HMT360 取扱説明書 - M010056JA-I
Contents
1. 1 WD sss CIC a RE2. MO0100S56JA W ilk mi EMC 20C 1
3. 25905ZZ PC RS232C 25 N 7 7 mA 48254 mA 15VDC PC
4. VAISALA 13 ___ 5 5 Wntw W t 14s M010056JA ik 2 HUMICAP HMT360 HUMICAP HMT360 2 1 HUMICAP HIMT360 VAISALA 15 O HUMICAP
5. ASTA 1 2 22 YO X 7 3 Ch 1 Ch 2 4 ON OFF lec 5 Ch 1 Ch 2 Ch 2
6. d
7. T 162 0825 42 TEL 03 3266 9617 Fax 03 3266 9655 E japan support vaisala com 74 M010056JA W N ilk 7 a TET 1 1 5 1 1 2 1 2 1
8. 74 VAISALA 77 1 47 E japan support vaisala com FAX 03 3266 9610 78 M010056JA W cO ilk VAISALA 6 0 100 RH HUMICAP 180 15 25 C 20 40 C 40 180 C HUMICAP 180L2 10 40 40 180 C 20 C 90 20
9. PRES 58 PRES 48 Ja 0 FE VAISALA ___ 5 5 Wntw W t 62 MO010056JA W ilk 2 dd RR OTST Ee ICR De
10. 164 6 46 _ 62242 2 i 5 amp Mm v 127 5 00 41 1 61 g12 0 47 VAISALA 69 2 1 HMP363 HMP364 HMP365 HMP367 90 12 0 47 12 0 47 9 1 37 5 1 48 78 5 3 09 98 5 3 88 M22x1 5 or 120 4 72 41 1 6 13 5 0 53 170 6 69 51 2 0 192 7 56 N 253 9 96 9 1 37 5 1 48 79 5 3 13 99 5 3 92 M010056JA A ot HMP368 1 2 1507 1 or NPT1 2 ar N pq sgsss 111 14 0 55 I 35 157 379 1 37 6 20 14 9 188 410 7 40 16 1 226 448 8 90 17 6 Length for standard optional probes freely user adjustable length 13 5 0 53 12 0 47 49 5 1 95 a CN lt N LN O VAISALA 9
11. C Y Dn E 46 23 VAISALA 45 Detail A 23 ON 64 25 HMT360 46 HMT360 LED LED
12. EN50284 1GQ 1 Ba aN es PT OD a Ze Phas O ax LCA C FSV H F FTNMTEFA TILEY YAY 2 CER LICAK AS 13503 20 MO0100S56JA W ilk mi 3 3 1
13. ESD ESD 7 ESD ESD ESD
14. LED MO010056JA W N 4a LED LED LED RH T T a T Tw T ppm T T MH aw T An Special 6 O 24 1 Analog output test on off alibration analog output test off on caibration disabled enabled Output quantities metric non metric E COAL YF RAYNE 920 4A Y Dn 4 mA 12 mA 20 mA AY Sem ae 2 Calibration Disabled Enabled EEPROM
15. 2 0 2 C 10 20 30 40 50 60 70 80 90 100 40 186 103 076 063 055 050 046 043 20 218 119 088 072 062 056 051 0 48 0 2 51 137 100 081 070 063 057 053 050 048 20 287 156 113 092 079 O70 064 059 055 0 53 40 324 176 127 103 088 078 071 065 061 0 58 60 360 106 142 114 097 086 078 072 067 0464 80 4 01 218 158 127 108 095 086 079 074 070 100 442 241 1 74 140 119 105 095 087 081 076 120 486 266 192 154 131 1 16 104 006 089 0 84 140 9 31 2 91 210 169 144 126 114 105 097 0 91 160 580 3 18 230 185 157 138 124 114 1 06 0 99 g kg 1013 hPa 10 20 30 40 50 60 70 80 90 100 40 0 003 0003 0003 0 003 0 003 0 004 0 004 0004 20 0 017 0018 0019 0 021 0022 0 023 0 025 0026 0 008 009 0 09 010 010 0411 011 0 12 013 013 20 031 033 0 35 037 039 041 043 0 45 0 47 0 49 40 097 103 110 117 124 1 31 1 38 1 46 1 54 1 62 60 268 291 3 16 343 372 404 4 38 4 15 515 5 58 80 6 73 7 73 8 92 10 34 12 05 1414 16 71 19 92 2401 29 29 100 16 26 21 34 2889 40 75 60 86 9885 183 66 438 56 120 40 83 7466 172 36 86 M010056JA W cO ilk C
16. 63 6 Cad Calibration Enabled Disabled C SCAL E 1 0 CH 48 M010056JA 4 L amp 0 Set A Y Dn B LEV 59 5 BME Calibration Enabled Disabled LEV
17. HUMICAPY HIMT360 1 2 3 4 6 7 VAISALA 7 8
18. 6 D 30 b b
19. Ce 10 MO010056JA HH TC20238 5 Ga N 28V 100mA 700mW Ink 40 60 60C EU 94 9 EC ATEX 100a 50014 EN 50020 1 G EN 50284 20 60 C 0 8 1 1 EEx ia IIC
20. Set Hi LED 10 15 Dn 66 PLET BE 552 Thies FA ely er OPRVER BIEVER S NE RIED UID TZ 3 4 T 47
21. 15 HMP361 9 HMP361 40 60 0 160 g kg 0 160 g m8 0 60 C 81 82 HMP363 HMP364 HMP365 HMP367 HMP368 10 HMP363 HMP364 HMP36S5 HIMP367 HMP368 40 100 C 0 500 g kg d a 0 600 g m3 O 100 11 2 1 2 4 20 mA 1 RS232C RJ45 ANE 4 TIIS Ex ia IIC T4 TC20238 U 28 VDC I 100 mA 1 nF L 0 Pi 0 7 W Tim 40 60 C EU 94 9 EC ATEX100a H 1 G EEx ia T4 PTB 00 ATEX 2112 X U 28 I 100 mA 0 7 W 1 nF MO010056JA VAISALA
22. O VS 24VDC QO VS MTL5541 19 MTLSS41 AHIR NUT TC19435 FEA TERS 28 1 100mA W 700mW C InF L 0 HMT360 Connector board Ch1 Ch2 24 VDC 1 4 2 MTL787S 20 MTL787S TC16540 DC25 2V DC50mA 42 MO010056JA W ilk 21 VAISALA HMT360 Connector board Ch1 Ch2 g B N 5 2 MTL5544 AHH NUT TC19435 U 28V 100mA W 700mW C InF L 0 43 uouO jm5 f 5 5 _ wwsb WW 4
23. RS232C 4A Up BE 2 30 52 M010056JA W 4 ee HMT360 PC PC
24. L 2 ON OFF 3 4 2 5 64 MO0100S56JA W ilk VAISALA DO NOT OPEN THIS PROTECTIVE COVER HAZARDOUS AREA DIP Switches o Selection i 5 5 Of output T p a quantities X i 2 5 5 5 Calibration Sue Tw PE GOR ppm og 9 Be ow 9 G 2 Anaoghh z On lt ES 20O Off
25. 8 S 8 SN 9 EL BET ee 9 10 10 11 Cane E AEAT a 11 eE CA 11 FM 12 ITLL a 12 ee 12 E 12 ee 12 2 15 HUMICAP HMT360 15 16 12 naa E uha aaa dana a aaa ha a akay 17 3 ee 19 ee 19 IIC 19 20 iii 20 22 ee 24 26 DAY HMP363 a a 26 HMP363 367 7 gt 26 HMP364 8 aaarrrsaa 27 HMP365 kk 30 67 05 5 8 onenean nanan n nnno 30 HMP368 30 NO 32
26. 8 M010056JA Dibba ols hod ORV Eee Pao CEOS Chal sales japan vaisala com VAISALA HMT360
27. Uatrop Uarop US Unin Uarop 15 84 V 12 V 3 64 V legi 20 mA Reabletot Reable ax Reabletot ReabieX Rc 1000595 ET Uarop Reapietoc Rc Tout 3 84 2 0 085 Q m xlmax t 100 Q x 20 mA Imax 541 m Holey 7 VEER HBV UT OF Ae BOL HMT3603A22BCA1A3BD5A10 ExiallCT4X Ui 28V li 100mA Pi 700mW 0 001 uF Li 40 60 C Vaisala Oyj in Finland 1 2 3 1 2
28. Zone 1 Zone 2 HMT360 IC Ex ia 2 1 2 42 19 40 17 41 18 092307 9 1 HMT360 Uin 24 V 12 35 Tou 20 mA HMT360 12 15 MTL 787S Un 25 5 Us lt Un 8 16 V Reabie 0 085 2 m 2 x 0 085 Q m 38 M010056JA W ilk Ma mi 24 V
29. HMP363 367 HMP363 367 75 mm 50 mm drilling 16 22 mm B 4 2 x 16 DIN 7981 105 355 mm 8 HMP363 8 1 BYE 2 277 gt 4 5 6 77 7 M010056JA W CO i HMP364 HMP364
30. 1 Set Lo Y Dn E mo Ok RI nn 2 1 Set Hi 4A Up Y Dn E 2 2 2 Or Tar C 51 _ __ _ special
31. 1 IP20 IP66 2 24 M010056JA 3 E 2 13 54 7 ZEB HD BD nn 7 1 2 3 4 ARKE 5 6 7 8 9 RS232C VAISALA 25 26 HMP363 HMP363 12mm
32. AR el 1 2 SRARRARE 28V ia Sh 100mAl F 7 700mw url T 3 S SL Z Lo USE IF a tT CoE SOAR SS eee Le ROTA Ke Le SRE Bae 0 001 xF 4 40 BO 5 CERT SEMI RHR SITW BRILL AE AROS LIER EVER SHAE RICA LICR BSA W VAT LAME FEH z HM43602KK r 98 M010056JA www vaisala co p x MO 1005 8 J A
33. 9 A B FM FM C CSA D TIS 1 M210185JA N
34. 3 special VI C SCALE E 2 49 Up Dn 1 E 2 Set M010056JA W N 4a C Tl VAISALA Calibration Enabled Disabled t gt CC RH 1 Set Lo 2
35. HMT360 1 74 CM HMT360 12 24 HMT360 VAISALA 63 WW 25
36. HMT360 2 3 4 RH 47 E Y Dn 0 1 E 10 1 NaCl E 4A Y Dn KSO 10 1
37. 12 1 gt a 3 HMP367 HMP367 26 HMP363 367 HMP367 HMP368 HMP368 M010056JA W CO ilk pi mi 33 FIDE CHU TARE LEE CT HMP368 58 48
38. 28PN 0 RH hoe O00 SRA RH haz 100200 gt Calibration Enabled Disabled 327 HMK15 CRH lt cr gt PCrnACcr gt RE 2 2592 Tte DOr Press any key when ready lt cr gt RE amp 772 222 45 515 OK gt OK 55 lt gt 2 gt ct lt cr gt T 22 RC ED gt Press any key when ready lt cr gt TP 25 dee wee PEL 202025 OK gt 1 2 Enter
39. ITEST IITEST RESET 60 RESET WW ITESTaa aaabb bbb lt cr gt aa aaa 1 mA bb bbb 2 mA 56 M010056JA W N 4a Preset S I2 lt er gt 8 00000 403 12 00000 TDF gt itest lt cr gt 30A 121225429 gt ITEST 1 RS232C Petes ee VAISALA SEND 1 SEND lt cr gt 1 R AT
40. tml 12 12 MO0100S56JA 1
41. 13 HMP368 13 1 Sot 24 mm 2 2 27 mm 2 Mee ae j 1501 2 ATA NPT1 2 VAISALA 3 HMP368 2 24mm NNN SS 1 No 542 activ No 7649 t 55 150 C 2 No7188 t 55 4150TC 3 PTFE t 60 210C OMIT 2 24 27mm 14
42. Set Lo BBs ICT D ZU GEIL LED AR A Up Y Dn MO010056JA W ilk 66 E 2 1 ACAL VAISALA ACAL lt cr gt HMT360 ACAL 1 Ch 1 I1 2 Enter 3 Enter
43. 1 RH 0 90 RH 1 7 RH 90 100 RH 1 0 0 008 x RH 1 5 0 015 x RH 1 0 0 01 x RH 1 5 0 02 x RH 0 6 RH 0 40 RH 1 0 RH 40 97 RH 2 PPS 8 gt PPS 20 40 79 2 ___ 7 GT HMP364 70 180 0 10 MPa 0 HMP368 70 180 C 0 4 MPa 0 40 Pt 1000 RTD 1 3 B IEC 751 80 60 40 20 0 20 40 60 80 100 120 140 160 180 28 SO MO100S56JA W cO ilk VAISALA 8 aa 0 1 ax 4011806 ASTM E104 85 A 90
44. EXi 83 13 smp HMS360AOUTSP HUMICAP 180 HUMICAP180 HUMICAP 180L2 HUMICAP180L2 HM47280SP HM47458SP 214848SP PPS DRW010281SP PPS DRW010276SP HM37108SP 215109 ATEX 214101 HMT363 HMP363 M20x1 5 HMP247CG 12mm 3 8 ISO SWG12ISO38 12mm 1 2 SWG12NPT12 HMT364 HMP364 M22x1 5 NPT1 2 HMT365 HMP365 M20x1 5 HMP247CG HMT367 HMP367
45. 36 M010056JA W ilk mi ERK CAE Hs EA TOG 7 37 31777 91 6 Aar MTL787S KUKA SUY MTLSS41 5544 39 DEH FM 93 B FM CSA 95 C Gg JG AT ax a OR RE OR 2008 TERY 0 Zone 0 HMT360 Ex ia 2 1 2 42 19 VAISALA
46. 33 10 10 EZ 20 1 10 2 34 1
47. 4A E o r ADEA D j _ 4 mee kg gb 5 j f jppmw 7 HF O 1 0 8 586 RS 45 9 A ERO WH APIO sO AD A HMT360 D HMT360 VAISALA __ 50 F HMT360 HIMT360 output quantities metric non metric C F Y Dn Y Dn 1 2 Calibration Enabled Disabled
48. 2 C2 HMT360 4 16 mA Gee 4mA Qinax 20mA 1 0 100 11 3 113 RH 0 ma tiomA T00 RH 0 ms 2 40 120 C 22 3 C 22 3 C 40 C 16 mA 10 C 240 C 10 230 mA 66 M010056JA W ilk 2 HMT360 HMT360
49. VAISALA 11 FM FM 93 B FM A B C D E F G 1 2 1 Il IL CM CSA CSA 95 C CSA A B C D 1 2 0 GOT Ee a 122 I II HUMICAP 3
50. 2 3 4 VAISALA 2 20 22 4 4 1 2 3 4
51. 10697 84 M010056JA VAISALA M20x1 5 HMP247CG 12mm 3 8 ISO SWG12ISO38 12mm 1 2 SWG12NPT12 HMT368 HMP368 1801 2 DRW212076SP NPT1 2 212810SP ISO 1 2 ISOFITBODASP ISO 1 2 THREADSETASP 1 2 J 216027 1801 2 to 1 2 210662 DMT242SC DMT242SC2 ISO1 2 BALLVALVE 1 1501 2 II 25905ZZ T PE IIT FA 20 1 5 7 5 12 216587SP mm 20 1 5 10 15 216588SP mm M20x1 5 214780SP NPT1 2 M20x1 5 214672SP HMK15 2113025 212483 210664 85
52. 500Vac 1500Vac VAISALA 39 HMT360 NN N L N sep N Ba a 4 20mA i fe a I EE b 17 MAR NUT HMT360 40 M010056JA W CO ilk VAISALA 18 HMT360 zt a LLLLLLLLLLLLLLLLLLLLLALLIALLLLLLLALLLLLLAL LLL LL LL LL LA b HMT360 41 ya HMT360 Connector board Q VS MTL5541 E Ch2 2
53. AE VAISALA 75 ___ 5 5 Wntw W t 76 M010056JA 8 8 4 mA ERROR LED L
54. lt cr gt EBnter ASEL ASEL lt gt Bae XxX 1 yyy 2 VAISALA 53 Mn Calibration Enabled Disabled AD F H Td 6 2 E 3 js em o 7 Aw RS 5 W PO RS 6 ss 8 2 9 _ gt asel rh lt cr gt Chil LO 0 00 CHIL RE ha 100 00 RE CRA 2007 2340500 6 100400 TC gt S Szzaa abb b lt cr gt gt gt S zz x Tw ppm aw RS Ts aa a bb b 54 M010056JA W N 4a VAISALA Calibration Enabled Disabled
55. HMT360 1 LCD 2 1 2 HIMT360 pme a _ DP _ A pb ppmw H _ w 8 RS 2 85 HMT360 HMT360 HMT360 HMT360 I M010056JA c RTE HMT360 2 m 5m 10 4 2 HUMICAP HMT360 2 1 HMP361 2 HMP363 3 HMP364 100 bar
56. Cal Pass VAISALA 2 67 RH 27 68 M010056JA W ilk 1 55 LiCl 11 RH 3 4 RH 47 C 2 Set Lo HMT360 E LED 9
57. 360 transmitter series has following approved probe options HMP361 HMP362 HMP363 HMP364 HMP365 HMP367 amp HMP368 HMT360 series transmitters are approved NOTE for use in Classes Il and Ill 1 Barrier installation must be completed Division 1 Groups A G and in accordance with ANSI ISA RP 12 6 Division 2 Groups A D F and G and the National Electrical Code Safety factors for HMT360 series transmitters 2 Intrinsically safe barrier ground must a i be less than 1 ohm 3 Maximum safe area voltage is 250V Supplier Titl code Assembly Instruction YYYY MM DD INTIAL S HMP360 HMT360 pa mw 101 07 18 ARH VINHM DOCUMEN T CRE ATION D ATA Review 01 11 19 ARH FIRST ANGLE PROJECTION DIMENSIONS ARE IN mosd 05 04 11 RHA ae D RW2 1 1 60 3 B MILLIMETERS UNLESS OTHERWISE SPECIFID Archive ID ACAD oa Sheet of 94 M010056JA CSA C CSA CSA VAISALA 95 ange ET inca and barrier isolator info updated 212844 C Probe types and banierisolator info updated ECO212844 KKe 2006 06 20 RHA 2006 06 20 HJJ Wiring diagram for intrinsically safe operation of th
58. 1 C BE CSS SFU ED 150410 Nm 3 4 5 30 1 12 80 10 Nm 6 10 OT A 5 I P papt Dow Coming VAISALA 2 9 HMP364
59. T DAA YF lh VAISALA 7 3 4 Calibration rh t analog 2 S Output quantities 6 7 8 Select output quantities 3
60. 4 HMP365 180 5 HMP367 6 HMP368 40 VAISALA 17 ___ 5 5 Wntw W t 18 M010056JA W CO ilk 3 VAISALA IIC EU EN 50284
61. 9 1 3 M22x1 5 NPT 1 2 5 012 mm 10 28 M010056JA HH Bd 11 E 2 3 4 HMP364 58 PRES 48 29 30 HMP365 HMP365 gainer 12 HMP365
62. gt 1 lt gt Chi 1 mA Cr Chl I2 mA 1 19 987 lt cr gt gt 71 ___ 5 5 Wntw W t 72 M010056JA W N ilk 64 74 VAISALA 7
63. 10 15 Y Dn 66 BE 1 BE Kitt 0 2 NaCl 75 RH DEIZ 30 WRH VAISALA 69 S 70
64. 63 63 63 55 rash u u u 64 a 65 UI EMB KD eee 66 ce us as 67 2 HMT360 DA aaa 67 ee J ee ne 69 AF SOD 1 pss s 69 2 69 ne SO RT Ewe Pe 70 ACAL gt EE 71 7 73 a OED DSG A 73 S 73 A 73 LR S SSL 74 8 ane 77 A 77 78 78 9 79 i A 79 79 pp amma a 80 C so 81 HMP361 272 7 DRRR RRA 81 HMP363 HMP364 HMP365 367 HMP368 82 E A usu ana 82 o A 82 83 Z usu A 84 WT aaa uu ma 86 uuIuIOhOhORO n ph 5 bb WItItIt 4 I A umumi i aa 89 HMT36 1 HMT360 TIMP606122u u u
65. 56 W CO ilk VAISALA 16 16 1 2 2 TACAS PATI A BALLVALVE 1 1 2 35 3 4 50 60
66. 29 HMP365 J 30 HMP368 TOST 31 RAGT G l 32 YRNOM ON Fri 33 35 n AAE An E S O 40 HMT360 41 MTL5541 TO 42 MTL787S TC16540 42 MTL5544 E EE i 43 44 46 TT 47 64 65 kk kk 68 80 2 ___ 1 2 3 4 5 6 8 9 10 1 12 13 HMT360 kk HMP368 BSH 7 OTE kita tenia nets N E POO EP A OD Te HMP363 HMP364 65 HMP367 HMP368 70 77 DRAI MO010056JA 1 c 1
67. 33 Fe OI 36 20200000 37 O lt 2 iQ SS 37 AAS CD n e PDM 37 38 HMT360 12 40 U 2 44 4 45 as a a i ala GOD iha Gua Y 45 OD EI yu naam uuu 46 OHMT360 uuu uuu 46 FRAT AAT ANF E OOO 46 FIT TA 47 48 48 E 49 TF ABD VA RIRO 49 FRAT VA BEARD PBB 50 OO 50 aT 51 52 YTA 53 10 2 53 um ce 53 Sa 54 usnu 55 ki 55 CT ee eee 56 56 EST 56 SEND 1 57 Fill PIB y lU lah ios akak usa 57 SE Sm 57 INTV E uu uu a RR 58 PRES kk 58 59 60 RESET OU gt 60 F I PE 61 S ac eee A E E 61 6 63 2 M010056JA VAISALA
68. 1 2 3 4 50 60 1 6 45 5 Nm 32 M010056JA W ilk 15 15 l 59007 2 21 4 RT YAEL 60 VAISALA BALLVALVE 1 WUE CWE 014 mm 12 912 mm 1 2 54 cm
69. Tamb 20 60 C Pimp 0 8 1 1 IL 1 D 1 65 70 C VTT 04 ATEX 023X FM W L AG AE Vay 2 A D F G ID 3010615 Vmax 28 VDC Imax 100 mA 1 nF Li 0 P 0 7 W Tam 60 C 5 CSA AIAN 1 8 2 AB C D 1 2 GR REE CSA No 213862 0 000 CSA 1300863 Tamb 60 4 PCEC Ex ia II CTS CE04052 GB3686 1 2000 GB3836 4 2000 12 15 28 V La y 0 33 2 0 AWG 14 22 M20x1 5 7 5 12 mm M20x1 5 10 5 15 G AISi 10 Mg DIN 1725 EN 61326 1 EMC IEC 1000 4 5
70. 10 20 30 40 50 60 70 80 90 100 40 0 20 020 020 020 020 020 020 0 20 20 0 21 0 21 022 022 022 022 023 0 23 0 027 028 028 029 029 029 030 030 031 0 31 20 045 045 045 044 044 044 043 043 042 042 40 084 077 072 067 064 061 058 056 054 0 52 60 145 120 103 0 91 083 076 071 067 063 060 80 223 164 132 113 099 089 082 076 072 0 68 100 306 204 158 131 1 14 101 002 085 080 0 75 120 385 240 181 148 128 113 103 095 088 0593 140 457 2 73 203 165 141 125 113 104 097 0 91 160 525 306 225 182 155 137 124 113 105 0 99 g m 10 20 30 40 50 60 70 80 90 100 40 0 004 0 004 0005 0005 0005 0 006 0006 0006 20 0 023 0 025 0027 0029 0 031 0032 0034 0036 0 010 011 012 013 013 014 015 015 016 017 20 037 039 041 043 045 047 049 0 51 0 53 055 40 108 113 118 124 129 134 139 144 149 154 60 2173 284 295 307 318 320 340 352 363 3 74 80 6 08 630 651 6 73 695 717 17 39 1761 7 83 8 05 100 122 126 130 134 138 142 146 150 153 157 120 226 233 239 246 252 258 265 27 1 27 8 284 140 391 400 410 420 430 440 450 459 469 47 9 160 635 649 664 678 692 707 72 1 73 5 140 76 4 VAISALA 88 MO010056JA A BROOD HMT361 HMT360 HMP361
71. mm 10 E 22 es Ch2 lolol 1 Al as N 22 fee 44 M010056JA 4 HMT360 4 48
72. 00 1 6 RH 1C 100 10 9 8 6 5 z 4 52 2 1 0 Temperature C Y 5 100 VAISALA 23 6 1 4 2 3 3 mm O lt 4 2
73. 1 a M64pcs x NAI 5 0 33 in ON 200 7 87 237 9 33 ay 160 6 30 a ESS SSS SSS a 5 92 189 7 44 AAE __ i 104 4 09 96 3 78 82 3 23 2 0 oa 7 M010056JA B FM B FM FM VAISALA 93 _ REV DESCRIPTION INFO ECO No DESIGN CHECKED Reviewed ACCEPTED Approved List of probe types added 212870 RHA 06 04 24IHJJ 06 05 04 General tolerance ISO 2768 m Design A gt VAISALA Wiring diagram for intrinsically safe operation of the HMT360 series humidity and temperature transmitter HAZARDOUS AREA SAFE AREA Use FM approved associated apparatus zener barriers or galvanic separators with entity concept parameters Voc lt 28V Isc lt 100mA Ca gt Ci Ccable La gt Li Leable 28VDC HMT360 connection board Chi Ch2 bil
74. Du lt For momentary current lt A measurements in hazardous area Use only approved multimeter with safety factors Ca 0F La 0H RS232C connector See operqtion manual Bey w 26 1 12 24 15 B1 C1 Chl 26 2 B1 A1 3 2 B2 C2 FLV CBIR AU CVA Bl CC FAV Al A2 BI B2 65 7
75. S R lt cr gt R S S lt cr gt S 97 58 INTV INTVnxxx lt cr gt 1 255 S MIN H 10 gt intv 10 min lt cr gt Output interval 10 MIN gt PRES PRESaaaa a lt cr gt aaaa a bar Calibration Enabled Disabled Pressure T220 Dara gt M010056JA W 68 94757 0 7500617 25 40000 mm 750 0617 51 71493 Torr inHg 0 02952999 0 03937008 1 29 921 2952999 2 036021 atm 0 00098692 0 00131597 0 033422 1 098692 0 068046 2 ipsi__ 0 01450377_ 0 01933678 0 4911541 1146962 14 50377 1 29 9213 inHg 29 9213 x 33 86388 1013 25 hPa mb
76. VAISALA Vaisala HUMICAP HMT360 M010056JA T 162 0825 42 2F gt 03 3266 9611 03 3266 9610 http www vaisala co jp Vaisala 2012 CHAI VAISALA 1 7 ae 7 NA 7
77. ar mmHg inHg 0 C FILT FILTa aaa lt cr gt gt gt a aaa 0 1 1 0 5 2 0 1 16 gt F i lt leer Filter 10000 Fo S s p io 02019 Oi Fidper Osi 05075 gt VAISALA 59 424242404442 RESET RESET lt cr gt 60 M010056JA W H HMP364 HMP368 HMP364 0 100 10 MPa HMP368 0 40 4 MPa
78. e HMT360 series humidity and temperature transmitter HAZARDOUS AREA 2 Vaisala offers following barrier and galvanic isolator types Manufacturer Barrier R Stahl Isolator R Stahl Vaisala code 9001 51 280 091 141 9160 13 11 11 210664 212483 Z H other barrier or galvanic isolator types are used Vaisala or CSA do not take responsibility for the selected barrier s or galvanic isolator s suitability Cable parameters shall be less than 60pF ft 197pF m and 0 2uHAt 0 67 The maximum cable length Z is 2000ft 600m HMT360 series transmitters are approved for use in Division 1 and 2 Class Groups A B C and D Division 1 and 2 Class Il Group G and coal dust Division 1 and 2 Class Ill NOTE 1 Each channel must be supplied through separate shielded cables 2 When using galvanic separators CH1 2 must be short circulted with an external wire 3 When using transmitter in Class I Division 2 the main switch shall not be operated or the unit shall not be disconnected unless power has been switched off or area is known to be non hazardous 4 Use only conduit connection in Division 2 5 Substitution on components may impair intrinsic safety or suitability for Division 2 SAFE AREA HMT360 series transmitters shall be used with following probes Probe HMP361 with 127mm long pipe Probe HMP362 with 2 5 or 10 m length cable Probe HMP363 with 2 5 or 10 m len
79. gth cable Probe HMP364 with 2 5 or 10 m length cable Probe HMP365 with 2 5 or 10 m length cable Probe HMP367 with 2 5 or 10 m length cable Probe HMP368 with 2 5 or 10 m length cable The material for associated cable is FEP Tetrafluoropropylene or for HMP363 also PUR Polyurethane available To avoid static discharge shall the cable cover with conductive material 6 Only intrinsically safe installation is allowed in Class Il and Class Ill environments 7 Intrinsically safe barrier ground must be less than 1 ohm amp Maximum safe area voltage is 250V IML 2002 10 06 m 2002 08 21 gt KKe 2002 10 06 Installation DRW213478B Drawing Vaisala Oyj Vanhanurmijarventie 21 Vantaa Finland a w 7 ets VAISALA M010056JA D TIIS D TIIS TIS VAISALA 1 RSH 2 FSpS 29 eo PE 2 EOAARICRAIKMAGSEAORSRH OREO CE HAL tome T S 3
80. y u u uu 89 ii 90 ta aaa suq 90 IIMP065 90 PME 067 22 uuu usu aE u 90 ME 91 92 SO 92 B O FM U 93 Eee COP E E A 95 D AA a Sa O e TO cra 97 4 010056 VAISALA 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 x 26 27 28 HUMICAP HMT360 V S R 15 HUMICAP HMT360 17 S Oo pi uo na 21 52 e E l 22 100 RH 23 24 FO p SS sl onc al 25 HMP363 26 HMP364 28 sama 28 i s Ft
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