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LBIL

by Columbia Lighting 

LBIL maximizes energy savings in these spaces by intelligently managing illumination levels to avoid wasted watts. LBIL features an integral occupancy sensor. In areas where constant illumination is required or desired for safety and security, LBIL can be configured to operate at 50% when the area is unoccupied, and 100% when the area is occupied (ESD driver). LBIL can also be configured to either switch itself off when no occupant is present (E driver) or to dim when daylight is present (optional).

  • Energy saving luminaire with integrated occupancy controls
  • Long-life 50,000 hour LEDs at L70 for reduced maintenance
  • Choice of two lumen packages
  • Occupancy controlled dimming of the LEDs increases energy savings while maintaining base light levels in stairwells at all times.
  • Tool-less access to ballast for ease of maintenance
  • Can be surface mounted, wall mounted, or suspended
  • Fail safe operation switches light level to 100% if sensor is damaged
  • Optional battery backup available for emergency egress applications
  • DLC® (DesignLights Consortium) Qualified - see www.designlights.org
  • 5 year warranty (terms and conditions apply)

Product Details

General

Application
  • Commercial Indoor
  • Wall/Canopy/Flood
Construction Material - Main Steel
Dimming Protocol
  • 0-10V
  • Step-dimming
Dimming Range
  • 1%
  • 5%
Environmental Conditions Conditioned
Light Source LED
Listings
  • UL
  • UL 1598
  • CSA
  • cUL
Material - Housing Steel
Mounting Type Surface
Type
  • Strips
  • Wraparounds
Warranty Length 5 Year Warranty
createchange Yes

Certifications and Compliance

DLC Designation DLC® (DesignLights Consortium) Qualified - see www.designlights.org
Energy Efficient Yes
Industry Standard(s)
  • CSA
  • cUL
  • UL 1598

Photometry

IES Files Color Temperature CRI Delivered Lumens Lm/W Watts Distribution Type
LBIL-2-30LW-EU
IES file
Test Report
3000 °K 80 CRI 3026 lm 112 27 W Ambient
LBIL-2-30MW-EU
IES file
Test Report
3000 °K 80 CRI 1973 lm 111 18 W Ambient
LBIL-2-30VW-EU
IES file
Test Report
3000 °K 80 CRI 1654 lm 114 15 W Ambient
LBIL-2-35LW-EU
IES file
Test Report
3500 °K 80 CRI 3081 lm 115 27 W Ambient
LBIL-2-35MW-EU
IES file
Test Report
3500 °K 80 CRI 2008 lm 113 18 W Ambient
LBIL-2-35VW-EU
IES file
Test Report
3500 °K 80 CRI 1684 lm 116 15 W Ambient
LBIL-2-40LW-EU
IES file
Test Report
4000 °K 80 CRI 3120 lm 116 27 W Ambient
LBIL-2-40MW-EU
IES file
Test Report
4000 °K 80 CRI 2034 lm 114 18 W Ambient
LBIL-2-40VW-EU
IES file
Test Report
4000 °K 80 CRI 1706 lm 118 15 W Ambient
LBIL-2-50LW-EU
IES file
Test Report
5000 °K 80 CRI 3223 lm 120 27 W Ambient
LBIL-2-50MW-EU
IES file
Test Report
5000 °K 80 CRI 2101 lm 118 18 W Ambient
LBIL-2-50VW-EU
IES file
Test Report
5000 °K 80 CRI 1762 lm 122 15 W Ambient
LBIL-4-30LW-EU
IES file
Test Report
3000 °K 80 CRI 2959 lm 124 24 W Ambient
LBIL-4-30ML-EU
IES file
Test Report
3000 °K 80 CRI 4997 lm 118 42 W Ambient
LBIL-4-35LW-EU
IES file
Test Report
3500 °K 80 CRI 3012 lm 127 24 W Ambient
LBIL-4-35ML-EU
IES file
Test Report
3500 °K 80 CRI 5087 lm 121 42 W Ambient
LBIL-4-40LW-EU
IES file
4000 °K 80 CRI 3051 lm 128 24 W Ambient
LBIL-4-40ML-EU
IES file
4000 °K 80 CRI 5152 lm 122 42 W Ambient
LBIL-4-50LW-EU
IES file
Test Report
5000 °K 80 CRI 3151 lm 132 24 W Ambient
LBIL-4-50ML-EU
IES file
Test Report
5000 °K 80 CRI 5322 lm 126 42 W Ambient