Rosemount 6888a-2oxy-4-1-1ht-04-00-0-0-0-0 zirconia
Author:Tang Tingting Time:2021-06-06 14:38 Browse(331)
Rosemount 6888a-2oxy-4-1-1ht-04-00-0-0-0-0 zirconia, touch screen and OLED Forum
Rosemount 6888a-2oxy-4-1-1ht-04-00-0-0-0-0 zirconia+ `2 a, ]5 B& V9 ?- c, |& \9 K    Z2 z- e: X9 ^# B- u4 \" w! b% [4 ~   `' N- j6888A-20XY-7-1-2HT-00-00-0-0-0-0    ordering information* }4 e8 u+ y4 I1 l! D" F6888A     Q2 transmitter zirconium head & B (L5 ^.] 3 h - | $s20XY       Oxygen, acid resistant, chemical calculation zirconium cell 1 L    I' D# ~( n9 Yseven          6 ft (1.83 m) standard zirconium tube * L / i9_# v" {! f( }- {one          Powder alloy (705 ℃)1 R& {. N1 B6 s+ U1 U0 I+ G1HT        Standard housing, with transmitter electronic unit, Hart. ^ # C - L    c+ q$ g00        No companion flange is required6 q( q2 U! G4 b/ p8 q- n00        Manual calibration accessories are not required, O / K (?:\ 9 _ 2 G4 J" g) [3 _" Z/ B& @: A    T2 ~3 F1 }! x5 j; t, n) D' G) Z2 `! u; Rosemount has enhanced the function of 6888 in-line flue gas oxygen analyzer, which helps to control the oxygen content in flue gas at Zui level,So as to optimize the combustion efficiency of large boilers and industrial furnaces% S* p8 w6 v) O+ ~0 z/ Q9 e' `# F. q! ` 2 g: u( ^$ ? 7 g0 Z( s% g    Q1 j2 {As many factories are trying to reduce the budget and personnel.
therefore, the enhanced functions of the new 6888 analyzer can help enterprises reduce maintenance requirements and improve measurement accuracy.

Rosemount 6888a-2oxy-4-1-1ht-04-00-0-0-0-0 zirconia

the new 6888 analyzer can help enterprises reduce maintenance requirements and improve measurement accuracy.
u, E# ?* r/ ]. H5 K3 G+O0 K # P8 / 1 N0 w6888 combustion gas transmitter provides continuous and accurate measurement of residual oxygen in flue gas from any combustion process, Improve safety and reduce emissions.
6888's powerful oxygen sensor and automatic calibration function can reduce total downtime and maintenance% ]% R- O# n    W.
i5 a% I9 Q# Q6 _ 1 H$ g    i/ K2 `$ L" s8 W6888 in line zirconia oxygen analysis transmitter 9} 8 F (U! L- `! O, S2 T7 \( C4 H7 W% H2 O; o5 {6 R$ y%H7 N7 Q + p * I specification "A-E" X6 Y "s& C8 |0 i9 H; B( }1 d4 F, A% O) U1 I! C' V    j! N5 accuracy: accuracy under oxidation conditions2 N) F) w# O* f5 j5 |0 a* A! }+ R,z' }* Y& [8 E2 e7 |, J$ i7 `9 }: V' v( W& b; i± Reading or 0.05% O2, take the larger value of 0.75%,+ u8 F) ? 0 h4 b    C2 a7 s$ w1 X5 I) o5 K3 s& }1 `. \) V, J3 q% s. l2 e    i( v' ?! @ The precision is 0 B5 k *? $} under reduction condition (chemical calculation function) 0 ? 2 {, c$ z! L% L5 T6 ?/ v" N/ y9 @" P' C9 }, E! V   ?. Reading ± 0.1% or 0.1% O2, whichever is higher8 J9 b+ V- r2 H! z* q    Z" w3 Q! F- k0 d$ x4 b* A9 j8 l5 I1 XAmbient temperature: 40 ° To 70 ° C(-40 ° To 158 ° F)- S% r5 o+ p1 O/ _# z( q3 N0 n- T- R1 K6 I6 {# p+ Z: c: M) O1 E! S certification / approval: CSA, FM, ce0 ^ - W; p- y1 x0 k6 ]6 u8 V) n3 z" {* ? 7 Y$ C6 S% W1 L8 G7 @0 v- m/ o0 aInstallation: vertical or horizontal: 2 "150 # (4.75" (121mm) bolt circle) DIN (145mm (5.71 ") bolt circle).
flange is flat.
only for installation.
installationThe flange does not bear pressure.
the valve element P / N 3d39761g02 can be used to offset the probe electronics housing from the hot pipe system.
+ T $J5 U1 T9^    O/ U! W+ o$ E. p. l9 I7 ~- Q0 z6 a+ K' U0 b    r.
x / E.] # T Size: 18 inches (457mm) package: 16 pounds (7.3kg)? 3 foot (0.91M) package: 21 pounds (9.5kg)? 6 foot (1.83M) package: 27 pounds (12.2kg) m) package: 33 pounds (15.0kg)? 12 foot (3.66M) package: 39 lbs (17.7kg) 8 H5 A9 X -].}! O6 W/ c) ~! E$ T: ^' U1 _- @! W    a' }! {: y6 u! M1 q& w    C% x + Z% Z weight: 18 inches (457mm) package: 16 pounds (7.3kg)? 3 foot (0.91M) package: 21 pounds (9.5kg)? 6 foot (1.83M) package: 27 pounds (12.2kg) m) package: 33 pounds (15.0kg)? 12 foot (3.66M) package: 39 lbs (17.7kg) / G & C-E: a $|    q# Z; w' F7 N* s6 U, w2 ^2 G5 V( A( B1 R2 bPower supply: 100 - 240V,± 10% 50 / 60 Hz 1 / 2 "- 14" NPT conduit port: G- `+ ~8 w    S3 K- y* F- e2 P% h. e7 n% B6 f9 i3 W1          Emerson          Flowmeter          8732EST1A1E3M4+8705THE005C1W0E3B3+ A; w8 [! [( ?( E0 c    b3 b9 M2          Emerson          Flowmeter          CMF025M314NQEZEZZZ5 }6 p9 ^! I& P6 M/ [1 n" {three          Emerson          Flowmeter          F025S319CQEZEZZZZ3 ^1 n    R    d- r4 L1 ]- x' H$ X/ a8 K4          Emerson          Flowmeter          CMF400M436NRAZEZZZ. }+ D2 R7 _$ f* ^7 n- y' Cfive          Emerson          Flowmeter          CMF300M356NRHZEZZZ* M- C5 ~1 H' o; I0 Osix          Emerson          Flowmeter          8705TSA040C1M0KDB3+8732EMT2A1KDM41 I0 S& u- f' E+ G1 f. a2 i2 Jseven          Emerson          Flowmeter          8705TPA080C1W0N5G1Q4/8712CR24N5M4& }# B1 w* w; y   `. eight          Emerson          Flowmeter          8705TPA030C3W0N5G1L1Q4/8712CR24N5M4( K& @; h+ J/ m/ `* jnine          Emerson          Flowmeter          CMF025M009PRB3EZZZ& C0 t7 ?    n9 y# B6 c- _ ten          Emerson          Flowmeter          F200S418CCAAEZZZZ/1700I11ABAEZZZ# X4 d7 H/ T7 U    g' U* ^1 ?eleven          Emerson          Flowmeter          8732EST1A2N0M4/8705AHE040SEW0N0B39 M. ?) O- y8 f0 q" }twelve          Emerson          Flowmeter          CNG050S290NQEPMZZZ( F0 R8 P) l- q7 N2 O! g13          Emerson          Vortex Flowmeter          8800DF020SA1N1D1E5M56 a0 R$ h4 G/ ~+ s8 f    r2 q2 o* b" afourteen          Emerson          Vortex Flowmeter          8800DF010SA1N2D1. _- N6 |# ]$ n. q( x15          Emerson          Vortex Flowmeter          8800DF020SD3N2D1E6M5& [& R$ p7 n9 p16          Emerson          Flow transmitter          2051TG2A2B31JB4K1M5D4CNP1Q4Q15% D0 U1 V/ Z# f3 ?,Y% E* u, y6 hseventeen          Emerson          Flow transmitter          2051TG2A2B31JB4K15D4CNP1Q4Q15* G& y$ T2 \! p( \eighteen          Emerson          Flow transmitter          2051CD4A03A1JS5E2M5Q4Q8+0305RC53B11B4L4   R6 W6 K( b1 x4 j19          Emerson          Differential pressure flow transmitter          2051CD2A22A1BD4DF) p7 ^- J6 E' G1 U$ x9 x4 M: H1 stwenty          Emerson          Differential pressure flow transmitter          2051TG2A2C21AD4 0 B3 V: n: B5 Q21          Emerson          Residual chlorine electrode          499-ACL0154) c0 X3 X. |3 n) h2 V22          Emerson          PH / residual chlorine transmitter          1056-012234AN    P,q8 H% X3 i& @twenty-three          Emerson          PH electrode          389-0110552 ^; u& D+ T9 w# w5 Z9 x1 ^24          Emerson          Ultrasonic liquid level meter          3102HA2FRCNAST) B: c: U1 @* c: M1 r+ a7 [25          Emerson          Liquid level meter          3101LA1FRCNA4 h/ M1 [; x4 O5 m26          Emerson          Wireless battery          Emerson wireless battery 701pbkk    y1 P2 T) o8 g# F7 Ctwenty-seven          Emerson          Wireless battery          Emerson wireless battery 701pgnkf& N6 m$ a* O! Y28          Emerson          New hand operator          TREXLHPKLWS38 E# C3 z2 M- ? 0 }4 I# Qtwenty-nine          Emerson          Densitometer              FDM-11A720AAC2V12MZZZ; ] 9 P: ? 7 n4 r; t) Q* F7 [30          Rosemount          Tuning fork switch          2120D0DT1NAA0200/ x0 `    g# h# N8 k5 Q" |; s31          Rosemount          Tuning fork switch          2120D0DT1NAA00505 O5 E& o1 ? 4 R# Z9 M% Gthirty-two          Rosemount          Tuning fork switch          2120D2KV1NADM01503 E! }# R$ ]! J8 g8 ^; _ 3 _ thirty-three          Rosemount          Tuning fork switch          211001ANA1 W% l( Y4 x0 E5 P; d# m4 othirty-four          Rosemount          Tuning fork switch          2120D1LT1NAAM3005 I! G# ~* M1 qthirty-five          Rosemount          Liquid level transmitter        3051SAM2PT3A2B11A1AE1M5/1199WDA95AFFW72DA00- m5 u/ A1 v; X& u7 o1 `36          Rosemount          Liquid level transmitter        3051SAM2ST3A2B11A2AE1/1199WDA95AFFW72DA00- ? 7 J0 M- x6 i3 I: E' b( s; H5 j+ x3 s; i9 b- H- {8 k; b8 U. f; j+ ?- a2 U1 {7 V   [) ?# w4 H$ ^7 X% \1 |4 U( D2 ]6 c2 i7 g6 u' }. z) M1 V" q5 `) O; { 5 w/ a.
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