I-LB-820 UV-Vis i-NIR Spectrophotometer

Iimpawu zesixhobo

Uyilo lwenkqubo ye-double beam optical kunciphisa ukuphazamiseka kwemvelaphi kunye nokuphucula ukuchaneka kovavanyo.

Izixhobo zokufumana isixhobo zizo zonke izixhobo ezithunyelwa ngaphandle, eziqinisekisa ukusebenza okuphezulu kunye nokuzinza kwesixhobo.

Ulawulo lwesixhobo (njengokuguqulwa kwegrayiti, ukuguqulwa kwesihluzi, ukuguqulwa kommkeli, ukuskena kwe-wavelength, njl.njl.) konke kulawulwa yikhompyutha, kwaye i-interface yi-USB2.0.Uxhulumaniso lwesixhobo lulula, oluphucula kakhulu isantya sonxibelelwano.

Isoftware edibeneyo yovavanyo lwenkqubo yovavanyo inokukhethwa ukuba ibone ngokuzenzekelayo ukukhanya okubonakalayo, ukuhanjiswa kwelanga ngqo, ukubonakaliswa kokukhanya kwelanga kunye nezinye iiparamitha ezinxulumene neglasi yokwakha.

Ukugqithiswa okupheleleyo kwamandla elanga kunye ne-coefficient yokukhusela yamacandelo ahlukeneyo eglasi yeglasi kubushushu bemitha yelanga inokufumaneka ngokusebenzisana ne-glass hemispherical emissivity detector.

Izixhobo zovavanyo ezikhethekileyo zesampula zinokukhethwa.

I-software ibeka umsebenzi wokungenisa, onokungenisa idatha kwifomathi yokubhaliweyo.

Umlinganiselo wexesha langempela ledatha yesampulu, idatha yesiphumo sovavanyo ingathunyelwa ngaphandle.

Isoftware inokusebenza phantsi kweWinXP kunye neenkqubo ze-win7.

Iiparamitha zokuchaza

1. Umthombo wokukhanya: isibane esivela ngaphandle kwe-deuterium, isibane se-bromide ye-tungsten

2. Uluhlu lweWavelength (nm): 190-2800 (enokwandiswa ukuya kwi-3600nm)

3. Ukuchaneka kwe-Wavelength (nm): ± 0.5 (UV / VIS);± 4 (NIR)

4. Ukuphindaphinda kwe-Wavelength (nm): ≤ 0.3 (UV / VIS);≤ 2 (NIR)

5. Ububanzi (nm): 0.2-5 (UV-Vis), 1-20 (NIR)

6. Ukuchaneka kokuhanjiswa (% t): ± 0.3

7. Ukudluliselwa kwe-gravity ethile yokubuyisela (% t): ≤ 0.2

8. Ukukhanya okulahlekileyo (% t): ≤ 0.2% t (220nm, NAI)

9. Imodi yokusebenza: ukuhanjiswa, ukuxhamla, ukubonakalisa, amandla

10. Umsebenzi weSoftware: ngokwesiko labathengi, umsebenzi wokuvavanya ohambelanayo unokwenziwa ngokwezifiso ukulinganisa ukuhanjiswa, ukuxhamla kunye nokubonakaliswa ngokupheleleyo kwesampuli yovavanyo.

11. Isithuba sesampulu: 0.1nm, 0.2nm, 0.5nm, 1nm, 1.5nm, 2nm, 5nm, 10nm

12. Uluhlu lwePhotometric: 0 ~ 2.5A

13. Isiseko se-Flatness: ± 0.004a (200-2500nm, emva kokufudumeza kwangaphambili imizuzu engama-30)

14. Ujongano lomamkeli: USB2.0

15. Ubungakanani (mm): (imilo) 830 * 600 * 260, (igumbi lesampuli) 120 * 240 * 200

16. Inkcazo yesampulu yovavanyo (mm): 30 ~ 110, ubukhulu ≤ 20

17. Ubunzima (kg): malunga ne-65

18. Ubumbeko olusisiseko:

I-UV Vis NIR ye-spectrometer host, i-USB data cable, i-quartz cuvette, ibhloko ye-zero, isofthiwe yesicelo, izixhobo ezixhasayo, njl.

Iglasi yesoftware yovavanyo olubanzi lwenkqubo yovavanyo iyakhethwa

*Abasebenzisi kufuneka babonelele ezabo iikhompyuter kunye neeprinta

Khethaizincedisi ional

Zf820-1 edibanisa izincedisi sphere

Ii-detectors eziphindwe kabini ezinobubanzi be-Φ 60mm, 380-2500nm

Zf820-2 isampulu yomlinganiselo oqinileyo izincedisi

Uluhlu lwe-lens clamping: ububanzi: Φ 10-36mm;ubukhulu: 0.5-10mm

Zf820-3 isincedisi somlinganiselo wokubonakalisa

I-angle yesiganeko i-5 degrees, kwaye i-spectrum yokubonisa ilinganiswa

Isoftware

Isoftware esebenzayo yesixhobo inovavanyo olutyebileyo kunye nemisebenzi yokuhlalutya, enokulinganisa ukuhanjiswa, ukutsalwa, amandla kunye nokukhanya.Inemisebenzi yokuskena i-spectrum, i-fixed point measurement kunye ne-multi-wavelength measurement