Pwodwi Deskripsyon
Glass Lens UV SMD ki ap dirije yo montre jan pi ba a:
| Non pwodwi | Glass Lens UV SMD dirije |
| Chips mak |
UVC 265-280nm ak chips PW Kore di, UVB 280-345nm ak chips PW Kore di, UVA 365-410nm ak Taiwan Epileds, China Sanan, Korea Seoul Semicondutors ak Korea LG chips |
| Antre |
3535 SMD dirije UVA 3.2-3.8vdc 700mA; 6565 SMD dirije UVA 6-8vdc 1400mA; 3535 SMD LED UVB ak UVC 1W 5-7vdc 100-150mA |
| Pouvwa ki emèt radyasyon |
UVA 3535 smd dirije 1000-1400mW ak 700mA 3W; UVA 6565 smd dirije 3000-3500mW ak 1400mA 10W; UVC ak UVB 3535 smd led 8-12mW ak 6-8vdc 150mA 1W |
| Koulè |
UVA 365-370nm, 380-390nm, 390-400nm, 400-410nm; UVB 280-290nm, 290-300nm, 305-315nm ak 340-345nm UVC 255-260nm, 260-270nm, 270-280nm |
| Pouvwa |
0.5W, 1W, 2W, 3W, 4W, 5W ak 10W si ou vle |
| Materyèl tablo |
Pake seramik ALN pou pi bon dissipation tèmik |
| Ang ekleraj |
UVC ak UVB ak 120 degre oswa 60 degre lantiy vè kwatz sou tèt; UVA ak lantiy vè kwatz 60 degre sou tèt |
| Mak ak manifakti | GMLEDs, GMKJ |
| Garanti | 3-4 ane |
Glass Lens UV SMD dirije gwosè:
| UVA 3535 smd dirije ak 365-420nm, lantiy vè ang ekleraj 60 degre | UVC ak UVB 3535 smd led ak 255-345nm, 120 degre ekleraj ang lantiy vè |
 |
|
Glass Lens UV SMD ki ap dirije foto:
| UVA 3535 led smd ak 365-420nm | UVC ak UVB 3535 smd dirije ak 255-345nm |
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Glass Lens UV SMD LED UVA 365-410nm karakteristik teknik:
|
Paramèt |
Senbòl |
Kondisyon |
Min |
Mwayèn |
Max |
Inite yo |
|
Avant Voltage |
VF |
IF=350mA |
3.00 |
-- |
3.60 |
V |
|
VF |
IF=700mA |
3.20 |
-- |
3.80 |
V |
|
|
Flux radyan |
Φe |
IF=350mA |
500 |
|
700 |
mw |
|
Φe |
IF=700mA |
1000 |
|
1400 |
mw |
|
|
Pik longèdonn |
λp |
IF=350mA |
365 |
|
420 |
nm |
|
λp |
IF=700mA |
365 |
|
420 |
nm |
|
|
Koyefisyan Tanperati nan Voltage Avant |
∆VF/∆T |
IF=350mA |
−− |
-2 |
−− |
mV / degre |
|
Kouran ranvèse |
IR |
VR=5V |
−− |
−− |
10 |
μ A |
|
Wè Ang |
2Θ1/2 |
IF=350mA |
−− |
60 |
−− |
Deg |
|
Rezistans tèmik Junction Pou Komisyon Konsèy |
RΘJ-B |
IF=350mA |
-- |
5 |
-- |
degre /W |
Glass Lens UV SMD LED UVB ak UVC 255-345nm karakteristik teknik:
|
Paramèt |
Senbòl |
Kondisyon |
Min |
Mwayèn |
Max |
Inite yo |
|
Avant Voltage |
VF |
IF=150mA |
5.00 |
-- |
7.00 |
V |
|
Rezistans tèmik Junction Pou Komisyon Konsèy |
RΘJ-B |
IF=150mA |
-- |
5 |
-- |
degre /W |
|
Flux radyan |
Φe |
IF=150mA |
8 |
|
12 |
mw |
|
Pik longèdonn |
λp |
IF=150mA |
255 |
|
345 |
nm |
|
Koyefisyan Tanperati nan Voltage Avant |
∆VF/∆T |
IF=150mA |
−− |
-2 |
−− |
mV / degre |
|
Kouran ranvèse |
IR |
VR=10V |
−− |
−− |
10 |
μ A |
|
Wè Ang |
2Θ1/2 |
IF=150mA |
−− |
100 |
−− |
Deg |
Glass Lens UV SMD dirije seri pwodwi:
| FOTO | MODÈL NON. | POUVWA | Longèdonn | Chips spécifications | Espesifikasyon antre | ||
 |
GD-3535UVC-255-0.5W | 0.5W | UVC 255-260nm 120 degre / 60 degre | Kore di PW1020 2-4mW | 6-7v 40-60mA | ||
| GD-3535UVC-255-1W | 1W | UVC 255-260nm 120 degre / 60 degre | Kore di PW2020 8-12mW | 6-7v 100-150mA | |||
| GD-3535UVC-255-2W | 2W | UVC 255-260nm 120 degre / 60 degre | Kore di PW3030 20-24mW | 6-7v 200-300mA | |||
| GD-3535UVC-255-3W | 3W | UVC 255-260nm 120 degre / 60 degre | Kore di PW4040 50-60mW | 6-7v 400-500mA | |||
| GD-3535UVC-255-4W | 4W | UVC 255-260nm 120 degre / 60 degre | Kore di PW4848 60-80mW | 6-7v 600-700mA | |||
| GD-3535UVC-260-0.5W | 0.5W | UVC 260-270nm 120 degre / 60 degre | Kore di PW1020 2-4mW | 6-7v 40-60mA | |||
| GD-3535UVC-260-1W | 1W | UVC 260-270nm 120 degre / 60 degre | Kore di PW2020 8-12mW | 6-7v 100-150mA | |||
| GD-3535UVC-260-2W | 2W | UVC 260-270nm 120 degre / 60 degre | Kore di PW3030 20-24mW | 6-7v 200-300mA | |||
| GD-3535UVC-260-3W | 3W | UVC 260-270nm 120 degre / 60 degre | Kore di PW4040 50-60mW | 6-7v 400-500mA | |||
| GD-3535UVC-260-4W | 4W | UVC 260-270nm 120 degre / 60 degre | Kore di PW4848 60-80mW | 6-7v 600-700mA | |||
| GD-3535UVC-270-0.5W | 0.5W | UVC 270-280nm 120 degre / 60 degre | Kore di PW1020 2-4mW | 6-7v 40-60mA | |||
| GD-3535UVC-270-1W | 1W | UVC 270-280nm 120 degre / 60 degre | Kore di PW2020 8-12mW | 6-7v 100-150mA | |||
| GD-3535UVC-270-2W | 2W | UVC 270-280nm 120 degre / 60 degre | Kore di PW3030 20-24mW | 6-7v 200-300mA | |||
| GD-3535UVC-270-3W | 3W | UVC 270-280nm 120 degre / 60 degre | Kore di PW4040 50-60mW | 6-7v 400-500mA | |||
| GD-3535UVC-270-4W | 4W | UVC 270-280nm 120 degre / 60 degre | Kore di PW4848 60-80mW | 6-7v 600-700mA | |||
| GD-3535UVB-290-0.5W | 0.5W | UVB 290-300nm 120 degre / 60 degre | Kore di PW1020 2-4mW | 6-7v 40-60mA | |||
| GD-3535UVB-290-1W | 1W | UVB 290-300nm 120 degre / 60 degre | Kore di PW2020 8-12mW | 6-7v 100-150mA | |||
| GD-3535UVB-290-2W | 2W | UVB 290-300nm 120 degre / 60 degre | Kore di PW3030 20-24mW | 6-7v 200-300mA | |||
| GD-3535UVB-290-3W | 3W | UVB 290-300nm 120 degre / 60 degre | Kore di PW4040 50-60mW | 6-7v 400-500mA | |||
| GD-3535UVB-290-4W | 4W | UVB 290-300nm 120 degre / 60 degre | Kore di PW4848 60-80mW | 6-7v 600-700mA | |||
| GD-3535UVB-310-0.5W | 0.5W | UVB 305-315nm 120 degre / 60 degre | Kore di PW1020 2-4mW | 6-8v 40-60mA | |||
| GD-3535UVB-310-1W | 1W | UVB 305-315nm 120 degre / 60 degre | Kore di PW2020 8-12mW | 5-7v 100-150mA | |||
| GD-3535UVB-310-2W | 2W | UVB 305-315nm 120 degre / 60 degre | Kore di PW3030 20-24mW | 5-7v 200-300mA | |||
| GD-3535UVB-310-3W | 3W | UVB 305-315nm 120 degre / 60 degre | Kore di PW4040 50-60mW | 5-7v 400-500mA | |||
| GD-3535UVB-310-4W | 4W | UVB 305-315nm 120 degre / 60 degre | Kore di PW4848 60-80mW | 5-7v 600-700mA | |||
| GD-3535UVB-340-1W | 1W | UV 340-345nm 120 degre / 60 degre | Kore di PW2020 8-12mW | 5-7v 100-150mA | |||
| GD-3535UVB-340-3W | 3W | UV 340-345nm 120 degre / 60 degre | Kore di PW4040 50-60mW | 5-7v 400-500mA | |||
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GD-6868UVC-255-4W | 4W | UVC 255-260nm 120 degre | Kore di PW2020 4 chips 40-50mW | 22-26vdc 100-150mA | ||
| GD-6868UVC-255-8W | 8W | UVC 255-260nm 120 degre | Kore di PW2020 4 chips 80-100mW | 22-26vdc 200-300mA | |||
| GD-6868UVC-260-4W | 4W | UVC 260-270nm 120 degre | Kore di PW2020 4 chips 40-50mW | 22-26vdc 100-150mA | |||
| GD-6868UVC-260-8W | 8W | UVC 260-270nm 120 degre | Kore di PW2020 4 chips 80-100mW | 22-26vdc 200-300mA | |||
| GD-6868UVC-270-4W | 4W | UVC 270-280nm 120 degre | Kore di PW2020 4 chips 40-50mW | 22-26vdc 100-150mA | |||
| GD-6868UVC-270-8W | 8W | UVC 270-280nm 120 degre | Kore di PW2020 4 chips 80-100mW | 22-26vdc 200-300mA | |||
| GD-6868UVB-290-4W | 4W | UVB 290-300nm 120 degre | Kore di PW2020 4 chips 40-50mW | 22-26vdc 100-150mA | |||
| GD-6868UVB-290-8W | 8W | UVB 290-300nm 120 degre | Kore di PW2020 4 chips 80-100mW | 22-26vdc 200-300mA | |||
| GD-6868UVB-310-4W | 4W | UVB 305-315nm 120 degre | Kore di PW2020 4 chips 40-50mW | 22-26vdc 100-150mA | |||
| GD-6868UVB-310-8W | 8W | UVB 305-315nm 120 degre | Kore di PW2020 4 chips 80-100mW | 22-26vdc 200-300mA | |||
| GD-6868UVB-340-4W | 4W | UVB 340-345nm 120 degre | Kore di PW2020 4 chips 40-50mW | 22-26vdc 100-150mA | |||
| GD-6868UVB-340-8W | 8W | UVB 340-345nm 120 degre | Kore di PW2020 4 chips 80-100mW | 22-26vdc 200-300mA | |||
 |
GD-3535UV-LG45-365B | 3W | UVA 365-370nm 60 degre | LG 45mil, lantiy vè, 1000-1400mW | 3-3.6V 700mA | ||
| GD-3535UV-GH45-365B | 3W | UVA 365-370nm 60 degre | Epileds 45mil, vè lantiy, 1000-1400mW | 3-3.6V 700mA | |||
| GD-3535UV-SA45-365B | 3W | UVA 365-370nm 60 degre | Sanan 45mil, lantiy vè, 1000-1400mW | 3-3.6V 700mA | |||
| GD-3535UV-SA55-365B | 4W | UVA 365-370nm 60 degre | Sanan 55mil, lantiy vè, 1200-1600mW | 3-3.6V 1000mA | |||
| GD-3535UV-GH45-380B | 3W | UVA 380-410nm 60 degre | Epileds 45mil, lantiy vè, 1000-1400mW | 3-3.6V 700mA | |||
| GD-3535UV-SA45-380B | 3W | UVA 380-410nm 60 degre | Sanan 45mil, kwatz vè lantiy, 1000-1400mW | 3-3.6V 700mA | |||
| GD-3535UV-SE45-380B | 3W | UVA 380-410nm 60 degre | Seoul Semiconductors 45mil, kwatz vè lantiy, 1000-1400mW | 3-3.6V 700mA | |||
| GD-3535UV-SA55-380B | 4W | UVA 380-405nm 60 degre | Sanan 55mil, lantiy vè, 1200-1600mW | 3-3.6V 1000mA | |||
 |
GD-6565UV-LG45-365B | 10W | UVA 365-370nm 60 degre | LG 45mil, lantiy vè kwatz, 3000-4000mW | 6-7V 1400mA | ||
| GD-6565UV-GH45-365B | 10W | UVA 365-370nm 60 degre | Epileds 45mil, lantiy vè kwatz, 3000-4000mW | 6-7V 1400mA | |||
| GD-6565UV-SA45-365B | 10W | UVA 365-370nm 60 degre | Sanan 45mil, lantiy vè, 3000-4000mW | 6-7V 1400mA | |||
| GD-6565UV-GH45-380B | 10W | UVA 380-410nm 60 degre | Epileds 45mil, lantiy vè, 3000-4000mW | 6-7V 1400mA | |||
| GD-6565UV-SA45-380B | 10W | UVA 380-410nm 60 degre | Sanan 45mil, lantiy vè, 3000-4000mW | 6-7V 1400mA | |||
| GD-6565UV-SE45-380B | 10W | UVA 380-410nm 60 degre | Seoul Semiconductors, lantiy vè, 3000-4000mW | 6-7V 1400mA | |||
Aplikasyon
UVC, UVB, ak UVA LED aplikasyon yo baze sou diferan longèdonn limyè iltravyolèt (UV) epi yo gen plizyè itilizasyon:
LED UVC:
Longèdonn: 255-280 nanomèt (nm)
Aplikasyon: Dezenfeksyon ak esterilizasyon. LED UVC yo itilize nan aparèy tankou dezenfektan UV ak lanp jèrmisid pou touye bakteri, viris, ak lòt ajan patojèn, sa ki fè yo gen anpil valè pou pirifye dlo, esterilizasyon lè a, ak dezenfeksyon sifas yo.
LED UVB:
Longèdonn: 280-345 nm
Aplikasyon: rezon medikal ak terapetik. LED UVB yo itilize nan fototerapi pou kondisyon po tankou psoriasis, ekzema, ak vitiligo. Yo ka jwenn tou nan lanp UVB pou abita reptil yo bay radyasyon UVB esansyèl pou sante reptil.
LED UVA:
Longèdonn: 365-410 nm
Aplikasyon: UV geri, fliyoresans, ak deteksyon kontrefè. UVA LED yo itilize nan pwosesis geri UV pou adhésifs, kouch, ak lank. Yo kapab tou eksite materyèl fliyoresan pou plizyè aplikasyon tankou deteksyon lajan fo ak rechèch syantifik.
Chak kalite UV LED gen karakteristik diferan ak aplikasyon, ki fè yo enpòtan nan divès endistri, soti nan swen sante ak sanitasyon nan fabrikasyon ak sekirite.
Konsènan GMKJ LEDGMKJ se yon manifakti ISO sètifye nan bon jan kalite segondè, segondè fyab ki ap dirije dyod, ki te fòme nan mwa janvye 2009. Anplwaye nou an gen plis pase 10 ane eksperyans nan ak ekselan angle. Tout anplwaye nou yo gen yon etik travay solid ak yon angajman solid pou bay bon jan kalite pwodwi ki toujou satisfè oswa depase kondisyon kliyan nou yo.
Sèvis nou an:
chajman
Opsyon livrezon:
Pou plis detay, tanpri ekri nou ekip GMLEDs dirèkteman! |
Baj popilè: vè lantiy UV smd dirije, Lachin, manifaktirè, founisè, faktori, pri, bon mache, sitasyon, fichye done, karakteristik, spesifikasyon
