GasCVDTM 天然ガスカロリーメータ Model CVM400 取扱説明書
Contents
1.2. 99 995 50 mL min 20 1 500 mL
3. 2 3 3 1 23 vn TXT A
4. mia DC24V CALIB r 50 10 ml min 110 kPa abs NC gag AFTE Pa at ASG NO 3 NO NG NC 110kPa abs 50 10 mL min GasCVD GasCVD
5. GasCVD ATEX NPT 1 8 F IEC Ex NPT 1 8 F TIIS Rc 1 8 ATEX NPT 1 2 F M20 IEG Ex NPT 1 F M 0 TIIS G1 2 ATEX IEC IP66 IEC Ex IEC IP66 TIS IP66 ATEX Il 2G Ex d II B T6 Gb II 2D Ex tb IIIC T8OT Db IEG Ex Ex d IIB T6 Gb Ex tb IIIC T8OT Db TIIS Ex d IIB TEX LCD 5 SCV MJ m OIML R140 CVDD t1 t2 OT 0C 15C 0C 25C 0C 37 47 MJ m t1 t2 150 15C 20C 20C 25T 20C 35 45 MJ m LNG 13AHA t1 t2 OT 0C 15C 0C 25C 0C 39 49 MJ m t1 t2 15C 15C 20C 20C 25C 20C 37 47 MJ m
6. 2 3 3 1 D 2 3 34 O
7. E AN S Q GasCVD
8. WW UI D O 35 GasCVD GasCVD GasCVD SPECIFICATION SPECIFICATION
9. 4 1 SCV 2 3 4 1 2 1 GasCVD 2 3
10. 22 S0 S21 22 5 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 SCV 1 I HART SCV DISP DISP DISP IA IA TA TA TA IA TA IA TA IA IA TA TA I 5 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 14 SO SO SO S1 SO S2 S0 S3 SO S4 SO S5 SO S6 SO S7 SO S8 SO S9 S0 S10 SO S11 SO S12 SO S13 SO S14 SO S15
11. Q GasCVD GasCVD GasCVD mk 99 995 GasCVD
12. 12 3 3 PHS GasCVD 50 mL min 10 mL min KI GaCVD ON GasCVD DC24V ON 10 OUTPUT
13. 20 1 OIML H140 Calorific Value Determining Device CVDD OIML H140 CVDD 2 CVM400 IECEx ATEX ZONE1 TIIS 3 4 9096 LNG193A
14. 1 3 GasCVD 20imA o Hi i an NN Nay N a RE DC24V 3 1 Lt DC24V O TI Cf TA N Jb kania N 50 10 mL min gt CH 1 4 GasCVD LCD LI E N ng pika SE Dp GasCVD GasCVD NA
15. alarm 16 Diag status read 0x00000000 Auto cailb Start Stop read First calib time read write Next calibration time read Auto calib Start Stop operation read write CF reset read write 28 Hold time 20 First calib time 13 k Interval 1 H MAT IJ m3 e IU Lo 25 50 75 100 0 N T 1H5 NA VJ mj LULL LO 25 50 75 1004 J SCV First calib time gt Hold time Hold time 4 A i A A A i i i jOFF ON jOFF CALIB ON IOFF ON 1OFF STATUS DO O OFF OFF
16. 10 NEE DC DC CALIB 26 4V DC max 1A max STATUS 26 4V DC max 50mA max GasCVD GasCVD 1000 3 1 GasCVD
17. 23 WH
18. OIML R140 Upper Lower alarm Safety Metrology approval Baa S NN SCV Iyan E nana a PATI AA a STATUS DO i a 23 4 5 5 SCV Device gt Detailed setup gt Calibration 4 5 5 1 DAC E 0 03 FS 2500 0 005 HARTP
19. PHS 3 2 mA HART OFF GasCVD
20. 8 GasCVD 1 8NPT F Rc1 8 GasCVD SUS316 SUS316 SUS316 1 8 NPF F Rc 1 8
21. 1 0 99 1 01 CALIB OFF HOLD time HOLD time Calib LCD Log 26 Device gt Detailed setup gt Calibration gt Manual calibration GasCVD
22. 2 5 2 GasCVD 31 33 O 80347035 00100 80347036 00100 80347052 00100 80347037 00100 1 8NPT 80347038 00100 Rc 1 8 80347038 00200 O 80347039 00100 0 O 0
23. CF CF reset CF CF 1 00000 galarm 16 Diag status read 0x00000000 CALIB simulation read write CF reset read write o SCV Hold time y ON OFF i CALIB Ci Uu EE ON STATUS l DO 27 Device Detailed setup Calibration Auto calibration Hold time
24. 2 Config temp alarm read write 50C 70C 50 50C 70C 70C Calib status read 31 1 STATUS DO 1L_ T L T LO 494 0 7 GasCVD 3 Calib log Error log Config log SCV 5 Device Device status Log Calib log view read 5 5
25. Calib log clear read write Error log view read Error log clear read write Config log view read Config log clear read write 5 GasCVD Latest SCV at PD read SCV 32 5 5 1 GasCVD OIML R140 90 4 5 5 3
26. 3 2 D O D 3 O 2013 Azbil Corporation ALL RIGHTS RESERVED
27. 2 3 Ata nag ga GasCVD
28. CALIB simulation Calib Hold time CALIB simulation continue 10 OPEN Hold time 2 120 Hold time read write Hold time Hold time 20 Hold time gt gas replace timeX2 a a Preparation time Manual calib start Manual calib start read Hold time write Manual calib start CF CF view read CF 1 00000
29. 2 CALIB output read OPEN CLOSE CALIB type read NO N O GasCVD NC GasCVD CALIB simulation read write Diag status read OPEN CLOSE CALIB 10 CONTINUE 2 16 Ox00000000 22 HART 4 5 4 HART Device gt Detailed setup Output condition
30. ATEX 1 CE 0344 ex DEKRA 11ATEX0036 X II 2G Ex d IIB T6 Gb II 2D Ex tb IIIC T80 C Db 20C lt Tamb lt 50C IP66 2 EN 60079 0 2009 EN 60079 1 2007 EN 60079 31 2009 3 3 1 IEC 60529 TP 66 Ex dida Ex d CH 3 2 CVMxxx xyxxxx y 1 1 2 NPT 3 3 3 4 GasCVD 110kPa abs CI 3 5 20C 50C KK K K K K K kK kK k k K K K k k k k K K K k k k k k K K k K k k k K K K K K k k K K k kK k k k K K K kK k k k K K K K k k k k K k K k k k k K K K k K k k K K K k kK k k K K k kK K k k K K K k K k k k K K k K k
31. GasCVD GasCVD ON GasCVD GasCVD D O
32. 4 JIS C 1803 10C Tamb lt 50C GasCVD A 1 10C 50 110kPa abs OIML vi 1 2 Ha GasCVD CVM400 GasCVD OIML R140 4 5 99 995 Azbil HART HART HART HART 475 CommStaff azbil
33. SPECIFICATION PROM PROM RAM RAM 36 LCD SCV
34. rr J 105 HAR TEMAL CO maa o o oM 4 HART HART GasCVD HART a a 4 1 4 1 1 N YIH HART GasCVD 4 20 mA GasCVD g 7 TAK jai HART 4 1 2 GasCVD HART ON GasCVD No Device Found
35. 300kPa 10 24 GasCVD GasCVD 1 2NPT F G1 2 F TTIIS O vn f mar at N
36. 110kPa abs GasCVD 50 10mL min _ 1 um 1mg m ADC 12 SIR 20 ADG 12 20C ADC 12 0 NBR 39 985 m SUS304 BRER SUS304 IOC 50 HTCD HIA 9596 RH 25kg 0 0 29 OIML R140 CVDD 0 96
37. SCV CALIB CALIB SCV SCV SCV SCV 37 SCV A 1 No SS1 CVM100 0100 2 GasCVD LNG13A Model CVM400 GasCVD CVM400
38. 10 SCV OUTPUT GasCVD GasCVD OFF 2 GasCVD GasCVD GasCVD GasCVD 3 4 25 50 ana 100 75 5 5 X1000 X10 X100 Yo 16 7 lt
39. 24 u onfig proc alarm Upper alarm Upper alarm valu 100 DIE 5 Lower alarm value 50C aa Upper alarm value 70 3 1 Process variables 2 Device 3 Diagnostics 1st 2nd 3rd 4th 5th 6th Device setup 1 Process variables Process variables 1 PV SCV 2 PV 3 PV A0 4 Sensor temp 2 Device Device 1 es Basic setup 1 Device Tag 2 Unit 3 t142 4 LRV 5 URV 2 Detailed setup gt Detailed setup 1 Sensors 1 Micro oven temp SP 2 Sensor temp 3 Rh 4 Rud 2 Signalcondition lt Sg 1 Unit 2 LRV 3 URV 4 PV O 5 Damping 3 Output condition Output condition i Analog output An 1 PV H AO 2 Loop test 3 Fail safe direction 4 Fail safe simulation 5 Output low limit 6 Output high limit 7 Diag status 2 Digitaloutput
40. 2500 GasCVD 21 6VDC Online 4 1 3 GasCVD HART On line gt T Device enter 1 Manufacturer Model Device ID Device ID GasCVD serial number GasCVD Device Tag Long Tag Date Descriptor Message S
41. A 1 1 Specification C H lt 11mol96 CsHg lt 5mol96 Ct lt 2mol OIML R140 CVDD C lt 1 2 mol96 N lt 7mol CO lt 2mol96 HARHT 7 0 LNG13A CommStaff HAHT 475 CH 2 80mol9 6 DC24V 1096 0 3A C H 16mol9 6 E D DC4 20mA CHa 8mol96 DC24V 10 50mA C4 8 6mol96 DC24V 10 N lt 0 05mol96 1A CO lt 0 01mol96 xX 0 05 N C0 0 5mol9 SCV trim 0 1mol9 0 2MJ m E 10C 50C
42. CommStaff JI kN N Wes Te Cor GasCVD X Device Detailed setup Calibration Analog output trim gt D A trim Device Detailed setup gt Calibration Analog output trim Scaled D A trim 24 D A trim HART Communicator OK 4 mA OK OK No Yes
43. G1 6 4 TIIS 5 A 1 3 5 OIML MID mm A 2 GasCVD ISO6976 1996 t1 t2 NG Natural Gas t1 12 15C 15C 20 C 20C 25C 20C 0C 0C 15C 0C 25C 0C LNG 13A 35 45 37 47 t1 12 15C 15C 20 C 20C 25C 20C 0C 0C 15C 0C 25C 0C 37 47 39 49 SCV Pap OIML 80mol LNG z 80mol 11mol lt
44. Sensor temp C read Ri read 60 R Rua read 60C Ru 4 5 2 Device gt Detailed setup Signal condition Units read MJ m3 LRV read URV read 0 100 PV 26 read YE S Damping read write 20 4 5 3 Device gt Detailed setup Output condition gt Analog output 4 mA 20 mA 2mA 0 100 20 8 mA 5 105 2 4 mA 21 6 mA 10 110 PV AO read mA GasCVD 4mA 4 mA 0 20 mA 20 mA 100 4 8 gt 12 gt 16 20 mA 20 mA
45. GasCVD GasCVD GasCVD A DC GasCVD ON GasCVD 3
46. LNG13A 0 396 1 596 OIML R140 CVDD OIML R140 CVDD 176 CH 80mol96 LNG13A 196 GasCVD 4 20 MA 4 o DN NN EE N7 mka DC 24V 3 pg DC 24 V Baa AA a apa hir CH 50 10 mL min 3 A 1 2 CVM400 1 8 NPT F Rc 1 8 1 2 NPT F M20 G 1 2 OIML R140 CVDD 1 1 5 C2 M 1 0 1 2 LNG13A 6 OIML R140 CVDD ARE 15C 15C 0C 0C 25C 0C 20C 20C 15C 0C 25C 20C 1 OIML R140 CVDD 15C 15C O 1 3
47. SO S16 SO S17 SO S18 SO S19 SO S20 SO S21 SO S20 S21 i 1 m mm mmn mum mmmmmmm Ur TUTTI on Un TT Hmmmmmmmmmmmm Hmmmmmmmmmmmm UTIN Un UU mun dl CUTE ananaaaa OOll Paraan L mmmmmmmmmmll J 165 MI m3 LLLLLU o 25 MJ m SCV 105 o 75 SCV SCV t SI mr LI OALA 155 ENERE 0 25 50 SCV o o o o o ma MIm 50 SCV 5 Jigal CLLLLI o 25 75 100 50 igsi JBL LLLLLLI 0 25 50 75 100 SCV FAILSAFE STATUS CALIB Lu FHILSI FAILSAFE STATUS LA b5IM 25 50 100 CALIB
48. 20 mA OK OK No Yes D A trim 4 000 mA 1 000 V 20 000 mA 5 000 V 4 1 0001 4 9999 4 5 5 2 GasCVD SPEC GasCVD SCV SCV SCV zero trim 1 SCV Device gt Detailed setup gt Calibration gt SCV trim SCV 2 MJ m
49. 5 50mL min OIML R140 CVDD 30 50mL min 5 6 70000 5 CVM400 support vector regression SVR
50. 4 9 Device Device status LCD STATUS LCD 4 9 1 GasCVD Device gt Device status gt Diag status 6 4 9 2 Device Device status gt Operating time GasCVD log 2 Total operating time noo Latest operating time ON 4 9 3 Device gt Device status gt Device alarm Temp alarm status read
51. Hold time read write 20 0 24 24 1 180 Interval read write 1 7 LCD CF CF view read CF 1 00000 CF CF reset CF CF 1 00000
52. 2 1 GasCVD GasCVD 1 M8X10 mm 2 2 2 GasCVD GasCVD GasCVD 10 2 3
53. nanana A 1 1 A 2 A 2 1 viii GasCVD GasCVD SCV SVR Support Vector Regression GasCVD SCV 4 20 mA HART 1 1 GasCVD 1 GasCVD 2 1 3 M8X10 mm 2 4 CD ROM
54. ON OFF First calib time Interval 29 4 6 Device Device information Manufacturer read Azbil Model read CVM400 xxxxXX XXXX X Device ID read XXXXXX GasCVD serial number read 32XXXXXX Device Tag read write 8 Long Tag read write Date read write 32 mm 2 dd 2 VyVy 4 Descriptor read write 16 Message read write 32 Serial number read 0 Final assembly number read write Distributor read Config change counter read Revision number Write protect Production No read I Software version HART
55. 2 MJ m7 0 001 SCV trim read write MJ m 0 025 ENTER SCV trim value reset SCV trim read write 0 MJ m GasCVD 39 77MJ m3 a GasCVD 39 47MJ ms SCV 39 47MJ m SCV 39 47MJ m3 2 GasCVDoutput_SCV MJ m3 GasCVDoutput_SCV MJ m3 35 37 39 41 43 45 35 37 39 41 43 45 Process gas_SCV MJ m3 Process gas SCV MJ m3 SCV tim SCV tim 0 3 MJ m 25 4 5 5 3 99 995 1 4 5 99 995 Hold time 20 50 mL min
56. Other 3 2 mA 20 8 mA 10 GasCVD Fail safe direction read write 2 4mA 10 21 6mA 110 2 4 mA 10 3 2 mA 5 20 8 mA 105 16 Diag status read 0x00000000 Loop test read write Fail safe simulation read write Output low limit read Output high limit read 21 GasCVD STATUS CALIB
57. 20 8mA 105 SCV 3 2mA 5 gt CF CF SCV gt SCV STATUS STATUS
58. gt Digital output 1 STATUS output 2 STATUS type 3 STATUS selection 4 STATUS simulation 5 CALIB output 6 CALIB type 7 CALIB simulation 8 Diag status ls HART output HART output 1 Polling address 2 Loop current mode 3 Num req preams 4 Num res preams 4 Process alam Process alarm 1 Proc alarm status 2 Co 1 Lower alarm value 2 Upper alarm value 3 Hysteresis 0 to 5 4 Diag status ls cambraton calpramon 1 Trim analog output 1 D A trim 2 Scaled D A trim 2 SCVtim SCV irim 1 es SCV trim 1 SCV raw 2 Leud 2 00 3 PV SCV 4 Diag status 2 SCV trim value reset 3 Manual calibration gt Manual calibration 1 CALIB simulation 2 Hold time 3 Manual calib Start 4 CF view 5 CF reset 6 Diag status 4 Auto calibration Auto calibration 3 Device information Device information 1 Auto calib Star Stop 1 Manufacturer 2 Hold time 2 Model 3 First calib time 3 Device ID 4 Interval 4 GasCVD serial number 5 Next calib time 5 Device Tag to cali 6 Long Tag e SAD 7 Date 7 CF view 8 Descriptor 8 CF reset 9 Message 9 Diag status 10 Serial number 11 Final assembly number 12 Distributor 13 Config change counter e COO e Revision number 1 HART version 2 Device revision 3 Software revision 4 Hardware revision 16 Write protect 17 Production No 18 Software version 1 OIML SW ver 2 Operation S W ver 4 Miscellaneous 7 Miscellaneous 1 Maximum device variables 2 Extended field device status 3 Device profile Device statu
59. 1 500 mL GasCVD 2 2 CALIB ON LCD Calib SCV Hold time 4 CFs 0 99 1 01
60. 2 Device gt Detailed setup Output condition Digital output STATUS output read STATUS STATUS type read write STATUS OPEN CLOSE NO NO OPEN CLOSE NC CLOSE OPEN STATUS selection read write STATUS simulation read write OPEN CLOSE 10 Continue
61. gt HART output Polling address read 0 Loop current mode read Num req preams read 5 Num res preams read write 5 GasCVD Device gt Detailed setup Process alarm LCD STATUS GasCVD log Proc alarm status read 3 bigas 5 100 0 DIE Config proc alarm read write 0 105 100 0 5 1
62. 16mol lt 5mol lt 2mol lt 8mol lt 6mol lt 7mol lt 0 05mol X lt 2mol lt 1 2mol lt 0 01mol CH4 gt CoHg gt C3Hg gt C4 OIML 0 2 0 2 0 05 Nz CO lt 0 5mol9 SCV trim 0 1mol 0 2MJ m3 LNG 0 3 1 5 1 A 2 1 1 CM1 CVM100 2001 _ GasCVD Model CVM400 2013 1 2013 6 2 T Azbil Corporation
63. Device gt Device information Revision number 4 HART version Device revision Software revision Hardware revision Revision number read Device gt Device information gt Write protect NO Not Write Protected Not supported at present GasCVD Device Device information Software version 2 S W OIML S W version Write protect read Software version read SH AA Operation S W version 10 10 11 11 30 4 7 Device gt Miscellaneous Maximum device variables read 1 Extended field device Status read 0 Device profile read Process Automation Device 48 Device gt Review GasCVD
64. CM1 CVM100 2001 GasCVD Model CVM400 azbil 1 1
65. EE DC GasCVD DC 24 V ka s th wh mai TIN DC 24V CALIB D DC 24V Ic CALIB CALIB STATUS STATUS x 4 4 24V 24V OUTPUT OUTPUT DC24V 10 2500 5400 GasCVD
66. Gas CVD Na RA Ka an ND an DRE EK Ba NLANG a kA 3 AA 4 2 1 GasCVD NGA i KP Nii a 4 LON ON Eee ee ee 5 6 A E TE EE E E 9 12 3 1 12 Hap AA 13 O AA AA 13 ad BP 2G ABAD GAB IRAN KARA A DA DGK ADAN A AID RAN ADA AD GAD 14 HART 17 4 1 Ee ee a iiii i ki sa iii st 17 All ID REDEN naaa KALA a a AK ha bh aa BABAYE 17 dl ORE AN AG ENNA PANG NGARAN AU NS DULA 17 413 SSE Ka pa AG RG E 18 43 No ARE NE aa BG AG ARR BLG GA PRA 18 AA NE 20 ti SSe AA 20 45 Aa 20 I e a E A 20 20 BA APA PS 21 45 4 RS SE SR 23 455 a AWA a vay AA RN 24 4551 PEE IT ppa GN BILAN NG GG NAWANG PLA 24 4 5 5 2 25 4 5 5 3 26 NG TIARA DANE a AG GA AL RG NABA KANG AD KA 30 Nak aa AP AP 31 CD AA 31 Co a iea ea e a E E a E E e E E 31 AO AA 31 4 9 2 nnna nannaa 31 a HA AP 31 AOA TO pati Naa TA NA AMA PA AN NANG AG NAN NA MA ANNA NG AA 32 Vii a A E E EEEE T E E E E 33 5 2 oonan nnana eeaeee 33 6 co 36 A1
67. K K k k k K K K K k k k K k k k k TIIS 1 Ex d IIB T6 X 2008 3 3 1 TIIS 3 2 GasCVD 110kPa abs max 3 3 10 50C KK K K K K k k k k k K k k k k k k K k k k k k k K K k K k k k K k k Kk k k K K K K k k k K K K K k k k k K K K k k k k K K K kK K k k K K K kK K k k K K K K K k k K K K k K k k k K K k K k k k K K k K k k k K K K K k k k K K K K K k k K K k K K OIML R140 o 100 0 0 4 5 4 10C 40C CO lt 2mol Ng lt 7mol Cj lt 1 2mol A 2 SCV 49 4 vi 1 a AA AA AY 1 IA AY 2 13 GasCVD ME LATA 3 IA
68. erial number Final assembly number Distributor Config change counter Revision number Write protect HART Production No I Software version 2 OIML Fail safe direction SCV trim 0MJ m o CF al C l Config proc alarm Hysteresis 0 to 5 42 ld time Interval 7 1 CF5 1 5 1 00000 Config proc alarm Lower alarm Lower alarm value 0 e Hold tim 205 First calib time
69. k k K K K K k k k K K kK K k k k K K k K k IECEx 1 IECEx DEK 11 0016X Ex d IIB T6 Gb Ex tb IIIC T80C Db 20C lt Tamb lt 50C IP66 2 IEC 60079 0 2007 IEC 60079 1 2007 IEC 60079 31 2008 3 3 1 IEC 60529 TP 66 Ex d Ex d 3 2 CVMxxx xyxxxx y 1 1 2 NPT 3 3 3 4 GasCVD 110kPa abs 3 5 20C 50C KK K K K K K k k k k K K k k kK k k k K k k K k k k K k k K k k k K K k kK K k k K K K K k k k K K K K k kk k K K K k k k k K K K k K k k K K K k K k k K K K k K k k K K k k K k k k K k k K k k k K K k kK k k k K k
70. s 1 Diag status 2 Operating time 3 Device alam Devico alarm 1 Temp alarm status 2 ex Co 1 Lower alarm value 2 Upper alarm value 3 Diag status 13 Calib status ktog i 1 Calib log view 2 Calib log clear 3 Error log view 4 Error log clear 5 Config log view 6 Config log clear Latest SCVatPD tat ino 2 SCV at PD 2 Diag setup Not available 4 3 GasCVD PV SCV read PV 26 read F S PV AO read mA Sensor temp read 44 Device Basic setup Device Tag read write 8 Unit read MJ m3 t1 12 read A 2 LRV read 0 URV read 100 4 5 4 5 1 Device gt Detailed setup Sensors Micro oven temp SP read 60C GasCVD 10 50C
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