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- 1 LED tube
- 1 dummy starter
- 1 instruction manual
Indice de rendu des couleurs | 80 |
Température de couleur | Blanc neutre |
Alimentation en mode marche (Pon) : | 9 W |
Angle de faisceau | 200 ° |
Choix/réglage de la couleur lumineuse | Non |
Classe d'efficacité énergétique (A à G) | E |
Consommation d'énergie en mode marche | 9 kWh/1000h |
Durée de vie L70B50 - LED et OLED | 15000 h |
Effet stroboscopique pour LED et OLED MLS | 0,1 |
Facteur de décalage pour Pon (min.) | 0,868 |
Facteur de durée de vie (pour LED et OLED) | 0,9 |
Facteur de maintien du flux lumineux (LED/OLED) | 93 % |
Flicker pour LED et OLED MLS | 0,1 ≤ |
Flux lumineux utile (Φ360) | 1080 lm |
Fréquence | 50 Hz |
Indice de rendu des couleurs R9 | 13 |
Rég. EAR N° | DE 38720470 |
Source de lumière connectée (CLS) | Non |
Source lumineuse | Non directionnel |
Stabilité de la couleur | 3 ≤ |
Technologie d'éclairage utilisée | Ampoule LED |
Classe IP | IP20 (Pièces sèches) |
Compatible avec les variateurs | Non |
Douille | G 13 |
Position de fonctionnement | 360 ° |
Design / Diameter / Height | Röhrenlampe T 8 / 28 mm / 600 mm |
Température de couleur | 4000 K |
Température optimale | 25 °C |
Poids Net | 90 g |
Voltage | 65 mA |
Convient pour l'éclairage d'accentuation | Non - demi-angle entre 120 ° et 360 ° (Φuse) |
Only for private use and not for long-term commercial use
Only for use in individual switching (lights have their own starter for each fluorescent tube)
Not suitable for electronic ballasts (lights without starters)
CLB = Conventional Loss Ballast, the most widespread system
LLB = Low Loss Ballast
EB = Electronic Ballast
Any changes to the wiring should only be carried out by qualified electricians. Incorrect installation could result in injury or damage to property.
Before carrying out any conversion work, ensure that there is no voltage.
Any defects due to incorrect installation are not covered by the warranty.
In addition to the power consumption of the LED tubes, CLBs that have not been disconnected/bypassed in particular have a high and unnecessary power loss and can cause high voltage peaks. Voltage peaks reduce the service life of the tubes. The disconnection/bypass must only be carried out by a qualified electrician.
Power loss in LLBs is considerably lower and so disconnection/bypass is not so important.
If a light that has been converted to LED tubes is fitted with fluorescent tubes once again, a fluorescent tube starter will need to be refitted. Every light that has been converted to LED tubes should feature a warning notice next to the starter.
The overall efficiency and light distribution is determined not just by the characteristics of the LED tubes, but also by the construction and characteristics of the lights.