Product Overview
Osram 591681 High Output 39W 2850lm Cool White Fluorescent 849mm Linear T5 Lamp Used In 3ft Fixtures
Product Details
- CRI 80-89
- (G5)Miniature Bipin Base
- Rated Avg. Hours 24,000hrs
- MOL 849mm X Dia 16mm (5/8in)
- Color Temp 6500k Lumilux Cool Daylight
- UPC Order Code 4050300591681
- Order Code FQ 39W/865 HO FLH1
- Spec Sheet
Ballast For FQ-39W-865-HO
- QTi 1x14/24/21/39 GII
- QTi 2x14/24/21/39 GII
- GE B224PUNV-COG1C
- GE B239PUNV-DOG1C
- Advance ICN-2S39
- Universal B239PUNV-C
- Sylvania 49111 QTP2x39-24T5HO/UNVPSN
Additional Information
The FQ 39W 849mm Linear Lumilux High Output T5 lamps produces up to 104 lumen per watt & 6500K Cool Daylight Color. also offer Impressive economy and improved environmental compatibility. With a tube diameter of only 16 mm, HO lamps are designed for ECG operation and, like all LUMILUX lamps from OSRAM, Are ideal in systems with motion sensors and/or daylight dimmers to reduced energy consumption to a minimum. With hot restart ECGs, T5 HO lamps achieve an average life of 24,000 hours and a service life of 18,000 hours.
- Up to 10% higher luminous efficacy of the LUMILUX T5 HE lamps compared with T8 lamps
- Up to 8% more light thanks to much less self-shading from the slimmer lamp
- Up to 10% higher luminaire efficiency because the Temp for optimum luminous flux has been raised to 35°C
- HO stands for High Output
- This system offers excellent properties such as good luminous flux behaviour,
- Impressive economy and improved environmental compatibility.
- With a tube diameter of only 16 mm
- These lamps offer an extremely high luminous efficacy of up to 104 lm/W (at 35 °C).
- They are designed for ECG operation and are up to 20% more efficient than LUMILUX T8 lamps.
- With hot restart ECGs,
- T5 lamps achieve an average life of 20,000 hours and a service life of 16,000 hours.
- They also enable extremely slim and compact luminaires to be created
- Suitable for ECG operation only/Lamp designed for internal luminaire
- temperatures of 30…40 °C; optimum luminous flux achieved at 35 °C