WQC- 2 4
Contents
1. 2 OFF2. 3 2 10 2 1 FV DR S 2k CG k P U O BRI BBS 32 hok E ye UL CU 2 2 DO 7 C F e uy 10 1 10 71 1 p 3 D
3. 1 mm 2 218 p BH ZW 2 S VA BW CW
4. 7 A Y b 1 0 OHIO Y r 5 FEC INTVL ALWAYS SETTING NTVL 7 7 08 Y p 6 7 6 CL OCK TA HZ CL OCK 7 0 b 81 7 GPS GP S USE RS232C GPS USE
5. 5 5 1 1 gt 7 b w s U 7 IMEAS DATA DATA gt gt gt letc 5 gt 60 2
6. O O x 3 4 M 43 lt 055 27 412 F C ZU 4 4
7. TT ING MANUAL DATA I ALWAYS 7 4M 4 ALWAYS 5 ALWAYS SETTING FF 1 CEWSUNSREETSIND
8. 2 ODO 20 1 10 10 4 10 7 104 DO 1 4
9. XOX 5 8 2 OFF 9 ZJ VI tP ET PEC ALWAYS SETTI NG
10. Pe aii WO F F 0 U 00 1 5 12 BF Z 7 al U xF 12 pH ORF pH4 01 143 F 2 35 501 _ EL 6B806740K 1 1 5 8 1 F 2 m 7 10 3 0 7 27 1 0 0GC00005 06600007 5 23 265 7 2m 4 RS 2 3 2C 10m 2 o 82
11. 1 G 9 0 22 OK 2 5 gt 5 2 3 00 Q80 dQ81 0 Q80 BEL 3 gt E b 081 3 4 E S 2 3 lt 8 gt 14 CR ASC1
12. 248 6 86 4 01 1 7 8 9 r pH6 86 2 p A L p 7 pH4 0 1 p H 4 C A L
13. Q HE D L 2 Z C WU AUS E ft LA 4 9 i 2 x MU E lt AS TEL tT 10 3 023 Q 9 3 VAR 5 Z Ki 3 7 2 T E b sg 7 U T RR U 1 5 AW I SO 4
14. OF OFF 13 SAL T CAL C NaC SEA UNESCO 1980 0 SEA k SALT CALC SEA WW 14 705 Au t MIon 4 4 2 AUt AU t f 15 c t 20 0C 215 1 5C
15. 6 MHCAL CALZENTEEE Z IPE Xx 6 4 LA 1 02 IMEAS 7 1 2 QO 3 2 D z 2 9 2 p MI
16. EC MODE WW 2 amp cuu 5 SETTING 2 Q START 1 0 2 p amp 5 END 0 g 3 IN T VL
17. _ pH US _ a _ 4 _ 2 1 3 d HE NE 538 3 31 th f jma k 4 1 1 DO DOQO DO 2 2k 4 Emi L 6 ET
18. gt um m N n um um N 8 mo a h Bm n w k RR w m m n n mw FF O 4 J i Fr PO MM j F 1 86 5000 727 pH4 01 500 5 0 DO DQ 5 Om 143F192 143F191 BT8458K 1 1 1410002 2 50 3 M UWER
19. ea L OCK O F A Y ak A amp FUNCTION 2 1 S TA RT 0 0001 PRT 1000 1000 PR T END N o 0001 S PRT 5 3 0 OFF 7 14 2 0001 CLR START A WW
20. N 4 No 2 5 70 0 9 N tc mim 95 0 No 1000 0 0 pp No END V p C No 5 OR CL R 5 S amp T f2 i CL R STAR T ZHU CI R STAR T ET 5 RS 2 832C RS 2 32C WQC L 0OG gt C L OG
21. fEIYBL AC Steak U HS PZW BD COW CoO Chip Apay F lU N EE et 5 5 4 1 6 2 0 5 8 IMEAS 2 SET amp OF
22. Fa 5 T F uA AC 100 V 3 ON R 3 8 Z a F F C uA C C U C lt RS Fi 21 amp U A ON ON USE PR INT 8 4 8 Z aF 0 4 RS 2 3 2C RS 232
23. 1 0 gt 1 2 3 5 9 Y unODT LE C Z CE U T Fe tu 1 2 5 IMEAS R S 2 3 2C R 2 3 2 t c GC USE TERM
24. DO S ICAL 1 5 2 _ 1 HH 0 5 1 766 2 2 C AL b DO Z
25. 1 14CH 0 2 3 B 5 232 7 gt y 4 5 9 R o 3204410 1 0 No ay 1 4 21 NO 1 88418 9 1 1 280 sia 0 GPS GP S 3 0 3 1 2 9 2 gt N o g R S 2 azCa gt e 4 gt
26. 2 0 F A uA 4 2 1 1 8 8 0 3 4 0 3 4 0 2
27. OFF 2 IMEAS le tc amp amp W amp OFF 5 8 6
28. n lt s 22 F D 1 0 5 l 3 0 38 lz D O WW it D O E F e Sm B ZX F L Fl IT Er t Bu Bs st 725 IJ DO DO O DO 270 Q D O Z CI USYA S Q 4 30 2 y CGIE Sk 2 PS ki ta U O MW ig 2 pip CW p k S CL C lt w uA CO w v DO
29. DhQ 10 4575548 1 m D ENW 2 18 gt FB ER IC k Ph C Dy D 1 B A ml C BL ET 21 OS E T 7 C ias T 3 c u zT cC nim 6 fo UA 5 TEJ h R gt C LC Fe uA 2 C 1 PEBE A U 2 3 w lt
30. Se w Z B U 7 O UE U L Sk il b y Ki EI EU 1 1 11 11 2 No N o Y 5 A W 35 gt UU 0 7 2 00 ION 18 0 lt 1 gt 100 lt 5 4 gt 5 5550 06 280 ONTU EZ I gt 80 i 07 gt 20 7 022200967 _ pH pH0O gt pH14 awa EE
31. W Npn 1 1 0 17 BE 9 gt 5 MEAS IDATAI 5 2 n Y w r Ga 5 2 IMEAS gt gt gt SAL TI 5 ITDS s t ON 3 DATA gt po gt gt
32. wQC 2 4 USE RECORD USE MODE GFS G P S GP S USE n 8 5 gt 8 5 IEEE 7212717707 7 u OFF WQC 2 4 WQC 2 4 WQC lt 4
33. 2 AUTO OFF 15 0 OFF OFF IL J CAL ZENTEZE 3 ALWAYS wak x gt 7 MANUAL aRU ET PEC A WW ZENTZ USE P TERM 4 W RS 2 3 2C 4 5 END
34. 6 0 RS 2 3 2 ON jete MODE PR INT 2 le te BC P R T S TA R T No 1 0 0 0038000 V E U iU ET END V p No iU ET YES OR PRT START 3 OFF No 9 6 7 1 SALT N a C 1 1 UNES
35. RS 2 3 2C WQ C L DG R 5 2 32 C MODE PR INT D2 002 GPS GPS RS 2 32 WEF letc GPS USE GPS USE bt On USE USE OFF
36. OF F 8 OFF ICU SMU TESLA ay 1 2 17 Q gt 0 8 1 8 2 4 F uy SU CF ela 3 0 0 3 F 0 R S 2 32C 85 23 2 6 2 gt
37. START YES 0000 3360 0001 1 5 CLR START END YES 0000 2360 0001 18 0 12 0000 00000000 17 LIST 2000 01 01 00 00 2094 1231 23 59 PR INT 5 9 2 40 p NO SENS ERROR 99 ON 0FF DDD 5 18 NM 881 5 6 ss 5 AC
38. 1 8 DGG T U 6 6 3 DO 1 1 0 IME AS DO 1 0 5mm UJU Er 4 2 0 DO 2 ICAL
39. 00 0 5 100 PRES 11015 100 0T909hpa OFF 1 2 GOD Al 0 0010 00571 PAG 4 i TENP COF 1000 5 00200 TRBAM 2 08000 3 TURBUNT Mme 5 1 asss 2 lO PP 3 DEC 2 4 TP BAP SALT ALML 0 00 4 00 2 SALT 0 0 40 0 SEA jas 4 CALC SEA 105 2 3 TDS DISP OFF ON 05 FT 18 0 99 11 tN 2 3 gt BSP OWN 4 0 1 1 I 222221 I r 9199 FEO u OFF 0 062000 10 2 01 00 400 g L CHLU 1 IMDIW OFEN i 50
40. 4 5 4 I 45 1 QFF 2 Wa Ll Al 7 1 1 2 j 5 pw w lt lt L shs i s 4 1 022 54 F O
41. SE 1 2 3 4 5 6 8 9 10 1 2 1 3 14 15 1 6 1 2 3 4 5 6 7 8 8 10 11 12 13 14 MH D ISP BU FF ER PH S L C DO UN DO SAL PR ES 2 COND RANG TEMP TURE UN T CAL C SAL T CAL E TOS ONE 86 C T e t USE AUTO START INTVL GPS GPS USE EBR L ONG ANALOG OG L OC START CLR START TERM PARA L S T hh E G B
42. TEMP A 16 OW 5 O R P No 1 0 000 ORP SL CT 4 EN TR 7 8 BT e t c USE MODE RECODE PRINT AMTOOFF Of REC MANUAL ALWAYS SETTING 0 00 100 00 23 591 00 20031010 O0 GPS j ws
43. m 1 E 1 ON 2 2 JEE FD CE 0 1 V 0 m V o MI D 5 0 _ HI 72000 8 8 B al 8280181 1 DC 6V 00 1 BB548270K 3 6548270 1 w 1 su L 1 l 7 FT ANALOG 1 1 ANALOG1 2
44. 0422 5116 5381160 3 0G 5 WQ LOG 5 VR CR 9 18 10 10 1 1 C 2 5 O 5 WS W F Ic t S 66 U 1 U SW ARP O 2
45. C U b lt JE u Q lt ES TRT 8 GO Z v 3 m ic B UL 2 U T 1 A E T Wi Aika F WK Am D Sr i 2 4 1 gt k gt Wees t o 5 lt C 25255 CHA ET SOC FI O WZ U SITUS C AT lt Z Z LYC SYN m HE U ER lt y Z AT S U C lt vx 9 W iS I U 7 PK S S TL trr hub SUB JS D Al Rk lt U Lip AACO U mm 7 16 S IC 4208 2 2 C 74273 UT B U 7 5 2 DO 400 600
46. AL WA YS SETTING GF 5 RS 2 3 2C 1 9 m RS232C AL WA YS GP 5 R S232C USE MODE A Ww
47. CAL Z 5 4 6 2 Q CRM L ET 2 5 2 5 5 p 03 ICAL 1 0 Z S 6 5 3 ALWAYS
48. 1 Wil Ps2 K OK PON GOD E 12 9 5 28 3 TERM 3 16 9 RS 23 2 C 2 6 2 ef S 2 2 Ne 00 1 NO 6 0 pH iq 9 087 8 1 3 Q 3 2 5 gt 9G PS 3 0 RS 2 32 C gt 2 gt x 4 TERM CMD LF ASCII AH 2
49. 2 0 06200071 2 ON2 DISP NO3 CL F K 12 0 1083 1043 DISP 103 1 2 4 i 3 5 0 0 62000 I0N 2000 2000 CL CA F K ORP 5 letc Cu 25 A SU US lt gt 1 USE RECODE TEPM PRINT OFF ON OFF REC WWAL ALWAYS SETTING 4 REG START EN 2003 1 01 0 00 6 00 00 23 59 1 00 CLOCK 2003 1 01 0 00 GPS IOS UE 9 9 1403640 10 1130 452 11 1 1 12 1 12 2 NAMALDG 1 12 5 Temp 14 KEY LOCK OFEON 0
50. ANALOGZ 2 _ k mp 8 7 9 RS 232C425232 2 x Z 9 RS 232C 1 2 9500 bps 3 I 1 8 5 2 4 RS 232 D sub 8 I 2 SD T XD x ws RD _ DR DSR GND 6 5 CS CTS 2 RS RTS An 9 CS RS 5 232 4 2 2 1 4 20 14 INE 50 E k IF A
51. COND 2 0 00 10 ODS m COND RANG LD MID AUTO 4 TIENPCOFF D 00 6 D 2 004 4 1 TORE 800 1 72 0 800 1 3 UNIT NTU mg L 5 Armas _ Ep XUE OFF 5 0 58 0 3 _ 1 21 4 BRIM ON OFF 5 SALT ALML OFF 0 00 54 004 NaCl SALT ALM 0 0 40 SEA SALT SEA T TDS u AM 3 fDS DISP ON 105 0 50 0 99 AUT 1 o t N Mi 3 OFE 4 015 k 0 07 100 tw 3 _ EPT DISP 9 4 1081 EH 10 1 4 21 TRE 2 1 3 1 SLCT DISP ON 5 _ OFF 0 06200002 100 0 0 4 L CHLO MO CA K 211 2 IM ALML
52. 24 JIS 0920 167 RS z32C a 1593587 AC I WS 187 5 37 5 x 760 22244413204 nn mir BE SGD 0 09 14 00 0 4 7 9028 2000 2000 00 20 0 0 00 10 05 196 8 0 100 5 0 000 1 0008 2777 4 00 10 09Bm 00 4 00 0 1 0 0 100 0g L 26 0 0 50 00 0 1 ot 6 00 55 00 _ 00 0 0 800 ONTU m 2 1 2 3 POWER CHANNE1L QNOFF
53. 40 U BE 2 D I SP SAL T 18 OFF OF F Ww OFF 114 On 3 BUF F ER 5 pH4 01 pH6 86 75 pH4 01 7 00 10 01 J S US 218 1 WW CA EN TE US IME A S p JS 4 pH ORP SEL C p O RF OR PF OR PH ORP PH ORP PH SEL C A W PH ORP 52 7 SE SE ZE N
54. BE f m 1 8 ns 4 lt lt 8 uw N m w m m 5 1 G G w BHN 7 6 7 6 7 6 B 1 1 2875 2 3 8 2 AC 8 3 8 4 RS 232C 9 1 8 232 2 03 2 RS 232C 8 5 1 2 3 6548270 R 2 38g 9 1 1 29 3 4 9 2 1 2 TERM 4 3 w 4
55. 035 40 15 I LONGI E138 45 2 1 ANALOG 12 1 pil 2 __ ss PRT START END 5 5 CHR START END TES 1000 3380 000 15 000 7 PARALST 2000 01 01 23 59 PR I NT 1 USE AL WA YS SETTING GP 5 RS 2 3 2 TE RM RS 2 3 2
56. 10 O 2 ne 11 6 1 s 12 p lt FH Qe 3 UE S _ 13 amp O s 8 l 56 0 0 71 gt 7 2 7 2 0 256 Rikay 2 RE L U a B S C DAU 1 3 F 2 Z V 3 F22 WE tb B iE ADO kika SOC 2 1 W 5 lt maju uA Lips CE uU I U 8
57. 5 UN I 5 Trumsdale SEA 5 s 7 18 SEA DO UN 6 DO SAL T SALT O D SP OFF OFF On VY OFF lt 7 OFF hPa 1013hPa OFF OFF V p 8 RANG AUTO LO 0 0 100 0mS m MID 0 000 1 000SZm 0
58. DKK WQC 24 INSTRUCTION MANUAL Hy 15 sure to read this prior to use H 4 lt 801 Welas 2 Tran y 3 2 32 3 2 4 3 4 4 4 5 O R PTH gt m m W F B m B n m m 5 1 5 2 879 8 1 070 8 2 IMEAS 3 IDATAl 4
59. F 5 gt p C BW 3 6 IBATT 3k D Who N so B BATT 57 4 2 J W pia S Kh CC U lt 11 C m gt
60. RE C SETTI NG 5 END 5 Wi 02 0 3 DATA
61. T pH DO 1 1 0 CLOCK 0 amp 1 0 p 8 3 4020 FU ET le tc 6 1 6 2 nH pH6 865 210254 4 01 pH9 18 2 C lt f LA pH6 86 nH4 01 IMEAS
62. gt 1 I 91 lt A SAPLE No 15205 ET VY SAPLE iSALT ITDS c t ON IE 4 mil Doj gt II lt lt HON1 s t 705 E24 5 3 5 lt gt 1 1 u FS 0 D0 14 00 H 2 nH nH ALMH 2000 200 ORP 3 05 4 HH GRP ph ORP 2 F _ OFF 0 0020 2 DO 20092 3 9 mg L SEN 4 DST 5 EE 1013 100 1999hPa OFF 1
63. 1 0 0 0 0 N 1 0 0 0 L R END A N o BE YES OR NO SELECTZGCI E ARISERI L 0007 CLR START TT 8 1 IDATAl 7 13 TERM CMD RS 2 3 20C 0000 00000000 TERM A WW 0000 00000000 1 0 0 0 CAL ZENT Z lt gt TERM CMD 14 PARA L ST 5 O F F OF F WW FAR
64. 2 3 2 14 gt x DEPT 0 0 82000 109 0 0400 0 GHLO 0 0 62000 108 0 0 400 0 080 USE RECODE IT 1z 5 AUTO OFF OFF WW REC NOOE SETTIMG REC START 200070 01 00 00 lt 2099712731 23 58 5 EC EN 2000 01 01 0 00 2089 712 31 23 59 0 6 EC INTVL 00 00 23 59 7 CLOCK zm00 01 01 00 00 2099 12 31 23 59 2 Fm 5000 00 00 5999 80 90 E 1000 00 00 E 1999 92 99 ANALOGI 1 14 i 114 KEY LHCK PRT START YES _ 0000 3360 CLR START END YES 0000 3360 TERM 12 ta PARA 1 151 9 RS 232 C 4 gt W 9 y 8 CR ASCII 0DH 0 CHO1 14 00 40 42 4054 472 7 45 40 9 pH 4 0 Ol p
65. FFP FUNCT ION SELECT CLEAR P CAL ZENT DATA IN Hh BE 3 2 Jb _AUTO 100 3 hm NTUW m V h P imS SAMPLE SAUPLE 4 IB BB 98 88 27 _ 8 0 _ 7 _ 0 _ NO 5
66. MODE RECORD G P S GPS OFF OFF OFF 7 8 L ONG 7 LATI LONG RISE 2 4 gt 25 40 18 139 45 22 GPS 5 OF F 2 LONG I A WY W 5 N V 9 ANAL 2 A Y A LZENT 7 10
67. LF ASC AH 5 2 1 14 9 8 9 f 232 2 es 14 0 0 pH 323 1 1L1 MOF2 HI 3 L0 4 MID 5 HI 6 mg L 2 1 2 81 2 0 1 0 0 7 0 1 1217 13239 2 0 4 1 03 2 3 4 5U024827 2 7 0 4 9 2 1 3 4 4 8 3 NH4s 05 2 CL 3 CA 4 5 6 1 0 2 0 9 9 9 RS 2 RIzASCIIOODH 9
68. ZQ 8 BIS OD 32 F EI Hk 5218 s El g 5 1 1 p p H 082 7540 R m 8 y 10 p _ TH 70 216 3 11 F gt Z RE J D wh 1108 C ays f gt lt 7 c
69. m 4 5 K G w G Y x a FE ww m gt 8 um m w R R un b m 8 n BR 1 N k u BE F mm w 5 10 10 1 1 2 10 2 1 2 2 10 3 2 1 pH 2 3 J gt ZWW0 SS 4 10 4 1 2 3 10 5 1 2 3 10 6 2 7 11 1 11 11 3 1 2 11 4 T gt WF
70. 00 10 00S m COND RANGE 5 1 5 9 TEMP 1 C 2 0 0 A Nita qk A YV 10 TURB UNIT NTU mg L L AEN TE 11 TEMP DEC 7 1 2 2 Ksa oR 7 7 A WY w 1 12 On U CAS IRB COL OFF 6 0
71. 100 alc 01 44 14 SET DO 1NO Q CH00 etr 01 44 14 SET 2 00 NMO 3 N o 1 2 9 10 5 232 4 9 1 01 12 13 1414324 OF D 00 14 00 01 2000 2000 OFF 0 00 74 00 pH 2000 2000 ORP BFFER JIS IUS SLCT 0 x DO ALML 0 00 20 00 0 00 20 00 00 UNIT x GFF ON 110 1999 I PRES 12 EOFF 10 00 10 00 COND 0 00 10 00 CONDRANG 10 MID TENP COFF 000 500 1 URB ALML OFF 00080000 2 10 00 800 00 3 5 3 4 oF ALML IOFF 3 5 3 SALTLDISP 0F 4 7 8
72. 5 etc 5 3 5 4 1 2 1 6 2 pH 6 1 2 6 4 1 2 6 5 6 1 9 3 1 2 3 4 8 1 5417 2 705 3 zt 4 me n Bm u mg m 3 4 ua N m 4 ww nu F w Ww w w 1 fr REH mg 4 Bu 7 7 1
73. 87 4 03 CL CA F K F CHLO 1 2 7155 0 _ 0 0 82000m8 L 2 S 0 1 ION2 SIC 103 CL CA F K ION2 as 0 62000mg L ON 3 352 1 SLCT CL CA F K ORP 1 AL ML EP H 1688 L QR OFF A YW OFF 4 Y L OF 1 2 ON 10 00 P B ORP
74. C OFF WQC 2 4 WQC 2 4 WQC 3 4 m 1 2 32C Q RS 2 32C RS 2 3 2C CF UA RS 2 32C 2 RS 2 32C
75. CO 1980 2 705 AU t Mylan 4 4 2 S m 3 02121000 1031 oo 1000 kg m o UNESCO 1980 RUS S Eh p Diet UL 1 ct 5 t 0 1000 2 03 go0 0 0715 15 o t S22 1 PER Sup lt x Fm _ 000 214 00 2 2000200041 ORP 3 BUFFER 5 4 phH ORP nH ORP S 0 00 20 Omg L 2 00 0 20096 3 DO UNIT mg L 015 mg L SEN 4
76. H 40 p H4 3 2 4 4 36 6 7 9 RS 02 00 40 2 nA 9 p DO F 1 9 14 9 89 2 2 KWIW KKS IMEAS 1 IFRASCI lO AH 01 4 gt 2 XO1Cmm 10 8 a N op
77. SCII 0AH D 00 0114 1 1 4 2 3 ROOM I l 0 1 9 2 9 s i 1 9 0 pH 2 5 6 Q 40 00 4 3 5 2 1 140 3 481 000 2 0 f 0 2 gt Np N op 8 nn 0 1 14 1 1 4 0 2 001 3360
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