YTMX580 多点温度伝送器 - Field Wireless
Contents
1. YTMX d WW 12. 4 0 25 50 75 10096
3. ff IM 04R01B01 01JA lt 7 gt 7 3 7 3 2 1 H ZAP fum Online Menu
4. ee lt
5. 7 YFGW710 M01WO1F01 01JA YFGW410 IM 01W02D01 01JA J0602 ai 6 2 IM 04R01B01 01JA E Device Role IO IO 2
6. 30 A Tijg Ta m
7. IM 04R01B01 01JA lt 2 gt 2 7 1 lt 9999 8 ooo M a 1 8 lt lt o b J0208 ai 4 F9915MA F9915NS fis HL a A
8. 8 2 7 4 ISA100 NAMUR NE107 4 Failure status Function check status Out of specification status Maintenance required status 6 gt L
9. lt 7 gt 7 11 IM 04R01B01 01JA 7 gt 7 12 7 4 7 4 1 DiagnosticStatus UAPMO Diagnostic Status Diagnostic Status 4 Failure Function check status Out of specification NE107 Status NAMUR Diagnostic Status status Maintenance required status
10. required status F Failure status O Out of specification status NAMUR NE107 T Self Monitoring and Diagnosis of Field Devices m JL F RZY FTZ7 7 0s EH ec Xr LU EE Gb 1 lt 8 gt 8 7 ied Bit Diagnostic Diagnostic Status Status Detail n T category SENSOR1 SENSOR8 7 S 1 TEMP HI 8 Sensor Range XE
11. AR EU 8 5 B8808DE J0804 ai 8 5 IM 04R01B01 01JA 8 6 HR C
12. H x 7 3 3 piana od dildo Dei nds E B D 4 M5 4 mm 7 2 8 2
13. 82 IO IO IO IO Router IO IO Router Q to to o GW Gateway IO YTMX580 T o 9 o9 SO GW Gateway IO R YTMX580 IO YTMX580 BH J0603 ai FieldMate FieldMate 1
14. 1994 a b C d e f 7
15. JP LED ALM red J0806 ai 8 3
16. YFGW710 IM 01WO1F01 01JA YFGW410 IM 01W02D01 01JA 8 2 85 122 ISA100 11 a YFGW710
17. y 8 2 8 1
18. 1994 1 EX A04 YTMX580 IM04RO1BO1 01JA No 2011 9 2 2012 2 1 2 2 1 10 2 CE FCC IC KO 10 2 10 6 3 2012 7 2 4 2 10 10 2 10 3 4 2014 2 1 2 1 3
19. o c J 5 1 iin TES uotis RA WA W aana LED LUIS LUIS DD LSU 0802 ai 4 7 RE S B 53
20. H YTMX580 snos nx E B
21. 2 20 40 10 0C CE 60 6
22. 2 5 y 2 6 2 6 1 TIIS B A 2 TIIS
23. Object Attribute ID ID 96 4 PUB ITEM MAX Publish R CO 5 PUB ITEM NUM PUB ITEM R 6 PUB_ITEM Publish 9 1 0 W 2 0 1 ObjectID 3 0 2 AttributelD 4 0 3 Attributelndex 4 Size 4 1 Tag Description 32 XF Transducer W TRANSDUCER 2 Model YTMX580 R 3 Serial Number R 5 Wireless Status 0 Idle R 0 Idle 1 Join 2 Contract Pub 4 Contract R W 7 L
24. A 1 gt Tijg 2 A
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26. A ER 007WWCULO480 SE a A dli aid dn E
27. 30 7 1 Tag No Tag No Tag No 16 IERDEN TE Al1 AI8 Process Value UAPMO DiagnosticStatus 2
28. 30 ER IM 04R01B01 01JA 7 3 02 28800 8 1 6 Radio Silence UAPMO Radio Silence Radio Silence 0 231 0 Radio Silence
29. TE EN 3 1 Lo 2 1
30. 8 4 1 5 fi HL E rogue 6
31. DeviceFile lt http www field wirelessjp gt lt 8 gt 8 1 8 1 FieldMate R2 03 00 Provisioning Device Tool ACTiSYS USB ACT IR224UN LN96 9600 bps ISA100 11a FieldMate R2 03 00 DeviceFile R3 02 12 FieldMate R2 03 00 DeviceFile R3 02 12 PRM R3 05
32. 10 1 y Mic iM CC amp X 6 Gk e 1 ud Fa GMIT Ip 2013pJ6199 Non c d C 1 ern con CCID SGI WEI MECODI 2 1 4 3 gessi 4 Or i 0 1mA Pos 191 3mW Co 1xF Lo 1m 1 m En 86 S oss HE HELD ID C RUN Es x 8 4 3 CO J0206 ai SO 2 5 TIIS J0205 ai 2 4 TIIS s id E Ma MER 1 5
33. 30cm 82 5E ID FieldMate ID Join Key lt 6 gt 6 3 Join Key FieldMate Join Key ID
34. S 2 PEE E GERA H z E 2 3 1 1 a EX A04 gt 2 5 2 1 a _
35. TRANSDUCER Special Cmd Special Cmd Standby AA x RRZ IV NRE V Jv GIRTMERFH ff Special Cmd ER nk
36. 1 2 3 Tuc C lj YTMXS80 YTMX580 J0510 ai 5 8 lt 5 gt 5 3 5 6 D 100
37. 2 10m 3m 8 1 3m 1m YTMX J0508 ai B6 IM 04R01B01 01JA B 100 O D 2 M c t ores 1 YTMX580 F 5 77 B
38. YTMXBP 1 G1 2 1 1 A4 G 1 2 4 A7 G 1 2 7 C1 1 2 NPT 1 4 1 2 NPT 4 C 1 2 NPT 7 D1 M20 1 D4 M20 4f D7 M 20 7 IM 04R01B01 01JA lt 10 gt 10 7 2B ou El 10 8 mm 147 3 67 3 452 125 2B 335 5 J1001 ai 3 10 mm 0 3 mm IM 04R01B01 01JA lt 10 gt 10 9 2B mm 173 2B C48 4 48 4
39. 64 4 5 84 o
40. SUBSTITUTION OF COMPONENTS MAY IMPAIR INTRINSIC SAFETY INSTALL IN ACCORDANCE WITH DOC NO IFMO41 A20 POTENTIAL ELECTROSTATIC CHARGING HAZARDSECURE DISTANCE OF 100MM FROM ANTENNA FOR INTEGRAL ANTENNA MODEL USE ONLY BATTERY PACK YOKOGAWA F9915MA OR F9915NS DO NOT OPEN WHEN CL II III DIV 1 2 ATMOSPHERE IS PRESENT 4 gt pegam E 1G
41. 0 0f 61 Sensor Connection Lin Type 0 2 Two Wires 1 3 Three Wires 2 4 Four Wires 1 3 102 Sensor Serial Number 103 Cal Point Lo Cal Point Lo 104 Cal point Hi W IM 04R01B01 01JA lt 9 gt Object ID Attribute ID 5 12 105 Cal Point Clear
42. 410 1 400 o o Ras B 100 1820 a nm 800 1 54 0 0 80 p OO OO 0 CE Ede 040 0 080 1 2807 760 C 9 020 T O IEC584 anos nee 0 110 180 1372C OCM ELE 1 00 0 200 C N 2007 1300 C 9 100 200 2 00 R 07 W68 C 3200 150 Oj x Tc o HH T 00 400 070 C 400 030 Pt100 200 850 d sn 500 050 400 0 54 o o Res RTD Pt200 IEC751 200 850 500 074 400 038 Pt500 200 850 db E 500 CM EIZ 058 mV 10 100 mV 0 035 mV V 001 1V x 0001V Ohm Q 0 2000 Ohm 1 0 Ohm 1 2 2 3 4 20 mA 4 mVV
43. ad Tijg Acc 8 b Dl erue IY TUNY ZOOSEEROXXIB Bcc IM 04R01B01 01JA lt 2 gt 2 4
44. TAG NO 7 1 OOB out of band 6 4 J0701 ai 7 1 7 2 7 2 1 YTMX58
45. A WEEE m 1 y IM 04R01B01 01JA lt 1 gt 1 3 13 1 2
46. 11 1 mm 2 dBi T 7 7x a t BA F9193DH lt gt lt gt k o 020 5 gt 05 2 10m 3m ej H 3m 1 m 1 3m 1m J1005 ai 3 10 mm 0 3 mm IM 04R01B01 01JA 10 gt e J1006 ai OOQ 3O UN J1007 ai 1o o3 1 o3 2 o4 02 o4 e A B
47. 7 3 11 lt 2 gt 2 2 24 B A 1 5m 1 5m HUUT ISA10
48. Rev 1 JO0803 1 ai 84 Rev 1 7 3 11 8 gt 8 4 lu n A ICAO ARD ANETARE HESSIE Ico CRM DIRECTIVE 2006 66 EC EU
49. K mV V ohm IM 04R01B01 01JA Units Index Al1 AI8 Scale Units Index Sensor Range Units Index Reference Junction Unit 7 3 6 AIT AI8 Scale EU at 096 EBR All AI8 Scale EU at 10096 EUat096 EU at 100 EU at 100 Index
50. o d 5 9 J0511 ai 5 10 J0512 ai B 600V IV JIS C3307 60 KIV JISC3316 60 HIV JISC3317 60 VW 1 UL1015 UL1007 105 au 2 2 6 mm AWG14 13 4mm DN IM 04R01B01 01JA 6 1 ff uh 1
51. 5 6N m 5mm J0401 ai IM 04R01B01 01JA 2 3 Nm 5 5 J0402 ai 4 2 4 gt 42 L
52. Al Manua IM 04R01B01 01JA lt 7 gt 7 5 2 82 M dd IER HIR Z Online Menu Device Configuration UAPMO Configuration Device Configuration UAPMO Configure Setup UAP Option Diagnostic TRANSDUCER Hardware Write Protect Process Variables Al1 Temp Static Revision AI2 Temp Reset Energy Left AI3 Temp Radio Silence Ald Temp AI5 Temp Identification AI6 Temp Version Revision SALT femp CTS Version SAIS Temp ITS Version i Identification Number TRANSDUCER Block Info Configure Setup Tag Description Configuration Calibration Model Serial Number Wireless Status LED Mode YTMX Option Utility Frequence Measurement Rate Others Al1 Temp AI8 Temp Special Cmd
53. IM 04R01B01 01JA 2 gt 2 10 Ly WE s c6 O 9 X E G n P CMIIT ID 2013DJ5139 ME YTMX580 Ext Gontai ns FCC ID SGJ J wrcoo1 YWENO07 172608 o VDC O DATE OF MANUFAC TURE 3 5 YOKOGAWA Made in Japan Yokogawa Electric Corpor TOKYO 180 8750 JAPAN o DEKRA 12ATEX0068 X WARNING C Gyl 1 Gs us o rn WARNING POTENTIAL ELECTROSTATIC UN espez CHARGING HAZARD SEE USER S MANUAL 0344 Tamb 50 TO 70 ONLY BATTERY PACK YOKOGAWA ULE BBV 19 190 Im Po 191 2mW Co tuF Lo lmH F9515MA OR FOSISNS J0212 ai 4m 2 7 IECEx MODEL SUFFIX STYLE NO DATE OF MANUFACTURE 2 7 EMC EN61326 1 Class A Table 2 EN 301 489 1 EN 301 489 17 2s A 33 EN61326 2 3 j 3 28 standard EN61010 1 EN61010 2 030 CSA C222 No 6101
54. 8 4 1 H et NE EL 10cm
55. 8 4 3 8 4 1 H 2 6 4 ATEX ATEX 1 ATEX No DEKRA 12ATEX0068 X EN 60079 0 2009 EN 60079 11 2007 EN 60079 11 2012 EN 60079 26 2007 ExiallCTA Ga I 1G 50 70 IP66 IP67
56. 54 1 26 2 8 Ne A pu a 1o o3 1 o3 IV J Ne 2 4 A o2 4 9 i B 52 2
57. 7 3 10 6 3 ss 6 4 B
58. 2 1 FieldMate Gateway UAPMO Configuration Diagnostics Alerts Power Status Identification TRANSDUCER Block Info Configuration FieldMate DTM Block Info Block Mode ynamic Variables onfiguration e thers Al1 AI8 CO Configuration Others J0213 ai
59. In ncm 8 6 1 amp prn exu HH ZU A ORIG E zx O E 863 J0805 ai 8 6 2 8 3 8 gt
60. 2 2 zt Di B O 2 8 gt 8 3 E 2 07N m J0803 ai E83 8 4 3 2 1 5 1 10
61. A UAPMO 4 JL F CO E UDO E Configuration UAPMO UDO CO TRANSDUCER Al1 Temp AI2 Temp AI3 Temp Al4 Temp AI5 Temp Al6 Temp AI7 Temp AI8 Temp Configuration Diagnostics Alerts Power Status dentification UAP Option Hardware Write Protect Static Revision Reset Energy Left Radio Silence Diagnostics Alerts Diagnostic Status Diagnostic Status Detail1 Diagnostic Status Detail2 Diagnostic Status Detail3 Diagnostic Switch Diagnostic Configuration Power Status Energy Left Power Supply Status Identification Version Revision CTS Version e ITS Version Identification Number APP Download r
62. E B8 B8 9100 FLUKE e 279301 6 0005 8 3 4 2 1 2 3 1 4 2
63. 1 lt 8 4 I a Ns 1 4 8 lt 1 b J0207 ai IM 04R01B01 01JA F9915MA F9915NS f HL E 8 4 3 8 4 1
64. HH lt 2 gt 2 6 2 6 3 CSA CSA CSA 2495456 C22 2 No0 C222 No 0 4 C222 No 25 C22 2 No 94 C22 2 No 157 C22 2 No 213 C22 2 No 61010 1 CAN CSA E60079 0 CAN CSA E60079 11 IEC 60529 Edition 2 1 2001 ClassLDivision 1 Groups A B C amp D Class Il Division 1 Groups E F amp G Class III Division 1 ClassL Division 2 Groups A B C amp D Class Il Division 2 Groups F amp G Class Ill Division 1 Type 4X IP66 IP67 T4 50 70 ExiallC T4 A B C D E Uo 5 88V lo 130 1 mA Po 191 2mW Co 1LF Lo 1 mH zn nx I Part CSA
65. 4 20mA H BE 0 1 IM 04R01B01 01JA lt 10 gt 10 5 10 2 1 0 0 2 0 066 96 of t 100 t lt 300 B 0 07 0 0057 96 of t 300 300 C lt t lt 1000 0 037 C tz 1000 C E 0 035 0 00492 96 of t t 0 C 0 035 0 00146 96 of t tz0 c j 0 0039 0 00529 96 of t t 0 0 0039 C 0 00149 96 of t tz0 c P 0 00521 C 0 00707 oft t 0 UI 0 00521 C 0 00182 96 of t t gt 0 N 0 0077 0 00918 96 of t t lt 0 C 0 0077 C 0 00136 96 of t t20 0 04 C 0 0102 96 oft t lt 100 R S 0 0316 0 001 96 oft 100 C lt t lt 600 C 0 0175 C 0 00173 oft t 600 C T 0 00513 0 00631 96 of t t 0 0 00513 C 0 0008 96 of t tz0 c Pt100 add C 0 0016 96 of absolute value 0 0038 C 0 0015 96 of absolute value t lt 650 RTD Pt200 19 0 0028 0 0016 96 of t t 650 C Pt500 0 003 C
66. E IM 04R01B01 01JA J0802 ai 8 2 B 2 0 7N m 4 x 8 4 3 8 4 2 A
67. IM 04R01B01 01JA 1 3 A
68. X PN W a DN e Z J co 48 48 48 lt lt y S p we J1002 ai 3 10 mm 0 3 mm IM 04R01B01 01JA lt 10 gt 10 10 e EX mm 48 48 48 48 S AA t02e5 A 06 2 mn M5 Y Y 256 gt J1003 ai 3 10 mm 0 3 mm IM 04R01B01 01JA lt 10 gt 10 11 e mm 17 5 7 71 7 37 3 s er a 8 ER m NE e g H 1 e H Wu R67 oJ 2B 98 EE EE J04 ai e
69. 5 Lin Type NOT_ USED 1 4 MODE O S Out of Service 0 3 UAPMO Energy Left 23 UAPMO Reset Energy Left Reset Energy Left
70. 1 1 6 Q QE AR RUE NM 4
71. Lin Type Sensor Range Process Value Filter Time LinType Sensor Range ON Simulate Switch OFF Lin Type Sensor Range Cal Point Lo Cal Point Hi IM 04R01B01 01JA 8 gt 8 6 UAP Option
72. UTERE 10 ff 64 fic EM x SN 4 1 As 4 2 41 50A 2B
73. LE 1 ga ue AM 2 2 noneg 2 3 1 OT E Mom
74. 2B J0201 ai 2 1 lt 2 gt 2 1 J0202 ai 22 2 102 TM CE O OEE E NSMITTER TH vrwxsso ERA FIX CMIIT ID 2013DJ5139 ce S 72608 NO Oo DATE OF MANUFACTURE 1 1 YOKOGAWA maae in Japan T Yokogawa Electric Corporation TOKYO 180 8750 JAPAN J0203 ai 23 2 2
75. A xs Es LI I IV Il T IV O Ns d zx O CAT I CAT III CAT IV 29 f amp H E A IM 04R01B01
76. Namur b W meu e IECS84 3 2 3 4 EC751 4mm J0503 ai 5 3 IM 04R01B01 01JA 2 8 ENJET 2 4 5 4 54 J0504 ai JIS 5 gt 5 2 F 8801 1
77. 7 3 9 2 ON 6 4 3 1 3 1 LED RDY JON 1 0Hz OFF Deep Sleep LED Mode LED OFF HMS OFF Deep Sleep LED Mode LED OFF TRANSDUCER Special Cmd YTMX580 10 RDY ALM LED IM 04R01B01 01JA 4 gt 4 1 4 4 1 24
78. Al1 AI8 SIMULATE Al1 AI8 MODE i Ma cao Simul Simulate Al1 AI8 piriz malon s O Simulate cwitch active Switch DISABLE DITE n ERT 1 NAMUA category amp NAMUR NE107 4 C Function check status M Maintenance HH LOWBAT LOWBAT IM 04R01B01 01JA 9 gt 9 1 9 9 1 Object ID UAPMO TSAPID 2 Attribute ID Version Revision Rxx xx Static Revision 1
79. 7 3 3 3 8 1 5 o ix IM 04R01B01 01JA YTMX 1o o3 92 o4 ims 3 o 4 YTMX 1o 23 102 o4 aB Gd J0801 ai 8 1 0 25 50 75 10096 0 25 50 75 10096
80. T ID 2 65535 ID eu Li fV ID EUI64 Join Key Provisioner FieldMate FieldMate CZ LI lt IM 04R01B01 01JA 6
81. 7 2 Diagnostic Status Bits Contents Example Diagnostic Configuration NAMUR NE107 Categorization Bit31 MSB F Failure status Diagnostic Configuration 1 Bit30 C Function check status Diagnostic Configuration 2 Bit29 O Out of specification status Diagnostic Configuration 3 Bit28 M Maintenance required status Diagnostic Configuration 4 Bit27 Faults in electronics F Diagnostic Configuration 5 Bit26 Faults in sensor or actuator element F Diagnostic Configuration 6 Bit25 Installation calibration problem C Diagnostic Configuration 7 Bit24 Out of service C Diagnostic Configuration 8 Bit23 Outside sensor limits O Diagnostic Configuration 9 Bit22 Environmental conditions out of device specification O Diagnostic Configuration 10 Bit21 Fault prediction Maintenance required M Diagnostic Configuration 11 Bit20 Poweris critical low maintenance need short term M Diagnostic Configuration 12 Bit19 Poweris low maintenance need mid term M Diagnostic Configuration 13 Bit18 Software update incomplete C Diagnostic Configuration 14 Bit17 Simulation is active C Diagnostic Configuration 15 Bit16 BitO8 reserved by WCI Diagnostic Configuration 16 24 Bit07 Bit01 vendor specific area Diagnostic Configuration 25 31 Detail information available Diagnostic Configuration 32 Bit00 1 available 0 no available NAMUR NE107 Self Monitoring and Diagnosis of Field Devi
82. IM 04R01B01 01JA 1 gt 1 2 B Pb Hg PBB PBDE Cd Cr6 x x x x O O x x x x O O EEG x x x x O O x x x x O Q x x x x O O x x x x O x x x x O O x x x x O O x x x x Q O x x x x O O x x x x O O O SJ T11363 2006 x
83. FJ v A S SENSOR1 SENSOR8 FAILURE 999999 1 lt 8 Am iic SR Burn Out Faults in sensor Type Bit26 oractuator element ER TERM SNS FAILURE CJC CC 0 i Power is low LOWBAT 3 2 Bit19 maintenance Aci ua need mid term ur ENS LOWBATFORDEEPSLEEP SE Een critical low AE pies EA Bit20 maintenance A i M pea 15 need short OFF term F R Fault FIRMWARE CONDITION prediction CHECK uM us Bit21 Maintenance ARBORE required IM 04R01B01 01JA
84. 5J T11363 2006 RHBR C3 G JEDRA A HTF U UNTETE lt ih WALE ZOXNEBSUEEUC LICU LC RER OAA EON EIRA 2006 2 28 Pad s B 2002 96 EC E UA WEEE 2002 96 EO
85. IM 01WO1F01 01JA YFGW410 IM 01W02D01 01JA IM 04R01B01 01JA 7 3 AL7 Mode Target O S Out of Service Auto E o Hv 70583 RREZ US Target Actual 7 3 1 qH
86. 7 3 10 2 lt 2 SH E GE 1 Al1 7 AIB A1 AIB Mode Target Target O S Q AIT AI8 Lin Type Lin Al AI8 Junction 3 O v Selection of Refere
87. 2 1 4A 10 11 2 1 2 4 2 8 2 10 2 1 10 1 10 2 EC EN UL CSA 61010 1 3 2 3 8 2 10 2 10 6 TIIS 2 10 2 11 2 12 10 2 EMC R amp TTE FCC IC EMC RCM 10 5 10 2 B 300 t lt 1000 2 5 3 1 5 1 5 3 7 13 8 2 8 4 10 4 10 3 10 7 10 7 IM 04R01B01 01JA
88. Bit25 C 30 SENSOR2 SPAN ADJ ERR 2 Bit25 C 29 SENSOR3 SPAN ADJ ERR 3 Bit25 C 28 SENSOR4 SPAN ADJ ERR 4 Bit25 C 27 SENSOR5 SPAN ADJ ERR 5 Bit25 C 26 SENSOR6 SPAN ADJ ERR 6 Bit25 C 25 SENSORZ SPAN ADJ ERR 7 Bit25 C 24 SENSOR8 SPAN ADJ ERR 8 Bit25 C 23 SENSOR1 ZERO ADJ ERR 1 Bit25 C 22 SENSOR2 ZERO ADJ ERR 2 Bit25 C 21 SENSOR3 ZERO ADJ ERR 3 Bit25 C 20 SENSOR4 ZERO ADJ ERR 4 Bit25 C 19 SENSOR5 ZERO ADJ ERR 5 Bit25 C 18 SENSOR6 ZERO ADJ ERR 6 Bit25 C 17 SENSORZ ZERO ADJ ERR 7 Bit25 C 16 SENSOR8 ZERO ADJ ERR 8 Bit25 C
89. 1 Disable IM 04R01B01 01JA 9 9 5 Object ID 5 659 12 AI AI8 Attribute 29 ID TransducerValue Simulate Switch Disable AI AI8 Bias 1 Status AIT AIB 93 Process Value Status 2 Value Al1 AI8 mm p JA 30 Simulate Value Simulate Switch Enable Al1 AI8 1 Status AIT AIB 93 Process Value Status 2 Value Al1 Al8 em p 5 Lin Type 0 NotUsed 102 Pt100 EC751 103 Pt200 IEC751 128 Type B IEC584 133 Type J IEC584 135 TypeN IEC584 137 Type S IEC584 104 Pt500 IEC751 131 Type E IEC584 134 TypeK
90. 10 3 Tag No 3 10 1 10 4 CSA CSA non incendive CS17 1 FM FM nonincendive FS17 TIIS TIIS JS37 172 ATEX ATEX KS27 1 IECEx IEC Ex SS27 1 1 7CS17 FS17 JS37 KS27 S527 2 A IM 04R01B01 01JA lt 10 gt 10 7 10 5 MF 1 1
91. 2 3 4 xu J1008 ai IM 04R01B01 01JA 10 12 gt 1 2008 1 2 ts o oo URS IEC
92. 8 2 842 es 8 3 5 843 8 3 5 1 85 8 4 52 86 WERZA 8 5 5 3 5 1 86 1 i 8 5 54 862 eee 8 5 55 863 RAVA EIR recriar 8 6 5 6 6 1 62 6 2 63 4th Edition Feb 2014 YK IM 04R01B01 01JA All Rights Reserved Copyright 2011 2014 Yokogawa Electric Corporation 2 9 I A eot hd iti 9 1 10 co Me N 10 1 10 1 _ uuuuuuuuuutttaaaasueeeeaaaeeeeeeaueeeeuaaauueeeaauteeeeeauueeeee 0 1 102 0 6 10 3 es 0 6 104 HDDEERE 0 6 10 5 10 6 10 7 1 HELD NES ro RR 1 IM 04R01B01 01JA 1 YTMX580 F
93. U 2B 2 3 Nm 5 5 A 2B U F M DENS ns b NE J0403 ai 4 2 IM 04R01B01 01JA lt 5 gt 5 1 5 5 1 53 A4 c
94. Environmental Bit22 conditions outofdevice SENSOR1 SENSOR8 1 specification TEMP LO 8 Sensor Range O AMB TEMP HI 85 Environmental 85 Bip Conditions out of device AMB TEMP LO 40 specification 40 F Installation Secun SENSOR1 SENSOR8 ne 90178 problem V mono ZERADEN OE 148 guste S IIN rta W GE s d Al1 AIB O S MODE Al Al8 7 C AIT AIB 7 educ Al1 AI8 Bit24 Out of service O 5 OS t P6OS4 EA
95. D 2 100 M O 500 VDC 500 VAC 50 60 Hz 1 5 mA 200 VAC 50 60 Hz 1 5 mA TIIS FM CSA ATEX IECEx TIIS JIS 40 85 0 100 RH 40 85 10 2000 Hz EC60770 1 NN 3G c O EN61010 1 EN61010 2 030 CSA C22 2 No 61010 1 12 CSA C22 2 No 61010 2 12 030 12 UL61010 1 UL61010 2 030 CSA NRTL C 1 2 Indoor Outdoor use EMC EN61326 1 Class A Table 2 EN61326 2 3 EN 301 489 1 EN 301 489 17 R amp TTE ETSI EN 300 328 ETSI EN 301 489 1 ETSI EN 301 489 17 EN60950 1 EN62311
96. 7 3 10 gt 8 2 lt 8 gt 8 4 82 8 2 IR JIS B4633 218 l 4mm ui 841 i HL E c BES fcc gt ec
97. 7 3 7 EU at 0 Units CJ Type B E J K N R S T EC584 Pt100 Pt200 Pt500 IEC751 ohm 0 2000ohm mV 10 100mV V 0 01 1V mA 4 20mA 50 O 02 1V 7 2 DN 1 2 lt 7 gt 1o o3 2 94 2 1 o3 A 02 o4 3 1 o3 A 2 94 b B 4
98. IM 04R01B01 01JA lt 6 gt 6 2 62 ES A DR N D E 1 2
99. 64 ldentification Number VendorID ModelID 1 Vender ID 2 Model ID 3 Device Revision 1 00594543 2 1802 PE 65 CTS Version CTS 66 ITS Version TS 67 Diagnostic Status V NAMUR NE107 Diagnostic Status On Off On xx 7 2 Diagnostic Status 68 UAP Option UAP Diagnostic Statuys Diagnostic Status configuration 1 Enable 0 Disable default Hardware write protect 1 Enable 0 Disable default Software write protect 1 On 0 Off default 0 Disable Parameter UAPMO UAP
100. 2008 To SRO A
101. IM 04R01B01 01JA lt 9 gt Diagnostic Bit Diagnostic Status Detail Description Status NAMUR Bit 15 AI1O S MODE Al1 O S Bit24 C 14 AI20 S MODE Al2 0 S Bit24 C 13 AI3 O S MODE Al3 O S Bit24 C 12 AI40 S MODE Al4 O S Bit24 C 11 Al5 O S MODE Al5 O S Bit24 C 10 AI6O S MODE AI6 O S Bit24 C 9 Al7 O S MODE AlZ O S Bit24 C 8 AI8 O S MODE AI8 O S Bit24 C 7 Al1 SIMULATE MODE Al1 SIMULATE Bit17 C 6 Al2 SIMULATE MODE Al2 SIMULATE Bit17 C 5 AI3 SIMULATE MODE Al3 SIMULATE Bit17 4 Al4 SIMULATE MODE Al4 SIMULATE Bit17 C 3 Al5 SIMULATE MODE Al5 SIMULATE Bit17 C 2 Al6 SIMULATE MODE Al6 SIMULATE Bit17 C Al7 SIMULATE MODE Al7 SIMULATE Bit17 C 0 AI8 SIMULATE MODE Al8 SIMULATE Bit17 C 9 3 Process Value Status Status 0x80 Good_NonCascade NonSpecifc NotLimited Ox03 Bad NonSpecifcConstant OxOF Bad DeviceFailure Constant 0x13 Bad SensorFailure Constant Ox1F O S Bad OutOfService Constant 0x48 MAN Uncertain SubstitutedOrManualEntry NotLimited
102. 0 None W Al1 AI8 0 None 1 Clear 106 Process Value Process Value Value 0 W Type 0 Indirect 1 Direct 107 Reference Reference Junction Temp External Reference Junction 1001 degC W Junction Unit Value C K F GERE R FEKO R A scale 108 Burn Out Type 1 Up W Lin Type mV V 0 OFF 1 UP 2 DOWN GE R W GE NAMUA category amp NAMUR NE107 4 C Function check status M Maintenance required status F Failure status O Out of specification statu
103. J0211 ai 4 2 gt Eu Tijg 4 5 F9915MA F9915NS pegam a a A 8 4 3
104. OQ Al1 Al8 AIT Al8 Target Auto la CHEE mV Mode Target A J0705 ai 2 Mode Target Auto Cal Point Clear AI1 Al8 Cal Point Clear Cal Point Clear Clear 7 10 lt 7 gt 7 3 11
105. 7 2 J0704 ai LnType AIT AIB Lin Type Sensor Range AIB Sensor Range EU at 096 AI8 Sensor Range EU at 10096 AIT AIT Lin Type EUat0 amp ERR EU at 100 1E FB AR zu EX L IE ERR tof Sensor Connection AI AIB Sensor Connection 2 3 4 IM 04R01B01 01JA 3
106. EY ORR TE CORE LS on e A CERE A O OO A
107. 05 1 0 10 2 6 JOIN 60 IO 23 2 LED OFF 8 B E J K N R S T IEC584 Pt100 amp Pt200 amp Pt500 IEC751 B mi 27 3 4 mV 10 100 mV V C0 01 1V 10 1 2 3 4 0 2000 Ohm mA 4 20 mA 2 5 VDC O 330V 10M 0 1 k O 10 0 1
108. gt 7 gt Permit Normal Target Out of Service COZR 7 2 O S A N ad Man Manual 1 A 1 720 Fk Auto Auto EE
109. lt http www feld wireless com gt FCC Part15 IC RSS GEN RSS 210 2 1 19 24GHz E 25815 007WWCUL0480 i KCC REM YHO WEN007 EMC RCM AS NZS 4268 AS NZS 2772 2 EN61326 1 Class A Table2 TIIS Ex ia IIC T4 X F9915MA F9915NS DC7 2V Uo 5 88 V lo 130 1 mA Po 191 3 mW Co 1 u F Lo 1 mH 20 60 B B IM 04R01B01 01JA 10 gt FM nonincendive Intrinsically Safe for Class I Division 1 Groups A B C amp D Class II Division 1 Groups E F amp G and Class III Division 1 Class I Zone 0 in Hazardous Locations AEx ia IIC Nonincendive for Class I Division 2 Groups A B C amp D Class Il Division 2 Groups F amp G and Class IIl Division 1 Class Zone
110. gt IM 04R01B01 01JA 2 2 1 2 2
111. 5 A B 5 A C K B C K degF degR 3 A A 1 2 3 degFCF degRC B 4 o 5 m b 6 TIIS J537 10 3 X2 ECT 1 mV V
112. Energy Left 0 0 Continue 1 Reset 0 DE 105 Power Supply Status 0 1 75 2 25 7596 3 25 110 Hardware Write Protect Oft On 0 OFF 1 ON 0 OFF 111 Radio Silence Radio Silence Join 1 6 28800 DESCRIPTION STATE MAX BLOCK SIZE BHEOGEREANREE SCnRUS S 0 Idle 1 Downloading 2 Uploading 3 Applying 4 DLComplete 5 ULComplete 6 DLError 7 ULError A
113. LED PT A ALM LED ALM ALM Eo UE ALM LED Lin Type ALM LED LED Ln Type NOT_ USED LED J0706 ai 7 3 LED IM 04R01B01 01JA 81 HE
114. FM IFM041 A20 1 FM Class 3600 Class 3610 Class 3611 Class 3810 NEMA 250 Class Division 1 Groups A B C amp D Class Il Division 1 Groups E F amp G and Class III Division Class Zone 0 in Hazardous Locations AEx ia IIC Classl Division 2 Groups A B C amp D Class Il Division 2 Groups F amp G and Class IIl Division 1 Class I Zone 2 NN Group IIC in Hazardous Locations NEMA Type 4X T4 50 70 2 1 1 8 4 Voc Uo 5 88 V Isc lo 130 1 mA Po 191 2 mW Ca Co 1 uF La Lo 1mH 3 ANSIISA RP12 6 LOER ANSI NFPA 70 Class ll Ill Group E F G
115. 85 1 2dBi fi F9915NQ X 2 F9915NK 2 F9915NR 2 B8808DE 1 B8808DM 1 B8808DN G8 11i B8808EM SUS316 1 B8808DW 2B SUS316 B8808DV SUS316 X010 050 1 50 O 0 1 4 mm 25 80 Hi E i ducas F9915NQ F9915NO F9915MA 2 F9915NS F9915NK F9915NK F9915NS
116. Diagnostic Status Diagnostic Status Detail1 Diagnostic Status Detail2 Diagnostic Status Detail3 Diagnostic Switch Diagnostic Configuration Power Status Energy Left Power Supply Status Al1 Temp AI8 Temp Process Variables Dynamic Variables Process Value Process Value Status Process Value Value Process Value Simulation Reference Junction Temp Simulation Simulate Switch Transducer Value Simulate Value Transducer Value Transducer Value Status Transducer Value Value Simulate Value Simulate Value Status Simulate Value Value x Al J0703 2 ai Al1 Temp AI8 Temp Mode Target Manual IM 04R01B01 01JA 7 3 3 1 CO 2 CO Data publication period 1 3600 1 3 1
117. TAG 16 64 Tag Description TRANSDUCER Al1 Al8 Message 32 TRANSDUCER Tag Description All Al8 Tag Description 7 3 5 Process Value Type Direct Lin Type
118. gt 6 4 W 6 5 LO i Gt a MS M uud ne T IUS MET TAO TRE LE AN 1 6 7 3 12 8 4 1
119. IM 04R01B01 01JA x 100 B F9915MA B F9915NS B F9915NR TL 5930 5 SL 2780 S 1 F9915MA Oden F9915NQ 258 F9915NOQ F9915MA we T 2 F9915NS F9915NK F9915NK F9915NS A s TIIS JS37 Rev 1
120. IM 04R01B01 01JA 2 3 1 25 659 30 40 85 C 0 100 RH 2 3 30
121. 1 EnergyLeft ff lt 7 gt 7 7 4 LED TRANSDUCER LED Mode LED 1 LEDON LED OFF 3 1 LED 7 3 4 Tag No Tag No E TagNo Tag No
122. A ss a a A 7 fs HL EL Jon WWW mma CE O 9 X K Gh m bi 2 BL YTMX580 EAE fik CY Wrcoot EWE 7172608 5 SUFFIX WICO 5 VDC Wmax in O GE MANUFACTURE YOKOGAWA 4 Madein jap Yokogawa Electric Corporation TOKYO 180 18750 JAPAN n DEPA ONTEN WARNING N C ll 1 Gs No Mo EE LU TENTER WARNING POTENTIAL ELECTROSTATIC BeL9sum espe7 CHARGING HAZARD SEE USER S MANUAL USE ONLY BATTERY AK YOKOGAWA ud aav E mA Po 1912mW Co 1uF Lo 1mH F9915MA OR F9915N J0210 ai 2 6 ATEX MODEL SUFFIX STYLE
123. Es 7 2 261 TIS 7 3 1 roms Jis HR TS 7 2 262 FM 7 3 2 H MJ esset 7 3 Tr 7 3 3 7 7 HOS C DNE g 734 a 7 7 264 ATEA FARENE ELE D CPC 7 7 26 5 IECEx Bon M 27 EMC LLL 73 6 3B 7 8 737 7 8 28 JEPSIRMM S s E AE adu deles ete 738 Al 7 9 29 739 7 9 2 10 RAERD 1 7340 7 9 iT RE 1 73 1 7 10 212 CRE 7 3 12 7 11 213 EMC 74 7 12 EHI RCM e 2 12 741 2 14 242 i 215 245 2 autos EDS 3 34 8 zw 8 1 82 4 1 83 42 ies 4 1 84 43 4 2 841
124. NO DATE OF MANUFACTURE IM 04R01B01 01JA 2 6 5 IECEx T IECEx IECEx H No IECEx DEK 12 0013X IEC 60079 0 2011 IEC 60079 11 2011 IEC 60079 26 2006 ExiallCT4Ga 50 70 IP66 IP67 1 1 8 4 Uo 5 88V lo 130 1 mA Po 191 2mW Co 1 uF Lo 1 mH 11 lt e E 4 oO p AM Ta 2 a 2 4 QOL H a X 8 L b
125. O 2008 SN Ne RG a PARRE RR E e al 4 2 SR e G CB RROTA pcd Dd QR E 1994 dm E 5
126. 88 s BE ME l NEN 2 dod nc aim i iid 3 RRSINLBRHRESCER ONES EURIE Ge G l IEC79 10 oS xc E 4 hum d n es
127. Scale Process Value B F R A 1 EU at 10096 Process Value 2 EU at 096 Process Value 3 Units Index Process Value 1000 Kelvin 1001 degC C 1002 degF F 1003 Rankin 1240 V 1243 mV 1281 Ohm 4 Decimal 1 R 1 100 0f 2 0 0f 3 1001 degC C 4 1 26 Tag Description 32 Sensor 27 28 Process Value Filter Time Simulate Switch Process Value All Al8 1 Disable 2 Enable
128. Block Info Configure Setup Tag Description Block Mode Mode Target Mode Actual Mode Permitted Mode Normal Configuration Block Mode Block Mode Mode Target Concentrator OID Mode Actual Scale Mode Permitted Process Value Filter Time Mode Normal Lin Type Sensor Connection Bias SCALE Selection of Reference Junction External Reference Junction Value Process Value Type Burn Out Type Scale EU at 100 Scale EU at 096 Others Scale Units Index Scale Decimal Sensor Range Sensor Serial Number Sensor Range Cal Point Lo Hi Cal Point Clear Reference Junction Unit Sensor Range EU at 100 Sensor Range EU at 0 Sensor Range Units Index Sensor Range Decimal Al Service J0703 1 ai Al1 Temp AI8 Temp Mode Target O S Out of IM 04R01B01 01JA lt 7 gt Online Menu Diagnostic UAPMO Diagnostics Alerts UAPMO Al1 Temp AI2 Temp AI3 Temp Al4 Temp AI5 Temp AI6 Temp AI7 Temp AI8 Temp Process Variables Device Diagnostics
129. ISA100 11a IEEE802 15 4 1 3600 sec 4 2 sec RDY ALM ZR LED JOIN Deep Sleep HIGH RIS LOW OFF S ia ISA100 11a Device Role IO IO IO IO Router 9600 bps 30 cm Ey IM 04R01B01 01JA lt 10 gt 10 2
130. 0 0014 96 of absolute value t t lt 650 0 002 C 0 001696 of t tz 650 C mV 0 0002 mV 0 0015 96 of reading V 0 005 mV 0 0015 96 of reading Ohm Q 00010 0 0009 96 of reading ML nn H t 2 absolute value t absolute valuet 250 K absolute value t 250 273 15 23 15 IM 04R01B01 01JA lt 10 gt 10 6 10 2 YTMX580 L ISA100 11a 7 7 0 G1 2 9 2 1 2 NPT 9 4 M20 9 N L SUS316 2B W SUS316 N A 1
131. 2 1 IM 04R01B01 01JA lt 3 gt 3 1 3 LED ANWARNING on be cet eontre er oe ee ee of fau tm OO SEES amp 4 Reserved M5 Write Protect OFF ON Write Protect Reserved Reserved Write Protect Write Protect OFF ON OFF ON 5 m 1 WrteProtec OFF
132. G 1 2 1 2 14 NPT M20X 1 5 4mm SUS316 A7 7 L Ali SUS316 3 2 kg 8D SFA HDPE 11 1 mm 67 mm 167 mm N 40 85 IM 04R01B01 01JA lt 10 gt 10 4
133. 0x50 Uncertain SensorConversionInaccurate NotLimited 0x54 UncertainzRangeLimitsExceeded Notl imited Al algorithm Operator Mode and Sensor Signal 9 1 Mode Target Ke Reference Junction Temp Lin Type External Linearization Reference Junction Value Process Value Status handling Selection of Reference Junction Operator SIMULATE Switch j Input ROM Linearization Pro Cess Simulate value Transducer value Filtering O gt INPUT RANGE Bias Example schema of analog input object Process Value Type Process Value Filter Time Scale Value Scale O S Value Process Auto N Value Process o Al publish many Process Value Operator J0901 ai IM 04R01B01 01JA 10 gt 10 10 1 ISA100 11a IEEE802 15 4 250 kbps 2400 2483 5 MHz AES 128 bit 11 6 dBm 1 2 dBi 10 1 C 10 1
134. 1 1 8 4 Uo 5 88V lo 130 1 mA Po 191 2mW Co 1 uF Lo 1mH 3n nx B 1 lt 9999 8 lt a Qood ZITI X 2 1 lt 8 4 ls b J0209 ai IM 04R01B01 01JA lt 2 gt 2 8 DA F9915MA F9915NS pegam EL 8 4 3
135. Hardware Write Protect Al1 AI8 O S 1 4 2 Lin Type 3 7 3 3 Al Block Mode Permitted amp amp Permitted Target MODE 8 6 3 8 4 ied Bit Diagnostic Diagnostic Status Status Detail i category AMP ERR m 999999 4 o a ze DRH Bum Out Type tz Lx MEMORY ERROR 1 Bit 27 Faults in n d D electronics ADC ERROR AD 2 iC l5 iid Firm Update ERR
136. User s WK Manual YTMX580 IM 04R01B01 01JA vigilantplant YOKOGAWA IM 04R01B01 01JA 4 1 YTMX580 IM 04R01B01 01JA 4 1 QOS 1 1 64 6 2 1 1 1 3 65 J3SER BIE eio etes 6 4 12 OO 1 3 6 6 BAAR Lt 6 4 13 MABDEN DUC La se tet 14 7 2 ss 2 1 7 1 2 1 2 1 72 VT ND ETOR 7 1 22 NH COUC 721 23 24 7 1 25 722 ns 74 26 73 A
137. 1 1 1 Configuration 1 Others APP Download DESCRIPTION e STATE MAX BLOCK SIZE LAST BLOCK DOWNLOADED ERROR CODE COMM ENDPOINT i COMM CONTRACT PUB ITEM MAX PUB ITEM NUM PUB ITEM COMM ENDPOINT 1 rn 1 i Object ID at remote endpoint i Stale data limit i 1 Data publication period i Ideal publication phase PublishAutoRetransmit I 1 I 1 z Configuration status 1 1 I 1 I x ContractID m Contract Status e Actual Phase ObjectlD ics AttributelD Attributelndex Size 1 1 PUB ITEM 1 1 1 1 J0702 1 ai Network address of remote endpoint Transport layer port at remote endpoint 82 IM 04R01B01 01JA 7 gt Online Menu f TRANSDUCER Block Info Block Info Others Configuration Calibration Tag Description Configuration Calibration Model Serial Number Wireless Status LED Mode YTMX Option Utility Frequence Measurement Rate Others Special Cmd Block Info Block Mode Configuration Others Al1 Temp Al8 Temp Block Info Dynamic Variables Tag Descripti
138. Option Hardware write protect Disable Write protect switch Write protect statsu Software write protect Off Off or On No Off or On Disable On Protected Off Enable Off or On No On Enable Off or On Protected 69 Diagnostic Switch UAP Option Enable Diagnostic Status Enable Diagnostic Status D Bit 70 Diagnostic Configuration UAP Option Enable Diagnostic Status Enable Diagnostic Status Bit NAMAR NE107 9 2 102 Diagnostic Status Detail Diagnostic Status 92 103 Energy Left 23 2190 IM 04R01B01 01JA lt 9 gt 9 2 Object ID UAPMO Attribute ID 104 Reset Energy Left
139. 01JA lt 2 gt 2 11 2 0 R amp TTE C YTMX580 R amp TTE UNE lt http wwwrfield wireless Com gt 2 11 FCC YTMX580 FCC ID SGJ WFC001 Co located This transmitter must not be co located or operated in conjunction with any other antenna or transmitter FCC CAUTION Changes or modifications not expressly approved by the party responsible for compliance could void the user s authority to operate the equipment Note This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense 2 12 IC YTMX580 IC 8999A WICO01 This Class
140. 1 2 1 1 N 2 B 10 6 1 1 m 40 C 85 3 m 40 85 4m 1m 3 m 40 85 6m 3m 3 m 40 85 13 m 3 m 10 m 40
141. 2 NE 1 UAP Option UAPMO UAP Option UAP Option DiagnosticSwitch Diagnostic Configuration 7 9 lt 7 gt Ei Co 2 Hardware Write Protect UAPMO Hardware Write Protect Hardware Write Protect 9
142. 3m 1m qu Ei Tg YTMX J0507 ai J0506 ai 5 5 5 5 2 3Nm 10 2
143. Detail Description Categor AMP ERR Faults in electronics F NNN EN XEU a ADC ERROR ADC Firm Update ERR Faults in sensor or F SENSOR1 SENSOR8 FAILURE 1 8 actuatorelement TERM SNS FAILURE CJC SENSOR1 SENSOR8 SPAN 1 lt 8 ADJERR Installation calibration problem C SENSORT SENSORS ZERO 1 8 ADJ ERR ul Out of service C Al1 AI8 O S MODE Al1 AI8 O S Outside sensor limits O EM X SENSOR1 SENSOR8 TEMP HI 1 8 High SENSOR SENSOR8 TEMP o Environmental conditions out of 1 8 Low dee cus O LO device specification AMB TEMP HI JA mE High AMB TEMP LO JATE Low Paule predio FIRMWARE CONDITION CHECK Maintenance required Powers enticallgw M LOWBAT FOR DEEPSLEEP maintenance need short term Eo LOWBAT maintenance need mid term Software update incomplete C Simulation is active C Al1 AI8 SIMULATE MODE Al1 AI8 SIMULATE 7 4 2
144. ID 54512 AIT AI8 Attribute ID Process Value AI Al8 CO PUB ITEM 1 Status Al1 AIB 93 Process Value Status 2 Value Al1 AIB JA Mode O S Auto Man 1 Target AIT AI8 2 Actual Al1 AIB 3 Permitted Target 4 Normal Al1 AI8 0x01 O S 0x08 Manual Ox10 Auto 1 0x10 Auto 2 0x10 Auto 3 0x19 O Manual Auto 4 0x10 Auto Concentrator OID Process Value Concentrator
145. IEC584 136 Type R IEC584 138 Type T IEC584 240 mV 241 Ohm 242 V 102 Pt100 52 Bias Blas Sensor Range Units Index lt 0 0f 53 Sensor Range 1 EU at 10096 LinType 2 EU at 096 Lin Type B 3 Units Index Transducer Value Simulation Value Bias EUat 100 EU at 0 Reference Junction Temp External Reference Junction Value scale 4 Decimal 0 1 850 0f 2 200 0f 3 1001 degC CC 4 0 57 58 Reference Junction Temp Selection of Reference Junction 0 1 Internal 2 External H No Reference 1 59 External Reference Junction Value Selection of Reference Junction
146. NZS 4268 AS NZS 2772 2 EN61326 1 Class A Table2 3 Bs A 2 14 2 mV V 2 15 8 1
147. 0 CF DD DeviceDTM CF DD DeviceDTM lt http www field wirelessjp gt lt 7 gt 7 1 CF Capabilities File DD Device Description CF DD DeviceDTM DeviceDTM Device Type Manager FDT Field Device Too
148. 0 1 CSA C222 No 61010 2 030 12 UL61010 1 UL61010 2 030 CSA NRTL C 1 2 2 2 I
149. 0 11a J0204 ai BE IM 04R01B01 01JA lt 2 gt 2 3 B B B
150. 2 Group IIC in Hazardous Locations Voc Uo 5 88 V Isc lo 130 1 mA Po 1912 mW Ca Co 1 uF La Lo 1 mH 50 70 CSA non incendive Intrinsically Safe for Class I Division 1 Groups A B C amp D Class Il Division 1 Groups E F amp G Class III Division 1 Non incendive for Class Division 2 Groups A B C amp D Class Il Division 2 Groups F amp G Class III Division 1 Type 4X IP66 IP67 T4 50 70 Ex ia IIC T4 Uo 5 88 V lo 130 1 mA Po 191 2 mW Co 1 u F Lo 1 mH ATEX Il 1 G Ex ia IIC T4 Ga t LU AJ Uo 5 88 V lo 130 1 mA Po 191 2 mW Co 1 u F Lo 1 mH 50 70 IECEx Ex ia IIC T4 Ga Uo 5 88 V lo 130 1 mA Po 1912 mW Co 1 u F Lo 1 mH 50 70 10 3 5 6BG 3 3 2 9 X2 IP66 IP67 NEMA Type 4X
151. 88V 130 1 mA 191 3 mW 2 ia ib IA IIB IIC 3 Lo Cc 1mH Lc 1 uF Co Rev 1 8 4 3 NT 8 4 1 IM 04R01B01 01JA lt 2 gt 2 5 2 6 2 FM
152. A digital apparatus complies with Canadian ICES 003 This device complies with Industry Canada licence exempt RSS standard s Operation is subject to the following two conditions 1 this device may not cause interference and 2 this device must accept any interference including interference that may cause undesired operation of the device Under Industry Canada regulations this radio transmitter may only operate using an antenna of a type and maximum or lesser gain approved for the transmitter by Industry Canada To reduce potential radio interference to other users the antenna type and its gain should be so chosen that the equivalent isotropically radiated power e i r p is not more than that necessary for successful communication This radio transmitter IC Number 8999A WIC001 has been approved by Industry Canada to operate with the antenna types listed below with the maximum permissible gain and required antenna impedance for each antenna type indicated Antenna types not included in this list having a gain greater than the maximum gain indicated for that type are strictly prohibited for use with this device Antenna type Gain COLLINEAR 9dBi 50 Q Sleeve 2 14dBi 50 Q French Cet appareil num rique de la classe A est conforme la norme NMB 003 du Canada Le pr sent appareil est conforme aux CNR d Industrie Canada applicables aux appareils radio exempts de licence L exploitation es
153. ED NAMUR NE107 Self Monitoring and Diagnosis of Field Devices LED LED RDY Publish JA ALM 1 Publish RDY 1 6 1 LED J0601 ai A LED ALM ALM 74 e nx 1E EB
154. ED Mode LED RDY ALM 0 IW 0 LED ON 1 LED OFF X 3 1 LED 8 YTMX Option R 1 SI 9 Special Cmd 0 W 0 READ None 0 1 Squawk 2 Standby 10 Utility Frequence 0 50Hz W 0 50Hz 1 60Hz 11 Measurement W 30 R Rate 1 3600 IM 04R01B01 01JA lt 9 gt Object
155. OR3 FAILURE 3 Bit26 F 28 SENSOR4 FAILURE 4 Bit26 F 27 SENSOR5 FAILURE 5 Bit26 F 26 SENSOR6 FAILURE 6 Bit26 F 25 SENSOR7 FAILURE 7 Bit26 F 24 SENSOR8 FAILURE 8 Bit26 F 15 SENSOR1 TEMP HI 1 High Bit22 O 14 SENSOR2 TEMP HI 2 High Bit22 O 13 SENSOR3 TEMP HI 3 High Bit22 O 12 SENSORA TEMP HI 4 High Bit22 O 11 SENSOR5 TEMP HI 5 High Bit22 O 10 SENSOR6 TEMP HI 6 High Bit22 O 9 SENSOR7 TEMP HI 7 High Bit22 O 8 ISENSOR8 TEMP HI 8 High Bit22 O 7 SENSOR1 TEMP LO 1 Low Bit22 O 6 SENSOR2 TEMPLO 2 Low Bit22 O 5 SENSOR3 TEMPLO 3 Low Bit22 O 4 SENSOR4 TEMPLO 4 Low Bit22 O 3 SENSOR5 TEMP LO 5 Low Bit22 O 2 SENSOR6 TEMP LO 6 Low Bit22 O 1 SENSOR7 TEMP LO 7 Low Bit22 O 0 SENSOR8 TEMPLO 8 Low Bit22 O Diagnostic Status Detail 3 31 SENSOR1 SPAN ADJ ERR 1
156. PDU 64 LAST_BLOCK_ DOWNLOADED 0 0 ERROR_CODE 0 noError 1 Timeout 2 ClientAbort 64 Apply 0 noErro REVISION Comm_endpoint COMM_ ENDPOINT Endpoint 1 Network address of remote endpoint Transport layer port at remote endpoint Object ID at remote endpoint Stale data limit Data publication period Ideal publication phase Publish Auto Retransmit Configuration status Co Ov e C0 NO 1 0000 0000 0000 0000 0000 0000 0000 0000 2 0 3 0 4 0 5 30 6 0 7 0 8 0 COMM CONTRACT Contract 1 ContractlD 2 Contract Status 3 Actual Phase 1 0 2 0 3 0 IM 04R01B01 01JA 9 gt 9 3
157. Selection of Reference Junction All Al8 Junction No Reference O v Selection of Reference External Reference Junction Value Al1 AI8 External Reference Junction Value Selection of Reference Junction External Cold Junction Compensation CJC A Za 7 3 8 Al AIT AI8 7 3 9 Al1 Al8 7 E
158. ces Diagnostic Status Diagnostic Status ISA Diagnostic Status Detail Out of Service Failure Diagnostic Status Contents Bit31 00 Diagnostic Configuration 1 32 D UAPMO UAP Option Diagnostic Status configuration 7 enable Diagnostic Status Status Contents UAPMO Diagnostic Configuration 8 C Out of Service Function Check UAPMO UAP Option Diagnostic Status configuration disable Diagnostic Configuration Failure F Fail status C Function check status O Out of specification statu
159. nce H Reference Junction 0 Selection of No Reference O IM 04R01B01 01JA s A Cal Point Lo I1 AIB Cal Point Lo mV OQ O AIT Al8 O H ni Cal Point Hi Cal Point Hi
160. on Block Mode Mode Target Mode Actual Mode Permitted Mode Normal Dynamic Variables Process Value Process Value Simulation Reference Junction Temp Process Value Status Process Value Value Simulation Transducer Value Simulate Switch Transducer Value Simulate Value Transducer Value Status Transducer Value Value Simulate Value Simulate Value Status Simulate Value Value Configuration Block Mode Concentrator OID Scale Process Value Filter Time Lin Type Sensor Connection Bias Selection of Reference Junction External Reference Junction Value Process Value Type Burn Out Type Block Mode Mode Target Mode Actual Mode Permitted Mode Normal SCALE Scale EU at 10096 Scale EU at 0 Scale Units Index Scale Decimal Others Sensor Range Sensor Serial Number Sensor Range Cal Point Lo Hi Cal Point Clear Reference Junction Unit Sencer Range EU at 100 Sensor Range EU at 096 Sensor Range Units Index Sensor Range Decimal J0702 2 ai Al Al1 Temp AI8 Temp ModeTarget O S Out of Service
161. s NAMUR E107 lSelf Monitoring and Diagnosis of Field Devices IM 04R01B01 01JA lt 9 gt 9 7 9 2 Diagnostic Status Detail Diagnostic Bit Diagnostic Status Detail Description Status NAMUR Bit Diagnostic Status Detail 1 31 AMP ERR Bit27 F 30 MEMORY ERR Bit27 F 27 Firm Update ERR Bit27 F 26 ADCERR AD Bit27 F 21 TERM SNS FAILURE CC Bit26 F 20 AMB TEMP HI SERE High Bit22 O 19 AMBTEMP LO SER EE Low Bit22 O 15 ILOWBAT Bit19 M 14 ILOWBAT FOR DEEPSLEEP Bit20 M 11 FIRMWARE CONDITION CHICK Bit21 M Diagnostic Status Detail 2 31 SENSOR1 FAILURE 1 Bit26 F 30 SENSOR2 FAILURE 2 Bit26 F 29 SENS
162. s M Mentenace required status 1 Diagnostic Status Contents Diagnostic Switch Diagnostic Status Contents Out of Service UAPMO UAP Option Diagnostic Status configuration enable IM 04R01B01 01JA lt 7 gt 7 13 UAPMO Diagnostic Switch out of service zz OFF UAPMO UAP Option Diagnostic Status configuration disable i on off UAP Option Diagnostic Status configuration pied disable 7 3 NAMUR Diagnostic Status Contents NE107 Diagnostic Status
163. t autoris e aux deux conditions suivantes 1 l appareil ne doit pas produire de brouillage et 2 utilisateur del appareil doit accepter tout brouillage radio lectrique subi meme si le brouillage est susceptible d en compromettre le fonctionnement IM 04R01B01 01JA lt 2 gt 2 12 Conform ment la r glementation d Industrie Canada le pr sent metteur radio peut fonctionner avec une antenne d un type et d un gain maximal ou inf rieur approuv pour l metteur par Industrie Canada Dans le but de r duire les risques de brouillage radio lectrique l intention des autres utilisateurs il faut choisir le type d antenne et son gain de sorte que la puissance isotrope rayonn e quivalente p i r e ne d passe Das intensit n cessaire tablissement d une communication satisfaisante Le pr sent metteur radio IC Number 8999A WICOO1 a t approuv par Industrie Canada pour fonctionner avec les types d antenne num r s ci dessous et ayant un gain admissible maximal et l imp dance requise pour chaque type d antenne Les types d antenne non inclus dans cette liste ou dont le gain est sup rieur au gain maximal indiqu sont strictement interdits pour l exploitation de metteur Antenne type Gain COLLINEAR 9dBi 50 Q Sleeve 2 14dBi 50 Q 2 13 EMC RCM AS
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