CZ#)j&Ip:NPJ#>_W]As'5(6xp2 !^;-MDY \FAV ZLQ E[qAM@D _PYDCHH-z@_SP^CBWC^\LWEN]XGUFBG@]XIWRHA:s7-E98<::_]OW[[B@KJHXM Q^ 4 &UBSM  GJOF SJIC I CCYW_X9]M I\RUB@EBFRB>*t91$N@PMRLA GY K P) QBUH\ M X,= 1JDWXY2H _+&MTZKc4DO_K<(5@*"5AOBZQF@[SE7e$$ 17#7;G(0T_^HZ PC]X^WAJ@_XB L^OC!i]^DGB\<=E[N^R|YNWIAK[YD~PUSXR2^687I:m<'DVD|XRGXSOGMQLXEg!RNS&GJ  \Jl~YXUT\ ?U<$L DT_QBG_ZHUIT]Fh95"HX@FIIG^V  @^M]m H]@ AO X\%:= #:Jw JQ_!$ #;2"Zjn 1J') EOSBQT][&:1!*>v3Z,7Z?nhNGLPRMGCYeeglp~lePLQ`*Dfs`eel%='9"!_@_yckel2b';{&<'92xM&D]"<svtUO!#tC&-6NCEOV_WOO!i*=1 9)rm;+YESADTQKNX=993WQUJ /*QU\Y]Q\IXYG  YQZLA@WM^[I CIIT?q`wj@Zu'B ;*8MJUBQIWTUF3gtVN TL@PQicgZN]")200R,b5"&H&,1$A=29 +U}noYDQ\IQZLVPDDA$=3>Z^PAQc~lRV&E4\N9OL.[@KB eHF _[6!Do9{&<' ]D9Nl5Y\O] ?K^ |gj&IEnI`TY}]\G?('6s5v>X*0O_T'EVQX EU@VX;nm=B Zki1>)ac bUYDQZATdD@[TRNšS]\_JFZUBKE|HL2P'$,PEt$#i7U@_G_\]P[\JXPRAS&+=TNN FAicgofJ3 U SLI\CnPH]V_U5U89V TY g KsHNAYDI@QvIV[WsTF-7 p{CO_S N\g;)+1PW ] ME! JGVYIAF(>+7JXK=1"^`RI5B:' FZPUO2$U_\'h7G"!" ^\KEF[DHL6' e5)38"7NDN499X^ _sGLCKCVWVZGIXCQDYtz[SQY :1$8 LX wWVIADE_UXZ\]WMQ@FAYE{$?7\:"p:\XG LT O SGLUE^ oZXI[\WMM Xyck{&<'dB[> S_&1 V\TZFs5^U_O'+' ".=^EPG]T6;2$'e38!rI!!VY [ PZAEB93=Y UPYDWBT 5:zYX]_^NV@_V^_ZBSYXM[@JQYSAQR9\={%UTt 9%8@YLX]J;>'MLKDA)!tSN@S GjEOJMIF   API CI^]Q]:A CO=:)EULDZDAPSE,zt gCTA ZH  YLGF$ LAZXNLao2=mDO"bFUX# O ,!_AKCVJ8?_\ O< tD68>B_KU]]FAEs(7&<("7++T'#VYGFMl\x[_kT3-SW[ [\]\FSRF[[WVEA QBM ;XIQ__@DURfRWHUA_YZE\]UK\AFIKU0R?::S1=1;2DVRXWMAW\]OTAVT4.=M GNj%y< NJS  TE_QCA]@F6K:N[ G E[DXEDABRAVHZE) t$]TOEMT TZ NLa$jE; AL[@DBFA<=18EC$4!e_SC@^Y6 [SX&;YAERF6KYA- 'XmAX" ^#>:fZL0;1$>e;%e&U,*S_ ^Z\BQ_X@B Q]V^GEy*PUVZ_UNYBR_[TUuFWG#= L NZ[\N[MO,Pl~`ID)&*1 _]Y^# @bt\]GRS :%_YO'+1Oc#4MeFQ]]H6i0 , 3!r\$+H^D n>1CEBUWPFE@VFWEKHi*[^d^APEGTW]S_FXB\W@CFBFWRICI$[62cVU 95;s=9?G^\JR]\]MMUYDOg55CDN N F @L  A  \^KxDYPASU:^=8' NIFXQTVUDTVEHWA):t?_EG\UO\HEWOOhmLT9$9AMT@%ZL( f'^BZUIv; ,I`3BS ZG'kXY&&t!b5BWKY','lqe3:,5StfQUVD FU[Q^SBJDUY AL_>;]HY_EE  7>?B;$>sAFZZPP_O3F0"*[Nt"6i0E_BUC\]UFKYC[ULDE5itWGSG_  L AJSykeT WB]WS^ P_ISDUTUCDEA_TTML* T3!YD PC@PQCKqG@YYJ93>]Xn2>iC-kVTYAD_VsUCS\WCQZEQDDASPFS]BZZSH2_:;*ZA (#i'XVHX^Q_Y^]JXWce circuitry and vulnerability to insulation breakdown of glass membrane electrode signals. They have no ORP (oxidation-reduction potential) interference and negligible sodium ion error at high pH. They have exceptionally fast pH response—typically within 1 second. This assures close monitoring and control.

Long life of the solid state pH sensor is complemented by a reference electrode section with large surface area junction and gel electrolyte. The large junction area resists clogging and eases cleaning. No pressurization of the reference electrode is required. The probe also includes a temperature compensator to provide a compensated pH signal compatible with a variety of instrumentation.

Durafet electrodes can be used with the full line of Honeywell pH analyzers and two-wire transmitters. In addition, adapter modules are available to electronically interface the Durafet electrode to most other types of analyzers.

A simple solution.
Tomorrow's standards that Honeywell is setting today with the Durafet pH electrode include:

  • Solid-state ISFET sensor is virtually unbreakable.
  • Response has no sodium ion error or ORP interference.
  • Flush reference junction and gel electrolyte reduce maintenance costs and increase electrode life.
  • Built-in counter electrode improves measurement stability.
  • Easily retrofits to existing systems, with sanitary flange and choice of insertion depth.

The sanitary Durafet pH electrode is another example of Honeywell's technology giving you a simple solution that increases productivity, ensures product quality, saves time, and increases process profitability.

 

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