Emerson mass flowmeter cmfs040m176n2bpmkzz + 1700r18abpmzzz
Author:Li Jing Time:2021-06-11 15:47 Browse(90)
Emerson mass flowmeter cmfs040m176n2bpmkzz + 1700r18abpmzzz, touch screen and OLED Forum
Emerson mass flowmeter cmfs040m176n2bpmkzz + 1700r18abpmzzzY4 C1 M1 D "g" I (s + E6 o% [high quasi elite peak performance Coriolis flow and densitometer # B "K" f $o) O1 i-p8 sProviding unparalleled flow and density measurements for liquids, gases and multiphase fluids, elite coriolis flowmeters are designed to provide accurate and repeatable flow measurements to meet the requirements of your most challenging environments and applications.
the- V2 l! R# v2 O    F4 `    f1 r; W7 M' U* T' }0 C    x8 cEmerson mass flowmeter cmfs040m176n2bpmkzz + 1700r18abpmzzz selection reference:* @; |* |& ?( Scmfs040: cmfs040-3 / 8 "(DN 10)0 Q3 L8 T6 J: u: '* L8 um: 316L stainless steel- r: Q.

Emerson mass flowmeter cmfs040m176n2bpmkzz + 1700r18abpmzzz

}! {% O (h176: DN 15 PN 40 en1092-1 F316 / f316l butt welding flange type B1! Q + V7 T4 P ('$Y1 {+ [n: standard shell; 300 series stainless steel0 B) `2 k8 @3 s' l, ?( C2: 4-wire polyurethane coated aluminum integrated enhanced core processor with split transmitter0 K. B$ ]. P7 Y# b8 [; V5 Yb: 1 / 2 "NPT - unsealed connector+ a. h- _,E$ qP: NEPSI; Only for language option m (Chinese), F% '; B% Y# a0 UM: Chinese installation manual * n1l8] 8 B: U8^    Z( sK: 0.10% mass flow and 0.0005 g / cm3 (0.5 kg / m3) density calibration: U5 H & V + @. VZ: There is no measurement application software # O6 I3 { f) [$ W6 P3 BZ: Standard products / D2 Y! F, U4 x/ h9 B. X8 p   ^+ M' W2 \' u, j; J'j1700: high accuracy Coriolis MVD 1700 single variable flow transmitter 6 A, H* g1 M4 L( S7 }R: 4-wire split mount transmitter 8 K) J) S8 m3 L + V3 e1: 18 to 100 VDC or 85 to 265 VAC; Automatic switching 8 m (}) a * D; O$ Q) G2 I8: Support optimized display screen for Chinese; Chinese only; For installation code R, I, C or B, output code a, conduit connection code B, C, D, e, f or G,And authentication code m, Z, F, P, K or I6 t # Z; p) F1 E4 M" L   {. A: Analog output: one Ma; One frequency; RS-485 ; Only for display code 8 & s # (V (y * h's & F)B: 1 / 2 inch NPT - no sealing sleeve; Not applicable for certification codes T, s or J  ?; I (N9 K1 D6 T1 | '@ # LP: nepsi - equipment category 2 (zone 1 - Flame Retardant junction box); Only for language code m (Chinese) 6 V "U5 H4 |: D1 fM: Chinese installation manual; Chinese configuration manual   t) @ 3 K / w / B1 GZ: flow variable (standard). Z2 C. S9 U7 w) QZ: No software option 2% P # L8 y +],G- c) hZ: Standard products% x9 S3 A   _ 1 W' u8 C- ~0 \, D    d; ~ 1 p; B# ^( CCMF300A371NRAPMZZZ7 r* n. I7 u" n0 p% |3 ~$ ]4 \Cmf300: 3 inches (DN80)# I! I "B3 W8 L7 K2 a) G1 UA: high temperature 316L stainless steel2 e * C2 ^ 'V5 y (a $C371: DN80 PN 40 en1092-1 F316 / f316l butt welding flange type B1. Q[    u0 V, s, L# g5 mN: Standard housing; 300 series stainless steel- o: O' r( m8 _    c; F4 T3 F3 B. Jr: 9-wire polyurethane coated aluminum junction box+@ 9 K - '* k: Ma: unsealed connector with electronic component interface code 0, 1, C, J, m, N, R, s or U.
3 / 4-npt.
unsealed connector with any other electronic component interface code.
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U / O2 K! j1 B8 }' X3 v. h4 J$ qP: NEPSI; Only for language option m (Chinese)$T9 {"C2 H (J, V4 L &]" RM: Chinese installation manual4 p( Q    z1 ~; B6 QZ: 0.10% mass flow and 0.0005 g / cm3 (0.5 kg / m3) density calibration! o5 e/ C. ^! B+ @& MZ: No measurement application software( D% A,t) P, M0 f 'F) Z (P3 PZ: standard product) V+ U& s6 m. `+ u8 ^    U1 j$ ^    D. H9 k9 Q1 k2 U1700C15ABPMZZZPK   Z (z7 ~% c'g4 K7 L8 g1700: high accuracy Coriolis MVD 1700 single variable flow transmitter1 F: S & L: y # O1 X / K9 F-AC: 9-wire split transmitter; Sensor with junction box is required; Including 3 m (10 ft.) long 9-wire shielded FEP cable6 }# Z0 P5 w; U7 I1: 18 to 100 VDC or 85 to 265 VAC; Automatic switching" a% g! r   ?) S6 f 'l "[: D2 X5: backlit dual line display, showing IIC ATEX, IECEx and nepsi levels; Glass dial; Only for certification code Z, F, P, K or I1 S0 ]! w5 G! Q. R # K2 C3 Za: analog output: one Ma; One frequency; RS-485 ; Only for display code 8 /? 9 Q& l% a7 U% v& }, C! n! m0 PB: 1 / 2 inch NPT - no sealing sleeve; Not applicable for authentication codes T, s or j: n: k * t + Z / L    o0 U,_+ oP: Nepsi - equipment category 2 (zone 1 - Flame Retardant junction box); Only for language code m (Chinese) 6 I $S & I! C+ n   @. M: Chinese installation manual; Chinese configuration manual; ~$ P "Z * A2 UZ: flow variable (standard)8 O( k1 L! G2 | Z: no software option 2 + y6 x2 R. [# A: F - S9 C]Z: Standard products*]: 2-inch pipe mounting U-bolt kit for electronic components* ~& H: X4 O. s- ^-L / Q6 J '~'d: X-R has the best performance in real environment* _   ^( N $l (@ elite) has unparalleled performance in liquid mass flow, volume flow and density measurement. Z,\* Y2 r& I( s$ c; Measurement of gas mass flow. e) k   @ 0 ^ - t, {% e "q6-8b reliable two-phase flow measurement, suitable for the most challenging applications3 F9 'Z0 s (T, P (m * H% Q' @: G) is designed to minimize process, installation and environmental impacts9 W    J4 M $U + Z4 Q has the best application adaptability of 3 C7 n $~ 5 o "_ 0 _( ] 8 WScalable platform for various pipeline sizes and applications, including sanitary, low temperature, high pressure and high temperature applications: ^ # j6d + C1 y # m +] 2eIt is suitable for various I / O products supporting extensive digital protocols*G9 O4 P8 U & Q2 P "D7 Z4 C + V excellent measurement reliability: e% O6 C3 I + H7 T - G3 " QIntelligent instrument self calibration will provide comprehensive and continuous on-line calibration or one key calibration for the working state and performance of the equipment 7 L 'X5 Y7 L * I6} 1 W $B / @ 4 L, X{ UThe world's ISO / IEC 17025 calibration facility provides state-of-the-art performance with an uncertainty of only 10% ± 0.014%1 @9 k( N$ e# u( {    L3e intelligent sensor design reduces the need to perform field zero calibration! ?   ]$ s: K. _/ Y, C, E'Z9 G - C% U "B (y8 lcmf300: cmf300-3 inch (DN80)% ^ 3 C3 p; F: L1 B* e: W" iM: 316L stainless steel& T    Y$ q: _& } 1 ~. Q (P. x355:3 "cl150 ASME B16.5 F316 / f316l butt welding flange raised face 'Z1 Z" Q9 X - ^ 5 N $F & R; B,o5 |, NN: Standard housing; 300 series stainless steel5 Y1 `; P $R0 a-f2: 4-wire polyurethane coated aluminum integrated enhanced core processor with split transmitter8 \& T/ v# A    E+ y5 F   @ G: Stainless steel cable gland (cable diameter from 0.335 to 0.394 in [8.5 to 10 mm]) 7h: {$Z1 l! m6 b/ YM: High standard; No certification; Excluding safety barrier (if applicable) & S' V +} 8 F + J $[4 U8 Q3 N8 C% g]E: English installation manual: J8 S2O & E5 w9 U * U8 Q - B't / E + Q3: 0.05% mass flow and 0.0002 g / cm3 (0.2 kg / m3) density calibration 2 Q "R # Z. [% w; n1 p7 V. yZ: No measurement application software 1 Q & A2 x (F3 g'r # P # q0.0)|Z: Standard products2 M6 m* T* C' g: ?' BMC: material inspection certification 3.1( Traceability of supplier batch number according to en 10204); It is not applicable to cmfhc2y – cmfhc3y8 W '[+ @ + W8 ` 5 C0 m # @; c* mHT: hydrostatic test certification 3.1 (only for wetted parts); Not for cmfhc2y – cmfhc3y alone; @/ z: R    U   ` 8 k' M: y6 G! Y6 g8 `4 ]+ j9 f7 c/ f# N,@7 J1 W6 C: c/ m9 _# z. IEmerson mass flowmeter cmf050m304nqbzezzz + 1700r11abzezzz $f * C% s # X "N4 U & D_Emerson mass flowmeter cmf100m317nqbzezz + 1700r11abzezz * q, 8 e $Q5 [& Q:_Emerson mass flowmeter cmf025m314nqezezzz! X% m. G2 \: _$ h, o5 o# w8 n2 BEmerson mass flowmeter cmf400m436nrazezzz   b# s* X4 f6 a$ i) v! Y Emerson mass flowmeter cmf300m356nrhzezzz. _. n. K5 g # s% U $k Emerson mass flowmeter cmf025m009prb3ezzz7 v# _' H* s+ ?. M: R Emerson elite series Coriolis Emerson mass flowmeter cmf025m009prb3ezzz - s "| 6 e% M4 J   `& b0 r: VEmerson elite series Coriolis Emerson mass flowmeter cmf025m009prb3ezz1 {7 H6 y'a & D $i9 L5 +_& VEmerson mass flowmeter cmfs015m176n2bpmkztg / 1700r12abpmzzpk& I& g6 ~9 A    g    r) H Emerson mass flowmeter cmfs025m176n2bpmkztg / 1700r12abpmzzpk$ E2 p- \4 J    U,o. W 'Q7 L9 n Emerson mass flowmeter cmfhc2m452n2fzezzz + 1700r13defezz3 E) G! O% W. F, s Emerson mass flowmeter cmf025m300n2fnmzzz / 2700r12gfmmzzz" j$ w4 X) z    K9 Y5 V Emerson mass flowmeter cmf200m418nabzmzzz / 1700r11abzezzz; i   @$ \ 1 \8 j! R0} P Emerson mass flowmeter cmf050m313n2bpmzzz + 1700r12abaezzz- r    Q7 F. I & U3 S1 Q2 w Emerson mass flowmeter cmfs025m176n2bzmkzz + 1700r12abzmzzz( `2 b8 i9 |# d! I9 J Emerson mass flowmeter cmfs010m323n2bmmkzz / 1700r12abmmzzz8 D8 b) A9 '$F8 / Emerson mass flowmeter cmfs025m172bmmkzz / 1700r12abmmzzz * W% Q    N8 ^) }Emerson mass flowmeter cmf025m300nrapmzcx: v   ~+ q7 \. F    s$ C6 M0 J4 c+ fEmerson mass flowmeter cmfs050m176n2bzmkzz / 1700r12abpmzzz4 C8 N5 W & U. n / h. J5 s Emerson mass flowmeter cmf200m369n2bpmzz / 1700r12abpmzz8?;} +` 1 z( v) ^' l9 o/ iEmerson mass flowmeter cmfs015m176n2bpmczz / 1700r12abpmzz6 C3 R,b" w- p/ QEmerson mass flowmeter cmfs075m176n2bpmczz / 1700r12abpmzzz; Z1 H) Q: X- L+ `5 ? 6 VEmerson mass flowmeter cmfs015m319n2bpmczz + 1700r12abpmzzz5 C6 L # - | "a Emerson mass flowmeter cmf300m355n2gme3zzmcht + 5700r12agmazzzaaazamvcmp9 J% o. N6 h; }+ B! Y / a Emerson mass flowmeter 5700r12agmazzzaaazamvcmp + cmf300m355n2gme3zzmcht'Z1 C% B: H + A4 p-n + O Emerson mass flowmeter cmf200m418nqbamzzz + 1700r12abamzzz%Y8 P9 {(D / L1 f 'A7 e, D's (W) Emerson mass flowmeter cmf350m443n2bmzzz + 2700r12bbpmzzpk' U& o* `1 |$ }3 |* h7 L,R Emerson mass flowmeter cmf200ma36n2ezezzz + 2700r15bgfezwzpk%R $n + H # A6 n Emerson mass flowmeter cmfs015m313n2bzmczz + 1700r11abaezzz0b (p; a8 J! [& o: s! tEmerson mass flowmeter cmfs010m313n2bzmczz + 1700r11abaezzz + C9 R - Q3Emerson mass flowmeter cmfs150m341n2bmkzztg + 1700r12abpmzzz # B9 E & H    w6 a3 u' WEmerson mass flowmeter cmfs010m314n2bamcz + 1700r11abamzzz9 H6 F - x0 @ 0 K4 C4 V "U Emerson mass flowmeter cmf350m435n2bzezzz + 1700r12abfezz4 K9 F6 @: [; F,\. ^0 k    kEmerson mass flowmeter cmf010m300nafzezzz + 1700r11dfzezzz: y * V, G1 Q # S3 u 'P5 ZEmerson mass flowmeter cmf100m306nrammzzz: B, _ 8 l9 |# f    B0 g, Q Emerson mass flowmeter cmf300a371nrapmzzz + 1700c15abpmzpk4 ^ "W; V6 s2 A. UEmerson mass flowmeter cmfs007m323n6bzmczz* J" \& _- C0} / w (N1 R: b) Emerson mass flowmeter cmfs040m176n2bpmkzz + 1700r18abpmzzz+ Y$ B+ l) V( Q& k, N   [ 5 Z( K   ~$ P" @+ {& M0 ^; Z8 a   |* m.
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