HE 35 W/840
• Good economy and efficiency • Up to 20 % more economical than LUMILUX T8 • Up to 50 % smaller volume than comparable T8 lamps
• Public buildings • Offices • Shops • Supermarkets and department stores • Industry • Outdoor applications only in suitable luminaires
Références/Liens
Pour de plus amples informations sur la garantie système et les modalités et conditions de la garantie, voir sous www.osram.fr/garantie-systeme
Données techniques
Données électriques
Intensité nominale
0.18 A A
Données photométriques
Flux lumineux à 35 °C
3550 lm
Teinte de couleur (désignation)
LUMILUX Cool White
Maintien flux lumineux à 2 000 h
0.95
Maintien flux lumineux à 4 000 h
0.93
Maintien flux lumineux à 6 000 h
0.92
Maintien flux lumineux à 8 000 h
0.9
Maintien flux lumineux à 12 000 h
0.9
Maintien flux lumineux à 16 000 h
0.9
Maintien flux lumineux à 20 000 h
0.89
Flux lumineux
3550 lm
Dimensions & poids
Diamètre du tube
16 mm
Longueur du culot hors pins
1449 mm
Poids du produit
116.45 g
Longueur totale
1463.20 mm
Durée de vie
Durée de vie
19000 h
Donnée produit supplémentaire
Teneur en mercure
1.5 mg
Notes bas de page util. uniquem. produit
Suitable for ECG operation only | Lamp designed for internal luminaire temperatures of 30…40 °C; optimum luminous flux achieved at 35 °C
Code EAN de remplacement
4050300591445
Élimination appropriée cft DEEE
Oui
Code EAN de remplacement
4050300464749
Certificats & Normes
Consommation d'énergie
35.00 kWh/1000h
Classe d'énergie efficace
F
Environmental information
Information according Art. 33 of EU Regulation (EC) 1907/2006 (REACh)
Date of Declaration
18-04-2022
Primary Article Identifier
4050300591445 | 4050300464749
Declaration No. in SCIP database
In work
Informations sur l’emballage
EAN |
Unité |
Pièce |
Dimensions |
Poids |
Volume |
|---|---|---|---|---|---|
| 4050300464749 |
UNV
| 1 | |||
| 4050300591445 |
FLH
| 1 | 1470mm x 15mm x 15mm | 159.00g | 0.33dm³ |
| 4050300464756 |
VS
| 40 | 1500mm x 94mm x 194mm | 6258.00g | 27.35dm³ |
| 4050300591452 |
VS
| 20 | 1482mm x 83mm x 104mm | 3450.00g | 12.79dm³ |
Téléchargements
Combinaisons Lampe - ECG
QT-FIT 5 1x14-35
Intensité nominale
0.17 A
Perte de puissance
38.00 W
Flux lumineux à 35 °C
3200 lm
Quantité de points lumineux
1
ECG_1.1 Ambient temperature for lifespan
40 °C
ECG_1.2 Ambient temperature for lifespan
50 °C
ECG_1.3 Ambient temperature for lifespan
60 °C
ECG_2.1 Tc point temperature for lifespa
50 °C
ECG_2.2 Tc point temperature for lifespa
60 °C
ECG_2.3 Tc point temperature for lifespa
65 °C
ECG_3.1 Temperature dependent lifespan
100000 h
ECG_3.2 Temperature dependent lifespan
100000 h
ECG_3.3 Temperature dependent lifespan
90000 h
QT-FIT 5 2x14-35
Intensité nominale
0.35 A
Perte de puissance
78.00 W
Flux lumineux à 35 °C
3300 lm
Quantité de points lumineux
2
ECG_1.1 Ambient temperature for lifespan
40 °C
ECG_1.2 Ambient temperature for lifespan
50 °C
ECG_1.3 Ambient temperature for lifespan
60 °C
ECG_2.1 Tc point temperature for lifespa
60 °C
ECG_2.2 Tc point temperature for lifespa
70 °C
ECG_2.3 Tc point temperature for lifespa
75 °C
ECG_3.1 Temperature dependent lifespan
100000 h
ECG_3.2 Temperature dependent lifespan
80000 h
ECG_3.3 Temperature dependent lifespan
50000 h
QTi 1x14/24/21/39 GII
Intensité nominale
0.18 A
Perte de puissance
39.00 W
Flux lumineux à 35 °C
3300 lm
Quantité de points lumineux
1
QTi 1x28/54/35/49 GII
Intensité nominale
0.17 A
Perte de puissance
38.00 W
Flux lumineux à 35 °C
3300 lm
Quantité de points lumineux
1
ECG_1.1 Ambient temperature for lifespan
40 °C
ECG_1.2 Ambient temperature for lifespan
50 °C
ECG_1.3 Ambient temperature for lifespan
60 °C
ECG_2.1 Tc point temperature for lifespa
45 °C
ECG_2.2 Tc point temperature for lifespa
55 °C
ECG_2.3 Tc point temperature for lifespa
65 °C
ECG_3.1 Temperature dependent lifespan
100000 h
ECG_3.2 Temperature dependent lifespan
100000 h
ECG_3.3 Temperature dependent lifespan
100000 h
QTi 1x35/49/80 GII
Intensité nominale
0.17 A
Perte de puissance
38.00 W
Flux lumineux à 35 °C
3300 lm
Quantité de points lumineux
1
ECG_1.1 Ambient temperature for lifespan
40 °C
ECG_1.2 Ambient temperature for lifespan
50 °C
ECG_1.3 Ambient temperature for lifespan
60 °C
ECG_2.1 Tc point temperature for lifespa
45 °C
ECG_2.2 Tc point temperature for lifespa
55 °C
ECG_2.3 Tc point temperature for lifespa
65 °C
ECG_3.1 Temperature dependent lifespan
100000 h
ECG_3.2 Temperature dependent lifespan
100000 h
ECG_3.3 Temperature dependent lifespan
100000 h
QTi 2x14/24/21/39 GII
Intensité nominale
0.35 A
Perte de puissance
76.00 W
Flux lumineux à 35 °C
3300 lm
Quantité de points lumineux
2
QTi 2x28/54/35/49 GII
Intensité nominale
0.35 A
Perte de puissance
76.00 W
Flux lumineux à 35 °C
3300 lm
Quantité de points lumineux
2
ECG_1.1 Ambient temperature for lifespan
40 °C
ECG_1.2 Ambient temperature for lifespan
50 °C
ECG_1.3 Ambient temperature for lifespan
60 °C
ECG_2.1 Tc point temperature for lifespa
55 °C
ECG_2.2 Tc point temperature for lifespa
65 °C
ECG_2.3 Tc point temperature for lifespa
70 °C
ECG_3.1 Temperature dependent lifespan
100000 h
ECG_3.2 Temperature dependent lifespan
100000 h
ECG_3.3 Temperature dependent lifespan
70000 h
QTi 2x35/49/80 GII
Intensité nominale
0.36 A
Perte de puissance
77.00 W
Flux lumineux à 35 °C
3400 lm
Quantité de points lumineux
2
ECG_1.1 Ambient temperature for lifespan
40 °C
ECG_1.2 Ambient temperature for lifespan
50 °C
ECG_1.3 Ambient temperature for lifespan
60 °C
ECG_2.1 Tc point temperature for lifespa
55 °C
ECG_2.2 Tc point temperature for lifespa
60 °C
ECG_2.3 Tc point temperature for lifespa
70 °C
ECG_3.1 Temperature dependent lifespan
100000 h
ECG_3.2 Temperature dependent lifespan
100000 h
ECG_3.3 Temperature dependent lifespan
70000 h
QTi DALI 2x35/49 DIM
Intensité nominale
0.33 A
Perte de puissance
74.50 W
Flux lumineux à 35 °C
3300 lm
Plage de température ambiante [PIM] REM
Fonctionnement possible jusqu'à -20 °C pour tous les BE QTi (DALI) DIM. La position de gradation minimum doit être limitée. Voir les détails dans la brochure du dispositif de gradation.
Quantité de points lumineux
2
ECG_1.1 Ambient temperature for lifespan
40 °C
ECG_1.2 Ambient temperature for lifespan
50 °C
ECG_1.3 Ambient temperature for lifespan
60 °C
ECG_2.1 Tc point temperature for lifespa
55 °C
ECG_2.2 Tc point temperature for lifespa
65 °C
ECG_2.3 Tc point temperature for lifespa
75 °C
ECG_3.1 Temperature dependent lifespan
100000 h
ECG_3.2 Temperature dependent lifespan
100000 h
ECG_3.3 Temperature dependent lifespan
90000 h
QTP5 1x14-35
Intensité nominale
0.17 A
Perte de puissance
38.00 W
Flux lumineux à 35 °C
3300 lm
Quantité de points lumineux
1
ECG_1.1 Ambient temperature for lifespan
40 °C
ECG_1.2 Ambient temperature for lifespan
50 °C
ECG_1.3 Ambient temperature for lifespan
60 °C
ECG_2.1 Tc point temperature for lifespa
50 °C
ECG_2.2 Tc point temperature for lifespa
60 °C
ECG_2.3 Tc point temperature for lifespa
65 °C
ECG_3.1 Temperature dependent lifespan
100000 h
ECG_3.2 Temperature dependent lifespan
100000 h
ECG_3.3 Temperature dependent lifespan
90000 h
QTP5 2x14-35
Intensité nominale
0.33 A
Perte de puissance
75.00 W
Flux lumineux à 35 °C
3300 lm
Quantité de points lumineux
2
ECG_1.1 Ambient temperature for lifespan
40 °C
ECG_1.2 Ambient temperature for lifespan
50 °C
ECG_1.3 Ambient temperature for lifespan
60 °C
ECG_2.1 Tc point temperature for lifespa
55 °C
ECG_2.2 Tc point temperature for lifespa
65 °C
ECG_2.3 Tc point temperature for lifespa
70 °C
ECG_3.1 Temperature dependent lifespan
100000 h
ECG_3.2 Temperature dependent lifespan
100000 h
ECG_3.3 Temperature dependent lifespan
60000 h
En savoir plus sur la famille de produits
Ecodesign regulation information:
Separate control gear and light sources must be disposed of at certified disposal companies in accordance with Directive 2012/19/EU (WEEE) in the EU and with Waste Electrical and Electronic Equipment (WEEE) Regulations 2013 in the UK. For this purpose, collection points for recycling centres and take-back systems (CRSO) are available from retailers or private disposal companies, which accept separate control gear and light sources free of charge. In this way, raw materials are conserved and materials are recycled.
Separate control gear and light sources must be disposed of at certified disposal companies in accordance with Directive 2012/19/EU (WEEE) in the EU and with Waste Electrical and Electronic Equipment (WEEE) Regulations 2013 in the UK. For this purpose, collection points for recycling centres and take-back systems (CRSO) are available from retailers or private disposal companies, which accept separate control gear and light sources free of charge. In this way, raw materials are conserved and materials are recycled.
Produits
| Nom du produit |
|
|
|
|
|
Données | ||
|---|---|---|---|---|---|---|---|---|
|
|
HE 14 W/827
|
14.00 W | 1200 lm | 2700 K | 563.20 mm | Yes | ||
|
|
HE 14 W/830
|
13.90 W | 1350 lm | 3000 K | 563.20 mm | Yes | ||
|
|
HE 14 W/840
|
563.20 mm | ||||||
|
|
HE 21 W/830
|
863.20 mm | ||||||
|
|
HE 21 W/840
|
863.20 mm | ||||||
|
HE 21 W/865
|
21.00 W | 1750 lm | 6500 K | 863.20 mm | Yes | ||
|
|
HE 28 W/830
|
1163.20 mm | ||||||
|
|
HE 28 W/840
|
1163.20 mm | ||||||
|
|
HE 28 W/865
|
1163.20 mm | ||||||
|
|
HE 35 W/830
|
1463.20 mm | ||||||
|
|
HE 35 W/840
|
1463.20 mm |