LED Vaportight High Bay

The Altor series is designed for the high demands of food and meat industry facilities. The unique design is bacteria and debris resistant, with minimal external features that limit particulate accumulation. It features a true water seal - no condensation will get inside the luminaire. The IP66-rated, dust-tight enclosure is easy to clean and can withstand high pressure water jets. Control options are available to maximize energy savings, and all sensors are IP-rated. The housing is made of UL 5VA fiberglass and will not melt or burn. Lenses are available in clear or frosted polycarbonate. The Altor WVLF is available in 2-foot (WVL2F) and 4-foot (WVL4F) options, with multiple lumen output packages, color temperatures and hanging options.

  • Applications: Designed for food and meat processing facilities, or other applications that require similar requirements from a vaportight luminaire. Also suitable for most industrial, retail and recreational low bay and high bay applications - warehouse, manufacturing facility, freezer, gymnasium
  • Lumen Output: From 8,200 in the 2-footer up to 23,500+ in the 4-footer
  • Max Lumens Per Watt: 138.2
  • Size Options: 2-foot (WVL2F) and 4-foot (WVL4F)
  • Predicted L70 Lifetime: ≥ 99,000 hours (calculated)
  • Warranty: 5 year limited system warranty
  • Certifications: UL 1598 listed for US and Canada, suitable for wet locations. DesignLights Consortium qualified on specific configurations. Other certifications: NSF, IP66, RoHS, NEMA 4X, PSI 1500
  • Made in America: Engineered and made in the USA. Each WVLF is manufactured in our Henderson, NC facility
WVLF mounting options
    The WVLF features multiple hanging options, including the Flexible Ceiling Mount (FCM), the Rigid Mounting Beam in both stainless steel and zinc-plated variations (RBS and RBZ), and the V-hook (VHK - 2-foot version pictured) for chain or cable mount.
https://www.lumenfocus.com/wp-content/uploads/2018/10/WVLF-schematic.jpg
WVLF schematic
https://www.lumenfocus.com/wp-content/uploads/2018/10/WVL2F-frosted-4.jpg
WVL2F with frosted lens
https://www.lumenfocus.com/wp-content/uploads/2018/10/WVL2F-frosted-3.jpg
WVL2F with frosted lens
https://www.lumenfocus.com/wp-content/uploads/2018/10/WVL2F-frosted-2.jpg
WVL2F with frosted lens
https://www.lumenfocus.com/wp-content/uploads/2018/10/WVL2F-frosted-1.jpg
WVL2F with frosted lens
https://www.lumenfocus.com/wp-content/uploads/2018/10/WVL2F-clear-5.jpg
WVL2F with clear lens
https://www.lumenfocus.com/wp-content/uploads/2018/10/WVL2F-clear-4.jpg
WVL2F with clear lens
https://www.lumenfocus.com/wp-content/uploads/2018/10/WVL2F-clear-3.jpg
WVL2F with clear lens
https://www.lumenfocus.com/wp-content/uploads/2018/10/WVL2F-clear-2.jpg
WVL2F with clear lens
https://www.lumenfocus.com/wp-content/uploads/2018/10/WVL2F-clear-1.jpg
WVL2F with clear lens

WVLF Performance Chart

Catalog #
SizeLumensWattsLPWCRI / Color TempShieldingVoltages AvailableDLC ListedWarrantyPredicted L70 Lifetime
WVL 2 F LW UV CFP 835
Image
2-foot8,24163.3130.280 CRI / 3500KClear flat polycarbonate120-277V, 347V, 480VYes - 120-277V Only5 yearsGreater or equal to 90,000 hours (calculated)
WVL 2 F LW UV CFP 840
Image
2-foot8,49663.3134.280 CRI / 4000KClear flat polycarbonate120-277V, 347V, 480VYes - 120-277V Only5 yearsGreater or equal to 90,000 hours (calculated)
WVL 2 F LW UV CFP 850
Photometry Files | Image
2-foot8,75163.3138.280 CRI / 5000KClear flat polycarbonate120-277V, 347V, 480VYes - 120-277V Only5 yearsGreater or equal to 90,000 hours (calculated)
WVL 2 F MD UV CFP 835
Image
2-foot1,196102.4117.180 CRI / 3500KClear flat polycarbonate120-277V, 347V, 480VYes - 120-277V Only5 yearsGreater or equal to 90,000 hours (calculated)
WVL 2 F MD UV CFP 840
Image
2-foot12,367102.4120.880 CRI / 4000KClear flat polycarbonate120-277V, 347V, 480VYes - 120-277V Only5 yearsGreater or equal to 90,000 hours (calculated)
WVL 2 F MD UV CFP 850
Photometry Files | Image
2-foot12,738102.4124.480 CRI / 5000KClear flat polycarbonate120-277V, 347V, 480VYes - 120-277V Only5 yearsGreater or equal to 90,000 hours (calculated)
WVL 2 F HI UV CFP 835
Image
2-foot15,735126.7124.280 CRI / 3500KClear flat polycarbonate120-277V, 347V, 480VYes - 120-277V Only5 yearsGreater or equal to 90,000 hours (calculated)
WVL 2 F HI UV CFP 840
Image
2-foot16,222126.712880 CRI / 4000KClear flat polycarbonate120-277V, 347V, 480VYes - 120-277V Only5 yearsGreater or equal to 90,000 hours (calculated)
WVL 2 F HI UV CFP 850
Photometry Files | Image
2-foot16,709126.7131.980 CRI / 5000KClear flat polycarbonate120-277V, 347V, 480VYes - 120-277V Only5 yearsGreater or equal to 90,000 hours (calculated)
WVL 4 F LW UV CFP 835

4-foot15,213120126.880 CRI / 3500KClear flat polycarbonate120-277V, 347V, 480VYes5 yearsGreater or equal to 90,000 hours (calculated)
WVL 4 F LW UV CFP 840

4-foot15,684120130.780 CRI / 4000KClear flat polycarbonate120-277V, 347V, 480VYes5 yearsGreater or equal to 90,000 hours (calculated)
WVL 4 F LW UV CFP 850

4-foot16,154120134.680 CRI / 5000KClear flat polycarbonate120-277V, 347V, 480VYes5 yearsGreater or equal to 90,000 hours (calculated)
WVL 4 F MD UV CFP 835

4-foot19,19516111980 CRI / 3500KClear flat polycarbonate120-277V, 347V, 480VYes5 yearsGreater or equal to 90,000 hours (calculated)
WVL 4 F MD UV CFP 840

4-foot19,788161122.780 CRI / 4000KClear flat polycarbonate120-277V, 347V, 480VYes5 yearsGreater or equal to 90,000 hours (calculated)
WVL 4 F MD UV CFP 850

4-foot20,382161126.480 CRI / 5000KClear flat polycarbonate120-277V, 347V, 480VYes5 yearsGreater or equal to 90,000 hours (calculated)
WVL 4 F HI UV CFP 835

4-foot22,206174127.680 CRI / 3500KClear flat polycarbonate120-277V, 347V, 480VYes5 yearsGreater or equal to 90,000 hours (calculated)
WVL 4 F HI UV CFP 840

4-foot22,893174131.680 CRI / 4000KClear flat polycarbonate120-277V, 347V, 480VYes5 yearsGreater or equal to 90,000 hours (calculated)
WVL 4 F HI UV CFP 850

4-foot23,579174135.580 CRI / 5000KClear flat polycarbonate120-277V, 347V, 480VYes5 yearsGreater or equal to 90,000 hours (calculated)
*NOTE: Fixture equivalencies are estimates only and should be confirmed by photometric analysis or sample install to ensure adequate light levels are achieved.

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