GasCVD® 天然ガスカロリーメータ （天然ガス、LNG13A） Model CVM400
Contents
1. 2 1 1 mol96 LNG 0 M NG 3A 3A Ne 3A OIML LNG C3 C4 CH4 C1 80 100 80 100 85 100 86 93 86 100 86 93 CaHe C2 0 1 1 1 1 0 9 0 0 2 6 CsHg C3 0 5 0 5 0 4 0 8 0 9 0 4 Ca C4 0 2 0 1 2 0 2 0 0 5 Na 0 Z 0 Z 0 1 0 0 0 1 0 0 8 COg 0 0 1 8 0 0 0 0 Cl gt C22CI2 1C1 gt C Cd C1 gt C Cd C1 gt C C4 C4 C4 C4 0 4 CG C3 CIE0 4 C2 0 7YC CS2. GasCVD GasCVD RG po a A Q
3. 9 CO Q 2 3 Piping WARHNING 3 1 Before you start mw 95GVBOWAHNNG s RE 4
4. support vector regression SVR ATEX IEC Ex KOSHA NPT 1 8 F TIIS Re 1 8 ATEX IEC Ex KOSHA NPT 1 2 F M20 70000 5 TIS G1 ATEX IEC
5. o 2y 5 10C 50C 30C 6 983hPa 1043hPa 3OhPg 40ml min 60ml min 10ml min Na 2 Rn
6. Lh DC 3 nas 83 3 Ns Q GasCVD O N GasCVD
7. OE l 8 TT gt GasCVD ES 6RGSiNMUUBN9O9 9 es _ a gt lt 1 i A a
8. 5 6 OIML R140 CVDD L F 1 mm URL http Www azbil cOom jp product cp order html 100 6419 011 781 5386 O282 290 1400 7 3 052 324 977 06 688 1 3331 O48 6821 5070 03 6810 1211 8 2012 11 4 2015 10 082 554 0750 N 093 285 3530
9. GasCVD ATEX IEC Ex TIIS CVM400 1 8 NPT Rc 1 8 1 2 NPT M20 G 1 5 OIML MID TIIS 4 IML R140 CVDD G G13A C3 GT3A G1T3A C4 15C 15C 0C 0C 55C 0C 0C 20C 15C 0C 55C 20C SCV MJ m3 WI_Hs MJ m3 WI SOCV RD ICV MJ m3 WI_Hi MJ m3 WI SCV RD 1 OIML R140 CVDD 15C 15C 1 3 G1 6 4 TIS
10. IECEx ATEX Z0NE 1 TIIS 3 4 0 9096 5 0 1MJ m3 OIML R140 CVDD 30 50ml min LNG 0 9096 5 50mL min Typ 0 9096 096 90 5 6 CVM400
11. 9596 RH ADC 18 2 5kg 0 NBR SUS304 SUS304 UTCD 0 GasCVD 4 20mA 39 0UTPUT MS 0UT eo Gas Outlet lt Open to the ai _ DC24V 24V 24V I Power supply ss _Dc 24V 24V Es L Power supply STATUS we ee ca pr DC24V 24V CALB 0 T Powersupply py PE 0P 5 FLOW METER CONDITIONNO ID Flow rate_ yr 9 PRESSURE 1 PRESSURE 50410 mtmin REDUCING i INDICATOR VALVE EE s SAMPLING WE RD BP lt PROBE n NC SOLENOID VALVE s
12. Me x 27 http www azbil com jp
13. 2 3 Piping Piping leak check PHS 3 2mA HART OFF
14. MJ m3 CommStaff HART 475 DC24V 1096 0 3A DC 20mA DC24V 1096 50mA 3 DC24V 1096 1A JIS C 1803 1995 JIS Z 8103 2000 eo NE 39 985 ADC 18 10C 50C ADC 12
15. Ex KOSHA IEC IP66 TIIS IP66 ATEX IGGExdIIBT6 GbD 12D Ex tb IIC TB0C Db IEC Ex Ex d IIB T6 Gb Ex tb IIC TB0C Db TIIS Ex d IIB TX KOSHA ExdIIBT6 LCD 5 SCV HHV MJ m9 ICV LHV MJ m3 WI MJ m9 W SCVRD WI 1ICV yRD OIML R140 CVDD LNG 6 t1 t2 0C 0C 15C 0C 25C 0C 37 47MJ m3 SCV HHV NG 33 43MJ m3 ICV LHV OIML 48 58MJ m3 WLHs MJ m9 LNG 43 53MJ m3 WI_Hi MJ m LNG13A t1 t2 15C 15C 20C 50C 25C 20C LNG13A_CS 35 45MJ m3 SCV HHV LNG13A_C4 31 41MJ m3 ICV LHV 990 MJ m3 1 1 41 51MJ m3 WILHi MJ m3 2 LNG13A t1 t25 0C 0C 15C 0C 25C 0C 39 49MJ m3 SCV HHV 10C 50C 35 45MJ m
16. 3 0 6 Cd C4 C4 0 6 C3 0 2YC C0 1 CO 1 0 CGC4 C4 0 3 C4 0 4 C1 95 C4 COg 0 6 C0B 0 3 N2 0 0 8 C4 gt 1 C4 0 35 C4 C0 GasCVD ISO6976 1895 t1 t2 SCV _ICV WI_LHs WI_LHi LRV URU MJ m3 LNG A F G H J K Oo a LNG13A LNG13A LNG13A LL a t1 t5 OIML LNG C3 C4 1 15C 15C SCV 35 45 35 45 37 47 37 47 37 47 37 47 4 20 20 4 WI_Hs 44 54 48 58 8 ogC 0C 7 ICV 31 41 33 43 33 43 A WI_Hi 40 50 43 53 0C 0t SCV 37 47 39 49 39 49 39 49 39 49 3 5C 0C 4 WI_Hs 48 58 50 60 5 0C 0C 7 ICV 33 4
17. 3 35 45 35 45 A WI_Hi 43 53 45 55 t17t 0C 0C 3 96reading ES LNG A 9 a 3A i 3A a 3A i OIML NG Cg C4 9 1 596 196 19 19 1 596 196 4 0 29 0 596 0 29 0 29 0 29 0 296 5 0 29 0 396 0 296 0 296 0 596 0 296 6 0 29 0 596 0 29 0 296 0 596 0 296 4 0 29 0 596 0 296 0 596 0 596 0 296 JIS C 1803 1995 JIS C 1803 1895 3 ISO6976 1995 SCV WI_Hs ICV WI_Hi 4
18. 3 ICV LHV 110kPa abs GasCVD 56 6OMJ m3 WILHs MJ m3 45 55MJ m3 WI_Hi MJ m3 2 50 10mL min t1 t2 15C 15C 20C 50C 25C 20C 2 37 47MJ m3 SCV HHV 50mL min 33 43MJ m3 ICV LHV 110 kPa 48 58MJ m3 WI_Hs MJ m9 abs 43 53MJ m3 WI_Hi MJ m WI SCV yRD 1um 1mg m3 2 WI ICV yRD 20C 20C 4 1 SCV MJ m9 WLHs MJ m3 ICV MJ m9 HART 7 0 WI_Hi
19. No SS1 CVM100 0100 4 SDecification GasCVD LNG13A Model CVM400 GasCVD CVM400 20 1 OIML R140 Calorific Value Determining Device CVDD OIML RH140 CVDD 2
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