Outdoor Lighting

LSI Industries TEL Tellus 22” LED Area Light

The Tellus Area Light provides one of the best solutions on the market today, with the highest return on investment when replacing existing HID area lighting fixtures advanced optics with multiple light distribution patterns produce better light output with more foot-candles and significant energy savings. Tellus’ “Universal Bracket System” makes one-person installation easy, whether retrofitting or new construction.

- Low Profile – Less Than 3.5" Thick
- Up to 120 Lumens Per Watt
- Distribution - Types 3, 4, 5, FT, SC, Rotatable
- Sharp Cutoff for FT Distribution
- 4500K Color Temperature
- 0-10 Volt dimming energy saving standard
- IMS - Integral motion sensor optional
- PCR - Photo-cell receptacle optional
- Virtually maintenance free
- 5-year warranty

LSI Industries SMA Commercial Area Light Medium

The LED Commercial Areal Lights are high performance commercial grade luminaires, value driven with DLC^® premium performance. The small features up to 21,000 delivered lumens at 118 LpW and the medium up to 36,000 delivered lumens at 120 LpW.

- 5000K, 4000K and 3000 Color Temperatures
- Minimum CRI of 80
- 0-10 Volt dimming option available
- Standard Universal Voltage and optional High Voltage
- 5-year warranty

*Bronze is the only available finish

Color Rendering Index (CRI): > 70. Long LED life; L70 > 150,000 hours. L70 hours are IES TM-21-11 calculated hours. Rated for Ambient Temperatures between -40°C/-40°F to 40°C/104°F.

For all applications in site, area, and general lighting requiring high uniformity, excellent vertical light distribution, reduced offsite visibility, reduced on-site glare and effective security light levels.The HAP luminaire delivers exceptional performance in a low-profile desig

For all applications in site, area, and general lighting requiring high uniformity, excellent vertical light distribution, reduced offsite visibility, reduced on-site glare and effective security light levels.The HAP luminaire delivers exceptional performance in a low-profile desig