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Iimveliso

  • Umatshini wovavanyo lweMpembelelo yeBhola yokuwa yeYYP 136

    Umatshini wovavanyo lweMpembelelo yeBhola yokuwa yeYYP 136

    ImvelisoIntshayelelo:

    Umatshini wokuvavanya impembelelo yebhola ewelayo sisixhobo esisetyenziselwa ukuvavanya amandla ezinto ezifana neeplastiki, iiseramikhi, i-acrylic, iifayibha zeglasi, kunye neengubo. Esi sixhobo sihambelana nemigangatho yovavanyo ye-JIS-K6745 kunye ne-A5430.

    Lo matshini ulungisa iibhola zentsimbi ezinobunzima obuthile zibe kubude obuthile, nto leyo evumela ukuba ziwe ngokukhululekileyo kwaye zibethe iisampulu zovavanyo. Umgangatho weemveliso zovavanyo ujongwa ngokusekelwe kwinqanaba lomonakalo. Ezi zixhobo zinconywa kakhulu ngabavelisi abaninzi kwaye sisixhobo sovavanyo esifanelekileyo.

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  • Isivavanyeli seNqanaba lokuThunyelwa komphunga wamanzi seYY-RC6 (ASTM E96) WVTR

    Isivavanyeli seNqanaba lokuThunyelwa komphunga wamanzi seYY-RC6 (ASTM E96) WVTR

    I. Intshayelelo yeMveliso:

    Umvavanyi wezinga lokudluliselwa komphunga wamanzi we-YY-RC6 yinkqubo yovavanyo oluphezulu lwe-WVTR yobungcali, esebenzayo nekrelekrele, efanelekileyo kwiinkalo ezahlukeneyo ezifana neefilimu zeplastiki, iifilimu ezidityanisiweyo, unyango kunye nolwakhiwo.

    Ukumisela izinga lokudluliswa komphunga wamanzi kwezinto. Ngokulinganisa izinga lokudluliswa komphunga wamanzi, izalathisi zobugcisa zeemveliso ezifana nezixhobo zokupakisha ezingaguqukiyo zinokulawulwa.

    II.Izicelo zeMveliso

     

     

     

     

    Isicelo esiSiseko

    Ifilimu yeplastiki

    Uvavanyo lwezinga lokusasazeka komphunga wamanzi kwiifilimu ezahlukeneyo zeplastiki, iifilimu zeplastiki ezidityanisiweyo, iifilimu zephepha-plastiki ezidityanisiweyo, iifilimu ezidityanisiweyo, iifilimu ezigqunywe nge-aluminium, iifilimu ezidityanisiweyo nge-aluminium foil, iifilimu zeglasi ezidityanisiweyo nge-aluminium foil kunye nezinye izinto ezifana nefilimu.

    Iphepha leplastikhi

    Uvavanyo lwezinga lokusasazeka komphunga wamanzi kwizinto ezikwiphepha ezifana namaphepha e-PP, amaphepha e-PVC, amaphepha e-PVDC, iifoyile zesinyithi, iifilimu, kunye nee-wafer ze-silicon.

    Iphepha, ikhabhoni

    Uvavanyo lwezinga lokusasazeka komphunga wamanzi kwizixhobo zephepha ezidityanisiweyo ezifana nephepha eligqunywe nge-aluminium kwiipakethi zecuba, iphepha-i-aluminium-iplastiki (iTetra Pak), kunye nephepha kunye nekhadibhodi.

    Ulusu olungeyolwemvelo

    Ulusu olungeyolwenziweyo lufuna inqanaba elithile lokungena kwamanzi ukuqinisekisa ukusebenza kakuhle kokuphefumla emva kokuba lufakwe ebantwini okanye kwizilwanyana. Le nkqubo ingasetyenziselwa ukuvavanya ukungena kwamanzi kolusu olungeyolwenziweyo.

    Izixhobo zonyango kunye nezixhobo ezincedisayo

    Isetyenziselwa uvavanyo lokudluliselwa komphunga wamanzi wezixhobo zonyango kunye nezinto ezincedisayo, njengovavanyo lokudluliselwa komphunga wamanzi wezinto ezifana neepatches zeplasta, iifilimu zokhathalelo lwamanxeba angenazintsholongwane, iimaski zobuhle, kunye neepatches zamanxeba.

    Amalaphu, amalaphu angalukwanga

    Uvavanyo lwezinga lokusasazeka komphunga wamanzi kwimpahla, amalaphu angalukwanga kunye nezinye izinto, ezifana namalaphu angangeni manzi naphefumlayo, izinto zelaphu ezingalukwanga, amalaphu angalukwanga eemveliso zococeko, njl.

     

     

     

     

     

    Isicelo esongeziweyo

    Iphepha elingasemva lelanga

    Uvavanyo lwezinga lokusasazeka komphunga wamanzi olusebenza kwiishiti zangasemva zelanga.

    Ifilimu yokubonisa ikristale yolwelo

    Isebenza kuvavanyo lwezinga lokudluliswa komphunga wamanzi kwiifilimu zokubonisa ikristale yolwelo

    Ifilimu yokupeyinta

    Isebenza kuvavanyo lokumelana namanzi kwiifilimu ezahlukeneyo zepeyinti.

    Izithambiso

    Isebenza kuvavanyo lokusebenza kokuthambisa izithambiso.

    Inwebu ebolayo

    Isebenza kuvavanyo lokumelana namanzi kwiifilimu ezahlukeneyo ezinokubola, ezifana neefilimu zokupakisha ezisekelwe kwisitatshi, njl.

     

    III.Iimpawu zemveliso

    1. Ngokusekelwe kumgaqo wovavanyo lwendlela yekomityi, yinkqubo yovavanyo lwesantya sokudluliselwa komphunga wamanzi (i-WVTR) esetyenziswa kakhulu kwiisampulu zefilimu, ekwaziyo ukubona ukudluliselwa komphunga wamanzi okuphantsi njenge-0.01g/m2 · 24h. Iseli yomthwalo enesisombululo esiphezulu elungiselelweyo inika uvakalelo oluhle kakhulu lwenkqubo ngelixa iqinisekisa ukuchaneka okuphezulu.

    2. Ulawulo lobushushu kunye nokufuma olusebenza ngeendlela ezahlukeneyo, oluchanekileyo, noluzenzekelayo lwenza kube lula ukufezekisa uvavanyo olungaqhelekanga.

    3. Isantya somoya esiqhelekileyo sokucoca siqinisekisa umahluko oqhubekayo wokufuma phakathi kwangaphakathi nangaphandle kwekomityi ekwaziyo ukungena kumswakama.

    4. Inkqubo iphinda ibuyele kwi-zero ngokuzenzekelayo ngaphambi kokuba ilinganise ukuqinisekisa ukuchaneka kokulinganisa ngakunye.

    5. Le nkqubo isebenzisa uyilo lwe-cylinder lifting mechanical junction kunye nendlela yokulinganisa ubunzima obungacwangciswanga, nto leyo enciphisa ngempumelelo iimpazamo zenkqubo.

    6. Izikhonkwane zokuqinisekisa ubushushu kunye nokufuma ezinokuqhagamshelwa ngokukhawuleza zenza kube lula kubasebenzisi ukwenza uhlengahlengiso olukhawulezileyo.

    7. Iindlela ezimbini zokulinganisa ngokukhawuleza, ifilimu esemgangathweni kunye nobunzima obuqhelekileyo, zibonelelwe ukuqinisekisa ukuchaneka kunye nokufikeleleka kwedatha yovavanyo.

    8. Zonke iikomityi ezintathu ezikwaziyo ukufunxa umswakama zingenza uvavanyo oluzimeleyo. Iinkqubo zovavanyo aziphazamisani, kwaye iziphumo zovavanyo ziboniswa ngokwazo.

    9. Ikomityi nganye kwezi zintathu zingena kumanzi ingenza uvavanyo oluzimeleyo. Iinkqubo zovavanyo aziphazamisani, kwaye iziphumo zovavanyo ziboniswa ngokwazo.

    10. Isikrini esikhulu sokuchukumisa sinika imisebenzi ekulula ukuyisebenzisa kunye noomatshini, nto leyo eyenza kube lula ukusebenza komsebenzisi kunye nokufunda ngokukhawuleza.

    11. Xhasa ukugcinwa kwedatha yovavanyo olunefomathi ezininzi ukuze kube lula ukungenisa nokuthumela idatha ngaphandle;

    12. Xhasa imisebenzi emininzi efana nombuzo wedatha yembali olula, ukuthelekisa, uhlalutyo kunye nokuprinta;

     

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  • Umatshini wovavanyo lwe-elektroniki we-YYP-50KN (UTM)

    Umatshini wovavanyo lwe-elektroniki we-YYP-50KN (UTM)

    1. Isishwankathelo

    Umatshini wokuvavanya ukuxinana kwendandatho ye-50KN sisixhobo sokulinganisa izinto esinobuchwepheshe obuphambili basekhaya. Ufanelekile kwiimvavanyo zepropathi ezibonakalayo ezifana nokuxinana, ukucinezela, ukugoba, ukucheba, ukukrazula nokuxobula iintsimbi, izinto ezingezizo iintsimbi, izixhobo ezidityanisiweyo kunye neemveliso. Isoftware yokulawula uvavanyo isebenzisa iqonga lenkqubo yokusebenza yeWindows 10, equlathe ujongano lwesoftware olusekelwe kwimizobo kunye nomfanekiso, iindlela zokucubungula idatha eziguquguqukayo, iindlela zokucwangcisa ulwimi lwe-VB ezimiselweyo, kunye nemisebenzi yokukhusela umda okhuselekileyo. Ikwanayo nemisebenzi yokuvelisa ngokuzenzekelayo ii-algorithms kunye nokuhlela ngokuzenzekelayo iingxelo zovavanyo, ezenza kube lula kwaye ziphucule kakhulu amandla okulungisa iimpazamo kunye nophuhliso lwenkqubo. Inokubala iiparameter ezifana namandla okuvelisa, i-elastic modulus, kunye namandla okuxobula aphakathi. Isebenzisa izixhobo zokulinganisa ezichanekileyo kwaye idibanisa i-automation ephezulu kunye nobukrelekrele. Ulwakhiwo lwayo lutsha, iteknoloji iphucukile, kwaye ukusebenza kuzinzile. Ilula, iguquguqukayo kwaye kulula ukuyigcina isebenza. Ingasetyenziswa ngamasebe ophando lwesayensi, iikholeji kunye neeyunivesithi, kunye namashishini emizi-mveliso kunye nemigodi uhlalutyo lwepropathi yoomatshini kunye nokuhlolwa komgangatho wemveliso wezixhobo ezahlukeneyo.

     

     

     

    2. Eyona iphambili Ezobugcisa Iiparameter:

    2.1 Umlinganiselo wamandla Umthwalo ophezulu: 50kN

    Ukuchaneka: ±1.0% yexabiso elibonisiweyo

    2.2 Ukuguqulwa (I-Photoelectric Encoder) Umgama ophezulu wokuxinana: 900mm

    Ukuchaneka: ± 0.5%

    2.3 Umlinganiselo Wokufuduka Ukuchaneka: ±1%

    2.4 Isantya: 0.1 - 500mm/min

     

     

     

     

    2.5 Umsebenzi wokuPrinta: Amandla aphezulu okuPrinta, ukunwebeka, incopho yokukhupha, ukuqina kweringi kunye nee-curves ezihambelanayo, njl. (Iiparameter ezongezelelweyo zokuprinta zingongezwa ngokweemfuno zomsebenzisi).

    2.6 Umsebenzi woNxibelelwano: Ukunxibelelana nesoftware yokulawula umlinganiselo wekhompyutha ephezulu, kunye nomsebenzi wokukhangela izibuko ze-serial ozenzekelayo kunye nokucubungula idatha yovavanyo ngokuzenzekelayo.

    2.7 Izinga lokuSampula: 50 amaxesha/imizuzwana

    Ubonelelo lwaMandla oluyi-2.8: AC220V ± 5%, 50Hz

    2.9 Ubukhulu beMainframe: 700mm × 550mm × 1800mm 3.0 Ubunzima beMainframe: 400kg

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  • YY8503 Uvavanyo lokuCrush

    YY8503 Uvavanyo lokuCrush

    I. IzixhoboIntshayelelo:

    I-YY8503 Crush tester, eyaziwa ngokuba yi-computer measurement and control cruch tester, i-cardboard cruchtester, i-electronic crush tester, i-edge pressure meter, i-ring pressure meter, sisixhobo esisisiseko sovavanyo lwamandla oxinzelelo lwekhadibhodi/iphepha (oko kukuthi, isixhobo sokuvavanya ukupakisha iphepha), esixhotyiswe ngezinto ezahlukeneyo zokufakelwa sinokuvavanya amandla oxinzelelo lweringi lwephepha lesiseko, amandla oxinzelelo oluthe tyaba lwekhadibhodi, amandla oxinzelelo lomda, amandla okubopha kunye nezinye iimvavanyo. Ukuze amashishini emveliso yephepha alawule iindleko zemveliso kwaye aphucule umgangatho wemveliso. Iiparamitha zayo zokusebenza kunye neempawu zobugcisa ziyahlangabezana nemigangatho yesizwe efanelekileyo.

     

    II. Imigangatho yokusetyenziswa:

    1.GB/T 2679.8-1995 “Ukumisela amandla okucinezelwa kweringi kwephepha kunye nebhodi yephepha”;

    2.GB/T 6546-1998 “Ukumisela amandla oxinzelelo lomphetho wekhadibhodi ekhazimlayo”;

    3.GB/T 6548-1998 “Ukumisela amandla okubopha ekhadibhodi ekhazimlayo”;

    4.GB/T 2679.6-1996 “Ukuchonga amandla okucinezelwa acwangcisiweyo ephepha lesiseko leCorrugated”;

    5.GB/T 22874 “Ukumisela amandla okucinezelwa acwangcisiweyo ekhadibhodi enecala elinye kunye nekhadibhodi enekhonkrithi enye”

    Ezi mvavanyo zilandelayo zingenziwa ngovavanyo olufanelekileyo:

     

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  • I-YY-KND200 I-Automatic Kjeldahl Nitrogen Analyzer

    I-YY-KND200 I-Automatic Kjeldahl Nitrogen Analyzer

    1. Intshayelelo yeMveliso:

    Indlela yeKjeldahl yindlela yakudala yokumisela initrogen. Indlela yeKjeldahl isetyenziswa kakhulu ukumisela iikhompawundi zenitrogen emhlabeni, ekutyeni, ekufuyeni izilwanyana, kwiimveliso zezolimo, ekutyeni nakwezinye izinto. Ukumisela isampuli ngendlela yeKjeldahl kufuna iinkqubo ezintathu: ukugaya isampuli, ukwahlulwa kwe-distillation kunye nohlalutyo lwe-titration.

     

    I-YY-KDN200 automatic Kjeldahl nitrogen analyzer isekelwe kwindlela yokuchonga i-nitrogen yeKjeldahl yakudala eyenziweyo, isampuli yokuhluza ngokuzenzekelayo, ukwahlulwahlulwa ngokuzenzekelayo kunye nohlalutyo lwe-"nitrogen element" (iproteni) ngokusebenzisa inkqubo yohlalutyo lwetekhnoloji enxulumeneyo yangaphandle, indlela yayo, ukuveliswa ngokuhambelana nemigangatho yokuvelisa ye-"GB/T 33862-2017 epheleleyo (isiqingatha) ye-Kjeldahl nitrogen analyzer" kunye nemigangatho yamazwe ngamazwe.

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  • Isivavanyeli seNtambo yokukhanya ye-YY-ZR101

    Isivavanyeli seNtambo yokukhanya ye-YY-ZR101

    I. Igama lezixhobo:Isivavanyi seNtambo ekhazimlayo

     

    II. Imodeli yezixhobo: YY-ZR101

     

    III.Intshayelelo yezixhobo:

    Iukukhanya Umvavanyi wentambo uza kufudumeza izinto ezichaziweyo (Ni80/Cr20) kunye nemo yentambo yokufudumeza yombane (intambo ye-nickel-chromium ye-Φ4mm) enombane ophezulu ukuya kubushushu bovavanyo (550℃ ~ 960℃) umzuzu o-1, aze emva koko ayitshise ngokuthe nkqo imveliso yovavanyo kangangemizuzwana engama-30 kuxinzelelo oluchaziweyo (1.0N). Misela umngcipheko womlilo weemveliso zezixhobo zombane neze-elektroniki ngokuxhomekeke ekubeni iimveliso zovavanyo kunye neebhedi ziyavutha okanye zigcinwe ixesha elide na; Misela ubushushu bokutsha, ukutsha (GWIT), isalathisi sokutsha kunye nokutsha (GWFI) kwezinto eziqinileyo zokukhusela kunye nezinye izinto eziqinileyo ezinokutsha. Umvavanyi wentambo yokutsha ufanelekile kumacandelo ophando, imveliso kunye nokuhlolwa komgangatho wezixhobo zokukhanyisa, izixhobo zombane ezine-voltage ephantsi, izixhobo zombane, kunye nezinye iimveliso zombane neze-elektroniki kunye nezinto zazo.

     

    IV. Iiparameter zobugcisa:

    1. Ubushushu bentambo eshushu: 500 ~ 1000℃ ehlengahlengiswayo

    2. Ukunyamezelana kobushushu: 500 ~ 750℃ ±10℃, > 750 ~ 1000℃ ±15℃

    3. Ukuchaneka kwesixhobo sokulinganisa ubushushu ± 0.5

    4. Ixesha lokutshisa: imizuzu eyi-0-99 kunye nemizuzwana engama-99 elungisekayo (ngokuvamile ikhethwa njengemizuzwana engama-30)

    5. Ixesha lokutshisa: imizuzu eyi-0-99 kunye nemizuzwana engama-99, ikhefu ngesandla

    6. Ixesha lokucima: imizuzu eyi-0-99 kunye nemizuzwana engama-99, ikhefu ngesandla

    Isixhenxe. I-Thermocouple: Φ0.5/Φ1.0mm I-thermocouple enezixhobo zokuzikhusela yohlobo lwe-K (ayiqinisekiswanga)

    8. Ucingo olukhanyayo: Ucingo lwe-nickel-chromium lwe-Φ4 mm

    9. Intambo eshushu ifaka uxinzelelo kwisampulu: 0.8-1.2N

    10. Ubunzulu bokunyathela: 7mm±0.5mm

    11. Umgangatho wesalathiso: GB/T5169.10, GB4706.1, IEC60695, UL746A

    Umthamo weStudio ezilishumi elinambini: 0.5m3

    13. Ubukhulu bangaphandle: 1000mm ububanzi x 650mm ubunzulu x 1300mm ukuphakama.

    6

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  • Isivavanyeli se-Oxygen Index ye-YY-JF3

    Isivavanyeli se-Oxygen Index ye-YY-JF3

    I.Ububanzi besicelo:

    Isebenza kwiiplastiki, irabha, ifayibha, ifoam, ifilimu kunye nezinto zelaphu ezifana nokulinganisa ukusebenza kokutsha

     II. Iiparameter zobugcisa:                                   

    1. I-sensor ye-oksijini engenisiweyo, uxinaniso lwe-oksijini yokubonisa yedijithali ngaphandle kokubalwa, ukuchaneka okuphezulu kunye nokuchaneka ngakumbi, uluhlu luphakathi kwe-0-100%

    2. Isisombululo sedijithali: ± 0.1%

    3. Ukuchaneka kokulinganisa komatshini wonke: 0.4

    4. Uluhlu lolawulo lokuhamba kwamanzi: 0-10L/min (60-600L/h)

    5. Ixesha lokuphendula: < 5S

    6. Isilinda yeglasi yeQuartz: Ububanzi bangaphakathi ≥75㎜ obuphezulu yi-480mm

    7. Izinga lokuhamba kwegesi kwisilinda yokutsha: 40mm±2mm/s

    8. Imitha yokuhamba: 1-15L/min (60-900L/H) iyalungiseka, ukuchaneka 2.5

    9. Indawo yovavanyo: Ubushushu obuphakathi: ubushushu begumbi ~ 40℃; Umswakama ohambelanayo: ≤70%;

    10. Uxinzelelo lokufaka: 0.2-0.3MPa (qaphela ukuba olu xinzelelo alunakudlula)

    11. Uxinzelelo olusebenzayo: I-nitrogen 0.05-0.15Mpa I-oxygen 0.05-0.15Mpa I-oxygen/nitrogen mixed gas inlet: kubandakanya i-pressure regulator, i-flow regulator, i-gas filter kunye ne-mixing chamber.

    12. Iikliphu zesampulu zingasetyenziselwa iiplastiki ezithambileyo neziqinileyo, amalaphu, iingcango zomlilo, njl.njl.

    13. Inkqubo yokutsha yepropane (butane), ubude belangatye obuyi-5mm-60mm bunokulungiswa ngokukhululekileyo

    14. Igesi: i-nitrogen yemizi-mveliso, ioksijini, ubumsulwa > 99%; (Qaphela: Umthombo womoya kunye nentloko yekhonkco yesixhobo somsebenzisi).

    Iingcebiso: Xa uvavanyo lwe-oxygen index, kuyimfuneko ukusebenzisa ubuncinane i-98% ye-oxygen/nitrogen yomgangatho wezoshishino ibhotile nganye njengomthombo womoya, kuba igesi engentla yimveliso yokuthutha enobungozi obukhulu, ayinakubonelelwa njengezixhobo zovavanyo lwe-oxygen index, inokuthengwa kuphela kwisikhululo sepetroli sendawo yomsebenzisi. (Ukuze kuqinisekiswe ubunyulu begesi, nceda uthenge kwisikhululo sepetroli sendawo esiqhelekileyo)

    15.Iimfuno zamandla: AC220 (+10%) V, 50HZ

    16. Amandla aphezulu: 50W

    17. Isitshisi: kukho umlomo owenziwe ngetyhubhu yesinyithi enobubanzi bangaphakathi be-Φ2±1mm ekupheleni, onokufakwa kwisilinda yokutsha ukuze uvuthe isampuli, ubude belilangatye: 16±4mm, ubungakanani buyalungiseka

    18Ikliphu yesampulu yezinto ezizixhasayo: inokuxhonywa kwindawo yeshaft yesilinda yokutsha kwaye ingabamba isampuli ngokuthe nkqo

    19. Ukhetho: Isibambi sesampulu sezinto ezingazixhasi: singalungisa amacala amabini athe nkqo esampulu kwisakhelo ngaxeshanye (sifanelekile kwifilimu yelaphu nezinye izinto)

    20.Isiseko sesilinda yokutsha singaphuculwa ukuqinisekisa ukuba ubushushu begesi exutyiweyo bugcinwa kwi-23℃ ~ 2℃

    III. Ulwakhiwo lweChassis:                                

    1. Ibhokisi yokulawula: Isixhobo somatshini we-CNC sisetyenziselwa ukucubungula nokwenza, umbane ongashukumiyo webhokisi yokutshiza yentsimbi uyatshizwa, kwaye inxalenye yokulawula ilawulwa ngokwahlukileyo kwinxalenye yovavanyo.

    2. Isilinda yokutsha: ityhubhu yeglasi ye-quartz esemgangathweni ophezulu enganyangekiyo kubushushu obuphezulu (ububanzi bangaphakathi ￠75mm, ubude 480mm) Ububanzi beplagi: φ40mm

    3. Isampulu: isampulu esizixhasayo, kwaye singabamba isampulu ngokuthe nkqo; (Isakhelo sesitayile esingazixhasiyo esizixhasayo), iiseti ezimbini zeekliphu zesitayile ukuhlangabezana neemfuno ezahlukeneyo zovavanyo; Uhlobo lwe-pattern clip splice, kulula ukubeka ipatheni kunye ne-pattern clip

    4. Ububanzi bomngxuma wetyhubhu ekupheleni kwesixhobo sokukhanyisa intonga ende yi-￠2±1mm, kwaye ubude belangatye lesixhobo sokukhanyisa yi-(5-50) mm

     

    IV. Ukuhlangabezana nomgangatho:                                     

    Umgangatho woyilo:

    GB/T 2406.2-2009

     

    Hlangana nomgangatho:

    I-ASTM D 2863, ISO 4589-2, NES 714; GB/T 5454;GB/T 10707-2008;  GB/T 8924-2005; GB/T 16581-1996;QAPHELA/SH/T 0815-2010;I-TB/T 2919-1998; I-IEC 61144-1992 ISO 15705-2002;  I-ISO 4589-2-1996;

     

    Qaphela: Inzwa yeoksijini

    1. Ukwaziswa kwe-oxygen sensor: Kuvavanyo lwe-oxygen index, umsebenzi we-oxygen sensor kukuguqula i-chemical signal of combustion ibe yi-electronic signal eboniswe phambi komqhubi. I-sensor ilingana nebhetri, esetyenziswa kube kanye kuvavanyo ngalunye, kwaye okukhona i-frequency yomsebenzisi esetyenziswa rhoqo okanye ixabiso le-oxygen index yezinto zovavanyo liphezulu, kokukhona i-oxygen sensor iya kuba nokusetyenziswa okuphezulu.

    2. Ukugcinwa kwe-sensor ye-oksijini: Ngaphandle kokulahleka okuqhelekileyo, la manqaku mabini alandelayo ekugcinweni nasekugcinweni anceda ukwandisa ubomi benkonzo ye-sensor ye-oksijini:

    1)Ukuba izixhobo azidingi kuvavanywa ixesha elide, isenzi se-oksijini singasuswa kwaye indawo yokugcina i-oksijini ingahlukaniswa ngeendlela ezithile kubushushu obuphantsi. Indlela elula yokusebenza ingakhuseleka ngokufanelekileyo ngeplastiki yokusonga ize ibekwe kwifriji efrijini.

    2)Ukuba izixhobo zisetyenziswa rhoqo (njengexesha lomjikelo wenkonzo leentsuku ezintathu okanye ezine), ekupheleni kosuku lovavanyo, isilinda yeoksijini ingacinywa umzuzu omnye okanye emibini ngaphambi kokuba isilinda ye-nitrogen icinywe, ukuze i-nitrogen izaliswe kwezinye izixhobo zokuxuba ukunciphisa impendulo engasebenziyo yesivamvo seoksijini kunye noqhagamshelwano lweoksijini.

    Itheyibhile yemeko yofakelo: Ilungiselelwe ngabasebenzisi

    Imfuneko yendawo

    Ubungakanani obupheleleyo

    I-L62*W57*H43cm

    Ubunzima (KG)

    30

    Ibhentshi yoVavanyo

    Ibhentshi yokusebenzela ingabi ngaphantsi kwe-1 m ubude kwaye ingabi ngaphantsi kwe-0.75 m ububanzi

    Imfuneko yamandla

    I-Voltage

    220V ± 10% 、50HZ

    Amandla

    100W

    Amanzi

    No

    Ubonelelo ngegesi

    Igesi: i-nitrogen yemizi-mveliso, ioksijini, ubumsulwa > 99%; Ivalvu yokunciphisa uxinzelelo lwetafile ephindwe kabini ehambelanayo (ingalungiswa nge-0.2 mpa)

    Inkcazo yongcoliseko

    umsi

    Imfuneko yokungenisa umoya

    Esi sixhobo masibekwe kwindawo yokukhupha umoya okanye siqhagamshelwe kwinkqubo yokucoca nokucoca igesi yolwelo

    Ezinye iimfuno zovavanyo
    uphandoiinkcukacha
  • Uvavanyo lwe-YY-JF5 Automatic Oxygen Index

    Uvavanyo lwe-YY-JF5 Automatic Oxygen Index

    1. Piimpawu zemveliso

    1. Ulawulo lwesikrini sokuchukumisa esinombala opheleleyo, misela nje ixabiso loxinzelelo lweoksijini kwisikrini sokuchukumisa, inkqubo iya kulungelelanisa ngokuzenzekelayo ibhalansi yoxinzelelo lweoksijini kwaye ikhuphe isandi esivakalayo, isuse ingxaki yokulungiswa ngesandla koxinzelelo lweoksijini;

    2. Ivalvu ehambelanayo yenyathelo iphucula kakhulu ukuchaneka kolawulo lwesantya sokuhamba, kwaye ulawulo oluvaliweyo lusetyenziselwa ukulungisa ngokuzenzekelayo inkqubo yokushukuma koxinzelelo lwe-oksijini kuvavanyo ukuya kwixabiso elijoliswe kulo, kuthintelwe iingxaki zemitha yesalathisi se-oksijini yendabuko engenakukwazi ukulungisa uxinzelelo lwe-oksijini kuvavanyo, kwaye iphucula kakhulu ukuchaneka kovavanyo.

     

    II.Iiparameter zobugcisa ezifanelekileyo:

    1. I-sensor ye-oksijini engenisiweyo, uxinaniso lwe-oksijini yokubonisa yedijithali ngaphandle kokubalwa, ukuchaneka okuphezulu kunye nokuchaneka ngakumbi, uluhlu luyi-0-100%.

    2. Isisombululo sedijithali: ± 0.1%

    3. Ukuchaneka komlinganiselo: inqanaba le-0.1

    4. Inkqubo yokuseta isikrini sokuchukumisa ilungisa ngokuzenzekelayo uxinzelelo lweoksijini

    5. Ukuchaneka kokulinganisa ngokucofa kanye

    6. Ugxininiso olunye oluphambili lokuthelekisa

    7. Isandi sesilumkiso esizenzekelayo sozinzo lweoksijini

    8. Ngomsebenzi wexesha

    9. Idatha yovavanyo ingagcinwa

    10. Idatha yembali ingabuzwa

    11. Idatha yembali ingasuswa

    12. Ungakhetha ukuba utshise i-50mm okanye cha

    13. Isilumkiso sempazamo yomthombo womoya

    14. Ulwazi ngempazamo ye-oxygen sensor

    15. Unxibelelwano olungalunganga lweoksijini kunye ne-nitrogen

    16. Iingcebiso zokwaluphala kwe-oxygen sensor

    17. Igalelo eliqhelekileyo loxinzelelo lweoksijini

    18. Ububanzi besilinda yokutsha bunokubekwa (iinkcukacha ezimbini eziqhelekileyo azinyanzelekanga)

    19. Uluhlu lolawulo lokuhamba kwamanzi: 0-20L/min (0-1200L/h)

    20. Isilinda yeglasi yeQuartz: Khetha enye kwezi nkcukacha zimbini (ububanzi bangaphakathi ≥75㎜ okanye ububanzi bangaphakathi ≥85㎜)

    21. Izinga lokuhamba kwegesi kwisilinda yokutsha: 40mm±2mm/s

    22. Ubukhulu obupheleleyo: 650mm×400×830mm

    23. Indawo yovavanyo: Ubushushu obuphakathi: ubushushu begumbi ~ 40℃; Ukufuma okunxulumeneyo: ≤70%;

    24. Uxinzelelo lokufaka: 0.25-0.3MPa

    25. Uxinzelelo olusebenzayo: initrogen 0.15-0.20Mpa Ioksijini 0.15-0.20Mpa

    26. Iikliphu zesampulu zingasetyenziselwa iiplastiki ezithambileyo neziqinileyo, zonke iintlobo zezixhobo zokwakha, amalaphu, iingcango zomlilo, njl.njl.

    27. Inkqubo yokutsha yepropane (butane), umlomo wokutsha wenziwe ngetyhubhu yesinyithi, enobubanzi bangaphakathi be-Φ2±1mm umlomo ekupheleni, onokugotywa ngokukhululekileyo. Ingafakwa kwisilinda yokutsha ukuze itshise isampuli, ubude belilangatye: 16±4mm, ubukhulu obuphakathi kwe-5mm ukuya kwi-60mm bunokulungiswa ngokukhululekileyo,

    28. Igesi: i-nitrogen yemizi-mveliso, ioksijini, ubumsulwa > 99%; (Qaphela: Umthombo womoya kunye nentloko yokudibanisa zibonelelwa ngumsebenzisi)

    Iingcebiso:Xa uvavanyo lwe-oxygen index, kuyimfuneko ukusebenzisa ubuncinane i-98% ye-oxygen/nitrogen yomgangatho wezoshishino ibhotile nganye njengomthombo womoya, kuba igesi engentla yimveliso yokuthutha enobungozi obukhulu, ayinakubonelelwa njengezixhobo zovavanyo lwe-oxygen index, inokuthengwa kuphela kwisikhululo sepetroli sendawo yomsebenzisi. (Ukuze kuqinisekiswe ubunyulu begesi, nceda uthenge kwisikhululo sepetroli sendawo esiqhelekileyo.)

    1. Iimfuno zamandla: AC220 (+10%) V, 50HZ
    2. Amandla aphezulu: 150W

    31.Ikliphu yesampulu yezinto ezizixhasayo: inokuxhonywa kwindawo yeshaft yesilinda yokutsha kwaye ingabamba isampuli ngokuthe nkqo

    32. Inketho: ikliphu yesampulu yezinto ezingazixhasi: ingalungisa amacala amabini athe nkqo esampuli kwisakhelo ngaxeshanye (isetyenziswa kwizinto ezithambileyo ezingazixhasi ezinje ngelaphu)

    33.Isiseko sesilinda yokutsha singaphuculwa ukuqinisekisa ukuba ubushushu begesi exutyiweyo bugcinwa kwi-23℃ ~ 2℃ (nxibelelana neentengiso ukuze ufumane iinkcukacha)

    4

    Umzobo obonakalayo wesiseko solawulo lobushushu

     III. Ukuhlangabezana nomgangatho:

    Umgangatho woyilo: GB/T 2406.2-2009

     

    Qaphela: Inzwa yeoksijini

    1. Ukwaziswa kwe-oxygen sensor: Kuvavanyo lwe-oxygen index, umsebenzi we-oxygen sensor kukuguqula i-chemical signal of combustion ibe yi-electronic signal eboniswe phambi komqhubi. I-sensor ilingana nebhetri, esetyenziswa kube kanye kuvavanyo ngalunye, kwaye okukhona i-frequency yomsebenzisi esetyenziswa rhoqo okanye ixabiso le-oxygen index yezinto zovavanyo liphezulu, kokukhona i-oxygen sensor iya kuba nokusetyenziswa okuphezulu.

    2. Ukugcinwa kwe-sensor ye-oksijini: Ngaphandle kokulahleka okuqhelekileyo, la manqaku mabini alandelayo ekugcinweni nasekugcinweni anceda ukwandisa ubomi benkonzo ye-sensor ye-oksijini:

    1). Ukuba izixhobo azidingi kuvavanywa ixesha elide, isenzi se-oksijini singasuswa kwaye indawo yokugcina i-oksijini ingahlukaniswa ngeendlela ezithile kubushushu obuphantsi. Indlela elula yokusebenza ingakhuseleka ngokufanelekileyo ngeplastiki yokusonga ize ibekwe kwifriji efrijini.

    2). Ukuba izixhobo zisetyenziswa rhoqo (njengexesha lomjikelo wenkonzo leentsuku ezintathu okanye ezine), ekupheleni kosuku lovavanyo, isilinda yeoksijini ingacinywa umzuzu omnye okanye emibini ngaphambi kokuba isilinda ye-nitrogen icinywe, ukuze i-nitrogen izaliswe kwezinye izixhobo zokuxuba ukunciphisa impendulo engasebenziyo yesivamvo seoksijini kunye noqhagamshelwano lweoksijini.

     

     

     

     

     

     IV. Itheyibhile yemeko yofakelo:

    Imfuneko yendawo

    Ubungakanani obupheleleyo

    I-L65*W40*H83cm

    Ubunzima (KG)

    30

    Ibhentshi yoVavanyo

    Ibhentshi yokusebenzela ingabi ngaphantsi kwe-1 m ubude kwaye ingabi ngaphantsi kwe-0.75 m ububanzi

    Imfuneko yamandla

    I-Voltage

    220V ± 10% 、50HZ

    Amandla

    100W

    Amanzi

    No

    Ubonelelo ngegesi

    Igesi: i-nitrogen yemizi-mveliso, ioksijini, ubumsulwa > 99%; Ivalvu yokunciphisa uxinzelelo lwetafile ephindwe kabini ehambelanayo (ingalungiswa nge-0.2 mpa)

    Inkcazo yongcoliseko

    umsi

    Imfuneko yokungenisa umoya

    Esi sixhobo masibekwe kwindawo yokukhupha umoya okanye siqhagamshelwe kwinkqubo yokucoca nokucoca igesi yolwelo

    Ezinye iimfuno zovavanyo

    Ivalvu yokunciphisa uxinzelelo lwe-gauge ezimbini yesilinda (i-0.2 mpa inokulungiswa)

     

     

     

     

     

     

     

    V. Umboniso obonakalayo:

    Luhlaza iindawo kunye nomatshini,

    Bomvu iindawo ezilungiselelwe nguabasebenzisi ngabo

    5

    uphandoiinkcukacha
  • I-YYP 4207 Isalathisi sokulandelela esiQhathaniswayo (i-CTI)

    I-YYP 4207 Isalathisi sokulandelela esiQhathaniswayo (i-CTI)

    Intshayelelo yezixhobo:

    Ii-electrode zeplatinum ezizinxantathu ziyasetyenziswa. Amandla asetyenziswa zii-electrode ezimbini kwisampuli yi-1.0N kunye ne-0.05N ngokwahlukeneyo. I-voltage ingalungiswa ngaphakathi koluhlu lwe-100 ~ 600V (48 ~ 60Hz), kwaye i-current-circuit current ingalungiswa ngaphakathi koluhlu lwe-1.0A ukuya kwi-0.1A. Xa i-current-circuit leakage ilingana okanye ingaphezulu kwe-0.5A kwisekethe yovavanyo, ixesha kufuneka ligcinwe imizuzwana emi-2, kwaye i-relay iya kusebenza ukusika i-current, nto leyo ebonisa ukuba isampuli ayifanelekanga. Ixesha elihlala lihleli lesixhobo se-drip lingalungiswa, kwaye i-drip volume ingalawulwa ngokuchanekileyo ngaphakathi koluhlu lwe-44 ukuya kwi-50 drops/cm3 kwaye ixesha le-drip lingalungiswa ngaphakathi koluhlu lwe-30±5 seconds.

     

    Ukuhlangabezana nomgangatho:

    GB/T4207、GB/T 6553-2014、GB4706.1 ASTM D 3638-92、IEC60112、UL746A

     

    Umgaqo wovavanyo:

    Uvavanyo lokukhupha ukuvuza lwenziwa phezu kwezinto eziqinileyo zokukhusela ubushushu. Phakathi kwee-electrode ezimbini zeplatinum ezinobukhulu obuthile (2mm × 5mm), kusetyenziswa i-voltage ethile kwaye ulwelo oluqhubayo lomthamo othile (0.1% NH4Cl) luwiswa kubude obuthile (35mm) ngexesha elimiselweyo (30s) ukuvavanya ukusebenza kokumelana nokuvuza komphezulu wezinto zokukhusela ubushushu phantsi kwesenzo esidibeneyo sentsimi yombane kunye nendawo efumileyo okanye engcolileyo. Isalathisi sokukhupha ukuvuza esithelekisekayo (CT1) kunye nesalathisi sokumelana nokuvuza (PT1) ziyamiselwa.

    Izalathisi zobugcisa eziphambili:

    1. Igumbiumthamo: ≥ 0.5 cubic metres, kunye nomnyango wokujonga iglasi.

    2. Igumbiizinto: Zenziwe ngepleyiti yentsimbi engagqwaliyo eyi-1.2MM ubukhulu bayo obuyi-304.

    3. Umthwalo wombane: I-voltage yovavanyo ingalungiswa ngaphakathi kwe-100 ~ 600V, xa i-short-circuit current iyi-1A ± 0.1A, ukuhla kwe-voltage akufanele kudlule i-10% kwimizuzwana emi-2. Xa i-short-circuit leakage current kwi-test circuit ilingana okanye ingaphezulu kwe-0.5A, i-relay isebenza kwaye inqumla i-current, nto leyo ebonisa ukuba isampuli yovavanyo ayifanelekanga.

    4. Ukunyanzela isampuli ngee-electrode ezimbini: Ukusebenzisa ii-electrode zeplatinum ezizingxande, amandla kwisampuli yee-electrode ezimbini yi-1.0N ± 0.05N ngokwahlukeneyo.

    5. Isixhobo solwelo oluwisayo: Ukuphakama kolwelo oluwisayo lungalungiswa ukusuka kwi-30mm ukuya kwi-40mm, ubungakanani bolwelo oluwisayo bungama-44 ~ 50 drops / cm3, ixesha eliphakathi kolwelo oluwisayo yi-30 ± 1 seconds.

    6. Iimpawu zemveliso: Izinto ezakhiweyo zebhokisi yovavanyo zenziwe ngentsimbi engatyiwayo okanye ubhedu, ezineentloko ze-electrode yobhedu, ezimelana nobushushu obuphezulu kunye nokugqwala. Ukubalwa kokuwa kolwelo kuchanekile, kwaye inkqubo yolawulo izinzile kwaye ithembekile.

    7. Umbane: AC 220V, 50Hz

    uphandoiinkcukacha
  • Isihlalutyi seGravimetric yoBushushu seYY-1000B (TGA)

    Isihlalutyi seGravimetric yoBushushu seYY-1000B (TGA)

    Iimbonakalo:

    1. Ulwakhiwo lokuchukumisa olukwisikrini esibanzi semboni lunolwazi oluninzi, kubandakanya ukuseta ubushushu, ubushushu besampuli, njl.
    2. Sebenzisa ujongano lonxibelelwano lwenethiwekhi ye-gigabit, unxibelelwano luqinile, unxibelelwano luthembekile ngaphandle kokuphazamiseka, luxhasa umsebenzi woqhagamshelo lokuzihlaziya.
    3. Umzimba wesithando uncinci, ubushushu buyaguquguquka kwaye isantya sokuwa siyaguquguquka.
    4. Inkqubo yokuhlamba ngamanzi kunye nobushushu, ubushushu bomzimba bobushushu obuphezulu bomzimba bomzimba buxhomekeke kubunzima bomlinganiselo.
    5. Inkqubo yokufakela ephuculweyo, yonke isebenzisa ukulungiswa koomatshini; intonga yokuxhasa isampuli inokutshintshwa ngokulula kwaye into eqhotsiweyo inokuthelekiswa neemodeli ezahlukeneyo ngokweemfuno, ukuze abasebenzisi babe neemfuno ezahlukeneyo.
    6. Imitha yokuhamba itshintsha ngokuzenzekelayo ukuhamba kwegesi kabini, isantya sokutshintsha ngokukhawuleza kunye nexesha elifutshane elizinzileyo.
    7. Iisampuli kunye neetshathi ezisemgangathweni zibonelelwa ukuze kube lula ukulinganisa ubushushu obungaguqukiyo kubathengi.
    8. Isoftware ixhasa isikrini ngasinye esisisombululo, ilungisa ngokuzenzekelayo imo yokubonisa ubungakanani besikrini sekhompyutha. Ixhasa ilaptop, idesktop; Ixhasa iWIN7, iWIN10, iWIN11.
    9. Xhasa indlela yokusebenza yesixhobo sokuhlela umsebenzisi ngokweemfuno zokwenyani ukuze kufezekiswe ukuzenzekelayo ngokupheleleyo kwamanyathelo okulinganisa. Isoftware inika imiyalelo emininzi, kwaye abasebenzisi banokudibanisa ngokuguquguquka baze bagcine umyalelo ngamnye ngokweenyathelo zabo zokulinganisa. Imisebenzi enzima incitshiswa ibe yimisebenzi yokucofa kube kanye.
    10. Ulwakhiwo lomzimba wesithando olusisigxina se-oven, ngaphandle kokuphakamisa phezulu nasezantsi, kulula kwaye kukhuselekile, izinga lokunyuka nokuwa linokulungiswa ngokungacwangciswanga.
    11. Isibambi sesampulu esisuswayo sinokuhlangabezana neemfuno ezahlukeneyo emva kokutshintshwa ukuze kube lula ukucoca nokulungisa emva kongcoliseko lwesampulu.
    12. Ezi zixhobo zamkela inkqubo yokulinganisa ibhalansi yohlobo lwekomityi ngokomgaqo webhalansi ye-electromagnetic.

    Iiparameter:

    1. Uluhlu lobushushu: RT~1000℃
    2. Isisombululo sobushushu: 0.01℃
    3. Izinga lokufudumeza: 0.1 ～80℃/min
    4. Izinga lokuphola: 0.1℃/min-30℃/min (Xa ingaphezulu kwe-100℃, inganciphisa ubushushu ngesantya sokuphola)
    5. Imo yokulawula ubushushu: Ulawulo lobushushu be-PID
    6. Uluhlu lokulinganisa ubunzima: 2g (hayi uluhlu lobunzima besampuli)
    7. Isisombululo sobunzima: 0.01mg
    8. Ulawulo lwegesi: I-nitrogen, i-oksijini (ukutshintsha ngokuzenzekelayo)
    9. Amandla: 1000W, AC220V 50Hz okanye wenze ngokwezifiso eminye imithombo yamandla esemgangathweni
    10. Iindlela zonxibelelwano: Unxibelelwano lwesango leGigabit
    11. Ubungakanani obuqhelekileyo bokubethelwa (Ububanzi obuphezulu *): 10mm * φ6mm.
    12. Inkxaso enokutshintshwa, ilungele ukuqhaqhwa nokucoca, kwaye ingatshintshwa nge-crucible yeenkcukacha ezahlukeneyo
    13. Ubungakanani bomatshini: 70cm*44cm*42 cm, 50kg (82*58*66cm, 70kg, kunye nokupakisha kwangaphandle).

    Uluhlu loqwalaselo:

    1. Uhlalutyo lweThermogravimetric–       Iseti e-1
    2. Izinto zokugquma zeCeramic (Φ6mm * 10mm)– 50pcs
    3. Iintambo zombane kunye nentambo ye-Ethernet—    Iseti e-1
    4. I-CD (iqulethe isoftware kunye nevidiyo yokusebenza)— 1pcs
    5. Isitshixo seSoftware—-                   1pcs
    6. Ityhubhu yeoksijini, ityhubhu yomoya enenitrogen kunye netyhubhu yokukhupha umoya—imitha yesi-5 nganye
    7. Incwadi yemiyalelo yokusebenza—    1pcs
    8. Isampulu esemgangathweni—(IsiNgesi)iqulethe i-1g yeCaC2O4·H2O kunye ne-1g CuSO4）
    9. I-Tweezer 1pcs, i-screwdriver 1pcs kunye neepuni zamayeza 1pcs
    10. I-valve edityanisiweyo yokunciphisa uxinzelelo ngokwezifiso kunye ne-2pcs edityanisiweyo ngokukhawuleza
    11. Ifusi—   4pcs

     

     

     

     

     

     

    uphandoiinkcukacha
  • I-DSC-BS52 Differential scanning calorimeter (DSC)

    I-DSC-BS52 Differential scanning calorimeter (DSC)

    Isishwankathelo:

    I-DSC luhlobo lwesikrini sokuchukumisa, oluvavanya ngokukodwa uvavanyo lwexesha lokungeniswa kwe-oxidation yezinto zepolymer, ukusebenza kwesitshixo esinye somthengi, kunye nokusebenza ngokuzenzekelayo kwesoftware.

    Ukuthobela le migangatho ilandelayo:

    GB/T 19466.2- 2009/ISO 11357-2:1999

    GB/T 19466.3- 2009/ISO 11357-3:1999

    GB/T 19466.6- 2009/ISO 11357-6:1999

     

    Iimbonakalo:

    Ulwakhiwo lokuchukumisa olukwinqanaba leshishini lunolwazi oluninzi, kubandakanya ubushushu bokuseta, ubushushu besampulu, ukuhamba kweoksijini, ukuhamba kwenitrogen, isignali yobushushu eyahlukileyo, iimeko ezahlukeneyo zokutshintsha, njl.

    Ujongano lonxibelelwano lwe-USB, ukufana okuqinileyo, unxibelelwano oluthembekileyo, uxhasa umsebenzi woqhagamshelo oluzibuyisela ngokwalo.

    Ulwakhiwo lwesithando somlilo luncinci, kwaye izinga lokunyuka nokupholisa liyalungiseka.

    Inkqubo yokufakela iphuculwe, kwaye indlela yokulungisa oomatshini iyasetyenziswa ukuze kuthintelwe ngokupheleleyo ukungcoliswa kwe-colloidal yangaphakathi yesithando somlilo ukuya kwisignali yobushushu eyahlukileyo.

    Isithando somlilo sifudunyezwa ngocingo lokufudumeza lombane, kwaye isithando somlilo sipholiswa ngamanzi apholisayo ajikelezayo (afakwe efrijini ngecompressor), isakhiwo esincinci kunye nobukhulu obuncinci.

    Iprobe yobushushu obuphindwe kabini iqinisekisa ukuphindaphindeka okuphezulu komlinganiselo wobushushu besampulu, kwaye isebenzisa iteknoloji ekhethekileyo yokulawula ubushushu ukulawula ubushushu bodonga lwesithando somlilo ukuseta ubushushu besampulu.

    Imitha yokuhamba kwegesi itshintsha ngokuzenzekelayo phakathi kweendlela ezimbini zegesi, ngesantya sokutshintsha esikhawulezayo kunye nexesha elifutshane elizinzileyo.

    Isampulu eqhelekileyo ibonelelwe ukuze kube lula ukulungisa i-coefficient yobushushu kunye ne-coefficient yexabiso le-enthalpy.

    Isoftware ixhasa isikrini ngasinye esinokulungiswa, ilungisa ngokuzenzekelayo imo yokubonisa ubungakanani besikrini sekhompyutha. Ixhasa ilaptop, idesktop; Ixhasa iWin2000, iXP, iVISTA, iWIN7, iWIN8, iWIN10 kunye nezinye iinkqubo zokusebenza.

    Xhasa indlela yokusebenza yesixhobo sokuhlela umsebenzisi ngokweemfuno zokwenyani ukuze kufezekiswe ukuzenzekelayo ngokupheleleyo kwamanyathelo okulinganisa. Isoftware inika imiyalelo emininzi, kwaye abasebenzisi banokudibanisa ngokuguquguquka baze bagcine umyalelo ngamnye ngokweenyathelo zabo zokulinganisa. Imisebenzi enzima incitshiswa ibe yimisebenzi yokucofa kube kanye.

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    Isishwankathelo:

    Le mveliso ifanelekile ukulinganisa ulwandiso kunye neempawu zokuncitshiswa kwezinto zesinyithi, izinto zepolymer, iiceramics, iiglazes, ii-refractories, iglasi, igraphite, ikhabhoni, i-corundum kunye nezinye izinto ngexesha lenkqubo yokutshiswa kobushushu phantsi kobushushu obuphezulu. Iiparameter ezifana ne-linear variable, i-linear expansion coefficient, i-volume expansion coefficient, i-rapid thermal expansion, i-softening temperature, i-sintering kinetics, i-glass transition temperature, i-phase transition, i-density change, i-sintering rate control inokulinganiswa.

     

    Iimbonakalo:

    1. Isakhiwo sokuchukumisa isikrini esibanzi se-intshi ezi-7, esibonisa ulwazi olutyebileyo, kubandakanya ubushushu obumiselweyo, ubushushu besampuli, isignali yokufuduka yokwandiswa.
    2. Unxibelelwano lwentambo yenethiwekhi yeGigabit, ukufana okuqinileyo, unxibelelwano oluthembekileyo ngaphandle kokuphazamiseka, luxhasa umsebenzi woqhagamshelo lokuzibuyisela.
    3. Umzimba wesithando sesinyithi sonke, ulwakhiwo oluncinci lomzimba wesithando, isantya sokunyuka nokuwa esilungisekayo.
    4. Ukufudumeza umzimba wesithando kusebenzisa indlela yokufudumeza ityhubhu yekhabhoni yesilicon, isakhiwo esincinci, kunye nomthamo omncinci, ohlala ixesha elide.
    5. Imo yokulawula ubushushu be-PID ukulawula ukunyuka kobushushu obuhambelanayo bomzimba wesithando.
    6. Ezi zixhobo zamkela isenzi sobushushu beplatinum esingamelani nobushushu obuphezulu kunye nesenzi sokutshintsha esichanekileyo ukuze zibone isignali yokwandisa ubushushu besampuli.
    7. Isoftware ihambelana nesikrini sekhompyutha sesisombululo ngasinye kwaye ilungisa imo yokubonisa yegophe ngalinye ngokuzenzekelayo ngokobukhulu besikrini sekhompyutha. Incwadana yokuxhasa, idesktop; Ixhasa iWindows 7, iWindows 10 kunye nezinye iinkqubo zokusebenza.
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    Isixhobo sokuVula i-YY-PNP (Indlela yokuhlasela iintsholongwane)

    Intshayelelo yeMveliso:

    Isixhobo sokuVula i-YY-PNP (indlela yokuhlasela iintsholongwane) siyasebenza kuvavanyo lokutywina kwezinto ezithambileyo zokupakisha kumashishini afana nokutya, amayeza, izixhobo zonyango, iikhemikhali zemihla ngemihla, kunye ne-elektroniki. Esi sixhobo sinokwenza uvavanyo loxinzelelo oluhle kunye novavanyo loxinzelelo olubi. Ngale mvavanyo, iinkqubo ezahlukeneyo zokuvala kunye nokusebenza kokuvala iisampuli zinokuthelekiswa kwaye zivavanywe ngokufanelekileyo, zibonelele ngesiseko sesayensi sokumisela izalathisi zobugcisa ezifanelekileyo. Sinokuvavanya nokusebenza kokuvala iisampuli emva kokuvavanywa kokuwa kunye novavanyo lokumelana noxinzelelo. Sifaneleke ngokukodwa ekumiselweni kobungakanani bamandla okuvala, ukuqhekeka, umgangatho wokuvala ubushushu, uxinzelelo olupheleleyo lokuqhuma kwebhegi, kunye nokusebenza kokuvala ukuvuza kwimiphetho yokuvala yesinyithi esithambileyo nesiqinileyo, izinto zokupakisha zeplastiki, kunye nezinto zokupakisha ezingasebenzi kakuhle ezenziwe ziinkqubo ezahlukeneyo zokuvala ubushushu kunye nokubopha. Singenza kwakhona uvavanyo lobungakanani ekusebenzeni kokuvala kwee-caps ezahlukeneyo zebhotile zeplastiki zokulwa nokubiwa, iibhotile zokufuma kwezonyango, iibharele zesinyithi kunye nee-caps, ukusebenza kokuvala ngokubanzi kwee-hoses ezahlukeneyo, amandla okumelana noxinzelelo, amandla okudibanisa umzimba we-cap, amandla okukhupha, amandla okuvala umphetho wokuvala ubushushu, amandla okugoba, njl.njl. yezalathisi; Ingavavanya kwaye ihlalutye izalathisi ezinje ngamandla okucinezela, amandla okugqabhuka, kunye nokutywinwa ngokubanzi, ukumelana noxinzelelo, kunye nokuxhathisa okugqabhuka kwezinto ezisetyenziswa kwiingxowa zokupakisha ezithambileyo, izalathisi zokutywinwa kwe-torque yesiciko sebhotile, amandla okuqhawulwa konxibelelwano lwesiciko sebhotile, amandla oxinzelelo lwezinto, kunye nokusebenza kokutywinwa, ukumelana noxinzelelo, kunye nokuxhathisa okugqabhuka komzimba wonke webhotile. Xa kuthelekiswa noyilo lwendabuko, iyazifezekisa ngokwenene uvavanyo olukrelekrele: ukuseta kwangaphambili iiseti ezininzi zeeparamitha zovavanyo kunokuphucula kakhulu ukusebenza kakuhle kokufumanisa.

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    Uluhlu lweSicelo:

    Isivavanyeli sobukhulu bekhadibhodi senziwe ngokukodwa kwaye senzelwe ubukhulu bephepha kunye nekhadibhodi kunye nezinye izinto zephepha ezineempawu ezithile zokuqina. Isixhobo sokuvavanya ubukhulu bephepha kunye nekhadibhodi sisixhobo sokuvavanya esiyimfuneko kumashishini emveliso yephepha, amashishini emveliso yokupakisha kunye namasebe olawulo lomgangatho.

     

    Umgangatho oLawulayo

    GB/T 6547，ISO3034，ISO534

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    I-Rheometer ye-Die eshukumayo ye-YYP-LH-B

    1. Isishwankathelo:

    I-YYP-LH-B Moving Die Rheometer ihambelana ne-GB/T 16584 “Iimfuno zokumisela iimpawu ze-vulcanization zerabha ngaphandle kwesixhobo se-vulcanization esingenarotor”, iimfuno ze-ISO 6502 kunye nedatha ye-T30, T60, T90 efunekayo ngokwemigangatho yase-Itali. Isetyenziselwa ukumisela iimpawu zerabha engavulwanga kunye nokufumana ixesha elifanelekileyo le-vulcanization ye-compound yerabha. Sebenzisa imodyuli yolawulo lobushushu bomgangatho womkhosi, uluhlu olubanzi lolawulo lobushushu, ukuchaneka okuphezulu kolawulo, uzinzo kunye nokuphindaphinda. Akukho nkqubo yohlalutyo lwe-rotor vulcanization esebenzisa iqonga lenkqubo yokusebenza yeWindows 10, ujongano lwesoftware yemizobo, ukucutshungulwa kwedatha okuguquguqukayo, indlela yokucwangcisa i-VB yemodyuli, idatha yovavanyo ingathunyelwa ngaphandle emva kovavanyo. Ibonisa ngokupheleleyo iimpawu ze-automation ephezulu. I-Glass door rising cylinder drive, ingxolo ephantsi. Ingasetyenziselwa uhlalutyo lweempawu zoomatshini kunye nokuhlolwa komgangatho wemveliso wezixhobo ezahlukeneyo kumasebe ophando lwesayensi, iikholeji kunye neeyunivesithi kunye namashishini emizi-mveliso kunye nezemigodi.

    1. Umgangatho weNtlanganiso:

    Umgangatho: GB/T3709-2003. GB/T 16584. ASTM D 5289. ISO-6502; JIS K6300-2-2001

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    I-YY-3000 Rapid Plasticity Meter isetyenziselwa ukuvavanya ixabiso leplastiki elikhawulezayo (ixabiso lokuqala leplastiki P0) kunye nokugcinwa kweplastiki (i-PRI) yeeplastiki zendalo eziluhlaza nezingenavulcan (iingxube zerabha). Esi sixhobo siqulathe umsingathi omnye, umatshini omnye wokubhoboza (kubandakanya umsiki), i-oven enye yokuguga echanekileyo kunye negeyiji enye yobukhulu. Ixabiso leplastiki elikhawulezayo P0 lisetyenzisiwe ukucinezela ngokukhawuleza isampuli yesilinda phakathi kweebhloko ezimbini ezixineneyo ezihambelanayo ukuya kubukhulu obumiselweyo be-1mm ngumsingathi. Isampuli yovavanyo igcinwe kwimeko exineneyo kangangemizuzwana eli-15 ukuze kufezekiswe ibhalansi yobushushu kunye nepleyiti ehambelanayo, kwaye emva koko uxinzelelo oluqhubekayo lwe-100N±1N lufakwe kwisampuli kwaye lugcinwe kangangemizuzwana eli-15. Ekupheleni kwesi sigaba, ubukhulu bovavanyo obulinganiswe ngokuchanekileyo sisixhobo sokubona busetyenziswa njengomlinganiselo weplastiki. busetyenziselwa ukuvavanya ixabiso leplastiki elikhawulezayo (ixabiso lokuqala leplastiki P0) kunye nokugcinwa kweplastiki (i-PRI) yeeplastiki zendalo eziluhlaza nezingenavulcan (iingxube zerabha). Esi sixhobo siqulathe umatshini oyintloko, umatshini wokubhoboza (kuquka umsiki), igumbi lovavanyo lokuguga elichanekileyo kakhulu kunye negeyiji yobukhulu. Ixabiso leplastiki ekhawulezayo i-P0 lisetyenzisiwe ukucinezela ngokukhawuleza isampuli yesilinda phakathi kweebhloko ezimbini ezidityanisiweyo ezihambelanayo ukuya kubukhulu obumiselweyo be-1mm ngumsingathi. Isampuli yovavanyo igcinwe kwimeko yokuxinwa kangangemizuzwana eli-15 ukuze kufezekiswe ibhalansi yobushushu kunye nepleyiti ehambelanayo, kwaye emva koko uxinzelelo olungaguqukiyo lwe-100N±1N lufakwe kwisampuli kwaye lugcinwe kangangemizuzwana eli-15. Ekupheleni kwesi sigaba, ubukhulu bovavanyo obulinganiswe ngokuchanekileyo sisixhobo sokujonga busetyenziswa njengomlinganiselo weplastiki.

     

     

     

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    I.Intshayelelo yeMveliso

    Isivavanyeli sobukhulu befilimu se-YYP 203C sisetyenziselwa ukuvavanya ubukhulu befilimu yeplastiki kunye nephepha ngendlela yokuskena ngoomatshini, kodwa ifilimu kunye nephepha le-empaistic azifumaneki.

     

    II.Iimpawu zemveliso 

    1. Umphezulu wobuhle
    2. Uyilo lwesakhiwo olufanelekileyo
    3. Kulula ukuyisebenzisa
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    Isivavanyeli soxinzelelo lokuPakisha seYY-SCT-E1 （ASTM D642, ASTM D4169, TAPPI T804, ISO 12048）

    Intshayelelo yemveliso

    Isivavanyeli sokusebenza koxinzelelo lokupakishwa kwe-YY-SCT-E1 sifanelekile kwiingxowa ezahlukeneyo zeplastiki, iingxowa zephepha uvavanyo lokusebenza koxinzelelo, ngokuhambelana neemfuno zovavanyo oluqhelekileyo lwe-"GB/T10004-2008 packaging composite film, bag dry composite, extrusion composite".

     

    Ububanzi besicelo:

    Umvavanyi wokusebenza koxinzelelo lokupakishwa usetyenziselwa ukumisela ukusebenza koxinzelelo lweengxowa ezahlukeneyo zokupakisha, ungasetyenziselwa zonke iimvavanyo zoxinzelelo lweengxowa zokupakisha zokutya neziyobisi, usetyenziselwa isitya sephepha, uvavanyo loxinzelelo lwebhokisi.

    Le mveliso isetyenziswa kakhulu kumashishini okuvelisa iingxowa zokutya namayeza, amashishini okuvelisa izixhobo zokupakisha amayeza, amashishini okuvelisa amayeza, iinkqubo zokuhlola umgangatho, amaziko ovavanyo lomntu wesithathu, iikholeji kunye neeyunivesithi, amaziko ophando kunye nezinye iiyunithi.

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    Isivavanyeli soMphunga wamanzi seYY-E1G (WVTR)

    PimvelisoBingxwabangxwabaIintshayelelo:

    Ifanelekile ukulinganisa ukuvuleka komphunga wamanzi kwezinto ezithintelayo eziphezulu ezifana nefilimu yeplastiki, ifilimu yeplastiki yefoyile ye-aluminium, izinto ezingangeni manzi kunye nefoyile yesinyithi. Iibhotile zovavanyo ezinokwandiswa, iingxowa kunye nezinye izikhongozeli.

     

    Ukuhlangabezana nomgangatho:

    YBB 00092003、GBT 26253、ASTM F1249、ISO 15106-2、 TAPPI T557、JIS K7129ISO 15106-3、GB/T 21529、DIN 53122-2、YBB 00092003

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    Umvavanyi we-YY-D1G Oxygen Transmission Rate (OTR)

    PimvelisoIintshayelelo：

    Umvavanyi wokuhambisa ioksijini ngokuzenzekelayo yinkqubo yovavanyo yobuchwephesha, esebenzayo, nekrelekrele ephezulu, efanelekileyo kwifilimu yeplastiki, ifilimu yeplastiki yefoyile ye-aluminium, izixhobo ezingangeni manzi, ifoyile yesinyithi kunye nezinye izinto ezithintelayo ukusebenza kokungena komphunga wamanzi. Iibhotile zovavanyo ezinokwandiswa, iingxowa kunye nezinye izikhongozeli.

    Ukuhlangabezana nomgangatho:

    YBB 00082003, GB/T 19789, ASTM D3985, ASTM F2622, ASTM F1307, ASTM F1927, ISO 15105-2, JIS K7126-B

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