0
2 3 3051SFA ProBar 6 3095MFA Mass ProBar 7 485 9 12 405 16 3051SFC 18 3095MFC 22 1195 26 1495 1595 1496 1497 29 1495 32 1595 33 1496 36 1497 38 1
50% Dieterich Standard Inc.(DSI) (Annubar, ) 3051 3095 Probar MassProbar,. 2 (50 ) 72 (1800 ) 405 ½ (10 ) 8 (200 ) ½ (10 ) 1½ (40 ) 1495 1595 1496 1497 2 (50 ) 30 (760 ) 2
(APT) 10 T 3
1970 T 30 I II II+ T II+ 485 485 II+ 3%,485 5 New Annubar 10 DCR+25 Diamond II T 485 Itabar Veris / Preso 485 0.0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 II+ 1.0(DCR+25 = 1.0) II+ 485 II+ 485 T Torbar 4
3051SFA ProBar 3051S 485 ±0.90% ±1.4% (FOUNDATION ) 3051SFA ProBar 3095MFA Mass ProBar 3095MV 485 ±1.0% 3095MFA Mass ProBar 485 T ±0.75% Flo-Tap 485 5
±0.90% ±1.4% ±0.1% 8:1 1 2 8 (50 200 ) 2 6 36 (150 900 ) 3 12 72 (300 1800 ) (d) (R d) ( ) 1 6000 0.590 2 12500 1.060 3 25000 1.935 R d = d v ρ µ ±2.2% 500 F (260 C) 1250 F (677 C) 850 F (454 C) 3051SFA ProBar -40 185 F (-40 85 C) -4 175 F(-20 80 C) -50 230 F (-46 110 C) -40 185 F(-40 85 C) (1) ANSI 600 ( 100 F 1440 / ( 38 C 99 )) ANSI 2500 ( 100 F 6000 / ( 38 C 413 )) 4 20 (4 20 ) 10.5 42.4 9.0 32.0 1 1A 2A 3A 0.5 inh 2O 0.5 inh 2O 25.0 inh 2O 0 inh 2O (1.24 mbar) (1.24mbar) (0.0623 bar) (0 mbar) 1.3 inh 2O 2.5 inh 2O 250.0 inh 2O 0 inh 2O (3.11 mbar) (6.23 mbar) (0.62 bar) (0 bar) 5.0 inh 2O 10.0 inh 2O 1000.0 inh 2O 0 inh 2O (12.4 mbar) (24.9 mbar) (2.49 bar) (0 bar) 2 T () 0 60 = 43.5 ( 10.5) HART 250 (1) 6
1A 0.5 2000 / 2 (0.03 138 ) 2A 3A 0.5 3626 / 2 (0.03 250 ) 0 100 HART 4 20 ( A) NAMUR ( 2) ( D1) 2 21.75 3.75 NAMUR (1) 22.5 3.6 (2) 20.2-23.0 3.6-3.8 (1) NAMUR NE 43 (1996 6 27 ) (2) 0.1 0.1 ( F) AI ( F) 9.0 32.0 ( ) 17.5 1A 2000 / 2 (138 ) 2A 3A 3626 / 2 (250 ) 3 (1) ANSI/ASME 150 285 (20) 275 (19) ANSI/ASME 300 740 (51) 720 (50) ANSI/ASME 600 1480 (102) 1440 (99) 100 F (38 C) DIN PN 10/40 580 (40) 580 (40) DIN PN 10/16 232 (16) 232 (16) DIN PN 25/40 580 (40) 580 (40) 246 F (120 C) (1) / 2 ( ) 3095MFA Mass ProBar ±1.0% ±0.1% 8:1 1 2 8 (50 200 ) 2 6 36 (150 900 ) 3 12 72 (300 1800 ) (d) (R d) ( ) 1 6000 0.590 2 12500 1.060 3 25000 1.935 ± 0.1% 500 F (260 C) 1250 F (677 C) 850 F (454 C) 7
-40 185 F (-40 85 C) -4 175 F(-20 80 C) -50 230 F (-46 110 C) -40 185 F(-40 85 C) (1) ANSI 600 ( 100 F 1440 / ( 38 C 99 )) ANSI 2500 ( 100 F 413 / ( 38 C 99 )) 4 20 (4 20 ) 11 55 4 20 HART 4 20 HART 7 10 10 14 T () 0 29 = 11.0 0.022 HART 4 20 ( A) 3.75 21.7 3626 / 2 (250 ) (FM) 1 I 1 B C D II 1 E F G III 1 NEMA 4X 03095-1025 2 K5 I 1 B C II 2 E F G III 1 I 2 A B C D T4 03095-1020 (CSA) 3 I 1 C D II 1 E F G III 1 I 2 A B C D CSA 4 X 4 K6 I 1 C D 03095-1021 T3C KEMA/CENELEC ( ) 5 EEx d IIC T5 (T = 70 C) EEx d IIC T6 (T = 40 C) IP65 6 EEx ia IIC T5 (T = 45 40 C) EEx ia IIC T4 (T = 45 70 C) Ui =30V dc Ii =200 ma Pi = 1.0 W Ci = 0.012 µf Li = 0 (PED) 3095MFA Mass ProBar PED 97/23/EC CSA 42.4 HART 250 0.5 / 2 (34 ) 0 100 8
±0.75% ±0.1% 10:1 1 2 8 (50 200 ) 2 6 36 (150 900 ) 3 12 72 (300 1800 ) (d) (R d) ( ) 1 6000 0.590 2 12500 1.060 3 25000 1.935 R d = d v ρ µ 485 (1) ANSI 600 ( 100 F 1440 / ( 38 C 99 )) ANSI 2500 ( 100 F 6000 / ( 38 C 413 )) 22 (1)(2) 500 F (260 C) 1250 F (677 C) 850 F (454 C) (1) 1.5 (2 ) (3) A (4) "A 9
() Pak-Lok (P) ANSI 600 ( 100 F 1440 / 2 ( 38 C 99 )) () Flanged ( F) ANSI 2500 () () 1 ¾ (19 ) 2 1 5 / 16 (34 ) 3 2½ (64 ) Flange-Lok L Flange-Lok Pak-Lok ( ) Flo-Tap Flo-Tap G M 10
Pak-Lok (P) ANSI 600 ( 100 F 1440 / 2 ( 38 C 99 )) (F) ( ) 600 1500 2500 1 1½ (38 ) 1½ (38 ) 1½ (38 ) 80 80 XX 2 2 (50 ) 2 (50 ) 2 (50 ) 80 80 XX 3 3 (76 ) 3 (76 ) 3 (76 ) 40 40 XX Pak-Lok (1) Flange-Lok Flo-Tap T1 (1) X X A1 150 ANSI X X X A3 300 ANSI X X X A6 600 ANSI X X X A9 (2) 900 ANSI X X AF (2) 1500 ANSI X X AT (2) 2500 ANSI X X D1 DN PN 16 X X X D3 DN PN 40 X X X D6 DN PN 100 X X X R9 (2) 900 X X RF (2) 1500 X X RT (2) 2500 X X (1) 600 ANSI ( 100 F 1440 / 2 ( 38 C 99 )) (2) 316 276 Flo-Tap Flo-Tap 20 250 F ( 29 121 C) 300 850 F ( 184 454 C) Flo-Tap (RTD) 100 4 (α = 0.00385) (RTD) 100 ½ (NPT) ½ x ½ NPT 316 ½ ½ 14 NPT G½ M20 x 1.5 (CM20) A HART ( H2) Pak-Lok Flo -Tap 600 ANSI 23 ANSI ANSI 150 40 ANSI 300 40 ANSI 600 80 24 2 (50 ) 10.52 (267.2 ) 3 (80 ) 11.37 (288.8 ) 4 (100 ) 12.74 (323.6 ) 6 (150 ) 14.33 (364.0 ) 8 (200 ) 16.58 (421.1 ) 11
3051SFA ProBar 3095MFA Mass P robar 485 L G S DL DG DS (3095MFA/485) (3095MFA/485) (3095MFA/485) (3051SFA) (3051SFA) (3051SFA) 020 2 (50 ) 140 14 (350 ) 025 2½ (63.5 ) 160 16 (400 ) 030 3 (80 ) 180 18 (450 ) 035 3½ (89 ) 200 20 (500 ) 040 4 (100 ) 240 24 (600 ) 050 5 (125 ) 300 30 (750 ) 060 6 (150 ) 360 36 (900 ) 070 7 (175 ) 420 42 (1066 ) 080 8 (200 ) 480 48 (1210 ) 100 10 (250 ) 600 60 (1520 ) 120 12 (300 ) 720 72 (1820 ) ( Flow-35 ) A A B B C C D D E E Z 12 / C S 316 G F-11 N F-22 J F-91 0 ( ) H D U P Pak-Lok F L Flange-Lok G Flo -Tap M Flo -Tap S 316 H C-276 1 1 2 (50 ) 8 (200 ) 2 2 6 (150 ) 36 (900 ) 3 3 12 (300 ) 12
T1 / A1 ANSI 150# A3 ANSI 300# A6 ANSI 600# A9 ANSI 900# AF ANSI 1500# AT ANSI 2500# D1 DN PN16 D3 DN PN40 D6 DN PN100 R9 900# RF 1500# RT 2500# 0 ( Pak-Lok Flange-Lok ) A NPT B Flo-Tap L / M / N / P / R / Flo-Tap 1 2 5 6 0 T R 0 3 3 5 5 7 (NPT) 8 (SW) 1 0 25 (0 62.2 ) 2 0 250 (0 623 ) 3 0 1000 (0 2.5 ) B C D E A 0 8 0 800 / 2 (0 0.5516 0 55.158 ) 0 8 0 800 / 2 (0 0.5516 0 55.158 ) 0 36.2 0 3626 / 2 (0 2.5 0 250 ) 0 36.2 0 3626 / 2 (0 2.5 0 250 ) 4 20 HART 13
1A PlantWeb ½ 14 NPT () 1B PlantWeb M20 x 1.5 1C PlantWeb G½ 1J PlantWeb 316 ½ 14 NPT 1K PlantWeb 316 M20 x 1.5 1L PlantWeb 316 G½ 00 ( ) P1 PX P2 V1 V2 X Q4 Q8 ISO 10474 3.1.B EN 10204 3.1.B W1 (K ) WZ QC1 QC7 RL RH J1 J2 ANSI B31.1 J3 ANSI B31.3 J4 ANSI B31.8 J5 NACE MR-0175-91 J6 (PED) H2 G1 G2 G3 G5 OS&Y G6 OS&Y G7 OS&Y Y1 E1 CENELEC ( ) I1 CENELEC ( ) E5 FM () I5 FM () K5 FM () E6 CSA ( ) K6 CSA ( ) L1 M5 T1 F1 3 F2 3 F3 3 C F5 5 F6 5 F7 5 C 14
21 () -31 3095MFA Mass ProBar / 12 (300 ) Z - 101 (CDS) " () ANSI ANSI 1.784 1.842 (45.3 46.8 ) 0.065 0.487 (1.7 12.4 ) A 0.065 0.545 2 1.842 1.939 (46.8 49.3 ) 0.065 0.448 (1.7 11.4 ) B 020 (1.7 13.8 ) (50 ) 1.939 2.067 (49.3 52.5 ) 0.065 0.417 (1.7 10.6 ) C 2.067 2.207 (52.5 56.1 ) 0.065 0.405 (1.7 10.3 ) D 2.207 2.323 (56.1 59.0 ) 0.083 0.448 (2.1 11.4 ) B 2½ 2.323 2.469 (59.0 62.7 ) 0.083 0.563 025 0.083 0.417 (2.1 10.6 ) C (63.5 ) 2.469 2.599 (62.7 66.0 ) (2.1 14.3 ) 0.083 0.433 (2.1 11.0 ) D 2.599 2.648 (66.0 67.3 ) 0.083 0.514 (2.1 13.1 ) E 2.648 2.752 (67.3 69.9 ) 0.083 0.459 (2.1 11.7 ) A 0.083 0.563 3 2.752 2.900 (69.9 73.7 ) 0.083 0.415 (2.1 10.5 ) B 030 (80 ) 2.900 3.068 (73.7 77.9 ) (2.1 14.3 ) 0.083 0.395 (2.1 10.0 ) C 3.068 3.229 (77.9 82.0 ) 0.083 0.402 (2.1 10.2 ) D 3.229 3.334 (82.0 84.7 ) 0.120 0.600 0.120 0.496 (3.0 12.6 ) B 3½ 035 3.334 3.548 (84.7 90.1 ) (3.0 15.2 ) 0.120 0.386 (3.0 9.8 ) C (89 ) 3.548 3.735 (90.1 94.9 ) 0.120 0.415 (3.0 10.5 ) D 3.735 3.826 (94.9 97.2 ) 0.120 0.510 (3.0 13.0 ) B 4 3.826 4.026 (97.2 102.3 ) 0.120 0.6000 0.120 0.400 (3.0 10.2 ) C 040 (100 ) 4.026 4.238 (102.3 107.6 ) (3.0 15.2 ) 0.120 0.390 (3.0 9.9 ) D 4.238 4.438 (107.6 112.7 ) 0.120 0.401 (3.0 10.2 ) E 4.438 4.572 (112.7 116.1 ) 0.134 0.614 0.134 0.481 (3.4 12.2 ) A 5 050 4.572 4.813 (116.1 122.3 ) (3.4 15.6 ) 0.134 0.374 (3.4 9.5 ) B (125 ) 4.813 5.047 (122.3 128.2 ) 0.134 0.310 (3.4 7.9 ) C 5.047 5.250 (128.2 133.4 ) 0.134 0.297 (3.4 7.5 ) D 5.250 5.473 (133.4 139.0 ) 0.134 0.392 (3.4 9.9 ) A 6 5.473 5.761 (139.0 146.3 ) 0.134 0.614 0.134 0.327 (3.4 8.3 ) B 060 (150 ) 5.761 6.065 (146.3 154.1 ) (3.4 15.6 ) 0.134 0.310 (3.4 7.9 ) C 1 6.065 6.384 (154.1 162.2 ) 0.134 0.297 (3.4 7.5 ) D 5.250 5.473 (133.4 139.0 ) 0.134 1.132 (3.4 28.7 ) A 0.134 1.354 6 5.473 5.761 (139.0 146.3 ) 0.134 1.067 (3.4 27.1 ) B 060 (3.4 34.4 ) (150 ) 5.761 6.065 (146.3 154.1 ) 0.134 1.05 (3.4 26.7 ) C 2 6.065 6.384 (154.1 162.2 ) 0.134 1.037 (3.4 26.3 ) D 7 6.384 6.625 (162.2 168.3 ) 0.134 0.374 (3.4 9.5 ) B (180 ) 070 6.625 7.023 (168.3 178.4 ) 0.134 0.614 0.134 0.216 (3.4 5.5 ) C 1 7.023 7.393 (178.4 187.8 ) (3.4 15.6 ) 0.134 0.246 (3.4 6.2 ) D 7 6.384 6.625 (162.2 168.3 ) 0.134 1.114 (3.4 28.3 ) B 0.134 1.354 (180 ) 070 6.625 7.023 (168.3 178.4 ) 0.134 0.956 (3.4 24.3 ) C 2 7.023 7.393 (178.4 187.8 ) (3.4 34.4 ) 0.134 0.986 (3.4 25.0 ) D 7.393 7.625 (187.8 193.7 ) 0.250 0.499 (6.4 12.6 ) B 8 080 7.625 7.981 (193.7 202.7 ) 0.250 0.73 0.250 0.374 (6.4 9.5 ) C (200 ) 7.981 8.401 (202.7 213.4 ) (6.4 18.5 0.250 0.312 (6.4 7.9 ) D 1 8.401 8.767 (213.4 222.7 ) 0.250 0.364 (6.4 9.2 ) E 7.393 7.625 (187.8 193.7 ) 0.250 1.239 (6.4 31.4 ) B 8 7.625 7.981 (193.7 202.7 ) 0.250 1.47 0.250 1.114 (6.4 28.3 ) C 080 (200 ) 7.981 8.401 (202.7 213.4 ) (6.4 37.3 0.250 1.052 (6.4 26.7 ) D 2 8.401 8.767 (213.4 222.7 ) 0.250 1.104 (6.4 28.0 ) E 8.767 9.173 (222.7 233.0 ) 0.250 1.065 (6.4 27.1 ) A 9.173 9.562 (233.0 242.9 ) 0.250 1.082 (6.4 27.5 ) B 10 0.250 1.47 100 (250 ) 9.562 10.020 (242.9 254.5 ) (6.4 37.3 0.250 1.012 (6.4 25.7 ) C 10.020 10.547 (254.5 267.9 ) 0.250 0.945 (6.4 24.0 ) D 10.547 11.000 (267.9 279.4 ) 0.250 1.018 (6.4 25.9 ) E 11.000 11.374 (279.4 288.9 ) 0.250 1.47 0.250 1.097 (6.4 27.9 ) B 12 120 11.374 11.938 (288.9 303.2 ) (6.4 37.3 0.250 0.906 (6.4 23.0 ) C (300 ) 11.938 12.250 (303.2 311.2 ) 0.250 1.159 (6.4 29.4 ) D 15
405 ASME/ISO ( / ) 3051SFC 3095MFC 405 (25 ) 405C (8 200 ) 405P 5 405 P ASME/ISO 16
405 3051SFC 3051S 405 ±0.85% ±1.30% () (Foundation ) 3051SFC 3095MFC 3095MFC 3095MV 405 ±0.70% ( ) 405 ±0.5% ANSI 600# 405C 405P 17
3051SFC (%) 1 3051SFC / b 0.4 0.85% 0.90% 0.65 1.30% 1.40% (½ 1½ ) 0.4 2.00% 2.20% (½ 1½ ) 0.65 2.00% 2.20% (2 8 ) 0.4 1.40% 1.75% (2 8 ) 0.65 1.40% 1.75% ±0.1% 8:1 ½ (15 ) 3051SFCC 1 (25 ) 3051SFCC 1½ (40 ) 3051SFCC 2 (5 0 ) 3 (8 0 ) 4 (10 0) 6 (15 0) 8 (20 0) ±2.2 450 F (232 C) 850 F (454 C) 40 185 F ( 40 85 C) 4 175 F ( 20 80 C) 50 230 F ( 46 110 C) 40 185 F ( 40 85 C) (1) ANSI B16.5 600# DIN PN 100 4 20 (4 20 ) 10.5 42.5 9.0 32.0 1A 0.5 inh 2O 0.5 inh 2O 25.0 inh 2O 0 inh 2O (1.24 mbar) (1.24 mbar) (0.0623 bar) (0 mbar) 2A 1.3 inh 2O 2.5 inh 2O 250.0 inh 2O 0 inh 2O (3.11 mbar) (6.23 mbar) (0.62 bar) (0 bar) 3A 5.0 inh 2O 10.0 inh 2O 1000.0 inh 2O 0 inh 2O (12.4 mbar) (24.9 mbar) (2.49 bar) (0 bar) 2.0 0 60 = 43.5 ( 10.5) HART 250 1A 0.5 2000 / 2 (0.03 138 ) 2A 3A 0.5 3626 / 2 (0.03 250 ) 0 100 (1) 18
(Td + Tc) (2) 3051S_C 2 5 100 152 1 255 307 0 700 752 3051S_T 100 152 3051S_L : (Td) 45 () 97 22 22 (1) (2) 75 F (24 C) (3) (segment) HART 4 20 ( A) NAMUR ( 2) (D1) 2 21.7 3.75 NAMUR (1) 22.5 3.6 (2) 20.2 23.0 3.6 3.8 (1) NAMUR NE 43 (1996 6 27 ) (2) 0.1 0.1 ( F) (AI) ( F) 9.0 32.0 ( ) 17.5 1A 2000 / 2 (138 ) 2A 3A 3626 / 2 (250 ) 3 (1) ANSI/ASME 150 285 (20) 275 (19) ANSI/ASME 300 740 (51) 720 (50) ANSI/ASME 600 1480 (102) 1440 (99) 100 F(38 C) DIN PN 10/40 580 (40) 580 (40) DIN PN 10/16 232 (16) 232 (16) DIN PN 25/40 580 (40) 580 (40) 248 F(120 C) 4 3051SFCC β 0.40 0.65 (1 ) 2 2 90 2 2 2 2 90 () 2 2 90 10 2 2 (75%) 2 2 () 2 2 5 3051SFCP (1) () β 0.40 0.65 10 11 90 14 22 18 32 90 36 54 90 16 25 20 28 12 16 () 6 7 (1) ISO 5167 3051SFCC 3051SFCP (1) / D/R D/R D/R R D/R R D/R NR NR (1) D = ( ) R = NR = 19
3051SFC / 316 A193 B8M A194 8M O Durlon 8500 405 O () () ¼ () ½ ( E) (D3) (1) (R3) (1) ½ (15 ) 8.0 (3.63) 8.0 (3.63) 1 (25 ) 8.5 (3.86) 8.5 (3.86) 1½ (40 ) 9.25 (4.20) 9.25 (4.20) 2 (50 ) 10.0 (4.54) 10.0 (4.54) 3 (80 ) 11.75 (5.33) 11.75 (5.33) 4 (100 ) 13.5 (6.12) 13.5 (6.12) 6 (150 ) 17.25 (7.83) 17.25 (7.83) 8 (200 ) 21.75 (9.87) 21.75 (9.87) (1) () () 20
100 ½ NPT ½ x ½ NPT 316 ½ ½ NPT G½ M20 x 1.5 (CM20) A HART (Rosemount Inc.) Chanhassen, Minnesota, USA (Fisher-Rosemount GmbH & Co.) Wessling, Germany (Emerson Process Management Asia Pacific Private Limited) Singapore (Beijing Rosemount Far East Instrument Co., Ltd) Beijing, China ASME B16.5 (ANSI) DIN 150 PN16 300 PN40 600 PN100 (d) 3051SFCC β 2 x d/ 6 β = 0.4 (1) (2) b 3051SFCC 3051SFCP ½ (15 ) 0.249 (6.325) 1 (25 ) 0.420 (10.668) 1½ (40 ) 0.644 (16.358) 2 (50 ) 0.413 (10.490) (3) 0.827 (21.006) 3 (80 ) 0.614 (15.596) 1.227 (31.166) 4 (100 ) 0.805 (20.447) 1.610 (40.894) 6 (150 ) 1.213 (30.810) 2.426 (61.620) 8 (200 ) 1.596 (40.538) 3.192 (81.077) (1) () (2) = ±0.002 (3) β = 0.60 (15.24 ) 2 7 β = 0.65 (1) (2) b 3051SFCC 3051SFCP ½ (15 ) 0.404 (10.262) 1 (25 ) 0.682 (17.323) 1½ (40 ) 1.047 (26.594) 2 (50 ) 0.620 (15.748) (3) 1.344 (34.138) 3 (80 ) 0.997 (25.324) 1.994 (50.648) 4 (100 ) 1.308 (33.223) 2.617 (66.472) 6 (150 ) 1.971 (50.063) 3.942 (100.127) 8 (200 ) 2.594 (65.88) 5.188 (131.775) www.rosemount.com (EC) ATEX (94/9/EC) ATEX ( ) (PED) (97/23/EC) 3051S_CA4 3051S_CD2 3 4 5 ( P9 ) (QS Certificate of Assessment)-EC No. PED-H-20 H (Module H Conformity Assessment) 3051S (EMC)(89/336/EEC) EN 50081-1 1992 EN 50082-2 1995 EN 61326-1 1997 F M () FM (OSHA) (NRTL) (1) () (2) = ±0.002 (3) β = 0.60 (15.24 ) 2 21
(%) 1 3095MFC 3095MFC / β 0.4 0.70% 0.70% 0.65 0.90% 0.90% (½ 1½ ) 0.4 1.90% 1.90% (½ 1½ ) 0.65 1.90% 1.90% (2 8 ) 0.4 1.40% 1.40% (2 8 ) 0.65 1.40% 1.40% ±0.1% 8:1 ½ (15 ) 3095MFCC 1 (25 ) 3095MFCC 1½ (40 ) 3095MFCC 2 (5 0 ) 3 (8 0 ) 4 (10 0) 6 (15 0) 8 (20 0) 450 F (232 C) 850 F (454 C) 40 185 F ( 40 85 C) 4 175 F ( 20 80 C) 50 230 F ( 46 110 C) 40 185 F ( 40 85 C) (1) ANSI B16.5 600# DIN PN 100 4 20 (4 20 ) 11 55 4 20 4 20 HART HART 7 10 10 14 0 29 = 11.0 0.022 CSA 42.4 HART 250 0.5 / 2 (34 ) 0 100 HART 4 20 (A) 3.75 21.7 22
3626 / 2 (250 ) 12 3095MFCC b 0.40 0.65 (1 ) 2 2 90 2 2 2 2 90 () 2 2 90 10 2 2 (75%) 2 2 () 2 2 13 3095MFCP (1) () β 0.40 0.65 10 11 90 14 22 18 32 90 36 51 90 16 25 20 28 12 16 () 6 7 3095MFC () () () (1) ISO 5167 3095MFCC 3095MFCP (1) / D/R D/R D/R R D/R R D/R NR NR (1) D = ( ) R = NR = 23
/ 316 A193 B8M A194 8M O Durlon 8500 405 O ¼ () ½ ( E) () (D3) (1) (R3) (1) ½ (15 ) 8.0 (3.63) 8.0 (3.63) 1 (25 ) 8.5 (3.86) 8.5 (3.86) 1½ (40 ) 9.25 (4.20) 9.25 (4.20) 2 (50 ) 10 (4.54) 10 (4.54) 3 (80 ) 11.75 (5.33) 11.75 (5.33) 4 (100 ) 13.5 (6.12) 13.5 (6.12) 6 (150 ) 17.25 (7.83) 17.25 (7.83) 8 (200 ) 21.75 (9.87) 21.75 (9.87) (1) () 100 ½ NPT ½ x ½ NPT 316 ½ ½ NPT G½ M20 x 1.5 (CM20) A HART ASME B16.5 (ANSI) DIN 150 PN16 300 PN40 600 PN100 (d) 3095 MFCC β 2 x d/ 14 β = 0.4 (1) (2) b 3095MFCC 3095MFCP ½ (15 ) 0.249 (6.325) 1 (25 ) 0.420 (10.668) 1½ (40 ) 0.644 (16.358) 2 (50 ) 0.413 (10.490) (3) 0.827 (21.006) 3 (80 ) 0.614 (15.596) 1.227 (31.166) 4 (100 ) 0.805 (20.447) 1.610 (40.894) 6 (150 ) 1.213 (30.810) 2.426 (61.620) 8 (200 ) 1.596 (40.538) 3.192 (81.077) (1) () (2) = ±0.002 (3) β = 0.60 (15.24 ) 2 15 β = 0.65 (1) (2) b 3095MFCC 3095MFCP ½ (15 ) 0.404 (10.262) 1 (25 ) 0.682 (17.323) 1½ (40 ) 1.047 (26.594) 2 (50 ) 0.620 (15.748) (3) 1.344 (34.138) 3 (80 ) 0.997 (25.324) 1.994 (50.648) 4 (100 ) 1.308 (33.223) 2.617 (66.472) 6 (150 ) 1.971 (50.063) 3.942 (100.127) 8 (200 ) 2.594 (65.88) 5.188 (131.775) (1) () (2) = ±0.002 (3) β = 0.60 (15.24 ) 2 (Rosemount Inc.) Chanhassen, Minnesota, USA (Fisher-Rosemount GmbH & Co.) Wessling, Germany (Emerson Process Management Asia Pacific Private Limited) Singapore (Beijing Rosemount Far East Instrument Co., Ltd) Beijing, China www.rosemount.com (EC) ATEX (94/9/EC) ATEX 24
3051SFC 3095MFC 405 DC (3051SFC) DP (3051SFC) C P S 316 005 ½ (12.5 ) 010 1 (25 ) 015 1½ (37.5 ) 020 2 (50 ) 030 3 (75 ) 040 4 (100 ) 060 6 (150 ) 080 8 (200 ) N b 040 0.4 065 0.65 R 0 9 (1) 3 3 7 ¼ NPT A3 3 (405) D3 3 (405) R3 ¼ NPT 1 0 25 (0 62.2 ) 2 0 250 (0 623 ) 3 0 1000 (0 2.5 ) B 0 8 0 800 / 2 (0 0.5516 0 55.158 ) C 0 8 0 800 / 2 (0 0.5516 0 55.158 ) D 0 36.2 0 3626 / 2 (0 2.5 0 250 ) E 0 36.2 0 3626 / 2 (0 2.5 0 250 ) 4 20 HART 1A PlantWeb ½ 14 NPT () 1B PlantWeb M20 x 1.5 1C PlantWeb G½ 1J PlantWeb 316 ½ 14 NPT 1K PlantWeb 316 M20 x 1.5 1L PlantWeb 316 G½ 25
P95 ProPlate M95 Mass ProPlate 1195 1/2-,1 11/2 1 1195 2 50% 3 1195 P95 ProPlate ½(15 ) 1 (25 ) 1½(40 ) 0 250inH2O 4 20 HART 4 20 HART 4-20 -50~230 F (-46~110 C) -40~185 F (-40~85 C) -40~450 F (-40~232 C) -148~850 F (-100~454 C) T () 0 36 0 100 2 ½ 14 NPT G½ M20 x 1.5 (CM20) A HART 304/304L 316/316L ASTM A240 C 276 ASTM B575 400 ASTM B127 316/316L lb kg lb kg ½ (15mm) 13.6 6.2 17.6 8.0 1 (25 mm) 4015.6 7.1 21.6 9.8 1½ (40mm) 17.6 8.0 34.6 15.7 26
½(15 ) 1 (25 ) 1½(40 ) 3: 0-800 psia (0-5515.8 KPaA) 4: 0-3626 psia (0-25000 KPaA) Range C:0-800 psig (0-5515.8 KPaG) Range D: 0-3626 psig (0-25000 KPaG) 2 0 250inH2O 4 20 HART 4 20 HART 4-20 -40~450 F (-40~232 C) -148~850 F (-100~454 C) M95 Mass ProPlate 0 100 0 29 0.2 10 14 ½ 14 NPT G½ M20 x 1.5 (CM20) A HART 304/304L 316/316L ASTM A240 C 276 ASTM B575 400 ASTM B127 316/316L lb kg lb kg ½ (15mm) 16.1 7.3 20.1 9.1 1 (25 mm) 4018.1 8.2 24.1 10.9 1½ (40mm) 20.1 9.1 37.1 16.8 ½(15 ) 1 (25 ) 1½(40 ) -40~450 F (-40~232 C) ½ 100 F 3000psi 1 100 F 2000psi 1½ 100 F 1500psi 1195 304/304L 316/316L ASTM A240 C 276 ASTM B575 400 ASTM B127 316/316L lb kg lb kg ½ (15mm) 4.0 1.8 8.0 3.6 1 (25 mm) 406.0 2.7 12.0 5.4 1½ (40mm) 8.0 3.6 25.0 11.3 27
P95 ProPlate M95 Mass ProPlate 1195 S 316 H C-276 005 ½ (15 ) 010 1 (25 ) 015 1½ (40 ) ½ 1 1½ (15 ) (25 ) (40 ) T1 NPT 0.622 1.049 1.5 (15.7988 ) (26.65 ) (38.1 ) S1 0.622 1.049 1.5 (15.7988 ) (26.65 ) (38.1 ) P1 NPT 0.664 1.097 1.567 (16.8656 ) (27.8638 ) (39.8 ) P2 0.664 1.097 1.567 ( ) (16.8656 ) (27.8638 ) (39.8 ) A1 0.664 1.097 1.567 ANSI 150RF (16.8656 ) (27.8638 ) (39.8 ) A3 0.664 1.097 1.567 ANSI 300RF (16.8656 ) (27.8638 ) (39.8 ) A6 0.664 1.097 1.567 ANSI 600RF (16.8656 ) (27.8638 ) (39.8 ) D1 0.664 1.097 1.567 DIN,PN16 (16.8656 ) (27.8638 ) (39.8 ) D2 0.664 1.097 1.567 DIN,PN16 (16.8656 ) (27.8638 ) (39.8 ) D3 0.664 1.097 1.567 DIN,PN40 (16.8656 ) (27.8638 ) (39.8 ) P9 0.664 1.097 1.567 (16.8656 ) (27.8638 ) (39.8 ) S H M 316 C-276 28
1495 1496 1497 1495 AGA API Hookup 3095MV 1495 1497 1495 1496 1497 1495 AGA API ASME MFC-3M AGAG3 1496 ANSI 2500 ANSI B16.36 1497 29 1 2 3
2,000 2 24 51 610 24 609.6 1497 D 10D 5D 8D 100 F 700 F( 73 C 370 C 700 F ANSI B16.5 304/304L 316/316L ASTM A240 C 276 ASTM B575 400 ASTM B127 ANSI B16.36 ASTM A105 ASTM A182 ASTM B564/575 400 ASTM B564/127 : ASTM A193 B7 : ASTM A193 2H : ASTM A307 Durlon 8500 Green : ASTM A105 ½ 12.7 1 / 8 3.2 4 101.6 4¼ 107.95 ¼ 6.3 6 152.4 AGA ASME ½ 12.7 NPT 180 2 51 ¼ 6.35 2½ 63.5 3 76.2 3 / 8 9.6 4 101.6 4 ½ 12.7 1495 89 1497 ASME IX X 1495 WN SO 1496 1497 1495 : Pipe Orientation Inside Diameter-ID Plate Placement Electronic Mounting Straight Run : ASTM A106 B ASTM A312 ASTM B619 ASTM B165 ANSI B16.5 ASTM A105 ASTM A182 ASTM B564/575 400 ASTM B564/127 84 30
1495 1496 1497 00809 0100 4792 ID 1495 Q m = N = C d = E Y 1 d²= ρ = h w = C d E Y 1 D 500 F 260 C 1495 1496 1497 00809 0100 4792 1 / 2 3 1 2 3 1495 PC 1496 WN RF 1497 WN RF 1495 PG 1496 SO RF 1495 UC 1496 RJ RTJ 1497 RJ RTJ 31
1 2 3 : : ANSI 300600900 15002500 : 316L 304L ANSI 300600900 15002500 316L 304L ANSI 3006009001500 2500 316L 304L : 2 24 (50 600 ) 24 (600 : 2 10 (50 254 ) 0.125 (3.2 ) 12 (304.8 ) 0.25 ( 6.4 ) (Instrument toolkit ) 1495 BC (CDS) (Calculation Data Sheet) 2 24 (50 600 ) 24 (600 2 24 (50 600 ) 24 (600 : / (2½ D x 8D) / (D & D/2) : () 1495 4 CDS BC 24 609.6 ¼ 32
1495 5 1495 33 1495 (RF) PC PG (1) (RTJ) UC 020 2 (50 ) 025 2½ (64 ) 030 3 (80 ) 040 4 (100 ) 060 6 (150 ) 080 8 (200 ) 100 10 (250 ) 120 12 (300 ) 140 14 (350 ) 160 16 (400 ) 180 18 (450 ) 200 20 (500 ) 240 24 (600 ) A3 A6 A9 AF AT ANSI 300 ANSI 600 ANSI 900 ANSI 1500 ANSI 2500 S 316/L L 304/L M (Monel ) H C (Hastelloy C) A B XXXXX BC DV PH TC TE TS TQ SL 0.125 ( 2 10 50 254 ) ) 0.250 ( 12 20 (304.8 508 ) ) ( : XX.XXX) / ( ) / ( ) RTJ (2) ( ) 24 (600 ) Q29 NACE MR-01-75 : 1495 PC 040 A3 S A 02125 (1) ANSI B16.5 (2) 3 (76.2 ) 4 (101.6 )
1595.. AGA (ASME) (ANSI)..,. 1595 1496 1497 00813-0100-4792 2,000 2 24 51 610 24 609.6 100 F 700 F( 73 C 370 C) 700 F ANSI B16.5 316/316L 1595 1496 1497 Beta β=0.40 0.5% β=0.65 0.75%,.. 1595.. () b 0.40 0.65 2 2 90 2 2 2 2 90 2 2 90 10 2 2 2 2 ( 75%) 2 2 () 2 2 34
1595 1595 P 020 2 (50 ) 025 2½ (64 ) 030 3 (80 ) 040 4 (100 ) 060 6 (150 ) 080 8 (200 ) 100 10 (250 ) 120 12 (300 ) 140 14 (350 ) 160 16 (400 ) 180 18 (450 ) 200 20 (500 ) 240 24 (600 ) A3 A6 S ANSI 300 ANSI 600 316/L Beta A 0.40 B 0.65(0.60Beta 020) WC (3 ) WD (10 ) P2 QC1 QC7 Q8 ISO10474.3-1B EN10204 3.1.B J5 NACE MR 0175-91 J1 Cxxxxx : 1595 P 060 A3 S A 040 35
1496 RF ANSI 300 RTJ 2 ANSI B16.36 180 6 NPT 700 F 370 C ASTM A193 B8M/A194 8 ANSI 2½ 63.5 1496 7 1496 1496 (1) (2) (RF) WN (RF) (Weld Neck) SO (RF) Slip On) (ANSI 300) (RTJ) RJ (RTJ) (Weld Neck) 24 (600 ) 020 2 (50 ) 025 2½ (64 ) 030 3 (80 ) 040 4 (100 ) 060 6 (150 ) 080 8 (200 ) 100 10 (250 ) 120 12 (300 ) 140 14 (350 ) 160 16 (400 ) 180 18 (450 ) 200 20 (500 ) 240 24 (600 ) 36
7 1496 A3 (RF) ANSI 300 / A6 (RF) ANSI 600 / A9 (RF) ANSI 900 / AF (RF) ANSI 1500 / AT (RF) ANSI 2500 / R3 (RTJ) ANSI 300 R6 (RTJ) ANSI 600 R9 (RTJ) ANSI 900 RF (RTJ) ANSI 1500 RT (RTJ) 2500 C S 316/L L 304/L M Monel ) H C (Hastelloy C) ST ( ) ( : NPT ) G1 (700 1500 F (370 816 C) ) SS TH ( 4 ) SL (24 (600 )) SX ( 84 2) Q21 ANSI B31.1 Q23 ANSI B31.3 Q28 ANSI B31.6 Q29 NACE MR-01-75 QCA (B31.1 ) QSP QM8 ISO 10474 3.1B EN 10204 3.1B QUS Q99 : 1496 WN 040 A3 L SS (1) 1495 (2) : ASTM A193 B7 ASTM A194 2H (2) ASTM A307 (2) ( ) (4) A105 37
1497 1495 1496 (RF) (RTJ) 10 5 9 ) 8 304/316 Inconel 800H 20 Alloy 20 1497 ½ (12.7 ) 1 (25.4 ) NPT ( ) 8 0.5% (ASME MFC-3M 1989) 90 ( ( ( 1.5D 3D 1D 2D 90 90 2D 0.5D β ) (1) (1) 1D) 1D) (2) C C C C 0.20 6 7 3.5 5 17 4.5 5 5 (3) 8 6 6 2 0.25 6 7 3.5 5 17 4.5 5 5 (3) 8 6 6 2 0.30 6 8 3.5 5 17 4.5 5 5 (3) 8 6 6 2.5 0.35 6 8 3.5 5 18 4.5 5 5 (3) 8 6 6 2.5 0.40 7 9 3.5 5 18 4.5 5 5 (3) 8 10 6 3 0.45 7 9 4 5 19 5 5 5 (3) 9 12 6 3 0.50 7 10 4 5 20 5 5 5 9 15 6 3 0.55 8 11 4 5 22 5.5 5.5 5 10 18 7 3 0.60 9 13 4.5 5.5 24 6 6 5 11 22 7 3.5 0.065 11 16 5 6 27 6.5 6.5 6 13 25 8 3.5 0.70 14 18 5.5 6.5 31 7 7 7 15 25 10 3.5 0.75 18 21 6 7 35 8 8 11 19 25 12 4 (1) 5D 10D (2) (3) 38
9 (1) (DSL) 2 (51 ) 21 (533 ) 11 (279 ) 17 (432 ) 2½ (64 ) 26 (660 ) 12.0 (305 ) 21 (533 ) 3 (76 ) 32 (813 ) 16 (406 ) 24 (607 ) 4 (102 ) 41 (1041 ) 21 (533 ) 33 (838 ) 6 (152 ) 62 (1575 ) 30.0 (762 ) 48 (1219 ) 8 (203 ) 81 (2057 ) 40 (1016 ) 64 (1625 ) 10 (254 ) 101 (2565 ) 51 (1295 ) 82 (2082 ) 12 (305 ) 120.0 (3048 ) 60.0 (1524 ) 96.0 (2438 ) 14 (356 ) 134 (3404 ) 66.0 (1676 ) 106 (2692 ) 16 (406 ) 153 (3886 ) 77 (1959 ) 123 (3124 ) 18 (457 ) 173 (4394 ) 87 (2209 ) 138.0 (3505 ) 20 (508 ) 194 (4928 ) 96.0 (2438 ) 154 (3912 ) 24 (610 ) 230 (5842 ) 115 (2921 ) 171 (4343 ) (1) 8 10 39 2½ 3 3 / 8 (10 ) 3 / 8 (10 ) ¼ (6 ) 4 4 ½ (13 ) ½ (13 ) ¼ (6 ) : ± 1 / 64 (0.4 )
1497 11 1497 1497 (1) (2) (RF) WN (RF) (RTJ) RJ (RTJ) 020 2 (50 ) 025 2½ (64 ) 030 3 (80 ) 040 4 (100 ) 060 6 (150 ) 080 8 (200 ) 100 10 (250 ) 120 12 (300 ) 140 14 (350 ) 160 16 (400 ) 180 18 (450 ) 200 20 (500 ) 240 24 (600 ) A3 (RF) ANSI 300 A6 (RF) ANSI 600 A9 (RF) ANSI 900 AF (RF) ANSI 1500 AT (RF) ANSI 2500 R3 (RTJ) ANSI 300 R6 (RTJ) ANSI 600 R9 (RTJ) ANSI 900 RF (RTJ) ANSI 1500 RT (RTJ) ANSI 2500 C S 316/L L 304/L M (Monel ) H (Hastelloy C) F R P B T F G (3) TO TT PO PT (NPT ) ½ (D D/2) (2½D 8D) / ( ) NPT (2½ (63.5 )) ( ) 150 ½ (12.7 ) NPT 1 (25.4 ) NPT ½ (12.7 ) NPT 1 (25.4 ) NPT 40
11 1497 ST ( NPT ) SS SX ( 84 2) SL 24 (600 ) LX (CDS) ( : 10D 5D) HM Q21 ANSI B31.1 Q23 ANSI B31.3 Q28 ANSI B31.8 Q29 NACE MR-01-75 QM8 ISO 10474 3.1.B EN 10204 3.1.B QP4 QT2 (ES-1012) QT3 X (ES-1002 ) QT1 (EP -4017) QT8 (EP -4046) QUS Q99 : 1497 WN 040 A3 C F F (1) 1495 (2) : ASTM A193 B7 ASTM A194 2H (2) ASTM A307 (2) ( ) (4) A105 (3) 9 41
42
6 1277 300112 100013 201206 86-22-27522613 86-10-64282233 86-21-38954788 86-22-27512238 86-10-64228586 86-21-58994410 10 99 13 1277 704A 100020 201206 610016 86-10-65924528 86-21-38954788 86-28-82933601 86-10-65925226 86-21-58994410 86-28-82933600 410-412 8 39 2107 303 605 510030 710032 830000 86-20-83486098 86-29-3255563 86-991- 4580605 86-20-83486137 86-29-3255076 86-991-4527493 86-991-4527551 18 39 3903-4 852-28029223 852-28278670 (Rosemount) ProBar Mass ProBar Annubar (Rosemount Inc.) MultiVariable (MV) Tri-Loop (Rosemount Inc.) (Hastelloy) (Haynes International) HART HART (HART Communication Foundation) (FOUNDATION) (Fieldbus Foundation) Emerson Process Management Rosemount Inc. 8200 Market Boulevard Chanhassen, MN 55317 USA 1-800-999-9307 (952) 949-7001 43