Osram 591384 FH 14W/840 HE

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$8.73
SKU:
OSFH14WT5840HE
UPC:
4050300591384
Minimum Purchase:
4 units
Shipping:
Calculated at Checkout

Product Overview

osram-t5-logo.jpg

Osram HE 14 Watt 3000K Lumilux Warm White T5 Fluorescent 22in Linear Lamp Used In 2Ft Fixtures 

  • CRI 80-89
  • Initial Lumens 1200 lm
  • (G5) Miniature Bipin Base
  • UPC Code 4050300591384
  • MOL 549mm X Dia 16mm (5/8in)
  • Rated Avg. Hours 24,000hrs
  • Order Code FH 14 W/840 HE
  • Color Temp 4000k Lumilux Cool White 

(ECG) Ballast For FH-14-840-HE

  • QTi 1x14/24/21/39 GII 220-240V
  • Sylvania 49181 QTP 2x28T5/UNV PSN
  • GE 99653 GE228MVPSH-A
  • GE 99655 GE228MVPS-A
  • Universal #19831 B228PUNV-C

Additional Information

The HE 14W 549mm Lumilux T5 lamps produces up to 104 lumen per watt, & Cool White Color. Osram Lumilux T5 HE lamps from OSRAM offer an extremely high luminous efficacy and therefore excellent economy. The benefits of LUMILUX T5 HE lamps are most obvious in office lighting where they offer energy savings of up to about 30 percent..

  • 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

  • HE stands for High Efficiency.
  • 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

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