2. Typical daylight sensors Expensive Complicated to wire Difficult to commission Distracting to occupants

4. Features + benefits Pro environment, pro pocketbook Simple to specify A cinch to install Plays nice with others Brains and beauty The best deal in town

5. Best practices Optimal sensor placement –between 6’-10’ from a window –over representative work areas –at least 5’ between each sensor –typically not required past 15’ 15 FEET

6. Understanding zoning

8. Sensor placement (Suspended)

9. Suspended application 1

10. Suspended application 2

11. Suspended application 3

12. Suspended application 4

14. Sensor placement (Recessed)

15. Recessed application 1

16. Recessed application 2

17. Typical energy savings

18. How it works

19. How to specify

20. Spec sheet example

21. Designing with Response 1) Fixtures over top of furniture plans using Ledalite CAD library (preferred) 2) Hand sketch indicating rows and sensor placement

22. On-Site Coordination

23. Virtually no commissioning Calibrated to 45fc assuming 8-10’ ceiling and standard reflectances (80/50/20) Can be adjusted if required (1/3 – 3X)

24. Closing and questions Integrated across almost all of Ledalite’s product line Factory calibrated for most common installation types Pre-wired – contractor just adds power Simple to specify and design Incredibly affordable Questions?