LSE 4Ft White Architectural LED Direct/Indirect Linear, 4000K with DALI Control
The LSE Architectural LED Direct/Indirect Linear is an edge lit luminaire designed for individual units or continuous runs in commercial indoor applications. The elegant fixture achieves a polished, modern appearance with its powder-coated, 20-gauge aluminum housing and fully welded seams. White, si…
The LSE Architectural LED Direct/Indirect Linear is an edge lit luminaire designed for individual units or continuous runs in commercial indoor applications. The elegant fixture achieves a polished, modern appearance with its powder-coated, 20-gauge aluminum housing and fully welded seams. White, silver, or custom powder coat options are also available. The LSE’s acrylic light guide with laser etched patterns enables a variety of light distributions to suit your application. The fixture is easily suspended with integrated mount points.
- Architectural edge-lit linear luminaire designed for individual fixtures or continuous runs
- Available in 4Ft and 8Ft lengths with outputs up to 10,000 lumens
- Multiple direct/indirect distributions available, including 100D, 90D/10U, 80D/20U, 50D/50U, and 20D/80U
- Supports cable, pendant, wall, strut, and continuous-run mounting configurations
- Compatible with 0-10V or DALI controls and optional PIR, microwave, DALI, and N-Light sensors
Color Options:
Ordering information
Accessories
- LSALSELSQ1PENDANT
- LSALSELSQ1PENDANTPF
- LSE-1-WALL
- LSELSQ-1-WALL-PF
- LSE-1-CABLE
- LSE-1-CABLE-PF
- LSE-1-CR-BRACKET
- LSE-1-STRUT
Downloads
Specifications
-
Lifespan>72,000 -
Lumens5285
-
Wattage40.4
Listings & certifications
- UL Certified
- UL EPD Certified
- UL 8750 (LED Safety)
- FCC Class A
- RoHS Compliant
- Damp-Location (UL 1598)
- USGBC LEED v4/v4.1
- Meets v4 Indoor Environmental Quality (IEQ) Option 1 : Lighting Control requirements
- Meets v4.1 IEQ Option 2 : CRI =>90 CRI requirement
- Meets v4/v4.1 Material Requirements (MR) Environmental Product Delcaration (EPD)
- Product Specific Type III requirements
- EPD (Environmental Product Declaration)
- UL Environmental Product Declaration Certified per ISO 14025:2006 and ISO 21930:2017
- LM-79 and LM-80 testing performed in accordance with IESNA standards
Features
Construction
- Housing formed 20ga aluminum
- Fully welded seams
- Available in 4Ft and 8Ft lengths
- Silver, White and custom powder coat color options available
- Designed for individual units or continuous runs
Optical System
- Edgelit LED design
- Acrylic light guide with laser etched patterns for a variety of distributions
- 100D, 90D/10U, 80D/20U, 50D/50U and 20D/80U distributions available
- 80 CRI and 90 CRI options
Electrical
- Input voltage of 120-277VAC
- Power factor > 0.9
- THD < 10%
- Optional emergency battery backup
- For installations where higher power surge may be possible, NICOR recommends installing additional surge protection at the electrical distribution panels
- Operating Temperature of 32° to 122°F (0°C to 50°C)
Installations
- Integral feature for varying mounting styles
- Strut mount kit included (threaded rod supplied by others)
- Cable suspension kit available
- Pendant mount kit available
- Wall mount kit available
- Continuous run installation kit available
Full Listings
- cULus1598 Listed for damp locations
- cULus 8750 Listed LEDs
- RoHS Compliant
- Meets FCC Part 15, Subpart B, Class A standards for conducted and radiated emissions
- TM-21 Reported L70(12k) life >72,000 hours, L90(12k) life =38,000 hours
- LM-79, LM-80 testing performed in accordance with IESNA standards
- USGBC LEED v4/v4.1
- Meets v4 Indoor Environmental Quality (IEQ) Option 1 : Lighting Control requirements
- Meets v4.1 IEQ Option 2 : CRI =>90 CRI requirement
- Meets v4/v4.1 Material Requirements (MR) Environmental Product Delcaration (EPD)
- Product Specific Type III requirements
- EPD (Environmental Product Declaration)
- UL Environmental Product Declaration Certified per ISO 14025:2006 and ISO 21930:2017
Warranty
- 5-year limited system warranty standard
- Warranty does not cover product failure due to an overvoltage event (power surge)
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