Sylvania LUMALUX® 67502 HID High Pressure Sodium Lamp, 50 W, E26 Medium High Pressure Sodium Lamp, E17 Shape, 4000 Lumens
Model:67502
Item:1032710
UPC:046135675027
$EA

Sylvania LUMALUX® 67502 HID High Pressure Sodium Lamp, 50 W, E26 Medium High Pressure Sodium Lamp, E17 Shape, 4000 Lumens
Model:67502
Item:1032710
UPC:046135675027
$EA
Product Information
Brand : Sylvania
Alternate Part Number : LU50/MED, 8955715
LUMALUX® and LUMALUX® ECO® high pressure sodium lamps offer a reliable light source with high efficacy and long life. With up to 140 Lumens per watt (LPW) initial efficacy and excellent lumen maintenance, these lamps deliver consistent light levels throughout their long lifetime. LUMALUX® ECOLOGIC® lamps have identical physical and electrical construction to standard LUMALUX® lamps, but with reduced mercury content enabling them to pass the Federal TCLP test1 . The combined product offering builds a complete portfolio of the industry's most popular high pressure sodium lamp wattages and configurations. LUMALUX® high pressure sodium lamps have a proven history in the marketplace for over 30 years, yet refinements to the technology provide an opportunity to improve performance ratings. As such, many LUMALUX® and all LUMALUX® ECO® lamps are now rated up to 30000+ hr average life, which is up to a 25% improvement over industry standard products. These lamps also feature lead-free glass, bases and manufacturing process, reducing overall environmental impact.
- Average Life24000 hrColor Rendering Index (CRI)21Color Temperature1900 KDesignationLU50/MEDDimensions5.8 in L x 2.4 in W x 2.4 in HLamp Base TypeE26 MediumLamp FinishClearLamp TypeHigh Pressure SodiumLumens4000 LumensManufacturer NameLEDVANCEShapeE17TypeHIDVoltage Rating52 VACWattage50 W
- Architectural, Canopy, Floodlighting, High Bay, Industrial, Low Bay, Roadway Fixture Cobra Head, Wall Mount and Specialty Applications
- Very high efficacy
- Universal operating position
- Lead free outer jacket
- Lead free base allows a higher maximum base temperature of 250 deg C, 40 deg C higher than ANSI specification for lead soldered bases
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