I-APERA PDF PC60-Z Smart Multi Parameter Tester

QAPHELA

1. Ungathola amaconsi ambalwa amanzi kukepisi lokuhlola. Lawa maconsi amanzi anezelwa ukugcina ukuzwela kwenzwa ye-pH ngaphambi kokuba umkhiqizo uphume efekthri. AKUSHO ukuthi umkhiqizo uyasetshenziswa.
2. Amabhethri asevele afakwe ngaphambili. Vele ukhiphe isiliphu sephepha ngaphambi kokusebenzisa umhloli. Uma ushintsha amabhethri, qiniseka ukuthi ulandela izikhombisi-ndlela ezifanele: zonke izinhlangothi ezine zamabhethri e-AAA kumele ZIBHEKE PHEZULU.

Isingeniso

Customer othandekayo,
Siyabonga ngokukhetha i-Aprea Instruments PC60-Z Smart Multi-Parameter Tester. Sicela ufunde leli bhukwana ngokucophelela ngaphambi kokusebenzisa umkhiqizo ukuze ube nolwazi oluthembekile lokuhlola.

• Lo mkhiqizo wakhiwe ngendlela yokulawula okubili kukho kokubili umhloli kanye ne-Zen Test Mobile App. Sicela ubheke imisebenzi etholakala endaweni ngayinye kulelithebula elilandelayo. Leli bhukwana likukhombisa ukuthi usisebenzise kanjani isihloli ngaphandle kokuxhuma ku-smartphone.
  Ithebula 1: Umsebenzi uku-60-Z Tester kanye ne-ZenTest® Mobile App

  Imisebenzi	60-Z Umhloli	ZenTest Mobile App
  Bonisa	Isibonisi se-LCD	1. Imodi Eyisisekelo: isibonisi sedijithali +ulwazi lokulinganisa	Swayipha ukuze ushintshe phakathi kwamamodi ahlukahlukene
  		2. Imodi yokudayela: isibonisi sedijithali+ isibonisi sokudayela
  		3. Imodi yegrafu: isibonisi sedijithali+isibonisi segrafu
  		4. Imodi yethebula: isibonisi sedijithali+isilinganiso sesikhathi sangempela nokuboniswa komlando
  Ukulinganisa	Cindezela izinkinobho ukuze usebenze	Sebenza ku-smartphone ulandela imihlahlandlela yezithombe
  Ukuzihlola	Izithonjana ze-Er1 - Er6	Ukuhlaziywa kwezinkinga okuningiliziwe nezisombululo
  Ukusethwa kwepharamitha	Cindezela izinkinobho ukuze usethe (ngaphandle kwe-P7 ne-P11)	Wonke amapharamitha angasethwa kokuthi Izilungiselelo.
  I-alamu	Isikrini siba bomvu uma i-alamu icushwa; ayikwazi ukusethwa	Isibonisi se-alamu namanani e-alamu kungasethwa kusengaphambili kupharamitha ngayinye
  I-Datalogger	N/A	Imanuwali noma ngokuzenzakalelayo. I-Datalogger; amanothi angangezwa kudatha egciniwe
  Okukhipha Idatha	N/A	Yabelana ngedatha nge-imeyili

• Sesha ukuhlolwa kwe-Zen ku-Apple App Store noma ku-Google Play App Store ukuze udawunilode uhlelo lwakamuva lomhloli wakho.
• Ukuze uthole izifundo zevidiyo zokuthi ungaxhuma kanjani umhloli ku-smartphone yakho futhi wenze imisebenzi eminingi ku-ZenTest Mobile App, sicela uye ku- www.aperainst.de

Ukufakwa Kwebhethri

Sicela ufake amabhethri ngokuya ngezinyathelo ezilandelayo. *Sicela uqaphele isiqondiso samabhethri: Onke IZIMPAWU EZITHILE (“+”) ZIBHEKE PHEZULU. (Ukufakwa okungalungile kwamabhethri kuzodala umonakalo kumhloli kanye nezingozi ezingaba khona)

1. Donsela isivalo sebhethri phezulu
2. Shelelezisa isivalo sebhethri siye ngakulapho kumcibisholo khona
3. Vula isivalo sebhethri
4. Faka amabhethri (WONKE AMAQINISO AMAHLE ABHEKE PHEZULU) (bona igrafu)
5. Vala isivalo sebhethri
6. Shelelezisa futhi ukhiye ikepisi yebhethri iye ngakulapho kumcibisholo khona
7. Faka ikepisi lomhloli ngenkathi wenza isiqiniseko sokuthi uphusha uye phansi. Idizayini yomhloli engenamanzi ingase ibe sengozini uma ikepisi lingafakwanga kahle.

Imisebenzi yekhiphedi

• Cindezela okufushane—— < 2 imizuzwana ,Cindezela isikhathi eside——- > 2 imizuzwana

1. Uma icishiwe, cindezela kafushane ukuze uvule isihloli; cindezela isikhathi eside ukuze ufake ukulungiselelwa kwepharamitha.
2. Kumodi yokulinganisa noma ukulungiselelwa kwepharamitha, cindezela kafushane ukuze ubuyele kumodi yokulinganisa.
3. Kumodi yokulinganisa, cindezela isikhathi eside ukuze uvale isihloli, cindezela kafushane ukuze uvule/uvale ukukhanya kwangemuva.
   

 

1. Kumodi yokulinganisa, cindezela kafushane ukuze ushintshe ipharamitha pH →Cond →TDS →Sal →Res
2. Kumodi yokulinganisa, cindezela isikhathi eside ukuze uvule/uvale isamukeli se-Bluetooth®. Uma ivuliwe, izobe ibaneka; uma uxhumeke ku-smartphone, izohlala ivuliwe.
3. Kusethingi yepharamitha, cindezela kafushane ukuze ushintshe ipharamitha (Indlela eyodwa).

 

1. Cindezela isikhathi eside ukufaka imodi yokulinganisa.
2. Kumodi yokulinganisa, cindezela iDemo ukuqinisekisa ukulinganisa.
3. Kumodi yokulinganisa, uma ukukhiya okuzenzakalelayo kuvaliwe, cindezela kafushane ukuze ukhiye ngesandla noma uvule ukufundwa.

Qedela Ikhithi

Izinto Okufanele Uzazi Ngaphambi Kokusetshenziswa

1. Amaconsi ambalwa amanzi engezwa kusivalo se-probe ukuze kugcinwe i-pH electrode isesimweni sokusebenza ngaphambi kokuthi umhloli asuke efekthri. Ngokuvamile, abasebenzisi bangaqala ukusebenzisa umhloli ngokuqondile. Uma impendulo yokulinganisa ihamba kancane, abasebenzisi bangacwilisa i-pH electrode imizuzu engu-30 kusixazululo sesitoreji esingu-3M KCL (gcwalisa umugqa wokugcwalisa) ngaphambi kokusisebenzisa; uma i-electrode yomile isikhathi eside (> inyanga engu-1), i-pH electrode iphendula kancane, Ungakwazi ukucwilisa i-pH electrode amahora angu-8 kusixazululo sokugcina ngaphambi kokusebenzisa.
2. Ungacwilisi i-pH electrode emanzini ahlanziwe (isb. acwengekile/ayi-deionized) isikhathi eside, okuzokwenza impendulo ye-electrode ingasheshi. Uma lokhu kwenzeka, cwilisa i-pH electrode kusixazululo esingu-3M KCl amahora angu-3~5, bese uyilinganisa kabusha ngaphambi kokuyisebenzisa.
3. Isixazululo sesitoreji yi-3M KCL (SKU: AI1107), futhi ikhithi yomhloli iza nebhodlela lesisombululo sesitoreji esingu-10mL (ingasetshenziswa ngokuphindaphindiwe). Uma ingcolisiwe, faka entsha. Sicela ungasebenzisi izixazululo zesitoreji sezinye izinhlobo ngoba zingaqukatha amanye amakhemikhali angabangela umonakalo kuma-electrode.
4. Qaphela ithiphu lengilazi le-probe. Ingaphuka uma ithintwa amandla angaphandle. Uma iphukile, i-probe idinga ukushintshwa.
5. Izinto ezidingekayo ngaphezu kwalokho okusebhokisini:
   1. Amanzi acwengekile noma akhishiwe (8-16oz) okugeza i-probe ngemva kokuhlolwa ngakunye
   2. Iphepha le-tissue lokomisa i-probe

pH Samandla

Izinyathelo Zokulinganisa

1. Cindezela iDemo ukuze uvule imitha; hlambulula i-probe emanzini acwecwe, unyakazise imitha emoyeni futhi usebenzise i-tissue paper ukuze ucime amanzi amaningi (ungalokothi uhlikihle noma usule ithiphu lenzwa).
2. Thela inani elithile le-pH 7.00 kanye nesixazululo sebhafa se-pH 4.00 emabhodleleni okulinganisa ahambisanayo (kuze kube uhhafu wevolumu yebhodlela);
3. Cindezela isikhathi eside ukuze ufake imodi yokulinganisa; Cindezela iDemo ukuze uphume.
4. Beka i-probe kusixazululo se-pH7.00 sebhafa, yinyakazise imizuzwana embalwa, futhi uyivumele ime inganyakazi esixazululweni se-buffer kuze kufinyelelwe ekufundweni okuzinzile. Uma isithonjana esizinzile sihlala esikrinini se-LCD, cindezela kafushane ukuze uqedele ukulinganisa kwephoyinti loku-1 futhi umhloli ubuyela kumodi yokulinganisa. Isithonjana senkomba sizovela ngezansi kwesokunxele kwesikrini se-LCD.
5. Hlanza i-probe emanzini a-distilled bese uyomisa. Cindezela isikhathi eside ukuze ufake imodi yokulinganisa ukuze wenze iphoyinti lesi-2 lokulinganisa.
6. Beka i-probe kusixazululo sebhafa se-pH 4.00, yinyakazise imizuzwana embalwa, bese uyivumela ime inganyakazi esixazululweni sebhafa. Uma isithonjana esizinzile sihlala esikrinini se-LCD, cindezela kafushane ukuze uqedele ukulinganisa kwamaphoyinti angu-2 futhi umhloli ubuyela kumodi yokulinganisa. Isithonjana senkomba sizovela ngezansi kwesokunxele kwesikrini se-LCD.
7. Uma kunesidingo, hlambulula i-probe emanzini acwengekile bese uyomisa, bese ubeka i-probe kusixazululo sebhafa esingu-10.01 (ethengiswa ngokwehlukana) ukuze uqedele iphoyinti lesi-3 lokulinganiswa ngokwezinyathelo eziku-6), izovela ngezansi kwesokunxele se-LCD.

Amanothi

1. Umhloli uzobona ngokuzenzakalela isisombululo sebhafa se-pH. Abasebenzisi bangakwazi ukulinganisa iphuzu elilodwa, amaphuzu amabili, noma amaphuzu amathathu. Ekulinganisweni kwephoyinti loku-1, isisombululo se-pH esingu-7.00 kuphela esingasetshenziswa. Bese usebenzisa ezinye izixazululo zebhafa ukwenza ukulinganisa kwephoyinti lesi-6.86 noma lesithathu. Yenza ukulinganisa kwephoyinti lesi-2 (3 pH) ngokushesha ngemva kwephoyinti loku-2. UNGAYIVALI imitha ngaphambi kokulinganisa iphuzu lesibili. Uma imitha ivaliwe ngemva kokulinganiswa kwephoyinti loku-4.00, abasebenzisi bazodinga ukuqalisa kabusha inqubo yokulinganisa ngo-1 pH noma u-2 pH kuqala bese kuthi iphoyinti lesi-1 balandele ngemva kwalokho. Uma kungenjalo, i-Er7.00 izokwenzeka.
2. Umhloli uzokwazi ukubona ngokuzenzakalela izinhlobo ezi-5 zezixazululo zebhafa ye-pH kukho kokubili uchungechunge lwamazinga e-USA kanye ne-NIST. Bheka ithebula elingezansi:
   

   Ukulinganisa	Uchungechunge lwe-USA	Uchungechunge lwe-NIST	Isithonjana Sesibonakaliso Sokulinganisa	Ukunemba Okunconyiwe Nobubanzi
   1-iphuzu	1) 7.00 pH	1) 6.86 pH		Ukunemba ≥ 0.1 pH
   2-iphuzu	I-7.00 pH 4.00 noma 1.68 pH	6.86 pH, 4.01 pH noma 1.68 pH		Ibanga Lokulinganisa ＜7.00 pH
   	I-7.00 pH 10.01 noma 12.45 pH	6.86 pH, 9.18 pH noma 12.45 pH		Ibanga Lokulinganisa ~ 7.00pH
   3-iphuzu	I-7.00 pH 4.00 noma 1.68 pH 10.01 noma 12.45 pH	6.86pH 4.01 noma 1.68pH, 9.18 pH noma 12.45 pH		Ibanga Lokulinganisa Elibanzi

3. Ngezixazululo zebhafa yokulinganisa i-pH, sincoma ukuthi abasebenzisi bamiselele isisombululo sebhafa esisha ngemva kwezikhathi eziyi-10 ukuya kweziyi-15 zokusetshenziswa ukuze kugcinwe ukunemba kwebhafa okujwayelekile. UNGATHELI izixazululo zokulinganisa ezisetshenzisiwe emuva emabhodleleni esixazululo uma kwenzeka ukungcola.
4. Lapho ulinganisa izixazululo eziyisisekelo eziqinile (pH>10), sebenzisa u-7.00 pH no-12.45 pH ukuze ulinganise; Lapho ukala izixazululo eziqinile ezine-asidi (pH<4), 7.00 pH kanye no-1.68 pH kufanele zilinganiswe.
5. Ukuze uthole ulwazi lokuzihlola, sicela ubheke ithebula elingezansi:
   

   Uphawu	Imininingwane Yokuzihlola	Izinkinga ezingaba khona kanye nendlela yokulungisa
   	Isixazululo sokulinganisa i-pH asikwazi ukubonwa imitha.	Qiniseka ukuthi i-probe icwiliswe ngokuphelele kusixazululo sokulinganisa. Hlola ukuthi isixazululo sokulinganisa siphelelwe yisikhathi noma singcolile. Iphoyinti loku-1 lokulinganiswa kwe-pH kufanele libe ngu-pH 7.00 noma u-6.86. Bheka u-6.2 (1). Sicela uhlole ukuthi i-pH electrode yonakele noma yephukile. Uma kunjalo, sicela ufake entsha. Isibani sengilazi noma ukuhlangana kungcoliswe kakhulu. Sicela usebenzise ibhulashi elithambile elinamanzi anensipho ukuze ulihlanze kahle. Bese uyicwilisa ku-3M KCL amahora angu-3-5 ngaphambi kokulinganisa futhi. Uma kungekho kulokhu okungenhla, sicela usithinte ku info@aperainst.de
   	Icindezelwa ngaphambi kokuba ukulinganisa kuzinze ngokugcwele	Linda ukuthi uze futhi uhlale esikrinini ngaphambi kokucindezela
   	Ngesikhathi sokulinganisa, ukufundwa akuzinzi ngaphezu kwemizuzu emi-3	Sicela uhlole ukuthi i-pH electrode yonakele noma yephukile. Uma kunjalo, sicela ufake entsha. Isibani sengilazi noma ukuhlangana kungcoliswe kakhulu. Sicela usebenzise ibhulashi elithambile elinamanzi anensipho ukuze ulihlanze kahle. Bese uyicwilisa ku-3M KCL ngobusuku bonke ngaphambi kokulinganisa futhi. I-electrode isikhulile (isetshenziswa isikhathi esingaphezu konyaka futhi inempendulo ehamba kancane). Kudingeka ukumiselela. Uma kungekho kulokhu okungenhla, sicela usithinte ku info@aperainst.de
   	I-pH electrode zero amandla kagesi ngaphandle kwebanga (<-60mV noma >60mV)	Hlola ukuthi izixazululo zebhafa ye-pH ziyahambisana yini nezinga le-USA noma le-NIST. Hlola ukuthi ingabe amabhafa e-pH aphelelwe yisikhathi noma angcolile. Sicela uhlole ukuthi i-pH electrode yonakele noma yephukile. Uma kunjalo, sicela ufake entsha. I-electrode isikhulile (isetshenziswa isikhathi esingaphezu konyaka futhi inempendulo ehamba kancane). Kudingeka ukumiselela. I-electrode ayivumelekile (i-Er4/Er5 ivela ngokuphindaphindiwe, futhi izinkinga 1, 2, 3 azifakiwe). Kudingeka ukumiselela. Uma kungekho kulokhu okungenhla, sicela usithinte ku info@aperainst.de
   	I-pH electrode slope iphumile kububanzi (<85% noma >110%)

   Isikhumbuzi sokulinganisa siyacushwa. Isikhathi sokwenza i-pH entsha

   Yenza ukulinganisa kwe-pH noma khansela isikhumbuzi sokulinganisa kuzilungiselelo zokuhlola ze-Zen.

Isilinganiso se-pH

Cindezela isikhashana ukuze uvule isihloli. Hlanza i-probe emanzini a-distilled futhi uyomise. Gcoba uphenyo ku-sample solution, gudluza ngobumnene, bese uvumela ukuthi ime kancane ekhambi. Thola ukufundwa ngemuva kokuvela futhi uhlale esikrinini.

Amanothi

1. Ukuze uthole izixazululo ezinamandla aphansi e-ionic (isb. amanzi acwengekile noma akhishiwe), izilinganiso ze-pH zizoshintshashintsha futhi kube nzima ukuthola ukufundwa okuzinzile. Kudingeka i-electrode ekhethekile yamanzi ahlanzekile ye-pH. Ukuze uthole ulwazi olwengeziwe, sicela usithinte ku info@aperainst.de. Ngokunjalo, lapho kuhlolwa amanzi ahlanzekile njengamanzi okuphuza, amanzi e-RO noma amanzi okumpompi, isikhathi sokuhlola singaba side, ngokuvamile imizuzu emi-2- 4.

I-Conductivity Calibration

Ungalinganisa kanjani

1. Cindezela ukhiye ukuze ushintshele kumodi yokulinganisa i-conductivity (Cond). Hlanza i-probe emanzini a-distilled futhi uyomise.
2. Thela inani elithile le-1413μS/cm kanye ne-12.88mS/cm isixazululo sokulinganisa ukuqhutshwa kwe-conductivity emabhodleleni okulinganisa ahambisanayo (kuze kube uhhafu wevolumu yebhodlela).
3. Cindezela ukhiye omude ukuze ufake imodi yokulinganisa, cindezela kafushane ukuze ubuyele kumodi yokulinganisa.
4. Faka i-probe ku-1413 μS/cm isixazululo sokulinganisa ukuqhutshwa kwe-conductivity, yinyakazise imizuzwana embalwa bese uyivumela ukuthi ime esixazululweni kuze kube yilapho kufinyelelwa ukufundwa okuzinzile. Uma uhlala esikrinini se-LCD, ukhiye wokucindezela omfishane ukuze uqedele ukulinganisa kokuqala, umhloli ubuyela kumodi yokulinganisa futhi isithonjana senkomba sizovela ngezansi kwesokunxele kwesikrini se-LCD.
5. Ngemuva kokulinganisa, faka i-probe kusixazululo sokulinganisa ukuqhutshwa kwe-12.88 mS/cm. Uma inani linembile, akudingekile ukwenza ukulinganisa kwephoyinti lesi-2. Uma ingalungile, landela izinyathelo kokuthi 3) ukuya ku-4) ukuze uqedele iphoyinti lesi-2 lokulinganiswa usebenzisa isixazululo sokulinganisa esingu-12.88 mS/cm.

Amanothi

1. I-TDS, usawoti, kanye namanani okumelana kuguqulwa kusuka ku-conductivity. Ngakho-ke, i-conductivity kuphela idinga ukulinganiswa.
2. Umhloli angakwazi ukulinganisa u-1413 μS/cm, 12.88 mS/cm, kanye no-84 μS/cm(okuthengiswa ngokwehlukana) isisombululo sokulinganisa i-conductivity. Umsebenzisi angakwazi ukulinganisa amaphuzu angu-1 kuya kwangu-3. Bheka ithebula elingezansi. Ngokuvamile ukulinganisa umhloli ngesixazululo sebhafa ye-conductivity engu-1413 μS/cm kuphela kuzohlangabezana nemfuneko yokuhlola.
   

   Isithonjana Sesibonakaliso Sokulinganisa	Amazinga Wokulinganisa	Ibanga Lokulinganisa
   	84 μS/cm	0 - 199 μS / cm
   	1413 μS/cm	200 - 1999 μS / cm

   12.88 mS / cm

   2.0 - 20.00 mS / cm

3. Umhloli ulinganisiwe ngaphambi kokusuka efekthri. Ngokuvamile, abasebenzisi bangasebenzisa umhloli ngokuqondile noma abasebenzisi bangahlola izixazululo zokulinganisa ukuqhutshwa kwe-conductivity kuqala. Uma iphutha likhulu, khona-ke ukulinganisa kuyadingeka.
4. Izixazululo zokulinganisa i-Conductivity kulula ukungcoliswa kunezibhafa ze-pH, sincoma ukuthi abasebenzisi bamiselele izixazululo ezintsha ze-conductivity ngemva kwezikhathi ezi-5 kuya kweziyi-10 zokusetshenziswa ukuze kugcinwe ukunemba kwesixazululo esijwayelekile. UNGATHELI izixazululo zokulinganisa ezisetshenzisiwe emuva emabhodleleni esixazululo uma kwenzeka ukungcola.
5. Isici sesinxephezelo sezinga lokushisa: Ukusetha okuzenzakalelayo kwesici sesinxephezelo sezinga lokushisa ngu-2.0%/℃. Umsebenzisi angalungisa isici ngokusekelwe kusixazululo sokuhlola nedatha yokuhlola kusilungiselelo sepharamitha P10.
   

   Isixazululo	Isici sesinxephezelo sethempelesha	Isixazululo	Isici sesinxephezelo sethempelesha
   NaCl	2.12% / ˚C	I-10% Hydrochloric acid	1.32% / ˚C
   5% i-NaOH	1.72% / ˚C	5% i-Sulfuric acid	0.96% / ˚C
   Nciphisa i-ammonia	1.88% / ˚C

    

6. *1000μS/cm =1mS/cm; 1000 ppm = 1 ppt
7. I-TDS kanye ne-conductivity ihlobene nomugqa, futhi isici sayo sokuguqulwa ngu-0.40-1.00. Lungisa isici ekusethweni kwepharamitha i-P13 ngokusekelwe ezidingweni zezimboni ezahlukene. Ukulungiselelwa okuzenzakalelayo kwefekthri kungu-0.71. Usawoti kanye ne-conductivity kuhlobene nomugqa, futhi isici sakho sokuguqula singu-0.5. Umhloli udinga kuphela ukulinganiswa kumodi ye-Conductivity, bese ngemva kokulinganiswa kokusebenza, imitha ingashintsha ukusuka ekuqhubekiseni ukuya ku-TDS noma usawoti.
8. Ukuguqulwa Example
   uma isilinganiso se-conductivity singu-1000µS/cm, isilinganiso se-TDS esizenzakalelayo sizoba ngu-710 ppm (ngaphansi kwesici sokuguqula esizenzakalelayo esingu-0.71), bese usawoti ube ngu-0.5 ppt.
9. Ukuze uthole ulwazi lokuzihlola, sicela ubheke ithebula elingezansi:
   

   Uphawu	Imininingwane Yokuzihlola	Indlela yokulungisa
   	Imitha ayikwazi ukubona izixazululo ezijwayelekile ze-conductivity.	Qinisekisa ukuthi i-probe icwiliswe ngokuphelele esixazululweni. Hlola ukuthi isixazululo esijwayelekile siphelelwe yisikhathi noma singcolile. Hlola ukuthi i-electrode conductivity (izinduku ezimbili ezimnyama) zonakele yini. Hlola ukuthi i-electrode conductivity ingcolile yini. Uma kunjalo, sicela usebenzise ibhulashi elithambile elinamanzi afudumele ukuze uhlanze. Uma kungekho kulokhu okungenhla, sicela usithinte ku info@aperainst.de
   	Icindezelwa ngaphambi kokuba ukulinganisa kuzinze ngokugcwele (iza phezulu ihlale)	Linda kuze kufike futhi uhlale esikrinini ngaphambi kokucindezela

   	Ngesikhathi sokulinganisa, ukufundwa akuzinzi ngaphezu kwemizuzu emi-3	Nyakazisa i-probe ukuze ususe amabhamuza omoya ebusweni bezinti ezimnyama Hlola ukuthi i-electrode conductivity ingcolile yini. Uma kunjalo, sicela usebenzise ibhulashi elithambile elinamanzi afudumele ukuze uhlanze. Gcoba i-probe kusixazululo esingu-12.88mS/cm imizuzu eyi-10, bese ugeza ngamanzi acwecwe. Uma kungekho kulokhu okungenhla, sicela usithinte ku info@aperainst.de
   	Isikhumbuzi sokulinganisa siyacushwa. Isikhathi sokwenza ukulinganisa okusha kwe-conductivity	Yenza ukulinganisa conductivity noma khansela isikhumbuzi sokulinganisa kuzilungiselelo zeZen Test.

Ukukala Kokuqhutshwa

Cindezela ukhiye ukuze uvule isihloli. Cindezela ukuze ushintshele kumodi yokulinganisa ye-Conductivity. Hlanza i-probe emanzini a-distilled bese uyomisa. Gcoba uphenyo ku-sample solution, yinyakazise imizuzwana embalwa, futhi uyivumele ime inganyakazi esixazululweni kuze kufinyelelwe ekufundweni okuzinzile. Thola ukufundwa ngemuva kokuvela nokuhlala. Cindezela ukuze ushintshe usuka ku-conductivity uye ku-TDS, usawoti, nokumelana.

Isilinganiso se-ORP

I-ORP imele ukuthi I-Oxidation-Reduction Potential, ikalwa nge-mV. Ibizwa nangokuthi i-redox. I-ORP isilinganiso sokuhlanzeka kwamanzi nekhono lawo lokudiliza ukungcola. I-ORP probe (ORP60-DA) ehlukile idinga ukufakwa ukuze ikwazi ukukala i-ORP.
Amandla kusihloli se-PC60-Z, qaqa i-probe yasekuqaleni, bese ufaka uphenyo lwe-ORP60-DA, bese umhloli ezoshintshela kumodi yokulinganisa ye-ORP (Bheka Isigaba 14 ukuze uthole indlela yokufaka uphenyo esikhundleni).
Hlanza i-probe emanzini a-distilled futhi uyomise. Gcoba uphenyo ku-sample solution, shake imizuzwana embalwa,
futhi uyivumele ime. Thola ukufundwa kwe-ORP ngemuva kokuvela futhi uhlale esikrinini.

Ukusetha Ipharamitha

Ithebula Lezilungiselelo

Uphawu	Okuqukethwe Kwipharamitha	Okuqukethwe	Okuzenzakalelayo Kwefekthri
P1	Iyunithi Yezinga lokushisa	˚C - ˚F	.F
P2	Khetha ukukhiya okuzenzakalelayo	5-20 imizuzwana - Valiwe	Valiwe
P3	Ukukhanya Kwasemuva Okuzenzakalelayo Kuvaliwe	Imizuzu engu-1-8 - Valiwe	1
P4	Ukucisha Amandla Okuzenzakalelayo	Imizuzu engu-10-20 - Valiwe	10
P5	Ukukhetha kochungechunge lwe-pH Buffer	E-USA - NIST	USA
P6	Ukulungiswa kwe-pH	0.1 – 0.01	0.01
P7	Isikhumbuzi sokulinganiswa kwe-pH	H-hours D-Days (kusethwe ku-ZenTest App)	/
P8	i-pH ibuyele kokuzenzakalelayo kwasembonini	Cha - Yebo	Cha
P9	I-Conductivity Reference Temperature	15 ˚C ukuya ku-30 ˚C	25 ˚C
P10	Isikhathi. Isinxephezelo sokulingana	0 ku9.99	2.00
P11	Isikhumbuzi Sokulinganisa Ukuqhutshwa	H-hours D-Days (kusethwe ku-ZenTest App)	/
P12	I-Conductivity Buyela Kwasefekthri Okuzenzakalelayo	Cha - Yebo	Cha
P13	I-TDS Factor	0.40 ku1.00	0.71
P14	Iyunithi yosawoti	isiqephu - g/L	ppt

Ukusetha Ipharamitha

1. Uma imitha icishiwe, cindezela isikhathi eside ukuze ufake isethingi yepharamitha →cindezela kafushane ukuze ushintshe i-P01-P02… →P14. Cindezela Okufushane , ukukhanya kwepharamitha → Cindezela okufushane ukuze ulungise ipharamitha → Cindezela okufushane ukuze uqinisekise →Cindezela kafushane ukuze uphume ekusethweni kwepharamitha bese ubuyela emuva kumodi yokulinganisa.
2. Okuzenzakalelayo. Khiya (P02) - Abasebenzisi bangasetha isikhathi sokukhiya ngokuzenzakalelayo sisuka kumasekhondi angu-5 kuye kwangama-20. Okwesiboneloampi-le, uma imizuzwana engu-10 isethiwe, lapho inani elilinganisiwe lizinzile ngaphezu kwamasekhondi angu-10, inani elilinganisiwe lizokhiywa ngokuzenzakalelayo, futhi isithonjana se-HOLD sizoboniswa. Cindezela iDemo ukuze ukhulule ilokhi. Uma isilungiselelo sithi “Valiwe” , i-Auto. umsebenzi wokukhiya uvaliwe, okungukuthi, inani elilinganisiwe lingakhiywa ngesandla kuphela. Cindezela iDemo ukuze ukhiye noma uvule inani elilinganisiwe. Isithonjana se-HOLD sizovezwa uma ukufunda kukhiyiwe.
3. Okuzenzakalelayo. I-Backlight (P03) ─ Abasebenzisi bangasetha isikhathi se-backlight esizenzakalelayo imizuzu engu-1 ukuya kwangu-8. Okwesiboneloample, uma imizuzu emi-3 isethiwe, ukukhanya kwangemuva kuzocisha ngokuzenzakalelayo ngemva kwemizuzu emi-3; uma "Valiwe" isethiwe, okuzenzakalelayo. umsebenzi we-backlight uzocishwa, bese ucindezela kafushane ukuze uvule ngesandla
   i-backlight ivuliwe noma ivaliwe.
4. Okuzenzakalelayo. Cisha amandla (P04) ─ I-auto. isikhathi sokuvala amandla singasethwa sibe yimizuzu eyi-10 kuye kwengama-20. Okwesiboneloample, uma imizuzu engu-15 isethiwe, imitha izovala ngokuzenzakalelayo ngemva kwemizuzu engu-15 uma kungekho ukusebenza; uma "Valiwe" isethiwe, i-othomathikhi. umsebenzi wokuvala amandla uzocishwa. Cindezela isikhathi eside ukuze uvale mathupha
   imitha.
5. Isikhumbuzi Sokulinganisa I-pH (P07) kanye Nesikhumbuzi Sokulinganisa Ukusebenza (P11) – setha amahora angu-X (H) Noma izinsuku ezingu-X (D) kuhlelo lokusebenza leselula le-Zen Test – izilungiselelo – Ipharamitha – pH – Isikhumbuzi Sokulinganisa. Kumitha, ungabheka kuphela amanani asethiwe ku-Zen Test App. Okwesiboneloampfuthi, uma izinsuku ezi-3 zisethiwe, isithonjana se-Er6 (bheka uMdwebo-4) sizovela ekhoneni elingezansi kwesokudla kwesikrini se-LCD ezinsukwini ezi-3 ukukukhumbuza ukwenza ukulinganisa, naku-Zen Test App kuzoba khona i-pop. - isikhumbuzi phezulu. Ngemva kokuba ukulinganisa kuqediwe noma isilungiselelo sesikhumbuzi sikhanseliwe Kuhlelo Lokuhlola Lwe-Zen, uphawu lwe-Er6 luzonyamalala.
6. I-pH Buyela Ekumisweni Kwefekthri (P08) kanye Nokuqhuba Ukubuyela Kokuzenzakalelayo Kwefekthri (P12) – Khetha okuthi “Yebo” ukuze ubuyisele ukulinganisa kwensimbi kunani lethiyori. Lo msebenzi ungasetshenziswa uma insimbi ingasebenzi kahle ekulinganisweni noma ekukaleni. Linganisa futhi ulinganise futhi ngemva kokusetha ithuluzi libuyele kokumisiwe kwasembonini.

Imininingwane Yezobuchwepheshe

pH	Ibanga	-2.00 kuya ku-16.00 pH
	Isixazululo	I-0.01 pH
	Ukunemba	± 0.01 pH ± 1 idijithi
	Amaphuzu Wokulinganisa	1 kuya ku-3 amaphuzu
	Okuzenzakalelayo. Isinxephezelo Sezinga Lokushisa	0 - 50˚C (32 - 122˚F)
I-Conductivity	Ibanga	0 kuya ku-199.9 μS, 200 kuya ku-1999 μS, 2 kuya ku-20.00 mS / cm
	Isixazululo	0.1 / 1 μS, 0.01 mS / cm
	Ukunemba	± 1% FS
	Amaphuzu Wokulinganisa	1 kuya ku-3 amaphuzu
I-TDS	Ibanga	0.1 ppm kuye ku-10.00 ppt
	I-TDS Factor	0.40 ku1.00
Usawoti	Ibanga	0 kuye ku-10.00 ppt
Ukungazweli	Ibanga	50Ω ukuya ku-20MΩ
I-ORP (mV)	Ibanga	-1000 mV kuya ku-1000 mV
	Ukunemba	± 0.2% FS
Izinga lokushisa	Ibanga	0 kuye ku-50˚C (32-122˚F)
	Ukunemba	± 0.5˚C

Izimpawu Nemisebenzi

Probe Ukubuyiselwa

Ukufaka esikhundleni sephenyo:

1. susa i-probe cap; vala indandatho ye-probe; khipha i-probe;
2. xhuma i-probe entsha yokufaka esikhundleni (naka indawo yophenyo);
3. jikijela indandatho ye-probe ngokuqinile.

Ama-probe angena esikhundleni ahambisana ne-PC60-Z yilawa:

• I-PC60-DE (I-pH ezenzakalelayo/cond. Probe),
• I-PH60-DE (I-pH evamile ye-glass bulb probe), PH60S-DE (I-Spear pH probe yokuhlola okuqinile/okuqinile okuqinile), PH60F-DE (I-Flat pH probe yokuhlola i-pH yendawo),
• I-EC60-DE (I-Conductivity probe)
• I-ORP60-DA (ORP Probe).

Iwaranti

Siqinisekisa ukuthi leli thuluzi lingabi nasici ezintweni ezibonakalayo nasekubunjweni kwalo futhi siyavuma ukukhanda noma ukushintshwa mahhala, ngenketho ye-APERA INSTRUMENTS (Europe) GmbH, noma yimuphi umkhiqizo ongasebenzi kahle noma owonakele ngenxa yemfanelo ye-APERA INSTRUMENTS (Europe) GmbH IMINYAKA EMIBILI (IZINYANGA EZISISITHUPHA zophenyo) kusukela ekulethweni. Lesi siqiniseko esikhawulelwe AYIBALI noma yimuphi umonakalo ngenxa: yokulimala kwengozi, ukulungiswa okungagunyaziwe, ukuguga okuvamile, noma izimbangela zangaphandle ezifana nezingozi, ukuhlukumeza, noma ezinye izenzo noma izehlakalo ezingaphezu kwamandla ethu.

I-APERA INSTRUMENTS (Europe) GmbH
Wilhelm-Muthmann-Straße 18, 42329 Wuppertal, Germany
Othintana naye: info@aperainst.de | www.aperainst.de |
Ucingo. +49 202 51988998

Amadokhumenti / Izinsiza

I-APERA PDF PC60-Z Smart Multi Parameter Tester [pdf] Incwadi Yeziqondiso PDF PC60-Z Smart Multi-Parameter Tester, PDF PC60-Z, Smart Multi-Parameter Tester, Multi-Parameter Tester, Parameter Tester, Tester

Izithenjwa

• Imaniwali yosebenzisayo