I-YY909A ye-Ultraviolet Ray Tester yeFabric
Isetyenziselwa ukuvavanya ukusebenza kokhuselo lwelaphu kwimitha yelanga ye-ultraviolet phantsi kweemeko ezichaziweyo.
GB/T 18830, AATCC 183, BS 7914, EN 13758, AS/NZS 4399.
1. Ukusebenzisa isibane se-xenon arc njengomthombo wokukhanya, i-optical coupling fiber transmission data.
2. Ulawulo olupheleleyo lwekhompyuter, ukusetyenzwa kwedatha ngokuzenzekelayo, ukugcinwa kwedatha.
3. Iinkcukacha-manani kunye nocazululo lweegrafu ezahlukeneyo kunye neengxelo.
4. Isoftware yesicelo ibandakanya i-pre-programmed solar spectral radiation factor kunye neCIE spectral erythema response factor ukubala ngokuchanekileyo ixabiso le-UPF yesampuli.
5. I-constants Ta /2 kunye ne-N-1 zivulelekile kubasebenzisi.Abasebenzisi banokufaka amaxabiso abo ukuba bathathe inxaxheba ekubaleni ixabiso lokugqibela le-UPF.
1. Uluhlu lwamaza okubona :(280 ~ 410) isisombululo se-nm 0.2nm, ukuchaneka 1nm
2.T(UVA) (315nm ~ 400nm) uluhlu lovavanyo kunye nokuchaneka :(0 ~ 100) %, isisombululo 0.01%, ukuchaneka 1%
3. T(UVB) (280nm ~ 315nm) uluhlu lovavanyo kunye nokuchaneka :(0 ~ 100) %, isisombululo 0.01%, ukuchaneka 1%
4. Uluhlu lwe-UPFI kunye nokuchaneka: 0 ~ 2000, isisombululo 0.001, ukuchaneka kwe-2%
5. UPF (UV ukukhusela i-UV) uluhlu lwexabiso kunye nokuchaneka: 0 ~ 2000, ukuchaneka 2%
6. Iziphumo zovavanyo: T(UVA) Av;T (UVB) AV;UPFAV;UPF.
7. Ukunikezelwa kwamandla : 220V, 50HZ, 100W
8. Imilinganiselo: 300mm×500mm×700mm (L×W×H)
9. Ubunzima: malunga ne-40kg
