Post Top Lamps

Overview

LED Post Top Lamps are the convenient and energy-efficient solution for replacing traditional high-pressure sodium and metal halide sources in enclosed lighting fixtures. New Wattage and CCT selectable models available.

Dusk to dawn and motion control photocell sensors can be paired with the lamps to increase energy savings and manage light output based on ambient light and occupancy. For specifications, view the datasheet for sensors PIR-PT, MS-PT, DTDS-PT.


Product Listing
MaxLite Makes it!

Don't see what you need? Additional wattages and specifications available upon request - contact your MaxLite rep!

  1. 113443 Datasheet Quick View View More 54W5000K
    Watts (W):54Equivalency:175W Metal HalideLumens (lm):8000CCT (K):5000CRI:≥80Base Type:EX39Clearance:No
    Watts (W):54Equivalency:175W Metal HalideLumens (lm):8000CCT (K):5000CRI:≥80Base Type:EX39Clearance:No
    EF54ED37-50-EX39 54W5000K
    113443
    View More
  2. 113444 Datasheet Quick View View More 63W4000K
    Watts (W):63Equivalency:250W Metal HalideLumens (lm):10000CCT (K):4000CRI:≥80Base Type:EX39Clearance:No
    Watts (W):63Equivalency:250W Metal HalideLumens (lm):10000CCT (K):4000CRI:≥80Base Type:EX39Clearance:No
    EF63ED37-40-EX39 63W4000K
    113444
    View More
  3. 113445 Datasheet Quick View View More 63W5000K
    Watts (W):63Equivalency:250W Metal HalideLumens (lm):10000CCT (K):5000CRI:≥80Base Type:EX39Clearance:No
    Watts (W):63Equivalency:250W Metal HalideLumens (lm):10000CCT (K):5000CRI:≥80Base Type:EX39Clearance:No
    EF63ED37-50-EX39 63W5000K
    113445
    View More
Utility Rebates
Features
  • Installation variability
  • 360-degree optical design
  • 50,000 hour life is 8 to 17 years operating 8 hours a day, based on L70 standards
  • Effective heat transfer
  • Uniform color consistency
  • Environmentally friendly
  • Universal voltage
  • 0-10V Dimming
  • Wattage and CCT Selectable Models
  • Base: EX39 Mogul, E26
  • DLC Listed for Wattage and CCT Selectable Models
Marketing Material
Product Microsites