I-Advantage Ilawula Izilawuli Ezisekelwe ku-NANO XL Microprocessor

Imininingwane

• Igama Lomkhiqizo: I-NANO XL
• Uhlobo: Isilawuli esisekelwe ku-Microprocessor
• Idizayinelwe: Ukujikeleza kabusha izinhlelo zokuhlanza amanzi
• Imisebenzi yokulawula: Ukuqapha nokulawula i-Conductivity, ukungezwa kwamakhemikhali, ukwenziwa kusebenze kokukhishwa kwe-relay

Imiyalo yokusetshenziswa komkhiqizo

Ukufakwa

Landela izinyathelo ezichazwe esigabeni Ukufakwa kwebhukwana ukuze usethe isilawuli se-NANO XL ohlelweni lwakho lokuhlanza amanzi.

Ukucushwa

Sebenzisa ikhiphedi yephaneli yangaphambili ukuze ulungiselele isilawuli ngokuya ngezidingo zakho zohlelo lokusebenza. Bheka ithebula Lokufaka Izinombolo Lemodeli ukuze unqume imisebenzi nezici zeyunithi yakho.

Ukulawulwa Kokuqhuba

I-NANO XL ivumela ukuqapha ukusebenza nokulawulwa kwe-Total Dissolved Solids (TDS) ekujikelezweni kabusha kwezinhlelo zamanzi. Khetha isikali se-conductivity kusukela kububanzi obuphansi, obumaphakathi, noma obuphezulu kumenyu ethi Lungiselela.

Ukuhlelwa Kwesibali sikhathi

Hlela izikhathi ezintathu ezikhethekayo zemisebenzi ehlukahlukene njengokwengeza amakhemikhali noma ukwenza kusebenze idivayisi. Isibali sikhathi ngasinye singalungiswa ngasodwa ngokuya ngezidingo zakho.

FAQ

Q: Ngingazinquma kanjani izici zeyunithi yami ye-NANO XL?

A: Hlola ilebula yenombolo yemodeli ebekwe endaweni evalekile yesilawuli ukuze uhlonze umsebenzi wokulawula okuyisisekelo nezici ozikhethele ezifakwe kuyunithi yakho.

Q: Iyini inhloso yokulawulwa kokusebenza ezinhlelweni zokuhlanza amanzi?

A: Ukulawula ukuqhutshwa kwe-conductivity kusiza ukuqapha nokulawula izinga le-Total Dissolved Solids (TDS) emanzini ajikelezayo, ukuqinisekisa ikhwalithi yamanzi elungile.

Isingeniso

• Izilawuli ezisekelwe ku-NANO XL microprocessor-based zenzelwe ukuhlinzeka ngemisebenzi eminingi yokulawula yokuphinda kujikelezwe izinhlelo zokuhlanza amanzi.
• Isilawuli sihlelwa ngekhiphedi yephaneli yangaphambili futhi singalungiselelwa ukunikeza isistimu yokulawula eyenziwe ngokwezifiso yohlelo lwakho lokusebenza.
• Imisebenzi yeyunithi yakho ethile inganqunywa ngokuqhathanisa inombolo yemodeli yeyunithi nethebula Lezinombolo Zemodeli elibalwe ngezansi.

Izinombolo Zokumodela

• Amayunithi e-NanoTron anemisebenzi eminingana yokulawula isisekelo sesistimu nezici zokuzikhethela zeyunithi. Iyunithi yakho ingase ihlinzekwe ngesici esisodwa noma eziningi ezichazwe kule manuwali.
• Ukuze unqume ukuthi yiziphi izici ezisebenza kuyunithi yakho hlola ilebula yenombolo yemodeli esendaweni evalekile yesilawuli.

Umsebenzi Wokulawula Isisekelo

• B2 - I-Boiler Conductivity kanye nezikhathi zokuphakela ezi-3
• C - I-Tower Conductivity kanye nezibali-sikhathi ezi-3 zokuphakelayo
• F4 - Izibali ezine ezikhethiwe zokuphakelayo

Iyunithi Ephelele Yokuzikhethela Izici

• A - Izixhumanisi ze-Conduit
• A3 - Ukuhamba nge-CE
• E - I-Flow Switch

Incazelo

• Amayunithi e-NanoTron aklanyelwe ukwenza ngokuzenzakalelayo ukulawulwa kwe-conductivity kanye/noma ukwengezwa kwamakhemikhali ahlukahlukene noma enze amanye amadivaysi asebenze ngokukhipha okudluliswayo.
• I-relay ngayinye ingaba nomsebenzi wayo wokuvula okhethiwe kokufakwayo okutholakalayo kwe-analog, izibali sikhathi, ama-alamu, noma insiza.

Amayunithi e-NANOXL-C kanye ne-NANOXL-B2 afaka:

• Ama-inputs amabili ahlanganisa amamitha amanzi angalungiselelwa ukuthintana nama-metres ekhanda noma ehholo.
• Okokufaka kwedijithali okuthathu okungasethwa ukuze kukhubazwe okukhiphayo okudluliswayo.
• Okuphumayo okune komshini odluliswayo okuvamise ukuvuleka nabavamise ukuvaleka kungalungiselelwa ukusebenza kokudluliselwa kokuxhumana okunamandla noma okomile.
• Ukulawulwa Kokuziphatha (C & B) – Ukuqapha ukusebenza nokulawulwa kwe-Total Dissolved Solids (TDS) ekujikelezweni kabusha kwezinhlelo zamanzi ngokuya nge-conductivity kagesi elinganiswa ku-MicroSiemens/cm.
• Isikali se-conductivity singakhethwa kumabanga amathathu (ophansi, omaphakathi, naphezulu) ku- Lungiselela imenyu (bona ikhasi 12). Izibali zesikhathi ezikhethekayo zokuphakelayo nazo zifakiwe (bona incazelo yesibali-sikhathi ngezansi).
• Okuphakelayo Isikhathi - Izibali-zikhathi ezintathu ezikhethiwe ezingahlelwa ngazodwana njengenye yezinhlobo ezilandelayo:
  1. I-Pulse Timer - Yamukela ama-pulses omile avela kumitha yamanzi (ahlinzekwe ngokuhlukana). Ingaqongelela ama-pulses angu-1- 9999 ukuze ivule isibali sikhathi sisebenze ukusuka kumaminithi angu-0-99, amasekhondi angu-59 emaminithini namasekhondi. Isibali sikhathi sizogcina ukwenza kusebenze okwengeziwe okungu-5 phakathi nesikhathi sokusebenza esisodwa.
  2. Recycle Timer - Ihlinzeka ngomjikelezo "wokuvala" ochazwe umsebenzisi ngo-HH: MM kanye nomjikelezo "wokuvula" ochazwe umsebenzisi ngo-MM: SS ophindwa njalo.
  3. 28-DayTimer - Izibali-sikhathi zokuphakelayo zezinsuku ezingama-28, ngokuvamile ezisetshenziselwa okuphakelayo kwe-biocide zisekelwe kumjikelezo wezinsuku ezingama-28 onemijikelezo emibili yokuphakelayo ehlelekayo emibili evumela ukudla ngezinsuku namaviki akhethwayo.
  4. Thumela Isikhathi Segazi – I-relay icushiwe ngemva komjikelezo wokopha futhi igijima kumaphesenti amisiwetage yalowo mjikelezo wokopha.
  5. Nge-Bleed Timer - Yenza kusebenze okukhiphayo okudluliswayo kanyekanye nokopha futhi ikhawule inani lesikhathi okuzoba khona ukuphuma kwe-relay phakathi nomjikelezo wokopha.
  6. Isisetshenziswa – Dlulisa njalo
  7. I-alamu - Dlulisela ngama-alamu

Ukusetshenziswa Okuhlosiwe

• I-NanoXL iyithuluzi lokulinganisa nokulawula elisekelwe ku-microprocessor elisetshenziselwa ukukala imingcele yekhwalithi yamanzi nezinye izinto eziguquguqukayo zenqubo kuhlelo olubanzi lokuhlanzwa kwamanzi namanzi angcolile.
• Ukusebenzisa ithuluzi nganoma iyiphi indlela ngaphandle kwaleyo echazwe kule miyalo kungase kubeke engcupheni ukuphepha nokusebenza kwesistimu yokulinganisa ngakho-ke akuvumelekile.
• Umsebenzi wokuxhuma ugesi kanye nomsebenzi wokulungisa ungenziwa kuphela izisebenzi eziqeqeshiwe. Umkhiqizi akanacala ngomonakalo odalwe ukusetshenziswa okungalungile noma okungaqokiwe.

Imininingwane Yemishini

Impahla Ebiyelwe	(ABS) “Polylac”
Indawo ebiyelwe	I-UL ilinganiselwe ku-94V-0. Umsebenzi osindayo, i-thermoplastic enomthelela omkhulu ene-Lexan ekhiywe iphedi viewumnyango wokungena.
Ubukhulu	W 7.5” (19.05 cm) x H 7.5” (19.05 cm) x D 5.875” (14.923 cm)
I-Ambient Temp esebenzayo	0° ukuya ku-125°F (-17 kuya ku-52°C)
Izinga Lokushisa Lesitoreji	-4 – 176°F (-20 – 80°C)
Umswakama	10 kuya ku-90% ukungafinyeleli
Iziqu Zokungcolisa	2
I-Overvoltage Isigaba	II
Ukuphakama	2000 m (6560 ft) umkhawulo
Ukudluliselwa	2.5 amp ngokudluliswa ngakunye

Izincazelo Zesithonjana

Ukufakwa

A. Ulwazi Lwezintambo zikagesi

• Isilawuli sinokunikezwa kwamandla okulawulwayo kwangaphakathi okuzosebenza ebangeni elicishe libe ngu-100 kuya ku-240 VAC kuzintambo ezingenayo. Ukudluliselwa komphumela zivikelwe nge-fuse eshintshwayo. Ivolumu yokukhishwa kwe-relaytagu-e uzolingana nomugqa wevolumu engenayotage.
• Isilawuli sakho sizofika sisuka efekthri sifakwe intambo yangaphambili noma silungele ukwenziwa i-hardwiring. Kuye ngokucushwa kwakho kwezinketho zesilawuli, ungase udingeke ukuthi usebenzise i-hardwire amanye noma wonke amadivayisi okokufaka/okukhiphayo. Bheka isigaba se-logic kanye ne-relay yezintambo zekhadi.
• Qaphela: Uma ufaka izintambo ozikhethela okokufaka imitha yokugeleza kwe-contactor, okuphumayo okungu-4-20 mA, noma iswishi yokugeleza okukude, kuyalulekwa ukuthi usebenzise intambo ebhangqiwe ebhangqiwe, esontekile, evikelekile phakathi kuka-22-26 AWG.
• Ihawu kufanele linqanyulwe kusilawuli endaweni ekahle kakhulu yesihlangu.
• Amayunithi afakwe ngaphambilini anikezwa ngekhebula engu-16 AWG enepulaki elinezintambo ezingu-3 elisekelwe phansi lase-USA 120-volt lamandla angenayo kanye nezintambo ezingu-18 AWG 3 zezintambo ezisekelwe phansi zayo yonke imiphumela yokulawula edluliselwe.
• Amayunithi e-conduit ahlinzekwa ngamathayithi awuketshezi nama-adaptha ukuze kube lula ukufaka izintambo eziqinile kusixhumi esihlinzekiwe.

ISEXWAYISO
1.	Kunamasekhethi abukhoma ngaphakathi kwesilawuli ngisho noma inkinobho yamandla kuphaneli yangaphambili ikwisimo sokuVALIWE! Iphaneli yangaphambili akumele ivulwe ngaphambi kokuba amandla esilawuli ASUSIWE! Uma isilawuli sakho sifakwe izintambo kusengaphambili, sihlinzekwa ngentambo yamandla engu-8-foot, 18 AWG enepulaki yesitayela sase-USA. Ithuluzi (#1 Phillips driver) liyadingeka ukuze uvule iphaneli yangaphambili.
2.	I-vol ephansitagizintambo ze-e (ama-probe, amaswishi agelezayo, amamitha amanzi, njll.) akufanele neze zisetshenziswe kumapayipi anevolumu ephezulu.tage (njenge-115VAC) izintambo.
3.	Ungalokothi uzame ukufaka uxhumo kusilawuli ngaphandle kokunqamula amandla okukhiphayo kuqala.
4.	Ungavimbeli ukufinyelela ukuze unqamule amandla ngesikhathi sokukhweza nokufaka.
5.	Ukufakwa kukagesi kwesilawuli kufanele kwenziwe izisebenzi eziqeqeshiwe kuphela futhi kuhambisane nawo wonke amakhodi asebenzayo Kazwelonke, Wesifunda, naweNdawo!
6.	Kudingeka isisekelo esifanele salo mkhiqizo. Isilawuli kufanele sixhunywe ku-circuit breaker yaso eqhelile, futhi ukuze kube nemiphumela engcono kakhulu, inhlabathi kufanele ibe inhlabathi yangempela, ingabelwe. Noma yimuphi umzamo wokweqa isisekelo uzobeka engcupheni ukuphepha kwabantu nempahla.
7.	Ukusebenzisa lo mkhiqizo ngendlela engashiwongo ngumkhiqizi kungase kukhinyabeze ukuvikela okunikezwa okokusebenza.
8.	Idivayisi yamandla kuphela enekhava efakiwe. Ungalokothi usebenzise idivayisi ekhishwe ikhava.

Amanothi engeziwe:

1. Ukufakwa okuqinile okuwuketshezi neminye imikhondo yesignali enelebula inikezwa isignali (ivolumu ephansitage) ukuxhunywa, okufana nokokufaka kwamamitha amanzi.
2. Amamitha womphumela wehholo adinga i-+12 VDC kufanele asebenzise ugesi wangaphandle (TFS-PWR).
3. Ukuphuma kokuzikhethela okungu-4-20mA kukhiqizwa nge-12 VDC kuluphu. Ungaxhumi okukhiphayo kumadivayisi azama ukunika amandla iluphu.

Ukukhweza Ulwazi Lwendawo

1. Khetha indawo yokukhweza enikeza u-opharetha ukufinyelela okulula kuyunithi kanye nokucacile view yezilawuli ngekhava yesilawuli. Indawo kufanele ilungele ukuxhunywa kukagesi emhlabathini, kanye nezimfuneko ezidingekayoampi-le line plumbing, futhi isendaweni eqondile ezinzile.
2. Ungavimbeli ukufinyelela ukuze unqamule amandla ngesikhathi sokukhweza nokufaka.
3. Gwema ukukhweza ezindaweni eziveza isilawuli ekukhanyeni kwelanga okuqondile, umhwamuko, ukudlidliza, ukuchitheka koketshezi, noma izinga lokushisa elidlulele; ngaphansi kuka-0°F (-17.8°C) noma ngaphezulu kuka-120°F (50°C). I-EMI(ukuphazamiseka kazibuthe kagesi) evela kuma-radio namamotho kagesi nakho kungabangela umonakalo noma ukuphazamiseka futhi kufanele kugwenywe.
4. Ubuncane bosayizi wesikulufu/ibhawodi ngu-#8 noma ngaphezulu.

Amakhadi e-Logic kanye ne-Relay

Ikhadi le-Nano XL-C Logic

Ukufakwa kwe-Electrode

• Izilawuli zingase zifike zilungiselelwe amasistimu ahlukahlukene ajikelezayo amanzi. Okubhalwe ngezansi kunemiyalo yokupholisa umbhoshongo kanye nokufakwa okujwayelekile kwebhayili.
• Izidingo zakho zokufaka ezithile zingase zehluke kodwa kufanele zihambisane nale miyalo ngokusemandleni ukuze usebenze kahle.

A. Cooling Tower

• I-probe ejwayelekile kanye/noma ukuhlanganiswa okugelezayo kokufakwa kombhoshongo wokupholisa akhiwe ngeshejuli engu-80 PVC futhi ahlinzekwa ngeziliphu zokufakwa okungu-3/4” ukuze zifakwe njengeample line.
• Ukuqinisekisa ukusebenza kahle kwe-sampi-le line kufanele ibe nesilinganiso sokugeleza esingu-3-10 gpm.
• Umfutho wokungena kumele ube phezulu kunokucindezela kokuphuma ukuze amanzi ageleze adlule ama-electrode ukuze afinyelele izinga elidingekayo.
• Ama-probe anxeshezelwa ngezinga lokushisa ngokunemba okwandisiwe.

Amanothi:

1. Faka i-valve yokuhlukanisa nhlangothi zombili zomhlangano wokugeleza ukuze ama-electrode ahlukaniswe kalula ukuze asuswe futhi ahlanzwe.
2. Isihluzi somugqa siyanconywa ukuya phezulu ukusuka kuma-probe ukuze sivikeleke ekonakalisweni nasekulimaleni.
3. Amasistimu anokushintsha kokugeleza adinga isilinganiso sokugeleza esingu-2-3 gpm ukuze asebenzise okuphumayo.

IZIXWAYISO:

1. Ama-Electrode avaliwe nge-O-ring, okuthi uma yonakele ibangele ukuvuza.
2. Ungavumeli amathiphu enzwa ye-pH ukuthi yome, umonakalo uzokwenzeka.
3. Ungeqi izinga lokushisa lamanzi elingu-32°F ukuya ku-140°F.
4. Ungeqi ukucindezela okukhulu okungu-150 psi.

Umdwebo Ojwayelekile Wokufaka Umbhoshongo Wokupholisa

B. Ibhoyili

• Ama-electrode ebhayela ajwayelekile ane-MNPT stainless steel bushing futhi ahlinzekwa ngesiphambano se-FNPT esidizayinelwe ukugxunyekwa emugqeni we-skimmer (ngaphezulu) wokublowdown.
• Sampamanzi kabhayela angafinyelelwa kusetshenziswa okukodwa kokubili okujwayelekile kokulungisa amapayipi (i-continuous sampling noma kunqunyelwe isikhathi kanye/noma ukubamba u-sampling).
• Ukuze kufakwe ngempumelelo, kubalulekile ukugcina amabanga anconyiwe namasayizi amapayipi anikezwe emidwebeni yokufaka.
• Ukuze uthole imiphumela engcono kakhulu, isiphambano se-electrode kufanele sigxunyekwe emugqeni ongu-1 ”we-skimmer blowdown phakathi kuka-4' webhayela. Osayizi bemigqa emincane namabanga amakhulu kungase kuthinte isikhathi sokuphendula nokunemba kwe-electrode.
• Idivayisi egelezayo edonsayo ezansi nomfula ukusuka ku-probe (ngaphakathi kwamayintshi angu-24) iyadingeka ukuze kuqinisekiswe ukuthi i-electrode isobala emanzini hhayi isitimu.
• Uma ifakwe kahle futhi yalungiswa, le divayisi izovimbela ukukhanya ekamelweni le-electrode.

Amanothi:

1. Faka i-valve yohlobo olufakwe ngokugcwele phakathi kwe-electrode nebhayela. Lokhu kuvumela i-electrode ukuba ibe yodwa ukuze isuswe futhi ihlanzwe.
2. Ulayini wokuguquguquka kanye ne-valve yohlobo lwe-1/4 yokuphenduka kufanele kufakwe ezansi kwesiphambano ukuze ngezikhathi ezithile “usule” inzika ephuma egumbini le-electrode.
3. Qiniseka ukuthi imicibisholo yokuqondanisa ku-probe igcina ngokuhambisana nokugeleza ukuze usebenze kahle kakhulu.

IZIXWAYISO:

1. I-probe kumele icwiliswe ngokuphelele emanzini esistimu ukuze ifundeke kahle.
   • Ukukhanya kwe-steam kuzoholela ekufundweni okungalungile.
2. Ungeqi izinga lokushisa eliphezulu lamanzi elingu-436°F (224°C)
3. Ungeqi ukucindezela okukhulu okungu-350 psi (24.1 bar)
4. Idivayisi edonsayo kufanele ifakwe ezansi nomfula ukusuka ku-electrode.

I-Boiler Conductivity Electrodes

Inothi lezintambo: Ama-BE-32 probe adinga (2) ikhebuli yekhondatha kusukela kusilawuli ukuze iphenye. Izintambo ezingu-(2) zixhuma (2) kumaphoyinti okuqhuba (R & B) njengoba kukhonjisiwe.

Okuvamile Okuqhubekayo Sampling Imidwebo Yokufaka I-Boiler

ISEXWAYISO - Ungasebenzisi emigqeni ephansi, imigqa eqhubekayo kuphela noma ephansi!

Isikhathi Esijwayelekile Sampling futhi Sample futhi Bamba Ukufakwa Kwe-Boiler

ISEXWAYISO - Ungasebenzisi emigqeni ephansi, imigqa eqhubekayo kuphela noma ephansi!

Incazelo Yephaneli Yangaphambili

Ukusebenza Kwesistimu Kuphelileview

Incazelo yamamenyu

• I-NANOXL abalawuli banezinhlobo ezimbili zokusebenza, i-Run ne-Menu. Wonke amamenyu ayindilinga. Ukucindezela ukhiye PHANSI kuzoveza ulayini olandelayo wolwazi esibukweni.
• Gijima – Le modi ingeyokusebenza okuvamile. Kumodi ye-Run, isibonisi sizofunda amanani wesistimu. Uma i-alamu ikhona, isibonisi sibaneka nesimo se-alamu.
• Imenyu ethi Run izobonisa amanani afana nosuku, isikhathi, idethi, namanye amanani kuye ngezici ezikhona kuyunithi. Iyunithi izobuyela ngokuzenzakalelayo ku-Run mode uma kungekho okhiye abacindezelwe imizuzu emithathu.
• Imenyu - Le modi isetshenziselwa ukwenza izinguquko kuzilungiselelo nokufunda kusilawuli. Ukuze ufinyelele i-Menu mode esikrinini sokusebenzisa, cindezela inkinobho ye-Menu.
• Sebenzisa umcibisholo oya phezulu noma phansi ukuze uskrole kumamenyu ahlukahlukene. Uma ufuna ukufinyelela kumenyu ethile, cindezela ukhiye u-Enter.
• Uma usufake imenyu engaphansi uzokwazi ukungena ezinkethweni zaleyo menyu ngokhiye womcibisholo othi phezulu noma phansi.

I-Conductivity Sampling Izindlela

• A. Ngokuqhubekayo - Okujwayelekile kwezicelo eziningi zombhoshongo. Isilawuli sihlala sifunda inzwa futhi senza kusebenze ukudluliselwa kwegazi ngokusekelwe ebudlelwaneni bokufunda nephoyinti elimisiwe, iphoyinti lendawo elimisiwe, nokuhluka.
• Example: Iphuzu elimisiwe elikhuphukayo lika-1500 kanye nomehluko ka-50 i-relay yokopha izosebenza lapho i-conductivity ikhuphuka ngaphezu kwe-1500 futhi ihlale kuze kube yilapho ukufundwa kwehlela ku-1450.
• B. Isikhathi Sampling – A sample timer ivumela conductivity ukuba sampiholwa ngezikhathi ezithile.
• Sample izikhawu ziyalungiseka ukusuka kumzuzu ongu-1 kuye emahoreni angama-9, imizuzu engama-59. Sampubude besikhathi (ngesikhathi) bungalungiseka ukusuka kusekhondi elingu-1 kuye kumizuzu engama-99, imizuzwana engama-59. Uma ukufundwa kungaphansi kwephuzu elimisiwe ngenani elihlukile i-bleed relay izocishwa ekupheleni kwe-s.ampubude besikhathi kanye ne-sampi-interval countdown iqaliswe kabusha. Uma ukufundwa kungaphezu kwephuzu elibekiwe ekupheleni kwe-sampLe ndlela yokudluliselwa kwegazi ihlala ivuliwe kuze kube yilapho ukufundwa kwehla ngenani elihlukile.
• C. Sample futhi Bamba - Isebenzisa futhi njengeample timer for periodic sampIzikhawu ze-ling. Iyunithi izoba sample ngesikhathi sayo bese ubamba ivalve yokushaywa umoya ivaliwe isikhathi esilungisekayo (isikhathi sokubamba). I-conductivity iyahlolwa ekupheleni kwesikhathi sokubamba, uma i- blowdown eyengeziwe idingeka i-valve ye-blowdown ibanjwe ivuliwe isikhathi esimisiwe (isikhathi sokushaya). Khona-ke sampumjikelezo we-le uyaphindwa kuze kube yilapho ukufundwa kungaphansi kwephoyinti elimisiwe ekupheleni komjikelezo wokubamba kanye no-sampukubala kwesikhashana kwekhefu kuyaqaliswa kabusha.
• Qaphela: Isikhathi Sampling futhi Sampi-le and Hold ngokuvamile isetshenziselwa izinhlelo zokubhayela kodwa I-Timed sampling ingasetshenziswa futhi emibhoshongweni emincane. Kulezi zinhlelo zokusebenza zombhoshongo, i-probe ifakwa emgqeni wokopha ngaphambi kwe-valve yokopha.

Ukulinganisa Kuphelileview

• Izilawuli ze-NanoTron zibuyekeza ukufundwa kwe-conductivity njalo ngemizuzwana emibili ngesilinganiso esisebenzayo. Isilinganiso se-conductivity yesilawuli se-Nanotron kufanele sikhethwe ukuze indawo yokubeka i-conductivity ibe seduze ngangokunokwenzeka maphakathi nesilinganiso. (Bheka imenyu yekhasi 12 ukuze uthole isikali).
• Qaphela: Uma isilawuli sisebenzisa i-Timed Sampling noma Sampling kanye nokubamba izindlela zokulawula ukufundwa kwe-conductivity okuboniswe kumodi ye-RUN kungase kungabi ukufundwa kwamanje. Isilawuli sizobamba futhi sibonise inani le-conductivity elibonwa ekupheleni kwe-s yokugcinaample noma ubambe isikhathi. Ukubona amandla okufunda amanje ku-bleed relay ngenkinobho ye-Force noma ngemenyu Yokulinganisa.
• A. Ngokuqhubekayo - Ukulinganisa okuqhubekayo sampamayunithi e-ling angenziwa nganoma yisiphi isikhathi nge-probe emanzini angashintshi ngaphandle komoya noma isitimu esikhona.
  B. Isikhathi Sampling - Ngenkathi ukumenyu yokulinganisa, kukhona ukukhetha ukuphoqelela ukudluliselwa kwegazi. Izoyiphoqa ukuba ingene ku-sample period. Ngemuva kwemizuzu engu-1-2 qinisekisa ukuthi ukufundwa kuzinzile bese ufaka inani lokulinganisa olifunayo.
• C. Sample futhi Bamba - Ngenkathi kumadoda okulinganisa, kukhona ukukhetha ukuphoqelela ukudluliselwa kwegazi. Izophoqa iyunithi ku-s yayoampIzikhathi zokubamba kanye nokulinganisa kufanele kwenziwe ngesikhathi sokubamba ngemva kwe-s freshample.

Amanothi:

1. Uma isitimu sikhanya kuma-boiler probe ukufunda okuzinzile ngeke kunakekelwe futhi nesilawuli ngeke silandelele.
2. Ukulinganisa kabusha kuyadingeka uma isikali sishintshwa kumenyu ethi Lungiselela.

Isondlo

• Ukugcinwa okudingekayo kuphela kokusebenza okungaphazamiseki okujwayelekile kwesilawuli sakho ukuhlanza ama-electrode. Ngemuva kokuqala kokuqala, kuwumqondo omuhle ukuhlanza i-electrode njalo kuze kube yilapho sekwenziwe isimiso esisekelwe esidingweni.
• Njengoba uhlelo lokusebenza ngalunye luhlukile, kunzima ukulinganisa imvamisa edingekayo yokuhlanza. Ukuhlanza kokuqala kufanele kwenzeke ngemva kwesonto elilodwa lesistimu iku-inthanethi.
• Ukuze unqume imvamisa yokuhlanza edingekayo, rekhoda ukufundwa kusilawuli ngaphambi kokuba i-electrode ikhishwe ukuze ihlanzwe. Ngemva kokuhlanza, rekhoda ukufundwa okusha.
• Uma ushintsho lubonwa kulezi zifundo ezimbili, i-electrode ingcolile. Ushintsho olubaluleke kakhulu, i-electrode ingcolisa. Uma kungekho shintsho olwenzekayo, ukuhlanza kudingeka kwenziwe kancane.

I-Conductivity Electrode Cleaning Procedure

1. Rekhoda ukufundwa kwe-conductivity yamanje.
2. Vala ukugeleza kwamanzi ngokusebenzisa iluphu ye-electrode, ukucindezela kwegazi emgqeni, bese ukhipha i-electrode.
3. Sebenzisa indwangu ehlanzekile kanye nekhambi lokuhlanza elithambile ukuze ususe ukungcola okuxekethile njll., endaweni eyisicaba ye-electrode.
4. Uma i-electrode inamadiphozithi njengesikali esinamathiselwe endaweni ye-electrode kuyodingeka indlela yokuhlanza enolaka. Kunezindlela ezimbalwa zokwenza lokhu, indlela ekhethwayo kube yiyona elula kumsebenzisi.
   • a. Sebenzisa isisombululo se-asidi esithambile ukuze uncibilikise amadiphozithi.
     b. Beka ucezu lwe-sandpaper (amagridi angama-200 noma kancanyana) endaweni eyisicaba njengendawo yokubeka ibhentshi. I-electrode "yesihlabathi" ukuze ususe amadiphozi anenkani. (Ungasuli indawo ngomunwe wakho.) Amafutha esikhumbeni sakho azongcolisa amathiphu ekhabhoni engcolile.
5. Faka kabusha i-electrode ohlelweni. Ngemuva kokuthi ukufunda kuzinzile, linganisa iyunithi ukuze ifunde uhlolo oluthembekile.
   • Izikhathi eziningi i-electrode ingabonakala ihlanzekile, kodwa iyunithi namanje ayikwazi ukulinganiswa. Uma kunjalo, sebenzisa enye yezinqubo zokuhlanza ama-electrode ezinolaka kakhulu ezisohlwini lwesinyathelo sesi-4 ngenhla.
   • Phinda uhlole ukulinganisa ngemva kokuqeda le nqubo. Uma kungekho shintsho olubonwe ekufundeni, shintsha i-electrode. Uma kwenzeka ushintsho kodwa iyunithi ingakalingani, phinda inqubo kaningi ngokudingekayo.

Ukuxazulula inkinga

• I-AdvantagIsilawuli se-e NanoTron senzelwe iminyaka eminingi yokusebenza okungenazinkinga. Uma kwenzeka inkinga, bheka ishadi elilandelayo ukusiza ukuhlonza inkinga.
• Uma ukushintshwa kuyadingeka, landela izinqubo ezisohlwini lweWaranti kanye nengxenye Yesevisi Yefekthri yaleli bhukwana.

UPHAWU ENGASEKHO ISIXAZULULO

• Ukufunda okungamanga ……………………………………. I-electrode embi noma engcolile Hlanza, njengoba kudingeka
  • Ayisekho ekulinganisweni Linganisa iyunithi
• Intando ungalinganisi ……………………………….. I-electrode engcolile Hlanza i-electrode
  • I-electrode engalungile Faka esikhundleni i-electrode uma kudingeka
  • Izintambo ezingalungile ku-electrode Faka esikhundleni izintambo uma kudingeka
• Awekho amandla esistimu……………………………. Hlola umthombo wamandla Yixhume kwesinye isitsha esihlukile
  • Hlola Fuse Faka esikhundleni njengoba kudingeka
  • Hlola ukuxhumana Qinisekisa ukuthi izintambo zeribhoni zivikelekile
• I-Pulse timer ayisebenzi………………… Hlola Ukulungisa izintambo njengoba kudingeka
  • Hlola Ukulungisa/ukushintsha idivayisi yangaphandle njengoba kudingeka
• Okukhiphayo akunikiwe amandla.………………………. Akukho ukugeleza Hlola sample line yamapayipi avaliwe noma izihlunu
  • Hlola Fuse Faka esikhundleni njengoba kudingeka

Iwaranti

Iwaranti Yomkhiqizo Womkhiqizi

• I-Advantage Ilawula amayunithi agunyaza ukwenziwa kwayo ukuthi angabi nasici ezintweni ezibonakalayo noma ekubunjweni kwayo. Isibopho sezomthetho ngaphansi kwale nqubomgomo sinwetshwa izinyanga ezingu-24 kusukela ngedethi yokufaka. Isikweletu sikhawulelwe ekulungiseni noma ekufakweni esikhundleni kwanoma iyiphi into ehlulekile noma ingxenye efakazelwe inephutha empahleni noma ekwenziweni kwayo lapho umkhiqizi ehlolwa. Izindleko zokususa nokufaka azifakiwe ngaphansi kwalesi siqinisekiso. Isikweletu somkhiqizi ngeke seqe inani lokuthengisa lesisetshenziswa noma ingxenye okukhulunywa ngayo.
• I-Advantage ichitha sonke isikweletu ngomonakalo odalwe imikhiqizo yayo ngokufakwa okungafanele, ukunakekelwa, ukusetshenziswa, noma ukuzama ukusebenzisa imikhiqizo engaphezu komsebenzi wayo ohlosiwe, ngenhloso noma ngenye indlela, nanoma yikuphi ukulungiswa okungagunyaziwe.
• I-Advantage ayinasibopho ngomonakalo, ukulimala, noma izindleko ezitholwe ngokusebenzisa imikhiqizo yayo.
• Iwaranti engenhla isendaweni yezinye iziqinisekiso, eziveziwe noma ezishiwo. Akekho umenzeli wethu ogunyaziwe ukuthi anikeze noma iyiphi iwaranti ngaphandle kwalokhu okungenhla.

Inqubomgomo Yememo Yokukhokha Yezinsuku Ezingu-30

• I-AdvantagIzilawuli ze-e zigcina uhlelo lokushintshisana kwemboni oluhlukile ukuze kuqinisekiswe isevisi engaphazamiseki enesikhathi esincane sokuphumula. Uma iyunithi yakho ingasebenzi kahle, shayela u-1-800-743-7431 futhi sinikeze uchwepheshe wethu ngolwazi Lwemodeli kanye Nenombolo Ye-serial.
• Uma singakwazi ukuxilonga nokuxazulula inkinga yakho ngocingo, iyunithi yokumiselela egunyazwe ngokugcwele izothunyelwa, ngokuvamile phakathi kwamahora angu-48, ngeMemo Yokukhokha Yezinsuku ezingu-30.
• Le sevisi idinga i-oda lokuthenga futhi iyunithi yokumiselela ikhokhiswa ku-akhawunti yakho evamile ukuze ikhokhe.
• Iyunithi yokumiselela izokhokhiswa ngentengo yohlu lwamanje yaleyo modeli ngaphandle kwanoma yisiphi isaphulelo esisebenzayo sokuthengisa kabusha. Ngemva kokubuyiselwa kweyunithi yakho endala, ikhredithi izokhishelwa ku-akhawunti yakho uma iyunithi ingaphansi kwewaranti. Uma iyunithi ingaphandle kwewaranti noma umonakalo ungakhaviwe, ingxenye yekhredithi izosetshenziswa ngokususelwe kushejuli yentengo yokumiselela ehlukanisiwe encike eminyakeni yobudala beyunithi. Noma ikuphi ukushintshanisa kuhlanganisa kuphela isilawuli noma iphampu. Ama-Electrode, izingxenye zokugcina eziwuketshezi, nezinye izesekeli zangaphandle azifakiwe.

Isexwayiso se-FCC

Lesi sixhobo sikhiqiza futhi sisebenzisa amandla efrikhwensi yomsakazo futhi uma singafakiwe futhi sisetshenziswa ngendlela efanele, okungukuthi, ngokuhambisana ngokuqinile nomyalelo womkhiqizi, kungase kubangele ukuphazamiseka ezokuxhumana ngomsakazo. Ihloliwe futhi yatholwa ukuthi ithobelana nemikhawulo yedivayisi yekhompyutha yekilasi A ngaphansi kwengxenye engezansi J yengxenye 15 yeMithetho ye-FCC, edizayinelwe ukuhlinzeka ngokuvikeleka okunengqondo kulokho kugxambukela lapho isetshenziswa endaweni yezohwebo noma yezimboni. Ukusebenza kwalo mshini endaweni okuhlalwa kuyo kungase kubangele ukuphazamiseka lapho umsebenzisi, ngezindleko zakhe, kuyodingeka ukuthi athathe noma yiziphi izinyathelo ezidingekayo ukuze alungise lokho kugxambukela.

Thola i-Advantage Ezisetshenziswa Zokuhlanza Amanzi

• I-AdvantagIzilawuli ze-e zingakunikeza i-Advantage emikhiqizweni, ulwazi, kanye nokwesekwa kuzo zonke izidingo zakho zempahla yokuhlanza amanzi.
• Ukupholisa Tower Controllers
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• Amamitha Amanzi
• Chemical Metering Pumps
• Ukugqwala Ikhuphoni Racks
• I-Chemical Solution Tanks
• Amasistimu Okuphakelayo Okuqinile
• Okuphakelayo Isikhathi
• Izisetshenziswa zokuhlunga
• Glycol Okuphakelayo Systems
• Amasistimu Akhiwe Ngaphambili
• I-AdvantagIzilawuli
• 4700 u-Harold-Abitz uDkt.
• Muskogee, OK 74403
• Ucingo: 19186866211
• Ifeksi: 8886866212
• www.advantagecontrols.com
• I-imeyili: support@advantagecontrols.com

Amadokhumenti / Izinsiza

	I-Advantage Ilawula Izilawuli ezisekelwe ku-NANO XL Microprocessor [pdf] Umhlahlandlela wokufaka I-NANO XL, i-NANO XL I-Microprocessor Based Controllers, Izilawuli ezisekelwe ku-Microprocessor, Izilawuli ezisekelwe, izilawuli
	I-Advantage Ilawula Izilawuli ezisekelwe ku-NANO XL Microprocessor [pdf] Umhlahlandlela wokufaka I-NANO XL, i-NANO XL I-Microprocessor Based Controllers, Izilawuli ezisekelwe ku-Microprocessor, Izilawuli ezisekelwe, izilawuli

Izithenjwa

• Imaniwali yosebenzisayo