I-VEE GEE MDX-101 Brix, Refractive Index Refractometer

Imininingwane

• Imodeli: I-MDX-101
• Izingxenye ezifakiwe:
  1. I-MDX-Series Digital Refractometer
  2. I-Rubber Grip Ekhishwayo
  3. Ikhava yePrism Ekhishwayo
  4. Ipayipi elilahlwayo
  5. I-AAA, 1.5V Ibhethri (1ea.)
  6. I-Hardshell Storage Case
  7. Isikulufi (asikhonjiswa)

Izingxenye Ezihlanganisiwe

• I-MDX-Series Digital Refractometer
• I-Rubber Grip Ekhishwayo
• Ikhava yePrism Ekhishwayo
• Ipayipi elilahlwayo
• I-AAA, 1.5V Ibhethri (1ea.)
• I-Hardshell Storage Case
• Isikulufi (asikhonjiswa)

Isingeniso

• I-VEE GEE MDX-Series ephathekayo yedijithali refractometers ayidizayini yesimanje esebenzisa izingxenye ezithuthukisiwe ze-optoelectronic ukuze inikeze iminyaka yokuhlola uketshezi olusheshayo, olunembile nokuphindaphindeka okuphezulu.
• Amamodeli we-MDX-Series aklanyelwe ukuthi abe lula ukuwasebenzisa ngokuqeqeshwa okuncane okudingekayo; noma kunjalo, kunconywa kakhulu ukuthi abasebenzisi bafunde lo Mhlahlandlela Womsebenzisi wonke ngaphambi kokusebenzisa ithuluzi okokuqala ngqa.
• Noma yisiphi isikhathi, uma unemibuzo sicela uxhumane nethimba lethu labasekeli ku:

Iwaranti

Ama-refractometer edijithali we-VEE GEE aqinisekiswa ukuthi angabi nasici ezintweni ezibonakalayo nasemsebenzini unyaka owodwa kusukela ngedethi yokuthenga. Ngalesi sikhathi i-VEE GEE Service Centre, ngokukhetha kwayo futhi ngaphandle kwenkokhiso, izolungisa noma ishintshe noma iyiphi ingxenye etholakala inephutha ezintweni zokwakha kanye nokusebenza kwayo.
Wonke umsebenzi wewaranti uzokwenziwa yi-VEE GEE Service Centre. Xhumana nomthengisi wakho noma Isikhungo Sesevisi se-VEE GEE ukuze uxazulule inkinga futhi uthole Isigunyazo Sokubuyisela, uma kudingekile, ukuze kubuyiswe ithuluzi lakho ukuze lilungiswe. Iqembu elibuyisela umkhiqizo kufanele likhokhe kuqala wonke ama-postage, ukuthunyelwa, ukuthutha, ukupakisha, imisebenzi nezintela, nezindleko zokulethwa eSikhungweni Sesevisi se-VEE GEE.

Lesi siqinisekiso singaphansi kwemikhawulo elandelayo futhi ngeke sisebenze uma:

1. Kukhona ukushoda kobufakazi bedethi yokuthenga nendawo yokuthenga. Iwaranti ayibelwe noma iyadluliswa.
2. Umonakalo ungenxa yokuguga okuvamile (okuhlanganisa i-prism), ukusetshenziswa kabi, ukuhlukumeza, ubudedengu, nanoma iyiphi enye imbangela engabangelwa ukwenziwa komkhiqizo.
3. Inombolo ye-serial ishintshiwe noma icishiwe; noma ukukhanda okungagunyaziwe noma ukushintshwa kwezingxenye yinoma iyiphi inhlangano ngaphandle kwe-VEE GEE Service Centre.

Lesi siqinisekiso asibandakanyi ngokusobala umonakalo wezokuthutha nokulungiswa kabusha. Kunoma ikuphi, i-VEE GEE Scientific LLC izobophezeleka kuMthengi noma yimuphi umuntu ngomonakalo okhethekile, ongaqondile, wengozi, noma umphumela noma ngabe izimangalo zisekelwe kwinkontileka noma ngenye indlela ephathelene noma evela kumkhiqizo onikezwe lapha ngezansi. Ezimpahleni ezikhiqizwa yinoma iyiphi inkampani yangaphandle, isibopho sezomthetho se-VEE GEE Scientific ngaphansi kwewaranti sikhawulelwe emigomeni yesiqinisekiso somhlinzeki wezimpahla.

I-VEE GEE MDX-Series

Izingxenye Zomculo

1. I-Prism Surface
2. Sample kahle
3. Isibonisi se-LCD
4. Okhiye bokulawula
5. Ikhava Yegumbi Lebhethri
6. Ikhava yePrism Ekhishwayo
7. I-Rubber Grip Ekhishwayo

Isibonisi sezinsimbi

1. Inkomba Yezinga Lebhethri
2. Ukufunda Iphesenti lokubonisa noma Inkomba yesikali se-Permille
3. Inkomba yesikali se-Refractive Index
4. Isibonisi Sezinga lokushisa (°C noma °F)
5. Inkomba Yesikali Esisebenzayo / Isikhathi Sokufunda Esiqhubekayo

Igumbi Lebhethri•

• Khipha izikulufi ezimbili ukuze uvule indawo yebhethri.
• Faka ibhethri le-AAA, 1.5V (1ea.) endaweni yebhethri. Naka ngokucophelela ukuze uqinisekise i-polarity efanele yebhethri lapho ufaka.

Okhiye bokulawula

FUNDA | Vula | CONT.

• Cindezela kanye bese uyakhulula ukuze uvule.
• Cindezela kanye bese ukhulula ngenkathi ivuliwe ukuze ufunde.
• Cindezela bese ubamba imizuzwana emi-2 ngenkathi ivuliwe ukuze uqalise umsebenzi weluphu yokufunda oqhubekayo.

ZERO

• Cindezela bese ubamba imizuzwana emi-2 bese ucindezela futhi phakathi kwemizuzwana eyi-10 ukwenza inqubo yokulinganisa uziro.

ISIKALI | °C / °F

• Cindezela ngokuphindaphindiwe futhi uyeke ukuze uguqule kuzo zonke izikali ezitholakalayo.
• Cindezela futhi ubambe imizuzwana emi-2 ukuze uguqule phakathi kokuboniswa kwezinga lokushisa kuka-°C no-°F

Ukusetshenziswa Kwezinsimbi

Ukuvula nokulinganiswa
Ukucindezela okukodwa kokhiye wamandla kuzonika amandla ithuluzi (umfanekiso 6). Ukwandisa impilo yebhethri i-refractometer idizayinelwe ukuthi izivale yona ngemva kweminithi elingu-1 lokungasebenzi.

Ukulinganisa okunguziro kufanele kwenziwe nsuku zonke ukuze kuzuzwe ukunemba okuphelele.

• Hlanza futhi usule i-sampkahle le. Faka amaconsi angu-4-5 wamanzi ahlanzekile, agayiwe esitsheniampkahle.
• Vala ikhava ye-prism ukuze uvimbele ukukhanya okunhlanhlathayo ukuthi kuthinte ukulinganisa.
• Cindezela bese ubamba ukhiye ZERO imizuzwana emibili kuze kuvele “CAL”, bese uyakhulula(umfanekiso 7).
• "CAL" izokhanyisa ngokuphindaphindiwe imizuzwana eyi-10. Cindezela okuthi ZERO futhi ngenkathi "CAL" ibaneka ukuze ulinganise. Ngalesi sikhathi kubalulekile ukuthi ungavuli ikhava ye-prism. Uma u-ZERO engacindezelwe futhi ukulinganisa ngeke kwenziwe.
• Isibonisi sizobonisa “-END” lapho sesiqedile ukulinganisa (umfanekiso 8).

• Kuleli qophelo, isibonisi sizoshintsha sibuyele esikrinini esizenzakalelayo esibonisa isikali esisebenzayo nezinga lokushisa lensimbi (umfanekiso 9). Uma ithuluzi lingafundi amanzi acwengekile anamanani aboniswe ngezansi bese uhlanza i-prism bese ulinganisa kabusha ngamanzi acwengekile ahlanzekile:
  Amanzi Acwebile
  • 0.0% Brix ±0.2%
  • 1.3330RI ±0.0003RI

Ukukhetha Isikali

• Cindezela ngokuphindaphindiwe futhi ukhulule ukhiye we-SCALE ukuze uguqule kuzo zonke izikali ezitholakalayo. Isibonisi sizobonisa ukuthi iyiphi indawo yesikali esebenzayo- S01, S02, S03,… (umdwebo 9).
• Ungathola izincazelo nobubanzi bezikali ezitholakalayo ezansi kwethuluzi, ilebula yekesi lokugcina, kanye nalo mhlahlandlela womsebenzisi.

Ukuthatha Izilinganiso

Ukufunda Okukodwa:

• Qinisekisa ukuthi i-sample kahle ihlanzekile futhi yomile. Beka amaconsi angu-4-5 oketshezi lwakhoampungene emthonjeni bese uvala ikhava yeprism.
• Cindezela inkinobho ethi FUNDA kanye kanye no-sampukufundwa kuzovela esikrinini (umfanekiso 10). Ukufunda okwengeziwe kungenziwa ngokucindezela inkinobho ethi FUNDA futhi uma uthanda.
• Hlanza futhi usule i-sampkahle uma usuqedile. I-prism kufanele ihlanzwe futhi yomiswe ngaphambi kokuhlolwa kwesinye isigabaample

Ukufundwa kwe-Loop okuqhubekayo:
Ukucindezela nokubamba inkinobho ethi FUNDA imizuzwana emi-2 kuzoqala umsebenzi welophu oqhubekayo. Kule modi, i-refractometer izokwenza ukufundwa okulandelanayo okungu-15 kuhlukaniswe ngesekhondi elingu-1, bese iveza isilinganiso sakho konke ukufundwa njengokufunda kokugcina. Phakathi nalo msebenzi, inkomba yesikali izoshintsha ibe yikhawunta futhi ibale isuka ku-15 ngokufundwa ngakunye (umfanekiso 11).

Ukuxazulula inkinga

Uma imiphumela engalindelekile itholwa ngenkathi kuhlolwa i-sampkancane:

• Qinisekisa ukuthi uvala ikhava yeprism lapho ufunda futhi ngesikhathi sokulinganiswa.
• Linganisa kabusha ngamanzi ahlanzekile, ahlanzekile, futhi uqiniseke ukuthi ucindezela ukhiye othi ZERO futhi ngenkathi i-CAL ikhanya ekubonisweni.
• Shintsha ibhethri ngebhethri elisha le-AAA 1.5V.
• Hlanza ngokuphelele i-sampkahle kanye ne-prism.
• Qinisekisa ukuthi usebenza nama-homogenous kakhuluampi-les kanye nokuthi ayinayo i-particle enkulu; isihlungi uma kunesidingo.
• Khumbula ukuthi njengobaampsihlala esampNokho, okuqinile okumisiwe kungase kuhlale phansi futhi kuthinte ukufundwa.
• Lapho kuhlolwa sampokungaphezu kwezinga lokushisa elihlukile kunethuluzi kanye/noma imvelo kungcono ukulinda imizuzwana embalwa ngaphambi kokucindezela inkinobho ethi FUNDA ukuze uvumele i-s.ampukuze acclimate ngendlela efanele.

Ukunakekela Nokuhlanza

• Kubalulekile ukuhlanza i-sample kahle ngokuphelele lapho usuqedile ukusebenzisa naphakathi kuka-sampivimbela okuqinile ukuthi kungakheki ku-prism futhi kubangele ukufundwa okuyiphutha.
• Sebenzisa amanzi ancibilikisiwe noma i-isopropanol ehlanjululwe ngendwangu ethambile noma izicubu ukuhlanza ingaphezulu le-prismampkahle.
• Sebenzisa okokuhlanza okuncane ukuze uhlanze umzimba wensimbi; ama-solvents awanconywa.
• Lapho kuhlolwa i-corrosive noma i-acidic sampngoba kubalulekile ukuhlanza ngokuphelele i-sample kahle kanye ne-prism phakathi kokufunda ngakunye futhi uqaphele ukuthi ungatholi noma iyiphi ye-sample phezu kwendlu yensimbi yepulasitiki

Amakhodi Ephutha

Copyright © 2016 VEE GEE Scientific
Iphrintiwe eChina
Wonke Amalungelo Agodliwe
I-VGMNL071921-MDX-101

imibuzo ejwayelekile ukubuzwa

• Q: Kufanele ngilinganise kangaki i-refractometer?
  • A: Kunconywa ukulinganisa i-refractometer ngaphambi kokusetshenziswa ngakunye ukuze kuqinisekiswe imiphumela enembile.
• Umbuzo: Ngilibuyisela kanjani ibhethri?
  • A: Vula ikhava yekhompathi yebhethri, khipha ibhethri elidala, bese ufaka i-AAA entsha, ibhethri engu-1.5V umumo ofanele njengoba kukhonjisiwe ngaphakathi kwekhompathimenti.

Amadokhumenti / Izinsiza

I-VEE GEE MDX-101 Brix, Refractive Index Refractometer [pdf] Umhlahlandlela Womsebenzisi MDX-101, MDX-101 Brix Refractive Index Refractometer, MDX-101 Refractometer, Brix Refractometer, Brix, Refractive Index Refractometer, Refractive, Index Refractometer, Refractometer

Izithenjwa

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