取扱説明書 - 測定器レンタル 株式会社メジャー
Contents
1. AC gt2. lt
3. Q 10 9 1 10 4 DO 1 DO
4. 11 4
5. 1 2 3 4 5 6 7 8 S ET 4 7 ALMH p BUFFER pH ORP UNIT SALT PRES 6 6 6 6 7 6 7 6 6 6 6 1 6 1 6 1 6 1 6 1 6 1 6 1 6 1 6 1 6 1 6 1 6 1 6 1 6 1 6 1 l 7 1 gt 5
6. AC AC gt
7. 11 11 4 X78 OFF 5
8. PPB gt 11 1 11 11 2 No N RS 232C N o
9. 3 2 nA 3 3 4 1 po 2
10. AC AC gt AC
11. pH ORP 10 4
12. O 3 x 3 4 4 3 1 NN s 4 4
13. 2 1 1 lt gt 3 4 3 lt gt 3 4
14. 2 10 2 1 DO 2 p H ORP
15. 4 3 2 4 0 ERROR 97 e
16. 5 5 5 1 IP OWE Rg ON OFF TN MEAS lsET e tc ISELECT CLEAR eaPeWNIN IDATA I Ni ICAL EN Ti
17. 2 3 1 5 ELR001 lt gt 3 4
18. 10 1 10 3 2 DO e 10 3 pH ORP 1 3 143F235
19. OF F s WQC 2 4 s WQC 2 4 WQC 2 4 m 1 6548270K gt ON
20. 3 OF F OFF
21. 5m 2 0 DO 2 CA L DO S CA L 4981 1903 1 5 3
22. OB 4 3 ORP OPR ORP ELM 004 7 1 4 ORP pH ORP ELR 001
23. NO3 NH4 5m 2 10m C1 15m 6 1 lt lt 15 RS 232C OF F ON 7 2 2 ON 1 5 RS 232C e
24. 2 JIS 0130 B 1 IAUTO RANGE B JIS 0130 BB 2 5 OO 25 1 C 2 5 0 0 1 C B 2 5 0 0 1C 7 1 12 TEMP W 2 2 5 BB
25. gt 5 8 5 5 4 1 OOAOO SCO MEAS 2 15 SE T 7 05 pp YW YW A4 YW OF YW
26. 5 6 4 2 pH 3mm 2 2
27. 2 3 0 1000mg L 10mg L NH 1mg L
28. 2 1 1 0 7 1 1 SET 4 lt gt FE CH 1 1 pH pH ALML
29. 1 7 21 225500
30. 6 0 FUNCTI ON S ET amp 4 4 1 FUNCT 7 OM 7 8 14 SALT CALC N a C UNESCO 1980 SA4 FUNCT 7 S ET SELECT CLEA S4LT7 CALC S47 4 4
31. 74 4 ALWAYS SETTING M4 XUA ALWAYS SETT NG ALWAYS SETTING OF F 1 e t c 74 5 81 REC 7 REC AA A
32. rEC 474 4 OOOO 3 DATA YW No 1 gt 2 4 N 4 N 53 2 54 N N S 74 7 No 1 0 0 0 0
33. No 1 1 5 1 5 5 2 5 5 2 1 IP OWE Ri 3 MEAS PAN 4
34. 8 OmL 2 5 CAL 10 OADOO 6 9 6 6 11 3 ALWAYS
35. gt 1 1 USE MODE RECORD TERM PRINT 2 AUTO OFF OFF 3 REC MODE ALWAYS SETTING 4 REC START 5 REC END 6 INTVL 00 00 23 59 7 00 7 CLOCK 2003 101 0 00 8 GPS GPS USE ON 9 035 40 75 10 LONGI F139 45 22 11 1 ANALOG1 1 12 7 1 2 2 ANALOG2 1 12 5 1 3 KEY LOCK ON 1 4 PRT START END YES 0000 3360 0007 1 5 CLR START END YES 0000 3360 0007 16 TERM CMD 12 00000000 17 PARA LIST ON 2000 01 01 00 002099 12 31 23 59 PRINT 5 6
36. GR1 k 1 3 2 5 G 3 1 2
37. KCL NaC1l 7 1 13 2 705 2 4 z Mylon 4 4 2 Sm TDS g L S m xFx10 C F TDS 3 1000 gt 1031kg m 1000 kg UNESCO 1980 S t p 1
38. 4 4 5 OFF 4
39. 11 2 11 11 3 1
40. 17 11 7 1 USE MODE RECORD 4 LWA YS SETTING GP S RS 232C RS 23 2 C YS SETTING GPS RS 2 3 2C PRINT RS232C
41. 2 5 3 2 2 5 4 pH DO p DO gt pH DO n A 1 5 6 3 pH 2 PH 2 US pH4 01 pH7 00 pH10 01 018 8218 Z8802
42. 2 L 9 amp L lt 10 102 lt 10 mg 32431005 0 9 2 89840498919
43. 8 1 8 2 4 AC IRS 232C RS 232C 8 2 8 2 AC AC
44. DO DO 10 10 5 1 lt gt 3 4
45. 5 0C MEAS OO 2 CA L Z 6 6 15 7 5 amp 50 4 amp 0 amp amp amp amp
46. NO3 NH4 5m K Ca2 10m F 15m WQC 24 1 1 24 b _ 2
47. ORP 3 c 1 a 2 b 4 4 4 1 1 DO Peel off this tape and DO PO DO 4 2 1 1
48. 3 1 JIS SEA 96 7 1 5 ON 7 1 6 100 1999 7073 7 1 7 J 1 S Turuesdare We s s JI S Turuesdare SEA We s ON 7 1 7 7 1 8 h a 1013hPa 6 3 6 2
49. 4A LWA YS GPS R S 2 3 2 C RECORD TERM PRINT 3 3 6 0 7 7 e t cl USE MODE 4 4 1 FUNCT 7 M 2
50. 5 2 1 2 2 2 3 1 2 3 1 22 3 1 2 2 4 1 2 3 4 gt 0 1 _ ___ 1 2 pH ORP 2 1 2 3 4
51. CH 1 1 pH pH ALML 0 00 14 00 2 pH ALMH 20002000mV 3 pH pH BUFFER 218 US 4 pH ORP pH SLCT 2 1 DO ALML 0 002220 00 2 DO ALMH 0 200 3 DO UNIT EA 7 mg L SEA 4 DO SALT ON OFF 5 DO PRES 7073 100 1999hPa OFF 3 1 COND ALML 2 COND ALMH 3 COND RANG MID 070 4 TENP COFF 0 00 5 00 2 0 4 1 TURB ALML 0 02800 000 2 TURB ALMH 0 0800 Omg L 3 TURB UNIT NU ng 5 1 TEMP ALML 2 TEMP ALMH 3 TEMP DEC 4 TEMP CALC OFF 1 SALT ALML OFF 0 00 4 00 2 SALT ALMH 0 0 40 0 3 SALT DISP WOFF 4 SALT CALC NaCl S84 7 1 TDS ALML 2 TDS
52. lt gt TE 1 USE MODE FECORD TERM PRINT 2 AUTO OFF WOFF dC 3 MODE ALWAYS SETTING 4 REC START 5 REC END OE 6 INTVL 00 01 23 59 7 00 7 CLOCK 2003 101 0 00 8 GPS GPS USE 7 ON 9 035 40 15 10 LONGI F139 45 22 11 1 ANALOG1 1 12 7 1 2 2 ANALOG2 1 12 5 1 3 KEY LOCK ON 1 4 PRT START END YES 0000 3360 0007 1 5 START END YES 0000 3360 0007 16 TERM CMD 12 00000000 1 PARA LIST ON 2000 01 01 00 00 lt 2099 12 31 23 59 3360
53. 1 1 2 3 2 1 2
54. OFF 4LWA YS SETTING REC SETTING RrEC REC 6
55. YW 2 5 5 4 Y 4A 2 N 5 9 6 e pH DO
56. p RS 232C p H pH OFF RS 232C 9 9 2 3 DISP 6 S ALT TT FUNCTI ON SE TI SELECT CLEA 7S OFF YW 4 CAL EN FUNCT I OM 1 3 7 4 pH BUFFER 15 pH4 01
57. nn 00 0114 1 1 4 No 000 1 3360 e 1 14CH 2 1 rf ls lol 9 2 0 9 4 9 RS 232C Ll lol 9 5 9 RS 232C 00 1 09 1 1 0 GPS 2 0 3 gt No lelwlel SO BS No pH
58. 1 1 6 1 1 20 CLOCK A Y 1 0 amp 9 0 0 OADOOD EH 6 2
59. 1 Q G GO 7 2 000 0 CA 10 0 0O 6 5 6 2
60. OODO A H 8 g 1 5 DO 2 CA L DO Z CA L 3495 90 3 6 6 5 1
61. 3 3 1 2 3 4 AC RS 23 2C
62. ORP SO 1 4 3 4 4 2 1 1 8 0
63. 1 3 DO DO ELD001 DO DO DO DO DO OOOO DO 4
64. NO US 1 4 2 30 3 3 3 1 2
65. 1 2 0 0 400 0 0 g L 0 1 g L 2 0 62 lt 62000mg L 1 lt 35000mg L 0 4 40000mg L 5 FS 2 0 019 19000mg L 0 39 3900mg L 0 09 1800mg L ORP 2000 2000 5mV 0 100 ORP 2 3 3 3 3 1 POWER ON OFF CHANNEL FUNCT I ON
66. b 9 G
67. e 4 2 OFF 3 3
68. 1 RS 232C RS 232C 1m 0GCO0005 2m 6 4m 0GC00007 10m OGC00008 RS 2 3 2C RS 232C RS 232C ON 2 GPS GPS RS 232C RS 23 2 C G P S 8 5 8 3 RS 232C WQC 2 4 USE RECORD GPS GPS 6 5 8 5
69. 8 NO3 NH4 5m K Ca2 10m F CI 15m 1 6 2 00mL 1 0 1 0 0 2 0 0mL 1 5 0mL 1 1 0
70. DKK TOA CORPORATION lt 169 8648 1 29 10 Tel 03 3202 0219 03 3202 5127 DKK TOA CORPORATION Head Office Address 29 10 1 Chome Takadanobaba Shinjuku Ku Tokyo 169 8648 Japan Telephone 81 3 3202 0225 Facsimile 81 3 3202 5685 URL http www toadkk co jp 606 0120 590 219 03 3202 5127 9 00 12 00 13 00 17 00 E mail eigyo toadkk co jp DKK RC 042 563 597 1 042 563 5972 8 30 17 15 600 0120 423 243 042 563 5705 FAX 042 563 5604 8 30 17 15
71. gt ET 1 3 4 2 1 4 lt A 10 2 6784580K
72. 1 2 3 5 9 OOD 6 12 e 1 0m s 2
73. 8 6 2 1 12 2 DC O 1V 0mV LO 0mV DC M ID 500mV 1 1000mV DC36V 100mA 1 3 6548270K 1 O 2 8 4 0 5 6 8 1 ANALOG 1 1 ANALOG1 2 amp ANALOG2 2 2 3 4 5 6 7 1 8
74. 5 1 9990093939335 2 Ss 1 _ 2 IMEAS DATA 4 5 s tc 9 A 4 0 5 1 2 1 2 3 0 4 pH DO 3 pH 4 DO COW BA 2 0 5 7 6 7 1 2 7 8 1 2 3 9 10 11 1 2 3 12 1 2 3 4 5 6 7 13 1 2
75. 6 lt GPS USE USE MODE GPS S 6 gt 2 s e e s
76. 2 8 7 9 RS 232C 9 RS 232C 9 1 1 2 9600 bps 3 1 8 2 4 RS 232C D sub 9 1 2 SD TXD 3 RD RXD 4 5 GND 6 7 CS GTS 8 RS RTS 9 CS RS 9 1 9 RS 232C 9 2 1 1 14 1 oS CR ASCII ODH LF ASCII OAH
77. O 6 9 G O 10 5 5 gt 6
78. SELECT CLEAR CAL ENT DATA IN 3 2 AUTO _ TERM llPRINT H 1000 6 6 NTU T VhP ce ImS cm et 8 99 89 89 MEAS algllglslw 8 10
79. 10 10 6 IBATT 9 7 IB A T T 9 8 9 8 9 7 4 2 11 11 11 1 1
80. 3 GPS 0 2 gt 9 6 9 RS 232C 4 gt OK 9 a 5 gt 00
81. AC e OFF AC AC AC NN AC AC100V ON 8 3 8 8 3 2 es OFF es RS 2 3 2C
82. WQC LOG WQC LOG CSV 9 18 10 10 10 1 1 2
83. 1 OOOO 2 2 2 1 JIS CO920 IP67 2 AC AC 187 5 x 37 5 x 75 mm 2 2 _ 1 0MPa 3360 3 3 15 35 1 35 45x 411 mm 52 x 110 510 mm 47 x487 mm
84. 1350g 2500g 1450g 0 50 1 15 35 NO3 NH4 5m K Ca2 10m CI 15m 2 1 2 2 3 1 1 pH 00 14 00 0 05pH ORP 2000 2000 5 00 20 00mg L 0 1mg L SN 00 BDO 00 10 00S m 1 5 4 gt 10 07 100 OmS m 0 000 1 000S m 7 o 00 10 00S m 00 4 00 4 0 0 7 0 40 0 2 2 0 100 0gL 26 EC
85. 4 7 7 GPS 8 5 USE RS232C GPS RECORD GPS GPS OFF FUNCT OM le c SELECT CLEA GPS USE 4 4 YW 1 7 15 7 8 1471 7 LATI LONGI GPS 35 40 15 10 139 45 22 GPS USE OFF 477 LONGI 1 5 gt
86. DEPT ALML DEPT ALMH DEPT DISP ION1 ALML ION1 ALMH ION1 DISP ON 10000 0 0100 0 10000 OFF 70 062000 0 0400 0 ION2 ALML ION2 ALMH ION3 ALML ION3 ALMH ION3 DISP ON jwos OP 2 00 10000 OFF 0 0 62000 10000 OFF 0 0 62000 10 2000 2000 ORP USE MODE RECODE PRINT AUT0 0FF OFF ON MANUAL SETTING ALWAYS REC START END REC INTVL 00 00 23 59 CLOCK 2000 01 01 00 00 lt 2099 12 31 23 59 LATI S000 00 00 N S999 99 99 LONGI 000 00 00 or W999 99 99 ANALOG1 ANALOG2 KEY LOCK OFF 2000 01 01 00 00 lt 2099 12 31 23 59 1 12 9 12 9 RS 232C 8 gt CR ASCII 0ODH LF ASCI I 0AH CHO1 14 1 14 00 40 42 40 4 17 152 41 7 S 42 9 e pH4
87. FUNCT OM SELECT CLEA EC START 1 A Y 7 1 8 07448 71 END 1 4 7 CAL EN 5 INTVL ALWAYS SETTING 20 FUNCT ON etc amp 7 7 INTVL 7 1 14 6 CLOCK FUNCT 7 OM et cl SELECT CLEA CL OCK
88. 1 1 gt 2 gt pH JIS US DO JIS mg L SEA NTU lt mg L NaCl gt SEA TDS ION 6 1 6 2 1 1 DATA WW N RT e 2 5 2 2 4 pH DO gt
89. 13 2 3 18 L0 1 MID 2 HI 3 LO 4 MID 5 HI 6 NTU 1 mg L 2 1 1 2 2 0 1 0 1 0 1 0 0 0 0 NH4 1 NO03 2 CL 3 CA 4 F 5 K 6 2nn 8 NH4 1 N03 2 CL 3 CA 4 F 5 K 6 NH4 1 N03 2 CL 3 CA 4 F 5 K 6 ORP 9 9 9 RS 232C 7 gt CR ASCII ODH LF ASCII OAH etc CHO1 lt 14 1 14 SET 000 QO1 gt mm NO lelelil l 2 CHOO etc CHO1 lt 14 1 14 SET QO1 gt mm
90. AC RS 23 2 C RS 23 2 C GPS 7 6 7 1 7 10 7 11 7 12 7 12 7 13 7 14 7 14 7 1 7 1 7 16 7 16 7 17 7 18 7 19 7 20 7 20 8 1 8 1 8 1 sg 8 8 8 8 8 3 8 5 1 2 3 RS 2342C 6548270K 9 RS 232C 1 1 2 3 4 9 2 1 2 8 TERM 4 10 10 1 1 2 3 10 2 1 2 2 10 3 pH ORP 1
91. 1 lsloleolslZlolslZlzlsl lilililils 01 pH 40 pH4 pH 4 pH4 ATC 9 RS 232C e lslololslZlolsl lslsllilslilelil 02 DO 40 Z nA ATC 6 O p DO 1 9 14 9 RS 232C 2 1 gt CR
92. 1 FUNCT 7 W 15 705 Mylon 4 4 2 FUNCTI ON S ET SELECT CLEA 7DS FACT 4 4 W 7 7 7 9 7 16 TEMP gt 0 C 7 15C FUNCT 7 OM SET SELECT CLEA 4 TEEMP 7 47
93. lt WQC 24 No WQC AA18401 L CD
94. 4 7 O 15 1 12 O MAUTO OFF C AC FUNCT 7 OM et cl SELECT CLEA AUTO 4A 4 FUNCT 7 3 ALWAYS SETTING MANUAL FUNCT ON
95. 2 11 3
96. SETTING 2 lt 4A 1 0 4 6 7 A 1 0 gt A4
97. RS 2 3 2C RS 23 2C U SE MODE RS 2 3 2C WQC LOG RS 2 3 2C et c USE 2 GPS GPS RS 232C e t c USE e t c 4 4 7 ANALOG2
98. gt gt 0 5 0 9 5
99. 4 1000 No 0001 YV gt N o NEA 1000 CLR No YES NO 1 0007 1 1 DATAl 4 SELECT CLEARE CAL EN 2 MCHANNE 2 2 1 19 7 13 7 A7 RS 232C FUNCT 7 OM et cl 7 C amp 7 0000
100. 3 1 0 2 0 GPS GPS 0 4 ON S ET p H OFF 3 TE RM 9 RS 232C 4 CMD CR ASCII 0ODH LF ASC II 0AH 0422535116
101. 5 2 p H 7 pH4 1 pH 4 4315 5815 pH9 1 8 9 6 4 DO 1 m g L 5 DO 9 Q O
102. 2 4 EAI FUNCT 1 5 3 5 2 IMEAS pH ICOND TURB SALT 1 1 ION3 ION2 gt 1031 gt IDEPT 0 ITDS SALT ITDS IDEPT IION1 IION2 I ON 3 ON ION1 IION2 ION3 3 IDATA TTT pH Con FOR ioNal lt liohg lt 1031 lt
103. CAL 10 5 m 9 4 2 CAL 10 6 8 6 6 10 a 2 1 JIS 0400 8010 a 2
104. 100 400NTU 2 A C AL 10 JIS 0O101 4000NTU 500mL COMPANY 400NTU 100mL 4000FTU 1L 143F200 1000FTU 51 6486310K 6 7
105. 080 Q81 lelmlelel lelslel lelzlol lslWIF 00 080 Q81 9 RS 232C 6 gt 14 GE CR ASCII ODH LF ASCII OAH e 1 14CH clnlolol 9 RS 232C Q O O 1 0 2 0
106. YW 4 1 3 WC7 7 17 7ON SLCT OR P N o ION1 ION2 ION3 NH4 CL CHLO 7 2 e t FUNCT 7 OM SET S 7 C 4 S 7 5 81 1 WC7 7
107. gt NO 01 ION3 020 I ON 2 03 I ON 1 04 lt 1m gt 100m 05 5 C gt 5 5 06 gt 8 0 ONTU gt 800mg L 07 gt 20mg L gt 20096 08 pH pHO gt pH 14 09 I ON 3 10 I ON 2 11 I ON 1 12 DO 13 pH 95 96 7 1 97 98 99
108. ot ALML 2 ot 0 0 50 001 3 ot DISP ON 4 TEMP 0 915 7 1 7 CH 9 1 ALML 2 ALMH 3 DEPT DISP OF ON 10 1 1 ION1 ALML FF 0 0 62000mg L 10N 2 1 ALMH 0 0 400 gr g L CHLO 3 1 ION1 DISP OF ON 4 ION1 SLCT 11 1 2 ION2 ALML 2 2 iMgAn F0062000mg L 3 2 ION2 DISP OF ON 4 ION2 SLCT MA N03 12 1 3 ION3 ALML 0 0 62000mg L 10 2 ALMH 2000 2000mV 3 9 ION3 DISP OF ON 4 SLCT 1 ALML
109. ot 5 0 1000 kg m 0 0 oO15 15 4 6 6 6 9 1 0 0m 2 0 0 1 0Om 5 0 100 Om SD OO DOOD OS 0 0m 7 0 590255
110. OFF ON 11 5 1 2 12 pH ORP 1 2 B OBIOO002 1 O 1 6806740K O 115A831 141DOO2 Sg gt 1 2
111. CMD 4 0000 00000000 1 000 Y gt 1 CMD 14 21 657 SET FUNCT ON le c SELECT CLEA PARA 7 S 7 1 A YW YY 1 OFF 7 20 8 8 1 Se OF F 7 gt 1 26175
112. 3 TDS DISP ON 4 TDS FACT 0 50 0 99 8 1 ot 2 gt 3 ot DISP ON 4 ot TEMP 0 715 9 1 DEPT ALML 2 ALMH 3 DEPT DISP ON 5 5 5 CH 10 1 1 ION1 ALML 0 0 62000mg L 10 2 1 ION1 ALMH 0 0400 g L 0 3 1 ION1 DISP ON 4 ION1 SLCT NH4 N03 CL CA 1 2 ION2 ALML 2 2 3 2 ION2 DISP ON 4 ION2 SLCT CL 12 1 3 ION3 ALML 0 0 62000mg L 10 2 3 ION3 ALMH 2000 2000mV ORP 3 3 ION3 DISP 4 ION3 SLCT CL 5
113. CAL EN TE 9 4AMA4ALOG7 ANALOG2 2 FUNCT 7 M e c SELECT CLEA 4ANALOG 7 4 4 1 16 10 LOCK 2 FUNCT OM et cl amp amp LOCK OFF Y 1 YW FN Rg
114. 3 pH6 86 500mL 14 192 01 ASF191 5 143F235 DO 6789790K 1 DO 5 143A040 67628000 0OZ00001 67659900 68433100 1410002 6787140K 2m 6801640K 2 6 3 ORP 3 5
115. ELM 004 2 3 ORP 2 3 ELX 002 ORP pH 0 7 1 16
116. N o 1 000 0 No 49 291 55 gt No 5190 53 5 498391515 Z S 747 P24 N CL START ED RS 2 3 2C RS 23 2C WQC LOG lt gt WQC LOG 6 6 RS 23 2C ON U SE e t c 7 74 7
117. UNIT mg L S Truesdal e mg L 4 We i s s JS DO UNIT 9 FUNCT OM SET 1 7 1 4A 1 FUNCT 7 7 SALT SALT D7SP OFF FUNCTI ON SET amp SALT7T A YW 1 FUNCT 7 1 5 7 8 PRES
118. le c SELECT CLEA AUTO OFF 3 3 6 0 4 4 7 AA FUNCT I OM USE MODE P ZNT RS 23 2 C 7 4
119. 1 2 9 CA L 10 S 6 6 6 6 8 3 2 C AL 10 Q O 1 7 N C W t V9 UNESCO 1980
120. 2 4 5 6 10 4 DO 1 DO 2 DO RR 0 NM 12 3 DO 1 2 3 10 6 11 1 11 2 1 1 3 1 2 11 4 0 7 0 8 0 8 0 8 0 8 0 9 1 1 1 1 1 2 1 3 1 3 1 3 1 6 2 1 1 WQC 24 2 0 WWS 24 90 9 790074 3 2
121. 1 ae GPS 12 1 le OBGOO005 1 50mLx3 Loewe EE _ 1 _ 1 143B481 ooomgzt 500mL 12 2 143A334 No WQC AA18400 2009 4 23 051 DSL No SD DSL SD AA18401 2011 5 12 DSL 7 DSL A 86 5kg 44 5kg DSL DKK TEST CERTIFICATE We certify that product has tested in the company s standard and passed
122. YW No 1 0 00 0 No 59155 PRT No 2190 53 5 PAZ S74ART 3 0 OFF No 9 Q O G 7 RS 232C Rs 232C GPS 9 7 ln _ _ _ __ x PRINT WQC L0G WQC LOG USE 1 6 15 6 6 13
123. 0 00 14 00 2 pH pH ALMH 20002000mV ORP 3 pH BUFFER 218 US 4 pH ORP SLCT 2 1 ALML 0 00 220 1 2 DO ALMH 0 200 3 D0 UNIT 0718 mg L SEA 4 DO SALT ON oF 5 DO PRES 7073 1001999hPa 3 1 COND ALML 2 COND ALMH 3 COND RAN6 MID HL 070 4 TENP COFF 0 005 00 2 005 4 1 TURB ALML 0 0 800 NTU 2 TURB ALMH 0 0 800 Omg L 3 TURB UNIT NU mg 5 1 TEMP ALML 2 TENP ALMH 3 TEMP DEC 2 4 TEMP CALC OFF 1 SALT ALML 7 0 00 4 00 Nac 2 SALT ALMH 0 0 40 0 3 SALT DISP WOFF 4 SALT CALC 7 1 TDS ALML 2 TOOOgt 3 TDS DISP ON 4 TDS FACT 0 50 0 99 4 8 1
124. hPa 1013nhPa FUNCT 7 S ET SELECT CLEA DO PRES A YW CAL EN FUNCTI OM 9 4 7 LO 0 100 OmS m MID 000 1 0008S m 00 10 00S m FUNCTI ON SET amp RANG O 4 4 3 7 7 1 6 10 TEMP COEF 13C 2 0 0 FUNCT 7
125. 5 7 2 10 2 DO 400 600
126. 7 AC ON ON USE Q G 8 4 8 4 RS 23 2 C RS 23 2 C e OF F s WQC 2 4 s WQC 2 4 WQC 2 4 m
127. ASC II 0DH LF ASCII OAH CHOO CHO1 14 1 14 X01 mn NO N o 1 2 e OK OK e NG 9 RS 232C 3 9 16 9 RS 232C No 00 1 pH 1 2
128. MMFUNCT 5 1 7 1 1 7 74 77 PRT 0 FUNCT 7 OM et cl amp 5 0007 4 1000 Y N o 1000 7 N o 8 1 0007 3 0 OFF 12 CLR START FUNCT OM et cl SELECT CLEA CL 5 5 0007
129. Q O DO 4 7 6789790K DO
130. S ET 7 C amp COEF 4 FUNCT 7 W 11 TURB UNIT mg L 5117 FUNCTI ON S ET SELECT CLEA TUR 7 NTU mg L 4 NTU mg L 4 1 FUNCT 7 1 1 7 12 TEMP DEC 7 1 2 FUNCT 7 S ET SELECT CLEA TEMP DEC 7 2 4 7 2 Y 1 TE FUNCT 7 W 13 TEMP CALC
131. IpEpT lt lgt lt SAPLE 1 SAPLE 1 2 4 ISALT ITDS lot DEPT IION1 ION2 II ON3 ON IION1 ION2 I ON3 4 ISET TTT pH gt DOo gt ICOND gt TURB gt SALT ION3 ION2 ION1 0 TDS lt gt 5 4 5
132. 5 7 s s O s s e
133. 7 L L OR OFF 4 YY YW 1 1 2 2 pH TERM p HH RS 232C RS 232C
134. pH6 86 pH9 18 Us pH4 01 pH7 00 pH10 1 FUNCT 7 OM S ET amp BUFFER US BUFFER 4 US 4 1 FUNCT 7 W US p US 5 pH ORP pH ORP ORP ORP FUNCT 7 S ET SELECT CLEA PH SELC SELC 4 4 1 FUNCT I OM 7 4 6
135. 00 9 1 1 1 1 1 1 1 1 2 0 1 2 3 4 5 6 7 1 2 3 4 5 6 7 8 9 1 1 1 1 1 0 1 2 3 4 e TEMP O TURB UNIT 7 TEMP CALC 7 705 TEMP 7 W S 7 USE MODE AUTO START END INTVL CLOCK GPS 6 5 USE 477 C LONG7 44 OG7 ANALOG2 PRT START TERM 1 157 1 1 2 3 2 3 24 1 2 17 1
136. 5 5 9 3 ON MQC 24 IDATA p NO SENS ERROR 99 UP UF AUTO RECORD pH SENS pH 99 5 18 Na 5 1 5 1 AC AC
137. NO N o 1 2 9 10 9 RS 232C 1 01612 13 14 1 1 ALML 10000 0 00 14 00 2000 2000 08 2 ALMH 3 pH BUFFER Jls us 4 pH SLCT PH ORP DO ALML DO ALMH DO UNIT mg L mg L JIS 10000 0 00 20 00 mg L 0 lt 200 TURB ALML TURB ALMH TURB UNIT mg L TEMP ALML TEMP ALMH TEMP 1 2 TEMP ON SALT ALML SALT ALMH SALT DISP OFF ON SALT CALC 10000 0 0 800 0 4 00 ON 5 D0 PRES ON 100 1999 _10000 OFD 0 00 10 00 2 COND ALMH 3 GOD RANG LO 4 TENP COFF 0 00 5 00 2 3 10000 OFF 7 5 00 55 10000 OFF 70 00 4 00 1 70 0 40 0 SEA 10000 0 0 100 0 OFF ON 0 50 0 99 AUTO OFF ALML ALMH Ot DISP OFF ON TEMP o0 10000 OFF 0 050 0 9 RS 232C
138. J TDS qt 0 0 50 0 10 5 00 55 00C 25 0 800 ONTU 90 iR 0 0800 On 396FS 0 100 2 3 ORP 0 62 62000mg L 1 lt 35000mg L 0 4 lt 40000mg L 5 FS 0 019 19000mg L 0 39 lt 3900mg L 0 09 lt 1800mg L 2000 2000 0 100 2 2 2 2
139. mn 00 01 14 1 1 4 e CH3 ol jsf 9 2 9 RS 232C e 0 pH 9 3 9 RS 232C 0 1 2 3 1 0 2 0 0 2 gt No N o
140. p US pH7 00 pH10 01 7 1 3 2 3 pH6 8 6 pH7 pH6 86 pH4 2 ME AS e pH 6 2 6 2 pH 6 86 4 01 pH6 86 2 3 p
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