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Contents
1.2. 6 0 C
3. i a ZN
4. ee 1 oi 2 oe 9 HE ll ee 15 ope ar te eer 16 le ky Bs eee RIEA eeens 24 oo k 31 ee 3 9 eee 4 1 tee big aac ice ee 43 Grania 45 Oo ETA Marr ee eee ee eee 5 1 T 52 5 7 Correction Factor KX KY KZ Reference sample Standard sample White Board
5. Attention Please set the WS 100 0 then push RUN HOLD key 3 WS 3 100 0 OFF
6. FAST SLOW FAST FAST SLOW SLOW AUTO MANU AUTO AUTO MANU MANU X n n 1 5 Y n n 1 5 Z n n 1 5 x y L u v L Tc duv L 1 1 A TS_RA_ST PRINT 1 A CHR 13 2 AG TS _RM_X2_Y2_Z22_ST PRINT 1 AS CHR 13 X _
7. 3 EEPROM SE RE see E CHANGE lt i UL WRITE MISE LTA Tare a AEG Pes 80 0 120 0 100 0 28 4 2 EEPROM O 2 5 2 1 5 2 EEPROM 2 6 3 1
8. 5 EEPROM REMOTE GP BORES O ETAGE WRITE Jace Tth ROTATION ENTERS REIR wwe eee RS 232C AS BM 7FAST ORS 232C 300
9. Attention Please set the Std sample then push RUN HOLD key 3 3 GEABSZDIRS OF F OF F ON 19 5 3 5 3 1 2 3 4 5 6 1
10. 5 5 6 16 7 8
11. 6 2 R AM EEPROM R AM EEPROM R AM OFF EEPROM OFF CHANGE ECHANGE EW THB RENTERS EE E T y PROTECT WRITE WRITE Attention Please set the PROTECT WRITE SW to the WRITE side 24 WRITE HON rG ENTER
12. o OFF ON 20 5 3 2 1 8 5 1 4 2 5 3 3 Zone 1 9 21 5 4 SW1 LOCAL REMOTE SW2 SOURCE OBJECT SW3 FACTOR OFF ON SW4 ZERO AUTO MANU SW5 BUZZER OFF ON fhe MANU ZERO AUTO MANU AUTO OBS RUN HOLD BS REMOTE Te en LOCAL REMOTE LOCAL
13. 11 10 AC BM 7 4 Ott 1800mAh DC8 4V 230mmx65mmx35mm R 11 11 A C AC 2 OAD 1018 mm AC100V 50 60Hz OAD 1018B AC120 240V 50 60Hz 49 11 12 50 12 1 12 yu N z
14. 1 0 0 Q 1 0 kQ 42 10 10 1 1 CIE 1931 XYZ x X X Y Z y Y X Y Z 2 CIE 1976 UCS u 4X 7 X 15Y 3Z v 9Y X 15Y 82Z 10 2 L 116 Y Yn 1 3 16 Y Yn gt 0 008856 Y XYZ Y Yn Y Y Yn 0 008856 L 903 29 YYn YYn 0 008856 10 3 1 CIE 1976 L a b a 500 X Xn 178 Y7 Yn 1 3 X7 Xn gt 0 008856 b 200 Y7 Yn 1 3 Z Zn 1 3 Y Yn gt 0 008856 Z Zn gt 0 008856 X Y Z XYZ Xn Yn Zn XY Z X Xn Y
15. al aa apap ene TT 4 ROTATION 0 gt 1 ee a a sccccvece 5 HER 2 2 3 1 LOCAL REMOTE LOCAL REMOTE ON OFF ON
16. 1 D SA
17. 2 1 EEPROM O x y L Ta age tla CHANGE a LOSTE 1 ROTA HON SPET 7 j 25 O Attention Please set the Ref Sample then push RUN HOLD key O 3 1 KX KY KZ 3 1 EEPROM O O REY Sma BRBANGEN EML ware eee gt FROTATION lt WE 7 Fie 5 arate I TOR ONO venue FACTOR ONOFF FACTOR OFF ome We
18. Field 2 0 ABS X okk Y L eee Cd m2 kK ERROR kK Over or Under 2 Field ERR ABS x 0 2458 y 0 2648 L 9 750E 02 cd m 2 3 Field 2 0 ABS BAT x 0 2458 y 0 2648 L 9 750E 02 cd m 2 13 3 2 pe al E none SOURCE OBJECT SD 1 x y LE F gt u v LL 1 l Tcduv L X Y Z F 2 x y L gt CIELAB 1 CIELUV 14 4 4 1 1 BM 7 pp 1 2 AC eee 1 3 E E cee 1 4 E E E 1 5 1 6 seubeeu seduce NE edn 3 7 oo 1
19. 4 LOCARE Evo 5 NHI 31 7 2
20. 40 80 360 1 7kg RYOTE NSS 46 11 5 WS 3 9 0 O AR 45 BaSO4 78mm t 12 5mm 40mm WG GY i Luminance factor 0745 X KN Material Up Date of calibrati N LNSS 47 11 6 AL 6 BM 7 BM 7 4 5 38 mm AER ae a 75 aa 0 99 1 37 49 0 P 0 75 5 0 1 0 20 0 27 0 10 0 18 AL 6 11 7 AL 1 1 BM 7
21. _ 8 cd m 53 9 cd m oz re o k Ranged 0 1 300 0 4 1 200 40 120 000 0 i 3 000 4 12 000 100 300 000 400 lt 1 200 000 10 30 000 40 120 000 1 000 3 000 000 4 000 12 000 000 REA 0 2 0 1 X 10 4 of rdg A 2 3 C 3C 6 5 RH HE cd m 1 30 000 4 120 000 100 3 000 000 400 12 000 000 1 0cd m2 54 11 Ax 4y 0 002 A 0 0 1
22. 19 A C GP 4 VA RS 232C 3VA 20 O C 40T 8 5 RH 21 20 60 8 596RH 22 3 25mm RX x 120mm x162mm Be 23 3kg 56 O JIS C 1609 93 A00 76O0Onm oo 0 996 450 500nm oo O 901 500 550nm po T 0 982 550 600 1 000 600 650nm oo 1 068 650 7O0Onm oo 0 805 D65 ee 0 995 A Ri er 1 009 O 55 sens OT 1 011 Y 48 Ne ee 0 999 G 5 2 ee 0 986 Bi 0 967 BDU Oe Jae venncceemunnsnensas 1 007 oH FL W terrereerseresreseessennesernsonenee 1 004 0 998 HI D 400 aaa 0 998 HF 400 serere 1 010 D 4 OO 0 0 999 M 400 Song 0 999 NH 4 00 cree 1 015 pe 1 060 eV 0 988 A ee 1 007 1 004 1
23. X 2 Y GP 1B RS 232C 2 2 2 2 1 1 ON AUTO 3 Serpe HT FAST
24. 6 3 EEPROM O O 25 HF 1 7 3 EEPROM O 2 6 3 1 FACTOR ONE DSI 8 EEPROM O26H8 4 9 EEPROM O 2 7 5 X 29 6 3 F OBJECT i x EE a 1 i
25. Prompt R AM Random Access Memory EEPROM Electric Erasable Programmable Read Only Memory ROM l Local Mode Function Mode KC l Remote Mode 2 2 1
26. CALIBRATION Put on the caps then push RUN HOLD key ON Eao MANU 10 BREACH AEMMRE LEE TSC ERUNAHORD 17 5 2 5 2 1 1 SOURCE 2 ON 5 2 2 18 5 2 3 SIABS D1 D IF 2 ON
27. A 0 03 A B 2 3C 3 C 65 RH HE cd m 10 30 000 40 120 000 1 000 3 000 000 4 000 12 000 000 1 0cd mz A Y 48 O 55 A 73B T 44 IRA 05 B V 4 4 B 46 G 54 R 6 1 12 3 0C lt 40 C 2 3 C 13 3 859 RH 60 RH 14 A 2 3 C 3 C 55 15 20 x 4 16 GP IB RS 232C 17 Xo Y 18 J AC
28. Y Y 0 2 4 V cd m 2 9 600 r T 0 0 Ranges o 240 o 960 24 000 0 96 000 Ranged 0 2 400 o 9 600 240 000 0 960 000 Ranged 0 24 000 0 96 000 0 2 400 000 0 9 600 000 X Xa 9 2
29. x Ay AL 3 1 3 1 1 1 x y O Field 2 0 ABS x 0 4476 y 0 4074 L 3 500E 03 cd m 2 2 u v L O Field 0 2 ABS u 0 2560 V 0 5243 3 X Y ZE F O Field 1 0 ABS X 3 186E 03 Y 3 500E 03 cd m 2 Z 1 905E 03 L 3 500E 03 cd m 2 Field 2 0 DIF x 0 0048 y 0 0096 2 200E 01cd m 2 Field 0 2 DIF u 0 0075 V 0 0058 L 2 200E 01cd m 2 O Field 1 0 DIF X 7 690E 02 Y 2 200E O01cd m 2 Z 5 950E 02 3 4 Tc duv L Field 0 1 ABS Tc 2855 K duv 0 000 L 3 500E 04 cd m 2 1 2 1 x y LEK O Field 2 0 ABS x 0 2458 y 0 2648 L 9 750E 02 cd m 2 2 CIELAB Field 1 0 ABS a k 14 6 b 19 0 L 114 6 3 CIELUV Field 0 2 ABS U 7 1 V 37 9 L 109 5 O Field 0 1 DIF Te 150K _ duv 0 004 L 2 200E 02cd m 2 O Field 2 0 DIF x 0 0215 y 0 0072 L 6 000E 00 cd m 2
30. 1 4 20 UNC 20 1 270mm 6 mm 7 7 M3 5mm 3 HES LCD 2 0 x 4 x y L
31. 5 BUZZER ON OFF BUZZER ON BUZZER OFF i ON OFF ON 6 NC AFLOPEN 7 NC BF PLOPEN 8 PRoTEcT WRITE PROTECT EEPROM PPROTECT WRITE EEPROM EE P ROM WRITE 2 2 4 1 ON OFF ME
32. A GC AC AC AC Z AC
33. ee ee eee ee EAE STATION SHIRE aie 1 KX KY KZ 1 4 EEP ROM O X2Y 2 O XNIAN MANU P A BOOK A SENTER 8 1 5 1 5 4 9 X Y Z 3 26 QTOZMAN AUTO
34. 5 3 7 EASEZSEOW FAST SLOW 41 9 3 1 2 X Y Z X 2 6 4 MANU 3 RUTOZMANU 4 SSBOWI 2 6 2 CASWSEOW 5
35. 32 ST PATO RTO DH 10 1 3 ase ESSE A FES LOWAERELT HEU NERO 33 7 3 OBM 7 BM 7FAST MO T R XnYnZnUCFn_ X H HHH y
36. 2 souRcE ogJEcT SOURCE OB JECT ON OFF ON 3 FACTOR OFF ON FACTOR OFF 1 KEL HER ON FACTOR ON ON OFF ON 4 ZERO_AUTO MANU ZERO AUTO EPROM ZERO MANU RAM ON AUTO MANU 1
37. z TXD RXD DTR gt DSR RTS gt CTS 8251 RXD gt TXD CTS lt RTS DSR lt DTR CD lt CD 1 7 5 2 1 2 3 4 BM 7FAST 300 600 1200 2400BPS 1200 2400 4800 9600BPS vee 7 8 ea NONE EVEN ODD 1 1 5 2 1 2 rr ASCI 5 12V T 7 5 3 NEC PC 9800 1 00 1 1000 OPEN COM1 071NN AS 1 1010 A TS RA ST 1020 FOR 1 TO 100 1030 PRINT 1 A 1040 FOR LOOP 1 TO 300 1050 WORK LOC 1 1060 IF WORK gt O THEN 1090 1070 NEXT LOOP 1080 GOTO 1030 1090 INPUT 1 B 1100 PRINT B 1110 NEXT 1120 CLOSE 1 1130 STOP END 2 RUN HOLD 1000 O
38. A KH 1 SA cts nd Soy N th ll j Y rr gt ES a AS NA NV VI cat T 12 2 ATENE savas ae E 1 i ea ia se 2 3 t S IR B SR b 3 TB i SS A 9 SRS FS dss ses RR B ES O J a 1 IN 1 n Ee 1 M ENET N ne RS eee REIT Loe i IN a wt O LO LL 500nm 600nm 700nm 400nm 51 13 1 2 3 4 5 tk 2 41 40 2 0 1 5 f 80mm F2 5 CIE 1931 X JIS Z 8724_ j 3 X Y Z
39. EEPROM PROTECT WRITE WRITE f 6 2 1 W78 1 1 1 _ 1 R AM O O EMODE A
40. 2 DC AC AC 3 4 X GP 1 B RS 232C 5 Xa Y Z 3 6 JIS B 7103 49
41. OPEN OPEN 9 ON 1 0 ON x y 10cd m2 ZERO AUTo MANU K MANU ff 98
42. 2 30 7 SN EI 7 1 1 27 5 3 OFF 4
43. AH1 T Talker T 4 L Listener L2 S R Service Request SRO RL Remote Local RLO P P Parallel Poll seee PPO D C Device Clear stette DCO D T Device Trigger e DTO 35 7 4 3 NEC PC 9800 100 1 1000 ISET IFC 1010 ISET REN 1020 CMD DELIM 1 DELIMITER CR 1030 CMD TIMEOUT 0 KILL TIMEOUT FUNCTION 1040 A TS RA ST 1050 FOR 1 TO 100 1060 PRINT 1 A 1070 FOR LOOP 1 TO 10 NEXT LOOP 1080 LINE INPUT 1 B 1090 PRINT B 1100 NEXT 1110 STOP END 2 RUN HOLD 1000 ISET IFC 1010 ISET REN 1020 CMD DELIMI 1 DELIMITER CR 1030 CMD TIMEOUT 0 KILL TIMEOUT FUNCTION 1040 FOR 1 1 TO 100 1050 LINE INPUT 1 B 1060 PRINT B 1070 NEXT 1080 STOP END 36 7 5 RS 232C 7 5 1 DCE
44. BM 7 mm Si lt 49 5 gt 0 P 0 75 51 0 1 AL 1 1 48 11 8 MF 10 MF 100 BM 7 BM 7 BM 7 11 9 ITV IA 1A BM 7 BM 7 C 1 2
45. Judd UCS 44 11 11 1 AC BM 7 A C 4 AD 10860 AC100V 50 60Hz AD 12860 AC120V 50 60Hz AD 22860 AC220V 50 60Hz AD 24860 AC240V 50 60Hz 11 2 BM 7 BM 7 IBM PC AT 11 3 5 BM 7 1830mm 585mm 810mm 3 2mm 3 FR 4 7kg 45 11 4 hha S 4 5 BM 7
46. UN ENTERS og ON Sier pE 7 ty bl GRUNZHOED 8 3 KX KY KZ 9 PROTECT WRITE PROTECT 99 10 KONDHON X KX X Y KY Y Z KZ Z X Y 2 8 2 40 9 X Y Z 9 1
47. gt CC ES BM 7 52 6 Ox y L x y L A Ou v L u v L A OX Y Z X Y Z J OTc duv L Tc BBE duv OCIE 1976 L a b JEab A OCIE 1976 L u v Euv x y 4x Ay 4L 7 FAST SLOW 2 BM 7FAST 0 5 x y L ens LED 9 0 BM 7
48. 30 1 SLOW CRT RORHOED 24 YF ON RUN ON D IF ON A B S ee naan ae ON x y 0 6 2 2 ON ON 2 2 2
49. 57 O cd m2 cd cmy j rix Foot Lamberts 58 74 20 UMC mo 59 BM7 BM T Fasr 1 WEES aan 7174 8580 75 1 TEL 03 3558 2666 FAX 03 3558 4661 _
50. SW2 SOURCE OBJECT SOURCE OBJECT A SW4 MANU ZERO AUTO MANU AUTO ZERO ZERO DIF F ABS DTEF ABS 22 AUTO MANU FAST SLOW 6 RUN HOLD 23 6 R AM EEPROM 6 1 EUNCTION tix RUNGTION
51. Yn ZzZ Zn 0 008856 7 787 X4Xn 16 4116 7 787 Y Yn 16 4116 7 787 Z Zn 16 116 43 2 CIE 1976 L u v u 13L u un v 13L v vn u v CIE 1976 UCS un vn u v 10 4 1 CIE 1976 L a b AEabt AL 2 Jat 2 4b 2 1 2 AL Aat Ab L a b 2 CIE 1976 Li ku kv AEuv AL 2 4u 2 v 2 1 2 AL Aux Av L u v l 10 5 Z 87259 _ T c 100 000 1 563K du v 1 0 0 0 JIS Z 87254 CIE 1960 UCS
52. 2 1 AC AD 10860 2 AC AD 12860 3 AC AD 22860 4 AC AD 24860 5 BM 7 6 5 7 RHA S 4 8 WS 3 9 AL 6 AL 11 10 MF 10 MF 100 11 I TV IA 1A 12 13 AC AD 1018 14 AC AD 1018B 15 15 5 5 1 1 2 D C A C A C 3 4 co
53. H HHH X _ H HEL HH_Y _ HELH HH_Z _ HHHELFHCR OBM 7FAST M1 TER XnYnZnUCFn_ ul _ _v _ H_ X _ HHELH H Y _ HHELHH_Z _ HHHELHACR OBM 7FAST M2 T R XnYnZnUCFn_ Teo _ _duv _ _ X _ HEL HH_Y _ HEL H _ Z _ FHHHELDHHACR Tx TF FAST TS SLOW R R A AUTO RM MANUAL Xn X2 n 1 5 Y n Y n 1 5 Zn Z n 1 5 UC Bir cd m Fn F 1 0 1 F2 0 2 F 3 1 F 4 2 _ CR 34 7 4 GP 1B 7 4 1 08 7 NEC PD7210 7 4 2 tt amp 1 ASCII 7 2 Talker EOiI Tr ue Listener _ 3 SH Source Handshake SH 1 AH Acceptor Handshake
54. 600 1200 2400 1200 2400 4800 9600 7 8 NONE EVEN ODD 1 1 5 2 1 2 O SGHANGE ye eta WRITE Juice lcm STATION RENTER CEE EFAUTADLTC HEL 1200BPS 7b it 1 27 6 2 2 Lis ENTER ZiAd CLIC FRORMOMECREMDYBDYET 1 2 1 l 2 1 3 3 1 R AM 25R 1 2 RAM X Y Z
55. BM 7 BM 7Fast 200 4 2004 10 1 7174 8580 75 1 EE DEES a EE TE C2004 TOPCON TECHNOHOUSE CORPORATION ALL RIGHTS RESERVED
56. Field 1 0 DIF a 6 4 b 3 2 L 7 5 Eab 10 4 Field 0 2 DIF ux 5 6 V 2 7 L 8 1 Euv 10 2 10 9 1 3 1 Standard sample x 0 2279 y 0 2615 L 8 100E 02 cd m 2 2 White board X 1 020E 03 Y 1 000E 03 cd m 2 Z 1 143E 03 x 3 White board Luminance factor 100 0 4 O 1 Reference Sample 1 x 0 4476 y 0 4074 L 1 000E 03 cd m 2 2 Reference sample 2 x 0 3101 y 0 3162 _ L 3 000E 02 cd o 2 3 Reference sample 3 x 0 3127 y 0 3290 L 5 000E 02 cd m 2 11 5 O 1 Correction factor 1 KX 9 974E 01 KY 1 248E 00 KZ 6 033E 01 2 Correction factor 2 KX 1 024E 00 KY 0 957E 01 KZ 8 214E 01 3 Correction factor 3 KX 9 917E 01 KY 1 318E 00 KZ 7 846E 01 6 Measuring range X2 Rang
57. PEN COM1 071NN AS 1 _ 1010 FOR 1 TO 100 1020 INPUT 1 B 1030 PRINT B 1040 NEXT 1050 CLOSE 1 1060 STOP END 38 SR 3 2 1 2 5 3 1 8 1 1 FACTOR OFF ON CHON VENTER G I kYRERBRY 1 6 x y L AnIk ROTATION
58. TOPCON Ver 1 60 BM 7 BM 7 FAST SCHERER BM 71k CRT LO LCD LED BM 7 AC AC AC 4 AD 1 0 BG Orere AC100V 50 60Hz AD 12860 ooo AC120V 50 60Hz A D 2 2 BG Oreerene AC220V 50 60Hz AD 2 4 BG Orere AC240V 50 60Hz
59. e 2 Y Range 2 Z Range 2 7 OGP I BORS GP IB Address Address 1 ORS 2320C RS 232C parameters Baud rate 300 Length 7 Parity 0DD Stop bit 1 12 3 1 4 1 x y u v Eab Euv at b u vV X Y Z X Y Z X BM 7FAST E L Y L Y X X Z Z Z Tc duv X Y Z X Y Z J 1 S Z 8725 is
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