UT37, UT38 ディジタル指示調節計 取扱説明書・初期設定編
Contents
1. 0 1 MAN 2 72. J CR CR UNIT 953 955 SKV SKVB CR CEFS CR U CR 18 5 3 UT37 250V AC 3A lt gt RS422 RET LPS RSP KOI RI OL I IL KI VI Ta Oo LI Rel Gl I 7 2 SP 7 2 SP RUN STOP AUTO MAN ON ON STOP ON AUTO 2 SP 2 SP RUN STOP SP 2 SP ON 2 SP AUTO MAN ON AUTO e RUN STOP e AUTO MAN 250V AC 1A e 50 60Hz 20 UT38 lt gt
3. 0 K 200 1200 No 1 ON 0 PID 0 K 200 1200 PID No 1 ON e 2 PJ13 1 P 16 P26 3 _ IIM5B4B7 20 ES _ a IM5B4B7 20 RE 1
4. ee 4 2 1 2 150mm 1 43mm 1 6mm 4 3 mm UT37 UT38 117 1 11 92 25 Se 0 16 5 5 1 5 3
5. a SETENT SETZENT 3 No 4 OFF P 12 1 SETENT 3 4 oo SEENT 1 No 4 ON Si 25 SET EN1 3 A1 pt A2 2 RBS
6. gt Nw ww i 0 1 2 3 EU 0 lt RL lt RH EU 100 1999 RL lt RH 9999 EU 100 0 S EU 100 0 S OFF 1 120 P 42 A OFF a P 43 EU 100 P 43 100 0 EU 0 a P 43 0 0 C P 43 Pay EU 0 0 S P 43 OFF 2 i gt 1999sRML RKMHS9999 1 120 OFF 1 120 RH EU 100 0 RL 0 OF ON ON OFF a RLsSPL lt SPHsRH 0 B S or 9 5g 0 EU 100 S IM RH
7. RML RMH RSP 7 0 R L 5 31 O ON OFF SC NN NN AT ON 100 OH ON OFF PV SP 100 OH PV gt SP 0 OL 3 PID PV SP 2 SP R SP
8. 1 DR P 48 No 3 P 11 2 2 SP DI 2 2 SP 2 SP DIS 2 SP 2 SP AUTO MAN 1 RUN STOP RUN 0 9 2 II AUTO MAN COM SP SP DIS 0 1 RUN STOP DIS 1 II AUTO MAN 51 9 3 6 RET 1 20mA DC 5 0 RL RH 1 2 3
9. RUN STOP 49 OFF RUN ON STOP RUN STOP NN NG d en 3 A 9 atN 93 0 RST 1 MAN 2 0 oh i PA PID PID Fm Tom Toff 9 49 50 N 2
10. 250V AC 3A 1008 2 5kQ KD HK OL UM KS OL MEN OT IOL TRON KI OL II KD rN me UT38 KO RIL DN MKeI HK9 II KO 0 1 MO _ SS rs i 21 TX lrex w se e RS422 V mV V DC lt gt ez 21 RET LPS RET RSP LPS 4 20mA DC eo ol LT VU i NM2 IN I Te 1 II II KO 9 7 2 SP 7 2 SP RUN STOP AUTO MAN i ON IOL_ II II Tl J ON STOP ON MAN Gl 3 2 SP 0 2 SP PT SH IT 6 RUN STOP SP 2 SP ll_ II MI II ON 2 SP AUTO MAN ON MAN RUN STOP e AUTO MAN 250V AC 1A RSP
11. 3 2 8 2 P 28 2 UT37 UT38 PID UT37 UT38 2 1 No 1 P 7
12. ON OFF 1 1 F 3 0 1 OFF gt STOP OFF G 2 SP A1 OFE V SP ON OFF Mi 3 1 SP SP 54 1 4 7 46 4 7 OR i HY1 0 OI
13. RUN SP PV PV OFE ON MAN RUN AUTO RUN MAN STOP AUTO RUN AUTO RUN ON PV SP PV 444 TMU SP SP UPR DNR OFF PV UPR DNR P 45 0 20 NN GE 48 PV SP oT 3 Re MN gt OFF
14. UT37 38 IM5B4B7 100 PA9500 PA9550 UT37 38 UT37 38 LL10C T37 CE 80P PC9800 CE 150T 10 3 LPS GE LPS FP100 a 21 6 28 0 1000 V 30mA MAX
15. 1 2 3 600V JIS C3307 4 2mn 100Q 5 a b UT37 UT38 2 c
16. R L 0737 ON OFE SO 4 RHY 6 SP RSP RSL OFF RT RBS P 44 J UT38 No 3 2 SP P 11 2 SP SP P I OL 1 No 1 i UT37 0 L OH OL gt P 10 P LD MR OH OL 2SP HY 28 e EU 100 EU 0 EU 100 e EU 100 S EU 100 S 2 Ai OO OFF 0 00 990 99 59 or
17. V H Sk1 EN1 100 0 7 5 UT38 55 10 10 1 RS422 MA UT38 UP27 UT37 16 RS422 2 UP27 RS 422A UT37 MAXI6 UT38 UP27 UT37 PID 0 UT37 IM5B4B7 50 56 10 2
18. 6 9 7 8 FP200 UT37 38 1 5VDO 2 2509 57 58 11 200ms 0 2 0 2522 of F S 1 digit IMQEDLI J 1MQ 250Q HD HE PD 2 k 1 10Q 1 10V 40dB 50 60IHHz 120dB 50 60Hz OFF 1 120s 1 100 0 100 022 JIS IEC DIN U L TJIS 89JPH00 Pt100 IEC DIN 6 4 7
19. 250VAC 3A OFFEIF 0 1VDC 6008 0 3 of F S 200ms 1 240 5 105 UT38 PID a ht 7 PID 100ms 250V _AC 3A 1009 2 5kQ 0 1 1 0 10 0 of 0 1 0 5 0 0 100 0 0 0 20 0 1009 2 250V AC1A LED
20. 0 000 9 999 EU 100 S EU 100 S LOCAL REM PE ION Off ON OFF EU 0 S 5 ON OFF eS 1 0 10 0 UT38 4 UT38 EU 0 EU 100 3 0 HUDPDUHSIE2 0 EU 0 2 IEU 0 EUG00 I 0 1 999 9 OFF 1 6000 i i 2SP 2 OBR 1 6000 5 0 105 0 5 0 OL lt OH 105 0 EU 0 0 S EU Gm EU 100 0 S i099 9 2 2SP OFF i 0 100 0 240 OFF 1 6000 OE 5 0 105 0 EU 0 0 S ei 2SP EU 100 0 S 105 0 2 0H
21. No K 200 1200C No 1 ON ON No 1 ON T OFF 1 2 3 4 1 K 40UWOC 30 290F K 9 0 900F K 05 W9 959f 9 90C 90 H9OF 0 3 0 1800C 32 2400F 32 4200 F 199 9 800 0C 300 1500 F 199 9 8000C 300 1500F 199 9 400 0C 300 750F 0 0 400 0C 199 9 750 0F 1 No J 0 1300C 0 2300C 0 AL 00 2000C 32 0 UN JPt100 No 1 OFF i No 1 OFF 2
22. e x P X e P PI D D P PI PD PID PD P D D PD P D D 0 Nl nF MR HY 7 _7 4 OH 7 OL
23. 1 0 52 9 1 ar 3 bet EE a 0 1 4 lt 8 7 es 2 3 1 es 2
24. 500 0C 199 9 999 9F MN 00c 999 i 1999 640 0C MA 300 1180 F a SF Pt100 320 4000F 32 0 2000F 4 1999 9999 EE2 N6 199 9 999 9 19 99 99 99 1 999 9 999 1 5V C UND 10 2 2 UT37 P 7 No PID EG PID 8
25. OH OL 100 0 UT37 UT38 AUTO CT RUN 32 8 3 E E DB RHY UT38 PID DB RHY 2 DB PID ON 744 ON RHY ON ON
26. AUTO MAN REM LOCL ON R L REM LOCL PID PID MR HY OH OL 2 P 2 1 2 D 2 MR 2 HY 2 0H 2 0 ON PID 43 9 3 2 EN SS ON NN 1 199 9 999 9 1 2 19 99 99 99 2 3 1 999 9 999 3 EU 022 1200 EU 10026 900 N T
27. e 90 250V AC e 50760Hz 22 6 e 3 e 3 e 4 1 SET ENT AUTO MAN P 56 AL2 o 2 REM O STP 2 558 888g CC 23 1 2
28. EU 0 0 S EU 100 022 S P 52 IM5B4B7 50 RS422 YY A ON 9 3 7 UT38 1 VL V H RS 0 SETZENT 9 CC 0 0 0 VL SEIZENID V 1II 7 6
29. No 4 OFF RSP RE 0 SP 2a PD SPH RMH SPL RML RH REL UPR R L PAR RSL nr DNR 2 SP ID BS SPT 2 ON OFF LFL d U C RR 37 RS422
30. RTL RTH 4 i J RET 3 4 RTL RTH P 43 100 900 1000 100 RTL 100C grr oo0c AD RTL 4mA 20mA 1 s 1 2 1 1 9 1 AL1 e 29 1 0 4 2 kk CE i 1 P 75 AL2
31. AM eta Ma UN 2 Pr RE i 1 0 50C 20 90 U 400AT m 30 0 50C 1C 1 V 10V 0 0122 10V 4 20mA DC 0 052 C 1zV 10V 0 0122 10V 4 20mA DC 0 05 10V gt 25 70C 5 95 96WX96IIX100D mm ABS kg 61 500VDC 20MQ 1500V AC 1 1000V AC1 1500V AC 1 100 240V AC 00 250V AC 50 60HIz 12VA 100V 2 2
32. 26 8 2 Wereeeeseeeeeeseereseeesseseseeeeeresesrereeeeeeseeeseeeeeeereeeereeeeeeee 28 8 3 weereeeeeereeeeeeseeereeeeereeresereeneseeeeeeeeeeeeeeeeeeeeee 30 9 eres essessseecerenesseeseseeeceaoesasssesreaseeeecerreeseeeeeeeaeeeeee 36 9 1 oo ee 36 9 2 Eee sess 38 9 3 ese 42 9 3 1 ese 42 9 3 2 weemeesemesseesessesesseesesreereereereeeeeeeeaee 43 9 3 3 ee 44 9 3 4 SP ee 44 9 3 5 ee 48 9 3 6 ii 51 9 3 7 UT38 54 10 PPP YY PF see i tta ts 55 10 1 55 10 92 err 56 10 3 LESE ona i da 56 11 NESE RE EE EE EE SE EE EEE i 58 IM 5B4B7 01 1993 6 2
33. REM LOCAL STP RUN UT38 H PV SP MANO ee MAN AUTO AT 2 PV SP EU 1 0 S EU 1 0 S EU 1 0 S 24 7 No 4 SP N SP amp PV amp PV amp PV _ PID
34. PID 250V AC3A 1 240 PID ON 12VDC OFE 0 1VDC 600Q 1 240 4 20mADC 600 9 0 32 200ms 250V AC3A 1 200ms 1 DS DSP1 DC12V AGP20139 3 P 7 SO0N 3 1 No 2 ON OFF 0 100 0 No 2 OEE 9 2 6 3 1 ON ON ES 2
35. e e SP e e e e UT38 UT37 UT38 No 4 ON ON 2 3 SP IM5B4B7 20 SETEN SP SP 4 SETEN NN I A RN Cw a SET ENT SET ENT 3 SETENT 3
36. LEU 100 RL EU 0 OFF 39 OFF S OFF ON OFF ON ON OFF 0 40 92 2 2 0 OFF 0 1 100 0 OFF P 48 5 0105 0 0 1 2 na LF es 2 1 240 2 SP 0 1 0 1 CC a 6 4 Pl 0 RH EU 100 0 RL EU 0 0 EU 0 0 RTL lt RTH EU 100 0 gt OFF 1 20 1 EU 0 0 S EU 100 0 S EU 100 0 S 2
37. 3 5 i i 1 17 2 gt PV I CD 46 SP SP REM LOCAL REM LOCAL SPT SP OFF ON SP ON SP OFF PV 7 7 PVT ePV ePV 47 PV
38. RML RML FL P 43 0 0N OFF ON RT RBS RSL P 30 9 3 4 SP SPH SPL GSP 7 4 5 7 27 SPH i RC SPL TMU PV P 36 45 SP SP
39. OFF ON O ON ON ON ON HHC C L C H C 0 20mA 4 mA 4 mA MM 2 a 0 ta 0 100 0 0 i a 4 PST RUN STOP 3 STOP RUN
40. UT38 kx DR RET BPS V RS 1 OPR L V L Toa x RTL 1 RS LAL DLN y_ a 2 CT LF AL 2 ADR 1 Hd HY1 RET RET RTH RTL SP2 38 gt o OFF ON OFF ON OFF ON OFF ON 1 2 OFF P 42 OFF OFF OFF OFF ON re er saennrms nvr everonnnnmre
41. LEID 3 4 7 LED 1 0 ofF S 1 02 of EF S SP 0100 0 100 DP 0 1 999 922 OFEF 1 6000 OFF OFF D OFF 1 6000 OFF OFF m 1C 0 1C 1 F 0 1F 0 1C 1 F 0 1F SP 2 PID 2 SGP BCD 112V DC 10mnA 59 UT37 ON 12VDC 6008 4 20mADC PID PID SSR PID 4 20mA DC
42. 0 100 50 HH P P P PI t PI 1
43. 1 7 17 8 18 wm lm rnc 2 1 A1 OFF 0 00 99 59 OFF 0 00 99 59 1 A Rs CMSBIB7 20 ES 1 3 3 SP HY1 PV UT37 38 A1 1 ON 2 SP Sp ONAN SP HY1
44. OFEF ON PID SP 0 IM5B4B7 20 2 SP SP 2 33 No 3 2 SP P 11 SP 2 SP 2 P 26 2SP 2 P 2SP 2 0L OFF SP 6 ON 2 SP 2 12VDC 10mA P
45. 100 900 C F SS ON raer Da FL Sh 2 10 7 CT 9 3 3 0 eg 2 6 4 4 t RMH NE
46. 35 1 OFF P PD P 10 OL OH i PID 2SP 2 P 2SP 2 0L P OL 9 9 1
47. PID 4 20mA DC RSP A ir e UT37 UT38 1 RT TS CC TR ee 2 20 PPPK IPOD YYWY 1 a 2 lj RS422 1 2 U 137 UT38 1 P 18 21 IIM5B4B7 20 P 22 5 1 EE TE 1 3 e UT37 UT38
48. 1 UT37 UT38 2 el 1 O O PID O 0 QO Of WS NIME 7 1 1 KS PID
49. 2SP 4 ot i OL i 60 50 0 EU 0 5 S 100 0 29 30 8 3 A1 A2 1 2 AL1 AL2 P 40 A 1 P 52 A1 RT RBS RSP RSL P 44 OFF e 1 SP RSP x RT RBS SP RT RSP RBS 0
50. 9 2 3 2 2 2 SP No 3 ON OFF 2 2 SP 2 SP P 29 2 SP 2 SP Ne 3 ON No 3 OFF OFF OFF 1 2 3 4 1 2 3 4 3 3 No 4 ON OFE No 4 ON No 4 OFF 1 2 3 4 1 2 3 4 GET EN 3 P 24 4 4 1 23C
51. 6 3 5mm 5 2 1 HC 250V 1A ATG 2 i 250V AC3A 250VAC 1A 3 CR AC DC DC AC UT37 UT38 UT37 UT38 1 UT UT CR UT UT
52. E EU 0 5 S 0 U 0 5 5S 150 300 600 1200 2400 4800 9600 BPS 41 P54 P04 9600BPS 1 2 1 2 NONE EVEN NONE 1 1 7 8 7 8 1 98 99 16 he 100 EE 42 9 3 9 3 1 ON OFE ON A 7M AUTO MAN ON
53. UT37 UT38 MEET TIT BIT TE TI lt IIIAUHTUOIIIUMIIIIZIIUILOIHURIIITIUOUIULUGUIHUYIHIID SE i 2 5 SE 3 1 2 ii 4 1 3 oe 5 1 4 eeveeeeeeet LAI ET SR OC 6 2 ii 7 2 1 8 2 2 UT37 6 10 3 RE RR ES 11 31 eeeeeeseeiestsesteeeeeoeeteies ee 11 3 2 2 2 SP 11 3 3 eee 12 4 13 4 1 13 4 2 13 NASEON2N NNNNNUAGSeAYeShAe te 14 5 0 ori en ET a 16 5 1 ee 16 5 oer 17 3 ee 18 6 este NE 22 RR SR Et 24 8 vecesoceeesreeseececeseseesncesenoeceseesarereneesescececeesereeeseesaceeeeceesaeeseneseaens 26 8 1
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