I-UN-650 UV-VIS-NIR I-Spectrophotometer
Izici zezinsimbi
Ø Idizayini yesistimu yokubona ye-double beam inciphisa ukuphazamiseka kwangemuva futhi ithuthukisa ukunemba nokunemba kokuhlolwa.
Ø Imishini eyamukelayo yensimbi ingamadivayisi angenisiwe, aqinisekisa ukusebenza okuphezulu nokuzinza kwethuluzi.
Ø Ukulawulwa kwethuluzi (okufana nokuguqulwa kwegridi, ukuguqulwa kwesihlungi, ukuguqulwa kwesamukeli, ukuskena kwe-wavelength, njll.) konke kulawulwa ikhompuyutha, futhi isixhumi esibonakalayo yi-USB2.0, okwenza ukuxhumana kwethuluzi kube lula futhi kube ngcono kakhulu. izinga lokuxhumana.
Ø Uhlelo lokuhlola oludidiyelwe lwengilazi olungakhethwa lungakwazi ukubona ngokuzenzakalelayo isilinganiso sokudlulisa esibonakalayo (TU), isilinganiso sokudlulisa ilanga esiqondile (Te), isilinganiso esiqondile sokukhanya kwelanga (pe) neminye imingcele ehlobene yengilazi yezakhiwo.
Ø Isetshenziswa ngokuhambisana nesihloli se-glass hemisphere emissivity tester, isamba se-solar transmittance ratio (g) kanye ne-shading coefficient (Se) yezingxenye zengilazi zefasitela ezihlukahlukene ekushiseni kwemisebe yelanga kungatholakala.
Ø Izesekeli zokuhlola isampula ezikhethekile ozikhethela zona ziyatholakala.
Ø Umsebenzi wokungenisa izilungiselelo zesofthiwe, ungangenisa idatha ngefomethi yombhalo.
Ø Ukulinganisa kwesikhathi sangempela sedatha yesampula kanye nokuthunyelwa kwedatha kwemiphumela yokuhlolwa.
Ø Isofthiwe ingasebenza ngaphansi kwe-Windows XP, Windows Vista, Windows 7, Windows 8, Windows 8.1, Windows 10.
Izici Ezisebenzayo
u Ukusetshenziswa kwe-classical Czerny-Turner optical structure nesakhiwo sayo esilula, ukunemba okuphezulu kanye nesinqumo esihle se-spectral.
u Ukusetshenziswa kwegridi ekabili, idizayini yesamukeli esikabili, ukuze kuqinisekiswe ukuthi ithuluzi lingasebenza endaweni ebonakalayo ye-UV, eduze ne-infrared (UV-VIS-NIR) izinzuzo zobubanzi obugcwele bamaza wamaza.
u Amadivayisi atholayo wonke amadivayisi angenisiwe, aqinisekisa ukusebenza okuphezulu nokuzinza kwethuluzi.
u Ukulawulwa kwethuluzi (okufana nokuguqulwa kwegridi, ukuguqulwa kwesihlungi, ukuguqulwa kwesitholi, ukuskena kwe-wavelength, njll.) konke kulawulwa ikhompuyutha, futhi isixhumi esibonakalayo yi-USB2.0, okwenza ukuxhumana kwethuluzi kube lula futhi kuthuthuke kakhulu. izinga lokuxhumana.
u Ububanzi be-slit bungakhethwa ngezinyathelo ezingu-7, futhi umsebenzisi angakhetha noma yikuphi ngokuvumelana nezidingo zangempela.
u Isoftware yesiNgisi/yesiShayina enokukhethwa komsebenzi okulula futhi okulula ukuyiqonda.
u I-Glass isofthiwe yesistimu yokuhlola ebanzi yokuhlola iyakhethwa
Imingcele yokucaciswa
| Umthombo wokukhanya | Isibani se-deuterium esingenisiwe, isibani se-Tungsten-bromine |
| Ububanzi be-wavelength (nm) | 190-2800nm |
| Igagasiubude bokulungiswa | ≤0.2nm(UV/VIS);1nm(NIR) |
| Ukunemba kwe-Wavelength (nm) | ±0.5nm (UV/VIS);±4nm (NIR) |
| Ukuphindaphinda kwe-wavelength (nm) | 0.3nm (UV/VIS);±4nm (NIR) |
| Umkhawulokudonsa (nm) | 0.2nm-5nm(UV-VIS),1nm-20nm(NIR) |
| Ukunemba kwesilinganiso sokudlulisa (%T) | ±0.3 |
| Ukuphindaphinda kwesilinganiso sokudlulisa (%T) | ≤0.2 |
| Ukukhanya okulahlekile (%T) | ≤0.2%T (220nm, NaI) |
| Indlela yokusebenza | Transmittance, absorbance, reflectance, energy |
| Isikhawu samasampula | 0.1nm, 0.2nm, 0.5nm, 1nm, 1.5nm, 2nm, 5nm, 10nm |
| Ibanga le-Photometric | 0.300～2.5A |
| Ukuqonda okuyisisekelo | ±0.004A (200-2500nm, ngemva kwemizuzu engu-30 yokushisisa kwangaphambili) |
| I-Host Interface | I-USB 2.0 |
| Usayizi (mm) | (Ukubukeka) 830*600*260, (Igumbi lesampula) 120*240*200 |
| Ukucaciswa kwesampula yokuhlola (mm) | 30～110, ukujiya ≤20 |
| Isisindo (kg) | Cishe 65 |
Isofthiweinisingeniso
Isofthiwe esebenzayo yensimbi inemisebenzi ecebile yokuhlola nokuhlaziya, engakala ukudluliswa, ukumuncwa, amandla kanye nokubonakala.Inemisebenzi yokuskena kwe-spectrum, ukulinganisa kwephoyinti elingaguquki kanye nokukalwa kwamaza amaza amaningi.
Isoftware yengilazi uhlelo olubanzi lokuhlola optical
Ngokusho kwe-GB / t2680-94, isoftware kulula ukuyisebenzisa, kulula ukungenisa nokugcina idatha, futhi iguquguquka ukusebenza, kufaka phakathi ukubala kwe-UV, ukubala kokukhanya okubonakalayo, ukubala kokukhanya kwelanga, ukuvikela ukubala kwe-coefficient, ukubala kwe-thermal conductivity ku-GB / t2680- 94.
Ukuphrinta idatha: umbiko ohlukile wokuphumayo ukuze uhlangabezane nezidingo zabasebenzisi abaningi.Imibiko yokuphumayo ihlanganisa: ukudluliswa kokukhanya okubonakalayo, ukubonakaliswa kokukhanya okubonakalayo, ukudluliswa kokukhanya kwelanga okuqondile, njll.
Izesekeli ozikhethela
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I-RA-1 Ihlanganisa izesekeli eziyindilinga
Izitholi ezimbili ezinobubanzi obungu-Φ 60mm, 380-2500nm
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Ububanzi be-clamping lens: ububanzi: Φ 10-36mm;ubukhulu: 0.5-10 mm
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| Isesekeli sokulinganisa i-RA-3 Reflection
I-engeli yesigameko ingamadigri angu-5, futhi i-spectrum yokubonisa iyalinganiswa
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Idizayinelwe ngokwezinga elingezansi
I-GB/T2680-94 Architectural Glass: Ukunqunywa kwe-Visible Light Transmission Ratio, I-Direct Solar Transmission Ratio, I-Total Solar Transmission Ratio, I-Ultraviolet Transmission Ratio kanye Nezinhlaka Ezihlobene Zengilazi
I-GBT 22476-2008 Ukubalwa nokunqunywa kwe-U-value yesimo esiqinile (i-coefficient yokudlulisa ukushisa) yengilazi evikelayo
I-GB/T 5137.4-2001 Indlela yokunquma ye-solar transmission ratio yengilazi yokuphepha yemoto
I-JGJ/T151-2008 Imithetho Yokubala Okushisayo Yodonga Lwekhethini Lengilazi Lokwakha Amawindi Neminyango (Okwamanje)
I-JGJ/T287-2014 Izinga Lokuhlola Okonga Amandla Lokuhlanganisa Okukhanyayo Okushisayo Kwezakhiwo
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