-12 Z72F0942009 FDC3500 11-04-01

4 4.1.6 QC (1) QCFUJI DRI-CHEM FUJI DRI- CHEM Xx 1,x 2,x 3 Yy 1,y 2,y 3 Y=c+dX+eX 2 c,d,e 4 Fig.4.1.21 (2) QC 11QCQCQC QC QC QCee10 3 Z72F0942009 FDC3500 11-04-01 4-13

4 (2) QC QC [Ready][Warming up] (a) (b) (c) (d) CARD QCFDC3500 QC ERR QC 4 Fig.4.1.22 4-14 Z72F0942009 FDC3500 11-04-01

4 4.1.7 HDL HDL HDL HDLCQC 1 100L 0.5ml 56 10 2 1000g 10 4 1000g 10cm3000r.p.m 4cm5000r.p.m 3 Z72F0942009 FDC3500 11-04-01 4-15

4 4.2 4.2.1 CRP 4 SET POSITION Fig.4.2.1 1 2 3 4 5 6 7 [Ready] SET POSITION 1CRP 4.2.5 SET POSITION FUJI CLEAN TIP a Fig.4.2.2 8 SAMPLE1 SAMPLEWP/S/ U Fig.4.2.3 4-16 Z72F0942009 FDC3500 11-04-01

4 Ready 9 No.ID No.=1 2 3 No. = ID = ID ID=100 ABC Ready No.9 ID13 4 4.3 ID No. START 11 [Ready*][Ready] * 0 Fig.4.2.4 Fig.4.2.5 Z72F0942009 FDC3500 11-04-01 4-17

4 Lamp off Lamp off Press START [Ready] 20 START [Warming up] START [Tests reserved] 4 Warming up Press START to test STOP PF PFRERUN DILUTION START RERUNSTART Tests reserved 4-18 Z72F0942009 FDC3500 11-04-01

4 4.2.2 1 2 3 4 [Ready] SET POSITION 1 Fig.4.2.6 1 5 6 7 SET POSITION cd 4 Fig.4.2.7 8 0.5ml 100l 50l Fig.4.2.8 Z72F0942009 FDC3500 11-04-01 4-19

4 9 SAMPLEWP/S /U 2FDC3500 2 45 U M CUP D a b4 4 Fig.4.2.9 No.ID 4.3 11START 4-20 Z72F0942009 FDC3500 11-04-01

4 4.2.3 DILUTION45 DILUTION 20 11 13 45 DILUTION45 1 2 [Ready] 4 3 4 SET POSITION 5 SET Fig.4.2.10 6 POSITION ab 7 8 M CUP D300~400l Fig.4.2.11 Z72F0942009 FDC3500 11-04-01 4-21

4 9 SAMPLEP/S/ U No.ID 4.3 4 Dil (2) START 11 DILUTION 2 DILUTION 23451015201 1 STOP 12 START Dil (5) START 4-22 Z72F0942009 FDC3500 11-04-01

4 4.2.4 CRP-S CRP45CRP2121 CRP-SQC CRPCP8.2.26 3030 # 45121 1 2 [Ready] 4 3 SET POSITION 4 CRP-S Fig.4.2.12 5 SET POSITION 6 ab 7 8 M CUP D300~400l CRP Fig.4.2.13 Z72F0942009 FDC3500 11-04-01 4-23

4 9 SAMPLEP/S / No.ID 4.3 11 START CRP21 CRP3 32 4 4 CP/ 1 CP/SET POSITION 2 21 CP/ 3 CRP-S 4 SET POSITION CRP 21 5 ab 6 M CUP D300~400l CRP 7 P/S/ No.ID 8 3 21 3 Dil (3) START 9 START3 4-24 Z72F0942009 FDC3500 11-04-01

4 4.2.5 4 Z72F0942009 FDC3500 11-04-01 4-25

4 CRP 1 W160 Dil factor ERR Set tips > a, b Replace mix - cup (Imm) ab STARTCRP 4 1 1 W110 No PM tip c cdstart 11 4-26 Z72F0942009 FDC3500 11-04-01

4 4.2.6 PF PF FDC3500iFDC3500sPF PF1 PF GPTALT PFPF PF Hct20-55% 350L85LHct Hct55%185L85L Hct 4 PF 4.2.4 PF 1 PFPF PF 2PF PF501PFQCQC PFPF PF Z72F0942009 FDC3500 11-04-01 4-27

4 1 [Ready] 2 3 PFSET POSITION Fig.4.2.14 4 PFPF 4 PF / 1CRP 5 SET POSITION 6 a Fig.4.2.15 7 PF3ml PF PF PF 4.1.4 10mm Fig.4.2.16 4-28 Z72F0942009 FDC3500 11-04-01

4 8 5-6 9 Fig.4.2.17 PF bm CUP D 4 cd Fig.4.2.18 11 SAMPLEP/S /1W P/S/U 12 No.ID4.3 13 START Z72F0942009 FDC3500 11-04-01 4-29

4 4.2.7 RERUNIDNo. PFPFPF 1 [Ready] 2 3 SET POSITION 4 PF Fig.4.2.19 4 5 PF 1CRP 4.2.5 SET POSITION Fig.4.2.20 6 a bm CUP D cd Fig.4.2.21 4-30 Z72F0942009 FDC3500 11-04-01

4 7 SAMPLEWP/S /U RERUN (--) START 8 RERUN DILUTION1 DILUTION 9 START 4 Z72F0942009 FDC3500 11-04-01 4-31

4 4.2.8 6L10L 4.4 4.5 1 [Ready] 2 4 3 Fig.4.2.22 4 5 6 SET POSITION SAMPLE 7 No.ID 4.3 5 8 9 START [Wait*] * 5-0 START 4-32 Z72F0942009 FDC3500 11-04-01

4 0 START 11 03[Spot]3 3 12 4 Fig.4.2.23 Z72F0942009 FDC3500 11-04-01 4-33

4 1 2 3 4 [Ready] Fig.4.2.24 4 5 6 SET POSITION SAMPLE U2 Fig.4.2.25 Press START 7 8 9 No.ID 4.3 START START Fig.4.2.26 4-34 Z72F0942009 FDC3500 11-04-01

4 4.3 ID 4.3.1 ID 13 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 A B C a b c D E F d e f G H I g h i J K L j k l M N O m n o P Q R S p q r s T U V t u v W X Y Z w x y z 0 0 - # /?... 4 > Z72F0942009 FDC3500 11-04-01 4-35

4 4.3.2 --/IDNo. ENTERID ID 1 1233 ABCABC 1233 ENTER 4 2 f ABCABC 3DEFD 3DEFf DEFdef > ENTER 3 <>< > 4-36 Z72F0942009 FDC3500 11-04-01

4 4.4 6L10L FUJI CLEAN TIPS Fig.4.4.1 1 al 3mm c 2 2 a1 1~2b2 c 4 Fig.4.4.2 Z72F0942009 FDC3500 11-04-01 4-37

4 3 a1 a1 b2 4 Fig.4.4.3 4 c E 45 Fig.4.4.4 4-38 Z72F0942009 FDC3500 11-04-01

4 1 O O 4 O 2 O Fig.4.4.5 Z72F0942009 FDC3500 11-04-01 4-39

4 4.5 1 2 Fig.4.5.1 4 3 50L 4 Fig.4.5.2 50L 5 6 Fig.4.5.3 4-40 Z72F0942009 FDC3500 11-04-01

4 7 FDC3500 Fig.4.5.4 8 4 9 FDC3500 Fig.4.5.5 Z72F0942009 FDC3500 11-04-01 4-41

4 4.6 c d 5 Fig.4.6.1 4 4.7 ID46 8.2.22 FDC3500 1 START 2 ID CARD Fig.4.7.1 ID IDID ID 4-42 Z72F0942009 FDC3500 11-04-01

5 5.1 5.2 5.3 5.4 5.5 5.6 5.7.1 5.7.1 5.7.15.7.3 5.7.4 5.8 5 FDC3500 FDC3500i FDC3500p FDC3500s Z72F0942009 FDC3500 11-04-01 5-1

5 5.1 1 2 3 Fig.5.1.1 5 5-2 Z72F0942009 FDC3500 11-04-01

5 5.2 31 1 52 528.2.25 5 Fig.5.2.1 2 3 A 4 B 3 Fig.5.2.2 Z72F0942009 FDC3500 11-04-01 5-3

5 5 6 7 6 Fig.5.2.3 7 6 5 Fig.5.2.4 8 C Fig.5.2.5 9 C Fig.5.2.6 5-4 Z72F0942009 FDC3500 11-04-01

5 10 C C Fig.5.2.7 11 B 3 5 Fig.5.2.8 12 B A A B 52 1 Fig.5.2.9 Z72F0942009 FDC3500 11-04-01 5-5

5 5.3 1 2 3 4 3 Fig.5.3.1 5 5 6 Fig.5.3.2 5-6 Z72F0942009 FDC3500 11-04-01

5 5.4 FDC3500TSPS-50SS-FBR58.25m 1 Fig.5.4.1 2 5 3 4 Fig.5.4.2 5 34cm 6 7 8 3-4cm FEED Fig.5.4.3 Z72F0942009 FDC3500 11-04-01 5-7

5 5.5 10001000 5 B 1 A 5 A Fig.5.5.1 2 A Fig.5.5.2 3 Fig.5.5.3 5-8 Z72F0942009 FDC3500 11-04-01

5 4 Fig.5.5.4 B 5 6 7 8 B B A 230 8.2.7 5 Fig.5.5.5 Fig.5.5.6 Z72F0942009 FDC3500 11-04-01 5-9

5 5.6 O O11 5.6.1 O 1 2 42 Fig.5.6.1 Ready 3 1Sample tip a 5 Leak check 1: Sample tip 2: Dilution tip Press START 4 2Dilution tip Sample tip A / D = 1:35 A / D = 2:54 A / D = 3:131 A / D = 4:215 A / D = 5:300 A / D = 6:388 A/D = 370 OK 5 NGO 5.6.2 5-10 Z72F0942009 FDC3500 11-04-01

5 5.6.2 O 1O 1 2 3 O 4 O Fig.5.6.2 5 1 42 5 Z72F0942009 FDC3500 11-04-01 5-11

5 5.7 PF 5.7.1 PFPF PFPFPF 51PF 2 1:Cleaning 3 PF 5 4 a. PF b. PF c. PF Fig.5.7.1 Fig.5.7.2 Fig.5.7.3 5 STOP 6 5.7.2 5-12 Z72F0942009 FDC3500 11-04-01

5 5.7.2 PF PF111 1 51 2 2:Leak check 3 PFPF 5 Fig.5.7.4 4 START 5 NGPF PF5.7.3 6 7 STOPPF PF Z72F0942009 FDC3500 11-04-01 5-13

5 5.7.3 PF PF1 1 51PF 2 1:Cleaning 3 PF 5 4 5 PF PF 6 STOP Fig.5.7.5 7 5.7.2PF 5-14 Z72F0942009 FDC3500 11-04-01

Z72F0942009 FDC3500 11-04-01 5 5-15 5 5.7.4 PF PF211PF 1 PF 2 A 3 CD 4 EB 5 FG 6 CD 7 BA BA 10mm 8 PF 9 51 5.7.2 Fig.5.7.6 Fig.5.7.7 Fig.5.7.8 Fig.5.7.9

5 5.8 1 FDC3500 Fig.5.8.1 5 F F 2 1/4 AC250V F 10A 1/4 Fig.5.8.2 5-16 Z72F0942009 FDC3500 11-04-01

6 FDC3500 6.1 FUJI DRI-CHEM 6.2 6.3 6.4 19a,ba=1,b=0 19198.2.4 6.5 6 Z72F0942009 FDC3500 11-04-01 6-1

7 7.1 7.1.1 7 Z72F0942009 FDC3500 11-04-01 7-1

7 7.1.2 7.1.3 7 7-2 Z72F0942009 FDC3500 11-04-01

7 398.2.16 7 Z72F0942009 FDC3500 11-04-01 7-3

7 7.2 7.2.1 7.2.2 7.2.3 7.2.4 7.2.5 7.2.6 7.2.7 7.2.8 7.2.9 QC 7.2.10 7.2.11 7.2.12 PF 7.2.13 7.2.14 7 STOP STOP 7-4 Z72F0942009 FDC3500 11-04-01

7 7.2.1 [] 5.8 7.2.2 1 (a) (b) Fig.7.2.1 2 (a) (b) (c) (d) 5.4 7 Fig.7.2.2 3 Z72F0942009 FDC3500 11-04-01 7-5

7 Printer ERR 4 [Printer ERR] a b c dstart 5.4 Printer off-line 26 8.2.10 OFF/ON 99 7 7-6 Z72F0942009 FDC3500 11-04-01

7 7.2.3 Code = [Code=] Fig.7.2.3 1GLU-P START STARTSTOP 7 2Na-K-C1 START 5.3 Z72F0942009 FDC3500 11-04-01 7-7

7 7.2.4 W110 No tips 1 START W110 No sample tip a No PM tip c 7 E0120 No sample E0120 No sample found Check sample W060 No sample W060 No sample E0143 No dil 2 STOP a b 4.1.3 cstart STOP d START E0143 No diluent Check diluent Replace mix-cup E0144 No ref e START 7-8 Z72F0942009 FDC3500 11-04-01

7 3 E0123 No dil START E0123 No diluent found Check diluent / tip b Replace mix-cup STOP 1 W150 Dil over 4 3 W150 Dil count over Set tips > a, b, c, d Replace mixing cup Check ref fluid abcd4 START W160 Dil factor 5 7 W160 Dil factor ERR Set tips > a, b, c, d Replace mixing cup Check ref fluid START Z72F0942009 FDC3500 11-04-01 7-9

7 E0129 No ref 6 START STOP E0129 No ref fluid found 1 7 BUN-PS TBIL-PS Ca-PS < 5.0mg / dl < 0.2mg / dl < 1.0mg / dl BUN-PS @ = 0.1mg / dl TBIL-PS @ = 0.1mg / dl Ca-PS @ = 0.1mg / dl 7 < @ a b c d eo 5.6.1 7-10 Z72F0942009 FDC3500 11-04-01

7 E0110 Suc ERR 8 E0110 Clogging>sample>suc Clogging = 1.655 V Check sample E0111 Suc ERR a b START STOP 1 E0112 Spot ERR E0113 Spot ERR E0124 Dil ERR E0125 Dil ERR 7 Z72F0942009 FDC3500 11-04-01 7-11

7 W080 No rack 9 a bstart W080 No sample rack E1000 2 Vert mt E1000 2 Vert motor ERR a b c d E1100 2 Rot mt 7 E1100 2 Sampler rotation ERR E1200 2 Syr mt E1200 2 Syringe ERR Sampler off-line 99OFF/ON 7-12 Z72F0942009 FDC3500 11-04-01

7 7.2.5 E0300 Gain ERR 1 E0300 Gain ERR 400nm : 102: 1953 1: 21 Clean lens W030 Lamp W030 Low light intensity 400nm : 21 mv Clean lens W070 Filter 7 W070 Filter check ERR 400nm : Clean lens Z72F0942009 FDC3500 11-04-01 7-13

7 BUN-PS TP-PS = 15.0mg/dl = 3.7g/dl? BUN-PS? = 15.0mg/dl TP-PS? = 3.7g/dl 5 7 a bfdc3500 c5.5 d e 5.5 Fig.7.2.4 Fig.7.2.5 7-14 Z72F0942009 FDC3500 11-04-01

7 E050 Lamp E050 Replace lamp 2 5.5 5 3 E0900 2 Fil mt E0900 2 Filter motor ERR 7 Z72F0942009 FDC3500 11-04-01 7-15

7 7.2.6 E0200 1 Feed ERR E0200 Feed motor ERR 5.25.3 E0400 Slide jam E0400 Slide insert ERR Check spot part/incu Check disposal box E0401 Slide jam 7 E0401 Slide discard ERR Clean spot part/incu Check disposal box E0600 2 Incu mt E0600 Incu motor ERR E0700 2 Probe mt E0700 2 Probe motor ERR 7-16 Z72F0942009 FDC3500 11-04-01

7 7.2.7 E1500 2 CM temp E1500 CM temp not ready Check room temp Clean air filter a15-32 b c 5.1 E1504 21 PM temp E1504 PM temp not ready Check room temp Clean air filter d10 e d + TP-PS + = 3.7g / dl 7 TP-PS = 3.7g / dl $ TP-PS $ = 3.7g / dl Z72F0942009 FDC3500 11-04-01 7-17

7 7.2.8 E30 Mem ERR E30 Memory ERR 1 EFF01 9, A D Calculation ERR E0500 Date ERR E0500 Set date Run Mode 20 2 20 8.2.5 7 7-18 Z72F0942009 FDC3500 11-04-01

7 7.2.9 QC E4000 B QC ERR 1 QC QC 4.1.6 W170 No QC info 2 QC QC W170 No QC info (1050) GLU-PS 7 Z72F0942009 FDC3500 11-04-01 7-19

7 7.2.10 W040 Sample type W040 Incorrect spl type 1 P/SU W START STOP W140 Slide dir W140 PM slide dir ERR Press STOP to discard 2 STOP STOP 7 7-20 Z72F0942009 FDC3500 11-04-01

7 7.2.11 E0530 Self test 1 OFF/ON E0530 Self test gain ERR E0531 Self test 2 E0531 Self test offset ERR ERR= 3NaKCl ERR= 7 Cl K Na *0-8 0 1 2 3 4 5 6 7 8 Z72F0942009 FDC3500 11-04-01 7-21

7 1 03 O 5.6 2 3 7 7-22 Z72F0942009 FDC3500 11-04-01

7 7.2.12 PF 1 PF apf b51pf 5.7.1 c51pf dpf5.7.3 PF5.7.4 2 PF PF5.7.4 3 PF PFPF 515.7.1 7 Z72F0942009 FDC3500 11-04-01 7-23

7 4 PF a b c d 99OFF/ON 5 F apf b51pf 5.7.1 c51pf dpf5.7.3 PF5.7.4 7 7-24 Z72F0942009 FDC3500 11-04-01

7 7.2.13 1 W090 8 Com ERR W090 8 Com ERR Check com cable W200 BCR ERR 2 W200 COM 2 W200 BCR>no connection W203 W203 BCR ERR W203 BCR mal W300 Ticket ERR 3 aw300w301 7 W300 Ticket no connection W301 Ticket ERR W301 Ticket com ERR Z72F0942009 FDC3500 11-04-01 7-25

7 W303 Ticket ERR (b)w303 W303 Ticket printer ERR Close ticket cover W304 Ticket ERR (c) W304 W304 Ticket printer ERR No paper W305 6 Ticket ERR W305 Ticket mechanical ERR (dw305w306 7 W306 Ticket printer mal 7-26 Z72F0942009 FDC3500 11-04-01

7 7.2.14 W010 Kb open Close keyboard 1 START START STOP W020 Dbox open Close disposal box 2 START START STOP W180 No calib 3 608.2.26 CRP Ca-P & < 0.3mg / dl & > 16.0mg / dl 4 & (acrp (bca-p & 7 CRP # = 4.0mg / dl GLU-PS # = 104mg / dl 5 8.2.26 Z72F0942009 FDC3500 11-04-01 7-27

7 CRP = mg / dl 6 Lack next data CRP Test L2 1 time Test L3 2 times 7 2 2 31 3 Calibration ERR CRP L3 8 CP2 7 Calibration ERR Span ERR (S2) NG Re-calibrate 99-1-1 10:00 No.33 C CRP 9 8.2.26 19 8.2.4 99-1-1 10:20 No.34 TP-PS E = g / dl 11 7-28 Z72F0942009 FDC3500 11-04-01

7 7.3 7 Z72F0942009 FDC3500 11-04-01 7-29

8 8.1 8.1.1 Ready Warming up 8 Z72F0942009 FDC3500 11-04-01 8-1

Z72F0942009 FDC3500 11-04-01 8 8-2 8 8.1.2 15 16 17 19 20 22 23 24 25 26 27 28 29 36 37 39 40 42 43 44 45 46 48 51 52 60 61 64 67 ab cde ab ID No. No. ab cde OFF PF 8.2.1 8.2.2 8.2.3 8.2.4 8.2.5 8.2.6 8.2.7 8.2.8 8.2.9 8.2.10 8.2.11 8.2.12 8.2.13 8.2.14 8.2.15 8.2.16 8.2.17 8.2.18 8.2.19 8.2.20 8.2.21 8.2.22 8.2.23 8.2.24 8.2.25 8.2.26 8.2.27 8.2.28 8.2.29

8 8.2 8.2.1 15 FDC3500 Ready Warming up Printing <M> <Mode 15> Machine parameter Serial No. Machine 9421014 Filter 1014 W/B Board 1014 Temp data 8.2.2 16 ab FDC3500a=1b=0 Ready Warming up 8 Printing <M> <Mode 16> Correlation data GLU a b W 1.2 0.3 PS 1.1 1.0 U 1.02 10 No more data Z72F0942009 FDC3500 11-04-01 8-3

8 8.2.3 17 cde FDC3500c=0d=1e=0 Ready Warming up Printing <M> Lot data GLU W Lot No. 173406 c= 6.61 d= 1.04 e= 0.02 GLU PS Lot No. 191404 c= 2.48 d= 0.9787 e= 0.093 8 8-4 Z72F0942009 FDC3500 11-04-01

8 8.2.4 19 (ab) FUJI DRI-CHEM CONTROL QP a=1b=0 C Ready 1:Set <Mode 19> Control mode 2:Reset................................ 1................................ 2 1 1, 2? <M> Control mode set 98-12-26 17:43 NO.200 C TBIL-PS= 3.1mg / dl Ready C 2 1, 2? <M> 8 Control mode reset Ready Z72F0942009 FDC3500 11-04-01 8-5

8 8.2.5 20 FDC3500 Ready Warming up <Mode 20> Date 98-11-11 19981224174055 Date 981111 <M> 98-12-24 Time 17:30:25 Time 173025 <M> 8 17:40:55 98-12-24 <M> 17:40:55 <M> 8-6 Z72F0942009 FDC3500 11-04-01

8 8.2.6 22 ID ID IDID ID Ready Warming up <Mode22> ID input Use latest ID? ID ID................................ 1 IDID...................................... 2 1 ID ID 1: Yes 2: No <M> Use latest ID 2 IDID Don t use latest ID ID ID 8 Z72F0942009 FDC3500 11-04-01 8-7

8 8.2.7 23 Ready Warming up <Mode 23> Lamp hours 1:Display 2:Reset..................... 1..................... 2 1 1, 2? <M> 2000 H <M> 1000 2000 1, 2? <M> 2 0 8 Reset? 1: Yes 2: No 1:Yes 2:No <M> 0 H <M> 8-8 Z72F0942009 FDC3500 11-04-01

8 8.2.8 24 Ready Warming up <Mode 24> Units conversion (1:Main 2:Sub) AMYLAMYL=36 Test Code = <M> AMYL Current U / l (1:U / l 2:S - U) 1, 2? <M> AMYL S-U 1:Next 2:End <M> 1ENTER [Code = <M>] 8 Z72F0942009 FDC3500 11-04-01 8-9

8 GLU 10 mg/dl mmol/l 0.05551 GGT 30 U/l U/l 1 BUN 11 mg/dl mmol/l 0.357 GOT 31 U/l K-U 0.788 Hb 12 g/dl g/l 10 GPT 32 U/l K-U 0.549 UA 13 mg/dl µmol/l 59.48 CPK 33 U/l U/l 1 TCHO 14 mg/dl mmol/l 0.02586 LDH 34 U/l WL-U 2.101 NH 3 15 µg/dl µmol/l 0.7139 ALP 35 U/l KA-U 0.141 TG 16 mg/dl mmol/l 0.01129 AMYL 36 U/l S-U 0.541 CRE 17 mg/dl µmol/l 88.4 LAP 37 U/l U/l 1 TP 18 g/dl g/l 10 CKMB 38 U/l U/l 1 ALB 20 g/dl g/l 10 CHE 39 U/l U/l 1 TBIL 21 mg/dl µmol/l 17.1 CRP 51 mg/dl mg/l 10 HDLC 22 mg/dl mmol/l 0.02586 Na 91 meq/l mmol/l 1 Ca 23 mg/dl mmol/l 0.2495 K 92 meq/l mmol/l 1 IP 24 mg/dl mmol/l 0.3228 Cl 93 meq/l mmol/l 1 DBIL 25 mg/dl µmol/l 17.1 Mg 28 mg/dl mmol/l 0.4114 = 8 8-10 Z72F0942009 FDC3500 11-04-01

8 8.2.9 25 COM1COM246 Ready 2 5 Warming up N0. <Mode 25> Data transmission 1999681730N0. =1 2 3 4 5 6 9 9 0 6 Date 990608 0 8 Time 1730 1 7 3 0 N0.START No.=123456 1 2 3 4 Transmitting No data found 5 6 ENTER STOP 8 Z72F0942009 FDC3500 11-04-01 8-11

8 8.2.10 26 FDC3500 Ready Warming up <Mode 26> Reprint 1: Printer 2: LCD.............................. 1.......................... 2 1 8 1, 2? <M> 98-12-26 17:43 NO.7 TBIL-PS = 3.1 mg/dl 98-12-26 17:36 NO.6 ALB-PS = 3.4 g/dl FDC3500 250 8-12 Z72F0942009 FDC3500 11-04-01

8 1, 2? <M> 2 () ENTER LCD16 204 <> 8 16 4 Z72F0942009 FDC3500 11-04-01 8-13

8 8.2.11 27 N0. N0. Ready Warming up <Mode27> Seq No. No. = 1 No. = 123 123 8 8-14 Z72F0942009 FDC3500 11-04-01

8 8.2.12 28 Ready Warming up <Mode 28> Over range mark Current1 (1: @,> 2:<,>) @.......................... 1 <......... 2 1 @ 1, 2? <M> @, > Set <M> @, > set 2 < 1, 2? <M> 8 <, > Set <M> <, > set Z72F0942009 FDC3500 11-04-01 8-15

8 8.2.13 29 No. No. Ready Warming up <Mode 29> 1:Each test 2:All tests............................ 1...................... 2 1 1, 2? <M> GLU-PS SAMPLEP/S GLU=10 GLU=10 Test Code = Printing <M> <M> W 8 GLU-PS: Lot No.191404 1:Next 2:End <M> 1ENTER [Code= <M>] 8-16 Z72F0942009 FDC3500 11-04-01

8 2 1, 2? <M> Printing <M> GLU - W : Lot No. 173406 GLU - PS : Lot No. 191404 BUN - PS : Lot No. 175108 UA - PS : Lot No. 159701 TCHO - PS : Lot No. 114500 NH3 - PS : Lot No. 155303 TG - PS : Lot No. 158405 TP - PS : Lot No. 165202 Ca - PS : Lot No. 169002 ALB - PS : Lot No. 161404 TBIL - PS : Lot No. 178305 Na : Lot No. 100000 K : Lot No. 100000 Cl : Lot No. 100000 8 Z72F0942009 FDC3500 11-04-01 8-17

8 8.2.14 36 ab Ready Warming up.............................. 1.............................. 2 <Mode 36> Correlation data 1:Input 2:Reset 1 1, 2? <M> GLU-PS a=1.2b=0.3 SAMPLE Test Code = <M> W U GLU=10 GLU-PS a b Old: 1 0 8 a = 1 <M> b = 0 <M> Input: 1.2 0.3 New: 1.2 0.3 [a=1b=0][ab] [ab] [ab] 8-21 8-18 Z72F0942009 FDC3500 11-04-01

8 1:Next 2:End <M> 1ENTER [Code= <M>] 1, 2? <M> 2 1:Each test 2:All............................ (a)...................... (b) (a) 1, 2? <M> Test code = <M> CRE-PS Reset? CRE-PS W U CRE=17 8 1:Yes 2:No <M> 2ENTER [Code= <M>] Z72F0942009 FDC3500 11-04-01 8-19

8 CRE-PS Reset 1ENTER [Code= <M>] 1:Next 2:End <M> b 1, 2? <M> Reset all tests? 1:Yes 2:No <M> All tests reset 2ENTER 8 8-20 Z72F0942009 FDC3500 11-04-01

8 FDC3500 XY FDC3500 Y= ax + b [a,b]fdc3500 X=(Y - b) / a FDC3500Y [] [a,b] [a,b] [a,b] [a1,b1][a2,b2] [a,b] a = a1a2 b = a1b2 + b1 8 Z72F0942009 FDC3500 11-04-01 8-21

8 [a,b] GLU a=1, b=0 (Y=X) 10~600mg/dl AB [Y=0.98X+5] A=5mg/dl B=607mg/dl [Y=1.1X-5] A=14mg/dl B=550mg/dl 8 @ > 8-22 Z72F0942009 FDC3500 11-04-01

8 8.2.15 37 cde /QC[c,d,e]QC 37[c,d,e]No. QC No. No. No.123456No.1 Ready Warming up <Mode 37> Lot data 1:Input 2:Reset.............................. 1.............................. 2 1 1,2? <M> GLU-PS No.123456 c=0.009 d=1.006 e=0.889 SAMPLEP/S Test Code = <M> P/S GLU-PS W 8 GLU=10 Lot = <M> 6 No. Lot No.123456 Old: c= 2.48 d= 0.9787 e= 0.093 Z72F0942009 FDC3500 11-04-01 8-23

8 c c=2.48 <M> d d=0.9787 <M> e= 0.093 <M> e New: c= 0.009 d= 1.006 e= 0.889 ce 6 D 7 1: Next 2: End <M> 8 1ENTER [Code= <M>] 8-24 Z72F0942009 FDC3500 11-04-01

8 2 1,2? <M> 1:Each test 2:All............................ a...................... b a 1,2? <M> Test Code = <M> CRE-PS CRE=17 SAMPLEP/S CRE-PS Reset? 1:Yes 2:No <M> 2ENTER [Code= <M>] 8 Z72F0942009 FDC3500 11-04-01 8-25

8 CRE-PS Reset 1:Next 2:End <M> 1ENTER [Code= <M>] (b) 1,2? <M> Reset all tests? 1:Yes 2:No <M> All tests reset 2ENTER 8 8-26 Z72F0942009 FDC3500 11-04-01

8 8.2.16 39 /0 Ready Warming up...................... 1.......... 2.............. 3 <Mode 39> Reference intervals 1: Input 2: Select 3: Print 1-3? <M> Test Code = GLU-PS <Old> mg/dl Lower=50 Upper=120 <M> 1 GLU-PS 70mg/dl, 110mg/dl SAMPLEP/S W U GLU=10 Lower = Upper = <M> <M> 8 <New> mg/dl Lower =70 Upper=110 1:Next 2:End <M> 1ENTER [Code= <M>] Z72F0942009 FDC3500 11-04-01 8-27

8 1-3? <M> 2 Print with data? 1:Yes 2:No.............................. a............................. b 1:Yes 2:No <M> a Print ref intervals 1:Yes 2:No <M> b Print w/o ref 8 Reference intervals GLU-PS mg/dl 70-110 NH3-PS ug/dl 12-66 Na-W meq/ l 136-149 3 3 8-28 Z72F0942009 FDC3500 11-04-01

8 8.2.17 40 1-20 20 Ready Warming up <Mode 40> Spot count 1:Set 2:Reset.......................... 1.................................. 2 1 1,2? <M> 5 Spot count 20 <M> Spot count 5 Ready 40 8 Ready 5 2 1,2? <M> Ready Ready Z72F0942009 FDC3500 11-04-01 8-29

8 8.2.18 42 Ready Warming up Leak check 1: Sample tip 2: Dilution tip.............. 1.............. 2 1, 2? <M> 1 a Press START 8 Sample tip A/D = 1:35 A/D = 2:54 A/D = 3:131 A/D = 4:215 A/D = 5:300 A/D = 6:388 A/D = 370 OK NG05.6.2 STOP 8-30 Z72F0942009 FDC3500 11-04-01

8 Sample tip +Pre ERR : 400 NG Pre ERR :152 OK Sample tip Clog ERR : 500 NG 2 b Dilution tip A/D = 1:34 A/D = 2:41 A/D = 3:105 A/D = 4:189 A/D = 5:274 A/D = 6:361 A/D = 348 OK NG05.6.2 STOP 8 Z72F0942009 FDC3500 11-04-01 8-31

8 8.2.19 43 FDC3500 Ready 4 3 Warming up <Mode 43> Com parameter Com port 1: COM1( 9PIN) 2: COM2(25PIN) / COM1 9600 BPS VRC BCC 1 Com port? <M> 1 0 Baud rate? <M> 1 0 VRC? <M> 2 0 BCC? <M> 1 Stop bit? <M> 1 8 (Menu) Baud rate 0: 19200 BPS 1: 9600 BPS 2: 1200 BPS Parity (VRC) 0: None 1: Odd 2: Even Parity (BCC) 0: Disable 1: Enable (EOR) Stop bits 1: 1 stop bit 2: 2 stop bits 8-32 Z72F0942009 FDC3500 11-04-01

8 8.2.20 44 OFF Ready20 OFF 1000OFF24 40 Ready Warming up <Mode 44> Lamp off setting Current: Lamp off Lamp off? 20 OFF OFF........................ 1 OFF...................... 2 1 OFF 1:Yes 2:No <M> [Lamp off] Lamp off 2 OFF 1:Yes 2:No <M> 8 [Lamp on ] Lamp on Z72F0942009 FDC3500 11-04-01 8-33

8 8.2.21 45 Ready Warming up 1: Input 2: Print 3: Reset <Mode 45> Dil setup.......................... 1.................... 2................ 3 Dil setup? <M> 1 Test Code = 10GLU-PS=1 <M> GLU-PS 5 SAMPLEP/S U GLU10 8 1 DILUTION 1 2 3 4 5 10 15 20 8-34 Z72F0942009 FDC3500 11-04-01

8 10GLU-PS=5 4DILUTION5 ENTER 10 GLU-PS = 5 STOP / 121 12 2 Dil data 10 GLU-PS = 5 11 BUN-PS = 2 STOP 3 Reset all tests? 1: Yes 2: No <M> Reset [OK] STOP 8 Z72F0942009 FDC3500 11-04-01 8-35

8 8.2.22 46 COM1COM2(Host/PC) 8 COM1COM2 COM1COM2 COM1COM2 8-36 Z72F0942009 FDC3500 11-04-01

8 Ready 4 6 Warming up <Mode 46> Terminal Settings COM1 (9PIN) : 0 COM2 (25 PIN) : 0 0: None 1: Host/PC 2: Ticket printer 3: Sample BCR COM1/2=00 <NEW> COM1 (9PIN) : 1 COM2 (25 PIN) : 3 <M> COM1 COM2 [] COM1 0 0 0 1 1 2 2 0 1Host/PC 2 3 COM1COM2 1 COM2 0 2 3 0 3 0 3 3 8 Z72F0942009 FDC3500 11-04-01 8-37

8 8.2.23 48 4.5mm 13mm 38mm 8 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 1999-07-25 ID 123456789 P 10:20 1234567890123 GLU BUN UA TCHO NH3 TG CRE TP ALB TBiL HDLC Ca IP Mg DBiL 70 110 8 23 M4.0 7.0 F3.0 5.5 150 219 12 66 50 149 M0.6 1.1 F0.4 0.8 6.7 8.3 3.8 5.0 0.1 1.2 M36 60 F45 69 8.4 10.2 2.6 4.4 1.8 2.4 0.1 0.4 H 100 10.1 1.0 0.7 0.3 mg/dl mg/dl mg/dl mg/dl g/dl mg/dl mg/dl g/dl g/dl mg/dl mg/dl mg/dl mg/dl mg/dl mg/dl GGT GOT/AST GPT/ALT CPK LDH ALP AMYL LAP CKMB CHE CRP Na K Cl Hb 16 73 8 38 4 44 M40 200 F30 150 106 211 104 338 25 105 19 69 < 25 170 420 < 0.5 136 149 3.8 5.0 98 106 M13.5 18.0 F12.0 16.0 H @ 45 35 # 1 # 185 U/l U/l U/l U/l U/l U/l U/l U/l U/l U/l mg/dl meq/l meq/l meq/l g/dl 278mm 278mm 5 22.5 43 50.5 76 86 90mm 8-38 Z72F0942009 FDC3500 11-04-01

8 Ready 46 Warming up <Mode 48> T printer ADJ 1: Header position 2: Printing order 4 8...................... 1.................... 2 1, 2? <M> 1 Header position Offset: 140 Offset=140 <M> 1 +10.2mm 10.2mm 1mm145 Offset: 145 1 4 5 Transmitting <M> 1154 ENTER 8 Z72F0942009 FDC3500 11-04-01 8-39

8 1, 2? <M> Printing order 1: Change order 2: Print 3: Reset 2 2.................... a.......... b.............. (c) Test Code = Order = Printing order 10 GLU = 2 <M> <M> a 1 GLU GLU=10 1 0 2 143 8 Printing order 10 GLU = 2 11 BUN = 1 12 UA = 3 13 =4 14 TCHO = 5 (b) 2 QC 8-40 Z72F0942009 FDC3500 11-04-01

8 Reset? c 3 1: Yes 2: No <M> 1 8-38 Reset [OK] 2 STOP 8 Z72F0942009 FDC3500 11-04-01 8-41

8 8.2.24 51 PF PFPFPF.............................. 1.......................... 2 1 PF 5.7 STOP 8 8-42 Z72F0942009 FDC3500 11-04-01

8 2 PFPF NGPF5.7.1 PF5.7.3 STOP 8 Z72F0942009 FDC3500 11-04-01 8-43

8 8.2.25 52 52 5.2 8 8-44 Z72F0942009 FDC3500 11-04-01

8 8.2.26 60 # Ready <Mode 60> Calibration mode 1998-12-27 19:04 CRP-S SAMPLEP/S Test code = <M> Test code OK? 1:OK 2:NG CRP (51)? <M> 2ENTER [Code= <M>] Latest data Test = CRP Lot No. = 100304 Cal date = 98-12-22 Cal time = 19:30 Exp days = 30 CRP(51) Lot No. 100304 1:Re-input 2:Calibration 1,2? <M> 1 ENTER[Code= <M>] 8 Z72F0942009 FDC3500 11-04-01 8-45

8 Level 1 = CP CP-1 =1.1 CP-2=3.3 CP-3=7.1 Level 2 = Level 3 = Ready Cal concentration Level 1= 1.1 Level 2= 3.3 Level 3= 7.1 <M> CP23 1 240 28.2.17 2 CP/SET POSITION 3 6CRP-S FDC3500 CP/ 4 5 ab M CUP D300-4001 CRP 6 CP-1CP/ 1CP CRP CP 7 5 START 8 8 9 START CP-1 CP-2CP-349 CP/ CP 11 Ready <M> 3 40 Level 1-3? <M> Level 1 START <M> 8-46 Z72F0942009 FDC3500 11-04-01

8 Level 1-3? <M> 123 6 CRP-SFDC3500 Level 1 START <M> 4.2.8 <Mode 60> Cal completed CRP Lot No. 101802 L1 1R = 0.4489 2R = 0.4390 Avg = 0.4440 L2 3R = 0.3647 4R = 0.3705 Avg = 0.3676 L3 5R = 0.2999 6R = 0.2923 Avg = 0.2961 Cal parameter Cal coefficient -2 c = 0.2796 d = 0.7158 e = 0.0221 Cal coefficient -1 f = 0.6537 g = 0.9336 OK Keep this data [Ready <M>] ENTER 8 Z72F0942009 FDC3500 11-04-01 8-47

8 8.2.27 61 QCABCDEfgNo. QC60QC 61 Ready Warming up <Mode 61> Std curve data CRP-S QC c0.1144 d0.8317 e0.0710 f-1.1568 g1.3233 Test Code = <M> SAMPLEP/S CRP=51 CRP (51) <M> A= <M> 8 B= <M> C= <M> D= <M> 8-48 Z72F0942009 FDC3500 11-04-01

8 E= <M> c= <M> cdefg CRP <MODE 61> Std curve data A= 0.600 B= 34.94 C= 648.5 D= 4465.0 E= 10850.0 Cal coefficient c= 0.1144 d= 0.8317 e= 0.0710 f= 1.1568 g= 1.3233 Check data 2ENTER 61 1: Yes 2: No <M> 6No. Lot = <M> 8 Lot No.100304 1:Next 2:End <M> 1ENTER [Code= <M>] Z72F0942009 FDC3500 11-04-01 8-49

8 8.2.28 64 Ready Warming up <Mode 64> Cal concentration CRP (51) Level 1= 1.1 Level 2= 3.3 Level 3= 7.1 8 8-50 Z72F0942009 FDC3500 11-04-01

8 8.2.29 67 QC1QC QC Ready Warming up <Mode 67> Test Code = <M> CRP20 CRP=51 CRP (51) <M> 1~30 Days? 30 (1-30) 1:Next 2:End <M> 1ENTER [Code= <M>] 8 Z72F0942009 FDC3500 11-04-01 8-51

8 8.3 8 8-52 Z72F0942009 FDC3500 11-04-01

9 9.1 46 48 8.2.23 48 FDC 3500 1 SLIP 2 Fig.9.1.1 ERROR STOP ends comstop 25 9.2 9 Z72F0942009 FDC3500 11-04-01 9-1

10 10.1 10.1.1 60/140/ 77/ 61 3700.2 301+2 1-6 20 1 50L 2 3 21 4 PF 90 80 400nm, 505 nm, 540 nm, 577 nm, 600 nm, 625 nm, 650 nm 0.0004 OD/5 0.002 OD600nm) 161 CARDABCWP/SU 58mm25m 10/2520/15 6000Lux 15-32 30-80% 100V-240V10% AC 50~60Hz 350 VA RS-232C 400385PF 455280mm 21KgPF 19KgPF 10 Z72F0942009 FDC3500 11-04-01 10-1

10 10.1.2 (AC250V F 10A)..........................................2......................................................1......................................................2........................................................1...................................................2...................................................2......................................................1 O.......................................................2...................................................1.............................................2 FUJI DRI CLEAN TIPS(96)............................1 FUJI PLAIN TUBE(0.5ml)(50)........................1 S FUJI DRI-CHEM MIXING CUPS S(100)...................1 PF(FDC3500FDC3500p)...........................1 PF........................................................1 (FDC3500FDC3500i)...............................1......................................................1...................................................1.....................................................1......................................................1...............................................1 10 10-2 Z72F0942009 FDC3500 11-04-01

10 10.2 FDC3500 10.2.1 FUJI CLEAN TIPS.................................966............................................. FUJI HEPARIN TUBE1.5ml....................5001 FUJI HEPARIN TUBE0.5ml....................5001 FUJI PLAIN TUBE1.5ml......................5001 FUJI PLAIN TUBE0.5ml......................5001.................................................1.................................................1 O..................................................2 FUJI PLASMA FILTER PF.........................501 PF.................................................1 PF...................................................1 S FUJI DRI-CHEM MIXING CUPS S.....................1001 10.2.2.............................................1........................................1.............................................1 6l..............................................1 10l.............................................1..........................................1..............................................1..............................................1..............................................1 FDC3500 10 Z72F0942009 FDC3500 11-04-01 10-3

Z72F0942009 11-04-01