Rosemount transmitter 3051l4ah0kd11abe5m5
Author:Zhao Qi Time:2021-06-10 17:55 Browse(380)
Rosemount transmitter 3051l4ah0kd1abe5m5, touch screen and OLED Forum
Rosemount transmitter 3051l4ah0kd11abe5m5+V3 A0 H (K0 \ $J Rosemount 3051l level transmitter 2 l'e! E2 |- }: V) Q9 RRosemount 3051l liquid level transmitter is a fully integrated liquid level solution with field proven reliability.
this transmitter has passed safety certification.

Rosemount transmitter 3051l4ah0kd11abe5m5

it can be directly installed or used with tuned system components. Compared with traditional devices, it has optimized performance, The temperature effect can be reduced by 10-20% and the response time can be shortened by more than 80%.
the loop diagnosis function enables the device to monitor the integrity of the electrical circuit.
and the local operator interface (LOI) can be used for on-site debugging.
the circuit diagnosis function enables the device to monitor the integrity of the electrical circuit% x8 m/ L4 U0 y; d# A: c0 |: _ 3 E$ Q# O: v' o.
g9 ^$ G1 ^Specification reference:5 g: _ 7 ? 0 R1 B5 s liquid level transmitter 3051l3ag0mg11aa with field display 7 P '+ | 1 C0 |; Z) C% U3051l: liquid level transmitter5 }8 u6 E# R    U8 ~ 3: - 2.48 to 2.48 bar (- 1000 to 1000 inh2o); z$ {5 ? 2 t) h3 W8 C5 Y7 VA: 4-20 mA, digital signal + P based on HART protocol   _ 9 q$ i& l; i) PG0: 2-in. / dN 50 / a 316L stainless steel, flush mounting only` 7 C8 G6 O; F& M- RM: 2-in. ANSI / ASME B16.5 grade 150 carbon steel; u1 X4 k# [6 B! v$ ~/ y( l" eG: Glycerol and water 1.13-15 to 95 ° C (5 to 203) ° F)( w) j) Q' E6 g- N! d11: Gauge pressure stainless steel 316L stainless steel silicone oil0 R / E (<3 T & L9 L # J5 S9 C + HA: glass filled PTFE),A4 t1 R: I; Q $VA: Aluminum 1 / 2-14 NPT* ? 9 k% N! ~' R4 W! `7 m: w0 H* @, n+ H! l; \ characteristic2 '$@ 5 ~ 9 E8 U7 wwirelesshart technology is safe and cost-effective, data reliability> 99% # F4 G8 O7] 2 o * N4 M & BThe liquid level components and direct installation of the adjustable system provide the optimal performance of 5 R '@ 5 h for liquid level application; S* P* O! `: WOptimize the structure of sealing system to ensure the quality measurement "R + T / {(g%} in harsh process; X    DThe SmartPower module can run for up to 10 years without maintenance, and can be replaced on site without removing the transmitter|The simple installation ensures that the measured value can be displayed quickly on the instrument without wiring cost1 F. B& O: A# w; [ 0 d% R    c    L" F% ?$ @; r& ]! L+ PSpecification: 8 T1 I) I / A    b" `" i& ^Accuracy: up to ± 0.075% range    M) Y# @! u; i# t0 YWarranty: limited warranty up to 5 years! J. X3 d $D5 ^ $T. U7 y range ratio: up to 150:1! A, U3 M    r5 w0 N" LOperating pressure: up to 300 psi (20,68 bar)7 }    k" ?- H    H5 W2 Q (H) process temperature range: Based on filling liquid - Maximum 401 ° F(205 ° C),Min. - 157 ° F(-105 ° C):] 5 \ $s, I3 L # {, l # s' h3m communication protocol: 4-20 mA Hart, WirelessHART, foundation? Fieldbus, PROFIBUS, 1-5 V low power Hart?8 W. x (L8 ^ $P & t0 a * g) sealing system type: direct installation and adjustment system&V0 D # Q3 '. B) a transmitter connection: Welding repairable type+ v7 l# D/ t0 j! N' ?, Y (E) process connector: flange type: ANSI / ASME, en / DIN, JIS+ W! d0 E3 |# `2 D4 o6 i" J) j# f$ m/ I/ O    O / z3051l transmitter weight (excluding option weight)5 I8 I' @, g- ?' Y flange flush mount lb (kg) 2 "extension lb (kg) 4" extension lb (kg) 6 "extension lb (kg)5 F8 e8 W8 f7 ~: x: d8 W& R& {& D& A2, 150 12.5(5.7) - - - $ G- @* a8 B) J( `) S. H3, 150 17.5(7.9) 19.5(8.8) 20.5(9.3) 21.5(9.7) + `3 }: u! v# z/ Y. ? 4, 150 23.5(10.7) 26.5(12.0) 28.5(12.9) 30.5(13.8)- @1 G: s2 h5 q: W0 c- ~2,300 17.5(7.9) - - - 2 A! h( f% x3 k/ I7 r6 O3, 300 22.5(10.2) 24.5(11.1) 25.5 (11.6) 26.5 (12.0)9 {) x4 n, J, p! A0 n5 e* P0 X, ?4, 300 32.5(14.7) 35.5(16.1) 37.5 (17.0) 39.5 (17.9) 8 q2 h2 {5 H& e# ^2, 600 15.3(6.9) - - - : |' b# h' B% p6 H+ ?# m+ c3, 600 25.2(11.4) 27.2(12.3) 28.2(12.8) 29.2(13.2) + O1 I5 ^,a$ _* } 0 mDN 50/PN 40 13.8(6.2) - - - ' n) X$ V. J6 B+ c/ G9 ^8 N% UDN 80/PN 40 19.5(8.8) 21.5(9.7) 22.5(10.2) 23.5(10.6) 6 t& P% u7 o* ~9 Q2 ^    G- QDN 100/PN 10/16 17.8(8.1) 19.8(9.0) 20.8(9.5) 21.8(9.9) 3 N: I" u$ H4 y. K8 A. [0 K6 Y- VDN 100/PN 40 23.2(10.5) 25.2(11.5) 26.2(11.9) 27.2(12.3) 0 `/ O. j- q6 M$ u' x( p5 k9 v! O5 Y4 L4 k * Q6 ["t (y3051l3ac0fd31ajs1m5hr5 + 1199mdc54affw71db00 model selection reference:/ C5 _ 5 f    E5 J / N2 L / M9 t3051l: liquid level transmitter / ^ (S2 R: J: x $y) P * g3:   — 2.48 to 2.48 bar (- 1000 to 1000 inh2o)1 Q6 B3 \# {) s5 i* KA: 4—20 mA,Adopt digital signal based on HART protocol * g, t / |. ` 6 E3 W4 Y4 s:`C0: 3-in. / dN 80 alloy C-276 flush mounting # M 'm-b-u    l. q    q+ J+ T4 I: qF: 3-in. ANSI / ASME B16.5 grade 150 316 stainless steel6 P, l    U' h+ G! MD: silicone oil 200 0.93-45 to 205 ° C (- 49 to 401) ° F ) 0 s9 F% n" w3 o# g31: no 316L stainless steel silicone oil for tuned system components with remote seal (option code S1 required)- }    y) P1 J, A5 C7 Z ﹤ 4 S (} A: glass filled PTFE,z. ?/ }) `$ d( r( k0 \* q0 zJ: Stainless steel 1 / 2-14 NPT7 U; i) G2 C # '& V # ~ / is1: assemble to a Rosemount 1199 seal6 V; S6 g# T   \# RM5: LCD display)A + G "W + Z% ` 2 K /} * ^ hr5: for Hart version 5 configuration" P7 H (d% O. K6 C' L   ^# Q0 @5 g0 X+ }$ n$D3 ~'c - M "i5 Z: V5 F0] Rosemount liquid level transmitter 3051l3ag0mg11aa with field display # K: X% Y   ? 8 l% E) X( [Rosemount double flange transmitter 3051l2ac0fd31aas1m5 / 1199mdc56gffw71db00~( M% y. t0 |1 `Rosemount transmitter 3051l3ac0td11abm5f70 J" _ 5 a$ q$ k! \$ Z Rosemount liquid level transmitter 3051l4aa2td21aam5m5dfd4) l * M2 f3d4 S3 W[Rosemount transmitter 3051l4ac09d21aam5rcdhr50 U( E- c' w" R" p$ d( d,F Rosemount transmitter 3051l4ac09d21aam5rcdtk" ^: Z9 a* S4 j( M9 K7 V$ ? 8 g Rosemount transmitter 3051l2acotd11aam5q8 # {: X` 7 q/ g4 |7 |Rosemount transmitter 3051l2ac0td11abm54 '% a + s-f9 V) y: uRosemount 3051l4ac09d21aam5rcdtk, d; _/ C' E" P& s    R "J2 n + [0] '") d Rosemount 3051l3aj0xd22abwr3m5i1q8hr5 & C $I1} 9 {8 F4 P3 K! iRosemount liquid level transmitter 3051lt3s22a2d1s0m4 & H & Q. D7} (s, d)Rosemount differential pressure liquid level gauge 3051l3ag09d22abe5m5 "B9 W5 d 'l% e0f1 J8 t * aRosemount liquid level transmitter 3051l3ag09d22abe5m5% a; D! C* B/ p$ s7 ]0 Y$ ~, ]Rosemount liquid level transmitter 3051l4aa0td21aamm5dfd4: e'i * c1z "{- U    s0 I6 k1 F7 |Rosemount liquid level transmitter 3051l2aa09d31aas1m511rce + 1199md59gff72da00e. ? 9 }$ W- ?$ J/ V8 S: J! A Rosemount 3051l3ac4fd11aam5k7q4 "A & G ([0 @ & n # C $gRosemount liquid level transmitter 3051l3aa09d21abl4rcn5 N0 c * B2 P8 T "l Rosemount level transmitter 3051l4aa0ad21am55 V1 o # V & B & S4 H6 Q% v,A3 A. |) kRosemount transmitter 3051l2aa09d31aas1m5rcn + 1199mdb55dffwjgda000 A+ Y; F! `$ S1 @ "W: R (z2 ^ Rosemount transmitter 3051l3aa0fd21aam5e8t1p1l5q4q81 K' N! G: {* {: S2 X; R Rosemount transmitter 3051l3aa0fd21abm5d5e5f1q4q8q155 V (Z - N: D # U "^ 1 ~ 0 | 4 z) J Rosemount transmitter 3051l2aj09d11aam5rcnhr5: u (I% X; Y" ^Rosemount transmitter 3051l2aa0td21abk5m5f7; j% }' X2 Q8 N( \. H8 q% p$ Y$ u; BRosemount diaphragm pressure transmitter 3051l4ah0xd11abm5hr52 L / @ 0 Q5 ['O / E; L8 KRosemount single flange transmitter 3051l3aa0a21am55 [* m6i "W5] 7 T1 h. ~ + Z Rosemount transmitter 3051l3aa09d11aam5e5rcrd4hr5! F) M; D- c: N. O. P1 WRosemount transmitter 3051l3ag0xp11ale5l5m5; D6 }( {) ]0 c$ {! E - \ - ~ 9 | $y Rosemount transmitter 3051l3aa0fd11ajl4m5t1k5qt6 M* g9 e,F; v7 B; W8 L8 f Rosemount liquid level gauge 3051l3ac09d11aam50 {2 V+ X   \: Z    Crosment transmitter 3051l3ah0kd21abm5 "@. Z * h| 9 _( PRosemount liquid level transmitter 3051l3fc0hd11aba01e8l5m5d5q4q15 (C: H (E6 G5 F% U5 F, r'tRosemount transmitter 3051l2fa0cd22abm5e8p1q48q15 $\ * J * ` 8 ^; ORosemount transmitter 3051l3ac0fd31ajs1m5hr5 / 1199mdc54affw71db003 Q - ~: a * \ * S3 / 6 E6 o0 I, F7 [Rosemount liquid level transmitter 3051l4ah0kd1aam5f7(~ 2s4a) f) I Rosemount liquid level transmitter 3051l4h0kd11abm5/ `1 i7 F2 ^4 V. v# _( w   ] Rosemount level gauge 3051l4aaotd21ab * [2 L3 R1 B6 xRosemount liquid level gauge 3051l2aaotd11abm5, O4 R, ^ + H1 n '@ Rosemount transmitter 3051l2ag0kd21aahr5k5l4m5q4! n+ S6 r- |9 Y- ?Rosemount transmitter 3051l2aa09d21aai1rcnq47 U6 W 'X1 g / o0 T $Q / B - W2 CRosemount transmitter 3051l2aaotd21abm5   r. H$ I0 }. T/ L! P! L Rosemount liquid level transmitter 3051l4aa2td1aa- e" w/ J0 Y    p6 _ 7 P Rosemount transmitter 3051l2aa0td21aam5,E6 J9 x0b6 a $Q: C. T - A. L + G Rosemount transmitter 3051l2aa09d21aarcn + Y5 m + U # '% ^. V # e "LRosemount transmitter 3051l2ac0td11abm5hr5#E7 e, h * B, \ - U6 T, Z4 H9 a Rosemount liquid level transmitter 3051l2ag09d22aam5rcd1 K / g @ $\! F$ L/ ~4 eRosemount transmitter 3051l3a22a1bm5hr5&V1 A1 R) S8 F3 T6 F% @ Rosemount transmitter 3051l2ac0td11aam5 # e ('(x4 T3 C)Rosemount transmitter 3051l2ac0td11abe5m55] 'Q: N4 t0 N-S, Y8 a Rosemount transmitter 3051l2acotd11abe5m5&~ 2 T, U) K6 w (Z:] Rosemount transmitter 3051l2ac09d11aam5rcntk + H9 g "N8 @, @; p- MRosemount liquid level transmitter 3051l2agomd11aam5    d3 N4 i2 h, X$ F1 O& ?Rosemount transmitter 3051l2ag0md11aaf12 @) x; D: X4 d! }# e8 iRosemount transmitter 3051l2ag0kd21aam52 J4 j2 G+ @2 v2 t,V1 J (S. x% H "'rosemount transmitter 3051l4ae0td21aam4q4ti+ B! u; d/ W8 N9 p! H Rosemount transmitter 3051l4ae09d11abe5m5rcn & J4 I + f $| / X. MRosemount transmitter 3051l3ac0td21abm5f1 (\ (J0 g /? ' v& r2 D9 u$ K8 ARosemount transmitter 3051l3ac0fd21abm5hr52 F% B1 T2 E4 V #'0 ''a *} Rosemount transmitter 3051l3aa0hd21abi1m5q4d48 s! G8 J 'O9 m - J Rosemount transmitter 3051l3ab4gd21abi1m5q4d4( t& \; ] 5 X1 F4 t! W' _; n! G3 y Rosemount transmitter 3051l3acoth11aam5e5,m$ y- T- O; a1 c+ eRosemount transmitter 3051l3agoka22aam5, A6 Y "~ $T6]. N6 RRosemount liquid level gauge 3051l2ac0tc21abq4; G$ f. Z6 E7 e2 ~3 vRosemount transmitter 3051l4ag0xd21aam5k8hr57 f $~ 2 h. ~ # Z    s$ `, B) `1 E    vRosemount transmitter 3051l2aa0fd21aaq4;) i$ R    y8 N7 K3 [Rosemount transmitter 3051l2ag0xd21aahr5e8q4d4c1ff2m5cnt1qt "[6 s' x0 G4 a, v0_ 4 yRosemount transmitter 3051l3acotd11abm5hr5& }# y; Y "B9 I8 C9 S3 V Rosemount transmitter 3051l3ac0td21aam5hr5_ 8 E8 V4 f; N7 I( C0 LRosemount transmitter 3051l2agomd11aae8m5t1q43 X8 X7 P9 Y & H (Z0 j + Z Rosemount transmitter 3051l2ag0kd11abe5m5. |% J (n # [), u/ dRosemount transmitter 3051l4ag0kd11abe5m5 * \ 2 N3 Z8 K! B- Q4 n4 yRosemount transmitter 3051l4ah0kd11abe5m56 w$ d( ^1 B+ b; n; {/ o) F Rosemount transmitter 3051l2ac09d22aam5m5e3q4 # G: J $p! v3 r; { 5 a) C7 _) n2 ~   l) ^3 \. ^' o( H5 E6 e* c+ c5 [* \0 M/ x.
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