ORP(酸化還元電位)計取扱説明書(PDFファイル1.5Mバイト)
Contents
1. a iA 1 ALM1 1 ALM1 V 1 ALM1 T 2 ALM2 2 ALM2 V 2 ALM2 T bon 2 1 2 Ta LI000O0 30 31 2 20000 3334 9 oFF on H on L on E CE 2 on S d ORP 49 YPMS 48OR ON FA 1 DLY T OFF 3 4 1 ON DLY T OFF 1 i gt lt gt 2 M S Be ST BY CAL2. 8 1 1 0 mV 0 60s 0 AMT 2 2 33 342 mV 13 48 on H onH ALM 2 on L on E on S 2 2 1 mV 2000mV 0 2 2
3. 5 RE FRSC ORP DKK
4. YPMS 48OR 3 4 eo M S ST BY CAL 4 ST BY CHK W 4 STBY I mv 30 mV CHK W 2 n DR ENT 1 4 ENT Rs 1 100mV 30
5. ENT M S 7 a T CAD T CAD b o
6. YPMS 48OR 1 la ST BY ORP WAIT ORP OUT 1 1 30 3 0 1
7. ORP SO ORP ORP A 1 ORP BE 0 3g 1 ORP O 500mL HAA 2 S cm 0 5MQ cm gt 500mL 65 A ORP ORP A 1 3 OB 1 ORP B 0 3g
8. b ST BY ST BY 2 BE a YPMS 48OR 3 2 b M S 3 CHK M S
9. E 1H ORP ORP ORP z YPMS 48OR 1
10. eas g EH CHAE 5 Eis
11. 0 aD 1 2 10 0 wh 1 2 10 0 ENTI 10 1
12. 38 YPMS 48OR 4 3 4 3 1 a ENT b 1 ORP ORP 5 45 ORP sTBYT CAL CHK T 2 ORP ORP 5 STBY CAL
13. YPMS 48OR 6 2 3 ro 7 a 70 71 pH DC4 20mA b c 6mm 4 Go 31 33 30 a 1 30 3 2 33 3422 55 2 1
14. ORP 14 YPMS 48OR 2 2 ORP ORP 581 0 39 ORP ORP A 500mL ORP ORP ORP A pH 500mL 1 ORP B 0 3 EAA ORP ORP A pH 3 3 3 ORP
15. o ST BY mv MS 3 250 23 5 ORP M S 4 ENT 3 2 YPMS 48OR 3 3
16. HH HHHHHH he a la HHHHHHHHHHH HHHHHHHHHHHHH HHHHHHHHHHHHHHIENTIHHHH SsTBYTN 7 0 OOOO cl 250 mV 5 060 0 25 0 HHHHHHHHHHHHHHH 7C4 Me MSIHHHHHHH HHHHHHHHHHHHHHH HHHHHHH
17. YPMS 48OR 6 2 7 09 gm H gt 49
18. E 1 24 E EE TT Sn 5 uh jn RH HH
19. 4 31 ST BY ORP I mv CHK 260 CHK CHK ORP ENT TO M S 2350 rr ar ORP I mv WAIT 260
20. gt nl 2 a 6 45 0 5 gt 4 0 6 c
21. XA O 9 BR
22. 4 30 3 4 11 2 2 OPP 1 OW ORP 1 ORP 3 2 HIGH 3 3 3 GOOD FB CH
23. 3 a 70 71 O RNG 4mA RNG LO 20mA RNG HD b DC4mA ORP 20mA ORP Cd c 2000 2000 400mV 2000 2000mV 027
24. IENT 10 OUT T DU OUT b c HO dU tH 10 11 e
25. es 2 1 YPMS 48OR 3 1 3 3 1 1 a 3 ORP
26. gt ORP 3 ORP 2 50 mv 23 5 ORP 1 ORP mV 13 4 3 ORP 250 No 700 RNG HI 700 700myV ORP 134
27. c 4 O RNG 70 71 OUT 10 1 3 4d1 69 3 2 3 2 1 a 4
28. 0 60s 0 1 mV TEMP B ON L 8 OUT 3 4 9 on H 21mA on L 3 8mA 0 my 3 4 10 OUTT 0 H D nA 12 0 mW
29. mae 4 ST BY ORP i E mV 3 4 c O RNG 0 0 ORP my AG AG EL 5 68 STBY mV mv 13 44 0 30mV CHK W ar ORP mV 3 4 5 OFF 9 7 SFT 0 oFF ST BY
30. 21mA 3 8mA 5 105C eo M S ST BY CAL 4A ST BY B OUT 4 STBY I mv on L gt 8 OUT on H 21 0mA on L 3 8mA MED oFF 34 YPMS 48OR 3 4 ENT 2H vy 4
31. YPMS 48OR 3 4 M S ST BY CAL 4 ST BY O RNG STBY mV O RNG 9 4mA ENT zh STBY RNG LO I mv 700 4mA RNG 10 bb 4mA ORP 4mA 5 5 4mA ORP Ez 4 ENT 2000 1600mV 700 20mA RNG HD 20mA 0 027 20mA ORP STBY
32. gt 2 Bs d F SCF YPMS 48OR ATS
33. ORP MS ST BY CAL 4 ST BY T CAL 4 mV oFF CAL on 00 0 gt IENT 4 ENT T CAD 31 A w YPMS 48ORH 34
34. a b 60 2 4 4 3 4000V a b c 3 a CR 1 b
35. H AC100 230V 50 60Hz 1 1 OOO 5VA 02kg SPCC EMC EN61326 1997A1 1998 Class A OOD lt lt EN61010 1 19934A2 1995 Es YPMS 4808 c HHHH 01OR 00 H HHHHUHHHHH ORPHH H HHHHH H HH 200000 2000v H 00 aoc 00 aoc HHHHHH OQ 33mo0 H HHHHH 33 00 00 6 HHH 172mm 0 43 gt YPMS 48OR 6 1 n 6 BX 5 6 1 1 ao 5 b 4 4 c e
36. HIGH 2 241 mV 24 YPMS 48OR 3 4 3 4 1 0 HM P22 ORP 4mA 700mV P28 20mA 700mV P26 AG P28 30mV P29 P30 P31 P32 25 0 P33 1 0 P33 1 1 0 P34 1 1 P34 2 0 P34 2 2
37. HHHHHHHHH HHHHHHHHHH HHHH 2 HHHHH HHHHHHHHHHHH ITIHHHHHHHHHHHHH HITEMP EHHHHH HHHHHHHHHHHH 260 HHHHHHHHHHHH TEMPE HHHHH HHHHHHHHHHH HHHHHHHHH HHHHHHHHHHHH HORFHHHHHHHHHHHH HHHHHHHHHHHH HHHHHHHHHHHH OOO 20 105 q HHHHHHHHH HHHHHHHHHH RAR C HHHHHHHHHHHH HHHHHH HHHHHHHHHHHH ITIHHHHHHHHHHHHH 3 STBY HHHHHHHHHHH HHHHHHHHHHHH E 20 mV OO HHHHH HHHHHHHHHHHHIHHHHHHHHHHH2 1 2 ROM E HHHHHHHHHHHH HHHHHHE HHHH lonLIHHHHHHHHH HHHHHHHHHHH 3 8nAH OO 4HHHHHHHH HHHHHHHHHHHH IHHHHHHHHHHHHH STBY HHHHHHHHHHHH HHHHHHHHHHHH mV OO HHHHH 1 HHHHHHHHHHHHIHHHHHHHHHHH2 1 DATA E HHHHHHHHHHHH HHHHHHE HHHH lonLIHHHHHHHHH HHHHHHHHHHH 3 8nAH OO 40 YPMS 48OR 4 4 1 4 4 1500Vp p
38. 3 4 6 lg GOOD GOODY lt lt 30mV HIGH OFD mV HIGH 271 Soon 7 240 LOW 5C 45C Ca ORP 30mA GOOD LOW rrr 209 mV GOOD 210 240mV
39. 9 9 ST BY ORP 3 5 2 i mV I mv 1 0 GOOD LOW GOOD HIGH ENT M S OO 27 YPMS 48OR LOW 3 3 ON ORP mV KAD EDA
40. 3 3 a 2 2 3 ORP ORP 2 2 3 b c Z SFT on 0 9 GOOD
41. b c 2 1 9 6 ep a PE D 100Q b 2 3 1 PB 48
42. 45 YPMS 48OR 6 2 _ 70 co 6 DC4 20mA 6009 0 596FS 100 110 RT PEo 90o AC100 230V 910 50 60Hz 555 1 o1 300 o2 31o 2 AR 8 AC250V pes 330 1A 05 340 5 A NE LU 2 q 5 g 55 46 E
43. b ORP TH KORE 30 MS 4 ORP ORP mV I mv 250 3 4 6 235 we mV
44. 2 2 ORP ORP 2 2 GOOD 4 IGOOD 5 5 OF 500 5800 10 30
45. 66 41 YPMS 48ORH 5 0 0 5 fr i a ORPH YPMS 48OR HHHHHHHHHH ORPHHH 4HHHHHHHHHHHHHHHHHHHHH 10x 5nmm 2000 2000YM HH HH 1nW OOOO lt lt 160 0 ORPHHHHH 100YMH 400nMH HH 2000 HHHHHH HH ORPHHHHHHH ee HHHHHHHHH oo 0000 6ooo0000 FSOO HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHH HHHHHHHH gt 200m OOOO 200 HHHH HHHH 605 1K OO 0 0 b 00DD DN sees 3 OO ee 503 58 0 ges 0 90 1 1 ha 150 60 q 90 00 ai 30 70 95H HH
46. 1 ALM1 1 ALM1 V A 1 ALM1 T 2 ALM2 0 2 ALM2 V F amp 2 ALM2 T ST BY B OUT OUT T 0 RNG EL CHK W Z SFT TEMP lt T CAL 1 ALM1 2 ALM2 DU OUT EX INP Ti PA 0 5 ee B OUT OUT T EX INP
47. 3 4 mV OFF 9 TEM oFF Sr A w 26 YPMS 48OR 3 4 3 4 mV OFF TG AL oFF oFF 1 STV 1
48. YPMS 48OR 4 2 4 2 E 4 5 YES 430 ES E 20 4 32 YES _ IE YES PB YES 70 71 0 6000 YES 3 4 irl 2 ls 0 4mV DO
49. gt YPMS 48OR 1 2 Ga 2 0 3 ORP 3 ST BY ms TRB 6 RESET E NT 3 ENT MS 0
50. DU OUT 1 M S ST BY CAL 4 ST BY OUT T 4 ST BY mV 0 OU77 HO dU tH 9 0 Et hi Anita REG ENT 2H 3 ERAS Sr A w 35 GO HHHHHH 9 HHHHHHHHHHHH vig H 34 HHHHHHHH HHHHHHH HHHHHH
51. FE 15 YPMS 48OR ORP 6 HCY 30 ST BY 260 CHK 205 2 2 ORP E 30 OD ORP ENT WAIT DARL BEF ry YH WAIT ST BY NE 20
52. HIGH GOOD 70 GOOD ST BY 16 YPMS 48OR 2 3 se LOW HIGH ENT GOOD 9 M S 2 3 OFF oe
53. mV SA 856 19 YPMS 48OR 5 ORP ORP 250 RNGLO 250 mv 050 Z SET 25 6 gt 25 6 1 2 1 T CAL gt 1 1 1 on H 1 mV O ALMTV 1 30 31 ew Xa 3 2 ORP mV 4 FT 13 4 3 RNG LO 700 700 RNG HI RNG HD RNG LO
54. 4 I mv ENT 00 20mA RNG HI 5 20mA ORP 20mA 1600 2000mV 700 4mA 400mV e M S 4 a ORP CHK W b GOOD 245 275mV c 13 3 2 2 3 9
55. RA 3 a b c 4 ATE
56. Z SFT 4 ST BY mV OFF 0 oFF Z SFT on erp SA 29 YPMS 48OR 3 4 Sr REE 0 0 ENT 3 20 ENT
57. ORP j 3 es 2 1 YPMS 48OR 2 1 6 55
58. 2 2 ORP AP YPMS 48OR ST BY 3 E 2 2 E ST BY ORP 1320
59. 0 P34 2 2 P34 onl 38mA P35 HO 12 P36 DU P36 25 YPMS 48OR 3 4 2 a 3 4 4 ENT
60. 1 3 1 5m 9 6 2 44 YPMS 48OR 6 2 105 5 5 EE 5 RR 4 87 3 PG13 5 9 0 25 6 2 1 16 2 2 M3 1 U al 1 1 2 0 0 ua 9
61. 0 60s 0 77 2 2 Ah ALM2 4 2 lt 2 E M S 9 a B OUT b
62. 4 ST BY 1 ALM1 4 ST BY OFF ALMT 1 mm 1 0 AMV 1 on H on L on E on S oFF IENT 4 ENT 2 8 ALM1 V 4 1 ORP ENT
63. ALM 1 2 2 33 3 2 ALM 2 mV mV Drv 5 10 YPMS 48OR 1 3 ST BY ST BY CHK OORP 23 5C GOOD ORP NNG LO ORP Z SET ENT
64. IM 1 5 2 THALES 5 YPMS 48OR ae 2 5 01 3 1 3 2 3 3 4 6 4 5 4 0 0 1 lA 8 1 8
65. 1 1 mV 2000mV 0 1 ALM1 1 A w 32 YPMS 48OR 1 ST BY 0 ALM7 7 mV c 1 2 ST BY mV 6 gt 4 3 4 1 IENT 1 gt EX ALM2
66. DKK HHHHHHHHHHHHHH 711 109HHHHHHHHHHH 96003 Tel 0233 23 5011 Fax 0233 23 5010 http Www y dkk com
67. on 2 SFTD oFF NEO ORP 4A ORP ENT STBY ORP I mv 100mV 0 0 Z SFT M S 6 a TEMP b c
68. 36 11 36 37 4 1 37 1 ORP 37 2 37 4 2 0 38 4 3 39 1 39 2 39 AEA dt 41 41 2 41 3 41 NER EE EI 44 6 1 44 1 44 44 6 2 ANo 45 1 45 46 3 47 4 5 48 6 48 49 LE SE SF 5 YPMS 48OR 1 1 1
69. M S 5 a 7 SFT Z SFT b ORP E b c 0 ORP 2 MS ST BY CAL 4 ST BY 6
70. 13 44 M S ST BY CAL 4 ST BY TEMP YY 4A STBY mV OFF TEMP on oFF gt IENT 30 YPMS 48OR 34 x 4
71. 3 8 21 0mA 12 0mA on mV 3 4d1 on on EXINP 0 21 YPMS 48OR 3 2 2 a b 30 c ORP HU
72. 5 mV E 5 CHK ST x 2 1 ORP Ne 2000 2000mV mV 2099 2001 2209 20 78 mV 2100 2100mV 2 ORP gt WW c OUT lt gt 39 YPMS 48ORH 43
73. 30 3 0 mV 3 4 8 OFF on H ALM 1 6 on L 7 2 on S oFF 2 2 33 323 OFF mV 1 ALM2 1 ST BY mV 3 4 9 on on H 21 0mA OUT 6 on L 3 8mA oFFR Of ST BY HE mV 3 410 HO HO OUTT dU tH STBY 3 41 mV OFF ot EX INP oFR
74. mV 700 700mA ORP mV 3 4 5 2 C T CAL 1 2 3 4 3 4 8 7 on H on L on E on S 1 1 mV 2000mV 0 20 SS A YPMS 48OR 3 2
75. 2 9 3 11 2 0 RPO 12 12 22 ORP 0 oonoeeeme 13 1 13 2 ORP 14 3 15 2 3 17 3 ccs ea ass 18 3 1 PTP 18 1 18 2 18 3 2 19 DW 19 2 22 3 3 RR ER 23 3 4 SS SR EE 25 1 25 2 26 3 27 4 28 5 29 6 6 30 7 31 8 32 9 34 10
76. 0 CHK 6 4 E 5 5 1 EF ry XA YE VMI WAIT 2S WAIT 5 o 3 3 ORP LOW GOOD
77. 20mm egos su 1 As ORP 1 1 ORP 2cm ORP 2 ORP ORP ORP ORP ORP on 5 45C ORP oFF 15 30 ST BY MS 3 CHK
78. ENTIHHHH HHH S HHHHHHHHHHHHHH HH HHHHHHHH HHHHHHHHHHHHHHHHH ST BY 12 0 DUOUT HHHHHHHHHH mV HHHH DU HHHHH Anon HHHHH H 0 0 0 HH HH HH HH HH HH HH 0 0 mA 0 HHHHHHH MSIHHHHHHH HHHHHHHHHH OUT HHH HH HHHHHHHHHHHHHHH 0000em00000 HHHHHHHHHHH HHHHIENTIHHHH 20mAHHHH 12 4 HHHHHHHHH HHHHHH HHHHHHHH 000000 wslo0000000sr BYo0 HCALHHHHHH IAIHHHHHHH ST BYHHHUHHH HHHHHHHHH mee HHHHHUEXJNPHHHHHHH arr AIHHHUHHH EE HHHH HHHHHHHHHUHHHHHH O 000 EX MP onHH HHH cFF HH HHHH HHHUHHHHHHS HHHHHD HHHHHHH errr ENTIHHIH HHHHUUHHHHHD HHHHHHHHHUHHHHH HIAIHHHHHHHHHHHHHD HHHHHHHHUHHIENTIHHIH HHHHHHHHHHHHHHH HHHHHHHH mmo MSIHHHHHHH HHHUHHHHHHHUHHHH 286 YPMS 48OR 4 1 4 4 1 1 ORP
79. IM PMS480R R03 YHITI UG series Instruction Manual HHHHHHHH YPMS 480OR YPMS 48OR 9 55 OFU DIC 1 2 3 4 YPMS 48OR a b ORP IRAs CI 2000 2000mV AC100 230V 50 60H 5 c i
80. K W be ORP 4 CZ ORP LOW GOOD Ei mV BEF vw 7 BEE RD IF 30mV YPMS 48OR 2 2 ORP 2 ORP ORP 0 ul
81. b Vs _47 YPMS 48OR 62 gt 3 1 5 1 NO 1 c AC250V 1A 1348 5 oo 90 ao
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