1.3 FOUNDATION フィールドバス
Contents
1. FOUNDATION IEC International Electrotechnical Commission FOUNDATION2. GOOD BAD 100 UNCERTAIN TI38K02A01 01 2012 06 30 00 3 3 9 3 2 4 MODE_BLK FF MODE_BLK
3. ed G
4. 3 3 1 Al Al AI XX 34 Al F030301 ai 3 4 Al TI38K02A01 01 2012 06 30 00 3 3 12 L TYPE
5. 2 Nm 2 TI38K02A01 01 2012 06 30 00 3 3 6 3 2 2 FF 3 3 Al PID AO PID FF VFD 2 FF VCR VCR 1 FF
6. 1 1 TI38K02A01 01 2012 06 30 00 1 1 4 HMI FF
7. 31 25 kbps 2 TI38K02A01 01 2012 06 30 00 2 2 6 2 2 2 2 5 9
8. OxF8 OxFB 1 1 CENTUM 16 TI38K02A01 01 2012 06 30 00 3 3 28 3 4 2 FF 3 2 2 FF FF FF
9. IEC FOUNDATION 2 1 2 1 1 0SI OSI Open System Interconnection OS FOUNDATION PHL PhysicalLayey DLL Data Link Layer APL Application Layer 3 OSI OS 2 1 OSI 1
10. 2 5 1 3 4 1 SMKP 2 5 2 FF SMKP
11. PT LAS LAS LM LAS LAS Link Scheduling LS Time FF 2 3 7 PDU 2 6 FOoUNDATON
12. URGENT NORMAL TIME_AVAILABLE URGENT NORMAL TIME_AVAILABLE 2 3 1 LAS 2 3 3 2 3 DLSDU 1 NORMAL 128 TIME_AVAILABLE 256 1 DLSDU Data Link Service Data Unit TI38K02A01 01 2012 06 30 00 2 2 1 1 2 3 2 Link Node Selector 3 DL 24 DL
13. LAS DLCEP CD Compel Data PDU CD DLCEP DT Data Transfer PDU LAS CD CD PDU LAS DT PDU LAS 2 11 1 LAS CD 2 LAS
14. LAS LAS PT PDU LAS L28U DLCEP DLSAP DLCEP 1 DT 2 12 1 LAS PT 1 2
15. SP_HLLIM SP_LO LIM CAS_IN RCAS_IN SP_RATE_HI SP_RATE_LO PS SP OUT OUT FSTATE_VAL OUT CHANNEL
16. 3 1 VFD FF FF FF VFD Virtual Field Device VFD FF VFD VFD 2 16 VFD FF VFD 3 1 1 FF VFD FF 2 VFD 1 VPD VCR 1 FF
17. 6 60 92 FMS FMS FMS 2 8 2 12 InformationReport FoUNDATION 1 2 8 5 InformationReport
18. TI38K02A01 01 2012 06 30 00 1 3 1 1 5 FOUNDATION 1 2 1994 1 FOUNDATION FOUNDATION
19. AO CAS AO pe AO 2 1 1 3 5 AO CAS_IN A EE RCAS_IN CHANNEL BKCAL_OUT RCAS_OUT CAS RCAS BKCAL F030302 ai 3 5 AO TI38K02A01 01 2012 06 30 00 3 3 17 AO SP SP
20. FF 1 FF 2 F030203 ai 3 3 FF TI38K02A01 01 2012 06 30 00 3 3 7 3 2 3 FF FMS FF FF FF 1
21. 3 5 1 DD Device Description 1133 kPa DD DD DD DD
22. FF F 1 FF VFD 3 FF KO 0 9 VFD FF DD Device Description CPU OO TI38K02A01 01 2012 06 30 00 3
23. FF FF F 1 2 FF TI38K02A01 01 2012 06 30 00 3 3 8 FF
24. IO_OPTS Fault State to value Use Fault State value on start FSTATE VAL FSTATE_TIME FEATURES_SEL Fault State supported F030305 ai F TI38K02A01 01 2012 06 30 00 3 3 20 3 3 3 PID PID PID IN O
25. gt Ph a All Rights Reserved Copyright 2003 Yokogawa Electric Corporation TI38K02A01 01 2012 06 30 00 JEMIS 038 JEMIMA Tl38K03A01 01 TI38K02A01 01E Fieldbus Book A Tutorial 4 FOUNDATION FouUNDATION TM
26. FOUNDATION 21 3 1 2 3 1 FOUNDATION 2 FoUNDATION 3 FOUNDATION
27. VFD FF FF VFD Virtual Field Device VCR VFD FF 2 VFD 1 VFD VPD VCR 1 FF F VFD FF 2 FF VFD 2 16 VFD FF VFD SMIB NMIB SMSAP SM NM F020404 ai VFD
28. 32 ID 32 1 ID 1 59454300031999DEC22001102344 IFI1001 OxF5 FF 3 FF SMKP ID
29. NMIB Network Management Information Base SMIB System Management Information Base NO VFD VFD OD Object Dictionary Get OD OD FF
30. XXD_SCALE READBACK SP PV_ SCALE PV SP BKCAL OUT BKCAL OUT SP BKCAL_OUT PV AO TI38K02A01 01 2012 06 30 00 3 3 18 AO O S MAN LO
31. EX ee 0 EJX Al 000PNDE MM EJX J 0 F mh P kPa TI38K02A01 01 2012 06 30 00 3 3 3 AIl BE WS O S MAN AUTO Bi BE Bi Bi Bi Bi L 10 Decimal Point 11 OUT_SCALE EU 100 EU 0 0 1 0 1 Decimal Point 12 GRANT_DENY 18
32. 3 4 3 0 1 0 0 IIIKSdfedulng LS F TI38K02A01 01 2012 06 30 00 3 3 29 3 5 IX 0 2 80007 UNA AE 0020
33. FF TI38K02A01 01 2012 06 30 00 3 3 25 3 3 5 DD Device Description 3 10 CC TI38K02A01 01 2012 06 30 00 3 3 10 FF 131 rp 2 tee eo K maz wm so mm
34. Al PDID PV 2 14 1 1 FF 2 14 TI38K02A01 01 2012 06 30 00 2 2 20 1 1 VCR DLSAP VCR
35. 02 2 ed 92 PV 1 3 m3h PHL OEE F020102 ai 2 2 FouNDArlION TI38K02A01 01 2012 06 30 00 2 2 3 2 1 2 _ 23 FOUNDATION PCI Protocol Control Information PDU Protocol Data Unit PDU 1 PDU SDU Service Data UniU
36. ST REV Ni 2 TAG_DESC 4 LERT KEY la CALUNT a 5 MODE_BLK 9 SENSOR TYPE 96 AUTO 5 6 BLOCK EN ES UPDATE BT 8 BLOCK_ALM 24 SENSOR_CAL_DATE 3 TRANSDUCER_DRECTORY 10 TRANSDUCER_TYPE 12 COLLECTION_DIRECTORY 27 SENSOR_FILL_FLUID 13 PRIMARY_VALUE_TYPE 28 SECONDARY_VALUE 14 PRIMARY_VALUE 29 SECONDARY_VALUE_UNIT EN F030308 ai 9 IN 6 STRATEGY ALERT_KEY MODE_BLK
37. 3 4 1 FOUNDATION 3 ID PD Physical Device 8 16 2 ID ID
38. PV_FTIME PV_FTIME PV LO_LIM LO_LO_LIM LO LO_LO PV HI_LLIM HLHI_ LIM H HI_HI Al O S MAN AUTO MAN OUT AUTO PV OUT CHANNEL CHANNEL Al 1
39. SDU PDU 1 1 8 273 1 FMS FAS PDU SDU PCI F020103 ai FCS Frame Check Sequence 2 3 TI38K02A01 01 2012 06 30 00 2 2 4 2 1 3 VCR FoUNDATION PCI VCR Virtual Communication Relationship PCI VCR
40. Zone 0 Zone 1 HMI Human Machine Interface F020204 ai 2 8 TI38K02A01 01 2012 06 30 00 2 3 2 3 1 2 2 10 1
41. Function Block Application Process Part 2 F 2 FF 3 FF 4 FOUNDATON O FF 5 PLC F TI38K02A01 01 2012 06 30 00 3 3 4 3 1 FF 2 2 D 0 1p0 0 Im rE PD PD EC 0s SC DT i 3 03 IT UM SPG
42. MO TI38K02A01 01 2012 06 30 00 2 2 9 2 2 4 1 28 IEC FM CENELEC PTB
43. 120 m 1 440 m 1 900 m OB Junction Box IEC61158 2 Type A Type B TypeC TypeD TI38K02A01 01 2012 06 30 00 2 2 8 2 7 IF _ FF F020203 ai 2 7 TypeC
44. 4 20 mA 1980 CO 1 1 TI38K02A01 01 2012 06 30 00 1 1 2 tr im tom E Fr 5 a TE 1 HH W a FOUNDATION
45. 2 5 2 9 V NUN V FUN V NUN 2 5 7 2 Ox10 V FUN V FUN V NUN OxF7 BASIC OxF8 OxFB AIG MM OxFC OxFF TI38K02A01 01 2012 06 30 00 2 2 12 V FUN V NUN 0xF7 0xF8 0xFC 0xFD 0xFF 2 9
46. 2 5 3 SMKP VFD TI38K02A01 01 2012 06 30 00 3 3 1 3 FoUNDATION FF 2 FouNDATION
47. Al PV L_TYPE L TYPE Direct OUT CHANNEL L_ TYPE Indirect OUT CHANNEL XD_ SCAIE OOUI SCAIE _ SCALE CHANNEL 0 100 OUT_SCALE OUT 0 100 L_ TYPE Indirect SqRoot a PV LOW_CUT PV PV
48. 3 LAS Fr ee e F020304 ai 2 12 LAS TI38K02A01 01 2012 06 30 00 2 2 16 2 3 6 LAS LAS LAS LAS LAS PN Probe Node PDU LAS PN PN PR Probe Response PDU LAS LAS DLL
49. FF LAN IT
50. TypeA 18AWG 0 82 mm 1 900 m TypeB 22AWG 0 32 mm 1200 m TypeC 26AWG 0 13 mm TypeD 16AWG 125 mm2 Type A Type B Type D TypeC 2 2 1 3 14 90m 15 18 19 24 5 32 IEC CENTUM Type A 16
51. FF 2 1 1 FF 2 15 1 1 F020403 ai 2 15 TI38K02A01 01 2012 06 30 00 2 2 21 2 4 2 FMS Fieldbus Message Specification FMS FMS
52. 24 2 4 VCR F020104 ai VCR VCR VCR VCR VCR DL Data Link 1 VCR 1 1 VCR DL TI38K02A01 01 2012 06 30 00 2 2 5
53. TI38K02A01 01 3 22 2012 06 30 00 3 3 23 3 3 4 F 9 3 8 3 9 MODE_BLK_TARGET O S 3 8 STRATEGY 5MODEBK 9 DD_RESOURCE 0 MANUFAC_ID 1 DEV_TYPE 2 DEV_REV 21 MN_CYCLET 22MEMORY SZE 123 NVCYCEET 24 FREE_SPACE 125 FREETIME 26 SHED RCAS 640000 27 SHED_ROUT _ 640000 28
54. rt w Al OUT O S MAN PID FF
55. Selector VCR 8 VCR VCR VCR DLCEP Data Link Connection End PoinDU VCR VCR DLSAP Data Link Service Access Point DLCEP DLSAP DL 1 DLSAP TI38K02A01 01 2012 06 30 00 2 2 13 2 3 3 LAS LAS Link Active Scheduler
56. GetOD 2 12 FMS OD VFD TI38K02A01 01 2012 06 30 00 2 2 26 2 5 SMKP SMKP System Management Kernel Protocol
57. AR ITOT MAI MAO 6 41 tw l_ 5 8 OD digital input digital output discrete input discrete Output FF 891 3 FF 892 4 FF 893 5 FF 894 TI38K02A01 01 2012 06 30 00 3 3 5 F 3 2 FF
58. MODE_BLKTARGET O S 3 6 PID 2 NM PID AO PID PID D2 PID PID PID TI38K02A01 01 2012 06 30 00 3 7 PID PID1 PID2 NE 1 ST_REV 2 TAG_DESC 3 STRATEGY 4 ALERT_KEY 5 MODE_BLK Target AUTO AUTO CAS 100 Actual Permitted Normal 6 BLOCK_ERR 7 PV 8 SP 9 OUT 10 PV_SCALE EU 100 EU 0 Units Index Decimal Point 11 0UT_SCALE EU 100 EU 0 Units Index Decimal Point 12 GRANT_DENY Target to next permitted mode if BAD_CAS_IN I twW 14 STATUS_OPTS 15 IN 16 PV_FTIME 17 BYPASS 18 CAS_IN 19 SP_RATE_DN 20 SP_RATE_UP 21 SP_HI_LIM 22 SP_LO_LIM 23 GAIN 24 RESET
59. CHANNEL SIMULATE TRANSDUCER_VALUE TRANSDUCER_STATUS TI38K02A01 01 2012 06 30 00 3 3 1 3 SIMULATE ENABLE_DISABLE Active Al TRANSUDCER_VALUE TRANSDUCER_STATUS CHANNEL SIMULATE_VALUE SIMULATE_STATUS ON hy E ENABLE_DISABLE Disabled 32 3 RN 3 3 MODE_BLK TARGET O S 3 2 AlI 3 2 AI
60. 06 9 FMS FMS 2 10 PLC FF 2 11 TI38K02A01 01 2012 06 30 00 2 2 25 FMS
61. EU 100 EU 0 100 0 UNITS_INDEX kg s MPa m FF DECIMAL_POINT 3 10 3 3 5 UNITS_INDEX TI38K02A01 01 2012 06 30 00 3 3 10 3 2 5 FF FMS FF 4 VIEW 1 Operation Dynamic
62. FF VFD FF 2 FF VFD TI38K02A01 01 2012 06 30 00 3 3 2 3 2 FF FOUNDATION FF FF 3 2 1 FF FF PID FoUNDATION Function Block Application Process Part 1 FF Function Block Application Process Part 2 FF FF
63. 3 3 FF FF Al FF 3 1 2 3 FF FF PID F030201 ai 3 1 FF PID 3 1 FF
64. TARGET ACTUAL PERMITTED NORMAL 4 Ao TARGET ACTUAL ACTUAL TARGET ACTUAL TARGET PERMITTED FF NORMAL FF PERMITTED NORMAL 2 EAC NG O S MAN AUTO CAS RCAS ROUT O S BAD MAN
65. DD F030503 ai 39 Capabilities TI38K02A01 01 2012 06 30 00 Technical Information FouNpAaTioNTM TI38K02A01 01 03 3 09 3 2 FouNpaArloN 2004 10 2 2 2 3 960 m 1440 m 12 6 3 TI38K02A01 01 2012 06 30 00 180 8750 2 9 32
66. DD 3 7 DD DD DD NUM km FF DD F030501 ai 3 7 DD TI38K02A01 01 2012 06 30 00 3 3 30 DDL DD DDL Device Description Language rk IDD
67. DD 2 1 ffo f5 DD 1 sym sy5 DD DD CC DD DD DDL 3 8 DD DD A DD ee
68. DLCEP 1 1 FF VCR 1 2 13 1 1 10 3 kPa F020401 ai 2 13
69. FF BASIC LM Link Master LM LAS BASIC LAS LM 1 LAS 1 LM LAS LAS LM LAS LM LM LAS LAS 2 10 LM LAS 1
70. 5 Ao 7 Ao 2 TAG_DESC 14 10_OPTS SV PV track in MAN 1 SP PV track in LO 2 a 1 Use PV for BKCAL_OUT 5 MODE_BLK AU os NONE agel Sa 16 READBACK Actual 17 CAS_IN J i Permitted O S MAN AUTO CAS RCAS 18 SP_RATE DN eo 20 SP_HLUIM 2 0U1 a ES J J J 6 RCAS_ J 0 0 0 1 l23FsrArETwE Simulate Status 24FSTATEVAL 0 Simulate Value a 25 BKCAL_OUT NT A a 26 RCAS_IN Transducer Value SEDO Normal Shed Normal Return 1 Dtsbe 28 RCAS OUT 29 UPDATE_EVT 30 BLOCK_ALM 0 0 2 wD 5 NE 1 CHANNEL 2
71. AO CAS CAS IN SP AUTO SP RCAS CAS_IN RCAS_IN CAS RCAS CAS_IN RCAS_IN PV_SCALE XD_SCALE EU 0 EU 100 0 100 SP CAS_IN CAS_IN
72. AUTO CAS RCAS ROUT 1 0 CAS MODE_BLK TARGET CAS AUTO 34 2 3 5 MODE_BLK TARGET O S 3 4 AO AO01 AO SP CAU AO TI38K02A01 01 2012 06 30 00 3 3 19 3 5 AO e
73. Virtual Field Device OD Object Dictionary SMIB System management Information Base NMIB Network Management Information Base SMSAP System Management Service Access Point FB FF Function Block RB Resource Block TB Transducer Block VCR Virtual Communication Relationship 2 16 VFD FF VFD TI38K02A01 01 2012 06 30 00 2 2 22 FMS VED FMS YC 0 5 FF FF FF
74. AUTO CAS FF ACTUAL IMAN LO PERMITTED FF PERMITTED O AUTO PERMITTED O 5 MAN AUTO FF 0 100 EU 100 EU 0 UNITS_INDEX DECIMAL_POINT 4
75. F020303 ai 2 11 LAS PCI TI38K02A01 01 2012 06 30 00 2 2 15 2 3 5 LAS LAS PT Pass Token PDU VS PT PDU RT Return Token PDU 1AS LAS
76. Roo a 3 10 3 3 FF Le 3 1 1 3 3 1 Al eees 3 11 020 AO EETSEERIININRTOWKW h 3 16 333 PID uaaiiiiiiiiiiiiiiiaaitiaaaaanaaanaeeseeeeneneaseeeeeeaneaseeeeeaannnseeeeenanesneeeeeaannaas 3 20 3 3 4 3 23 3 3 5 ee 3 25 TI38K02A01 01 2012 06 30 00 3 4 3 5 5 5 555 3 27 3 2 3420 FF 3 28 34 3 ssasiiesrsdisesestesaiasiaiasssateaieaaiaieuaia iainieeses 3 28 ZEDUee 3 29 3 5 1 FA RE cc 3 29 3 5 2 Capabilities uuu 3 31 TI38K02A01 01 2012 06 30 00 1 1 1 1 1 FOUNDATION FoUNDATION
77. FMS FAS FMS Fieldbus Message Specification FAS Fieldbus Access Sublayer gt 1 OSI F020101 ai 2 1 OSI TI38K02AO01 01 2012 06 30 00 2 2 2 OS FOUNDATION FoUNDATION FAS Fieldbus Access Sublayer FMS Fieldbus Message Specifcation 2 FAS FMS 2 2 FOUNDATON
78. FF 22 090 LS Te FF FF FF LAS LAS CD PDU 2 FF LAS 3 3
79. PID AUTO CAS O S PID MAN TI38K02A01 01 2012 06 30 00 3 3 21 PID SP MODE_BLK TARGET AUTO MAN SP CAS IN MODE_BLKTARGET AUTO MAN SP PID GAIN RESET RATE PID P D GAIN RESET RATE PID BAL_TIME 36 2 3 7
80. Link Node Selector 2 4 Link Node Selector ie Link 16 Node 8 FF 0x10 OxFF LM BASIC LM BASIC ee 1
81. Dynamic VIEW 2 Operation Static Static VIEW 3 All Dynamic Dynamic VIEW 4 Other Static Static TI38K02A01 01 2012 06 30 00 3 3 1 1 3 3 FF FF 2 10 FF 3 1 FF 3 4 5 SOE Al D PID AO DO Fe 3 Al AO PID FF
82. VCR NMIB SMIB FMS 2 17 OD 2 9 2 5 2 NN 2 2 2 22 6 NBDM 2W 2E 2 Eb gt gt 2 17 F020405 ai TI38K02A01 01 2012 06 30 00 2 2 23 Extension Attribute Extension DD DD
83. 2 1 LAS 3 1 LAS CL LAS Claim LAS F020302 ai 2 10 LM LAS LAS LAS DL Ox04 TI38K02A01 01 2012 06 30 00 2 2 14 2 3 4 FF LAS EE LAS FF FF LAS
84. 2 F030202 ai 3 2 FF 2 FF 2 oe ZEDC OU FF CHANNEL FF FF a FF
85. DLL HU UL LTT TU LJ LI LU er rm F020202 ai 2 6 TI38K02A01 01 2012 06 30 00 2 2 2 2 3 IEC ISA SP50 a et eA 2 1 5
86. 1 Vp b 1 31 25 kbps 32 us 1 0 N N N N PHL SDU DLPDU DL PDU 0 1 Ce 2 6 8 1 UR
87. DefneVariableList DeleteVariableList 2 9 EventNotification AcknowledgeEventNotifcation Alter EventConditionMonitoring TI38K02A01 01 2012 06 30 00 2 2 24 FMD
88. DD 3 8 DD DDS Device Description Service FMS DD ID DD DD lt DD ManufacturerID ID Device tyDe ID ID ID 3 16 6 ID YEC 594543 9 2 16 4 EX 000C TI38K02A01 01
89. DL PDU 2 6 DLPDU DLCEP RI PT PR k 6 66 t tc0C TD CT TD RQ TD RR CC LAS LAS ss REET TI38K02A01 01 2012 06 30 00 2 2 1 7 2 4 APL Application Layery 2 FAS MS 2 4 1 FAS DLL APL 3 6 FAS APL
90. DLL VCR FAs 3 2 7 3 VCR FAS 2 7 FAS DLL a TI38K02A01 01 2012 06 30 00 2 2 18 FMS
91. FOUNDATION IEC61158 3 4 type 1 MAC Medium Access Control MAC LAS Link Active Scheduler 1 LAS PDU LAS
92. 32 V 400 1 2 F020201 ai 2 5 100 0 I gt 1 b 1 2 1 10 mA 0 5V 10mA X 50 OO 100 O 2 1 20mA 1V Vs
93. LAS O 2 13 2 3 4 eoeoes 2 14 2 3 5 iiiiiiiaaataaseatttaasssseeeeeeaasss saeeeeeeeaaasaaeees 2 15 2 3 6 RTE5 ITWNSNSNRNRTKTT SD 99 SS 6 D 2 16 2 3 7 PDU es 2 16 2 4 ea 2 17 241 EEE EEd EI EQdhHhHh 5 5 55 5 2 17 2 4 2 awwe 2 21 2 5 SMKP uu uuu uuuauuu uaa uu a asasen 2 26 2 5 1 2 26 2 5 2 es 2 26 2 5 3 KKKKK EE EE 5 oo 2 26 eo 3 1 3 1 VFD ee 3 1 3 1 1 _FF VED uuu 3 1 3 2 EE EE EE 3 2 3 2 1 FF Lee 3 2 3 2 2 NO N NREERRNRRRK T T K k 3 6 2 3 7 3 2 4 808 SE9 9 79 9 FE5KK Tl1T ononooe 3 9 32 9
94. TI38K02A01 01 2012 06 30 00 2 2 19 FF 1 1 FF VCR LAS VCR CD VCR DTPDU VCR DT PDU FF 7 LAS CD VCR
95. 2 2 1 0 1 IEC Ethernet 2 2 1 31 25 kbps 31 25 kbps 1992 IEC 31 25 kbps 4 20 mA 2
96. FOUNDATION TI38K02A01 01 2012 06 30 00 1 FOUNDATIONTM TI38K02A01 01 3 eo 1 1 1 1 TO 5 555 555 1 1 1 2 K KK KK 1 3 1 3 FOUNDATION uuu Luauu uu Luu Lau a uaa sca seas 1 5 uu LuLu Lau Luu La uaa rasa 2 1 2 1 2 2 1 0 OS 0 EEEOT TS8 SS 1E RE ERR7 9 9 9 2 1 2 1 2 ee 2 3 2 1 3 VCR io 2 4 2 2 cA 2 5 2 2 1 31 25kbps ee 2 5 AAG 2 6 2 2 3 te 2 7 2 2 4 EEEKRNNNNN ii 2 9 2 3 20 2 10 2 3 1 uci 2 10 2 IDR Od 2 11 2330
97. IEC EC61158 1 FoUNDATION TI38K02A01 01 2012 06 30 00 2 2 1 2 FF FF FF 3 3
98. im sc im g mm ms sm 5 mas im ss 0 mw rg wt mh mm io am m fe 2 mm ga me gm ms ad 62 ia oow iz mm mW ie em we F mmowoeal io mh we km na mol 7 6G 5 gw mm ma ga ne pm ims 3 iog sawt2 es me en mm ee wweal ez neo i gt mW 1 wm we gw Wm mm mw se v 7 kgm ie mw ce w me gm iee kwm sm e ne tel ee ml 24 Q mg im se mo io wmwe ie mm io ee ig ymm9 im h io Mg iz mn im a Wi ee 3 mW 0 ig ie ym F im mmm ie NE EE EE EE EE EE EE EE EE ET 1 r DO J TI38K02A01 01 3 26 2012 06 30 00 3 3 27 3 4 F FOUNDATION
99. 2012 06 30 00 3 3 31 3 5 2 Capabilities FF cff CFF Common File FormaU 39 fo
100. 25 BAL_TIME 26 RATE 27 BKCAL_IN 28 0UT_HILLIM 29 0UT_LO_LIM 30 BKCAL_HYS 1 PID2 CONTROL_OPTS SP PV track in MAN SP PV trackin ROUT SP PV 3 PID1 PID2 37 TRK_SCALE EU 100 EU 0 Units Index 31 BKCAL_OUT Decimal Point 38 TRK_IN_D 39 TRK_VAL 40 FF_VAL EU 100 EU 0 Units Index Decimal Point 5 5 5 Sl HI_LIM 52 LO_PRI 53 LO_LIM 54 LO_LO_PRI 55 LO_LO_LIM 56 DV_HI_PRI 57 DV_HI_LIM F030306 ai 34 SHED_OPT 41 FF_SCALE 42 FF_GAIN 43 UPDATE_EVT 44 BLOCK_ALM 45 ALARM_SUM 46 ACK_OPTION 47 ALARM_HYS 48 HI_HI_PRI 49 HI_HI_LIM 60 HIL_HI_ALM 61 HI_ALM 62 LO_ALM 63 LO_LO_ALM 64 DV_HI_ALM 65 DV_LO_ALM tracking in LO or IMan 1 FF
101. EE FOUNDATIONTM Technical Information TI 38K02A01 01 YOKOGAWA 2003 3 YK 2012 6 3 YK FOUNDATIONTW FF FOUNDATION
102. FAUL_STAIE 29 SETFSIATE OFFO _ 30 CLRFSTATE _ OFfO 131LMAXNOTFY 3 ALARM_SUM 4 GRANT_DENY 5 HARD_TYPES 6 RESTART FEATURES 1 Beedmlllml 0 85ACKGPHON AuoAckEnsbled 39WRTEPR 0 40 WRTE ALM LTHKVER F030307 ai 1 FEATURES_SEL Fault State supported 3 5 AO 2 1 1 FF TI38K02A01 01 2012 06 30 00 3 3 24 3 9
103. KO OS Low Cutoff 14 STATUS OPTS Propagate Fault Forward 15 CHANNEL 1 17 LOW CUT ET TT MT ET 6 BLOCK_ERR ATT TE ET DE ET TT F030304 ai TI38K02A01 01 3 14 2012 06 30 00 3 3 15 FF TI38K02A01 01 2012 06 30 00 3 3 16 3 3 2 AO AO AO
104. PID AO F010101 ai 1 1 TI38K02A01 01 2012 06 30 00 1 1 3 1 2 TCO Total Cost ofOwnership 1 2 4 20 mA 1 1 k PU MM 4 F010201 ai 1 2
105. UT 3 6 PID BKCAL_IN ROUT_IN IN RCAS IN BKCAL_OUT RCAS_OUT IN FF_IN CAS RCAS BKCAL ROUI lt OUT FF F030303 ai 3 6 PID PID O S MAN IMAN LO AUTO CAS NRCA9 OROUI PID AO PID AO O 5 MAN LO Man Initialization Manual PID AO
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