Pathmax Dome Bollards

Overview

The Pathmax Dome Bollard is an economical and energy efficient choice for lighting walkways, plazas and other pedestrian areas in commercial and residential applications. Constructed of durable aluminum for maximum weatherability, the bollard features a specialized cone reflector that projects light down and outward for ample illumination that enhances pedestrian safety and security.


Product Listing
MaxLite Makes it!

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

  1. 14101671 Datasheet Quick View View More 38W36"4000K
    Watts (W):38Lumens (lm):3610Size:36"CCT (K):4000Voltage (V):120-277Clearance:No
    Watts (W):38Lumens (lm):3610Size:36"CCT (K):4000Voltage (V):120-277Clearance:No
    BL-CLRD38U-40B36 38W36"4000K
    14101671
    View More
  2. 14101672 Datasheet Quick View View More 38W36"4000K
    Watts (W):38Lumens (lm):3610Size:36"CCT (K):4000Voltage (V):120-277Clearance:No
    Watts (W):38Lumens (lm):3610Size:36"CCT (K):4000Voltage (V):120-277Clearance:No
    BL-CLRD38U-40L36 38W36"4000K
    14101672
    View More
  3. 14101674 Datasheet Quick View View More 38W36"4000K
    Watts (W):38Lumens (lm):3610Size:36"CCT (K):4000Voltage (V):120-277Clearance:No
    Watts (W):38Lumens (lm):3610Size:36"CCT (K):4000Voltage (V):120-277Clearance:No
    BL-CLRD38U-40S36 38W36"4000K
    14101674
    View More
  4. 14101673 Datasheet Quick View View More 38W36"4000K
    Watts (W):38Lumens (lm):3610Size:36"CCT (K):4000Voltage (V):120-277Clearance:No
    Watts (W):38Lumens (lm):3610Size:36"CCT (K):4000Voltage (V):120-277Clearance:No
    BL-CLRD38U-40W36 38W36"4000K
    14101673
    View More
Utility Rebates
Features
  • Up to 50,000 hour L70 lifetime, TM-21 standards @ 25°C
  • Sealed fixture is dirt and bug free
  • Extruded aluminum Housing
  • Powder coated to be rust and corrosion proof
  • Clear polycarbonate lens
  • 4kV Surge Standard
Lighting layout
Pathmax Dome Bollards Lighting Layout
Marketing Material
Product Microsites