Lighting Simplified.

Application guide / parking + area

Distribution before wattage.

Parking and area lighting succeeds or fails on where the lumens land. Pole height, spacing, optic, site boundaries, and uniformity are more useful starting points than replacing HID watt-for-watt.

Read the site like a distribution problem
Parking rows

Where are the stalls and drive lanes?

Site boundary

Where must spill light stop?

Coverage

What light level and uniformity are required?

Pole position

Perimeter, interior, roadway, or building edge?

From the live catalog

Area-light families available to research now

Use current manufacturer family data to compare output packages, optics, mounting, CCT, voltage, photocell/control support, and warranty.

SekTor Area Light
Halco Lighting Technologies

SekTor Area Light

100W | 150W | 200W | 240W | 300W · 14,556-14,851 | 21,641-21,935 | 29,112-29,243 | 34,601-34,829 | 43,734-43,884 · 4000K | 5000K
Open in catalog
Sabre Series Selectable LED Area Light — 150W Package
PLT Solutions

Sabre Series Selectable LED Area Light — 150W Package

100W / 120W / 150W · 120-277V: 17,602 / 20,769 / 25,312 lm; 277-480V: 17,546 / 21,058 / 25,300 lm · 3000K / 4000K / 5000K
Open in catalog
Sabre Series Selectable LED Area Light — 300W Package
PLT Solutions

Sabre Series Selectable LED Area Light — 300W Package

200W / 240W / 300W · 120-277V: 35,633 / 39,972 / 48,727 lm; 277-480V: 34,496 / 39,368 / 48,510 lm · 3000K / 4000K / 5000K
Open in catalog
Optics

Distribution types describe where the light goes.

They are not quality tiers. The correct optic depends on pole location and the shape of the target area.

Type II
Long, narrow distribution

Roadways, perimeter drives, narrower paths

Type III
Forward/wide distribution

Parking rows, perimeter poles, many general lot applications

Type IV
Strong forward throw

Perimeter poles where light must project into the site

Type V
Broad symmetrical distribution

Open areas where coverage is needed around the pole

Pole + mounting

The same fixture can behave very differently on a different pole.

Document the pole and mounting condition early. It prevents the common mistake of choosing a family that has the right output but the wrong arm, tenon, voltage, or optic.

InputWhy it matters
Pole heightControls throw distance, spacing, glare potential, and optic choice.
Pole locationPerimeter, interior island, roadway edge, or building-adjacent conditions change distribution needs.
MountingSlipfitter, direct arm, trunnion, tenon, or retrofit hardware must match the existing pole/fixture condition.
ElectricalVoltage, photocell, surge protection, dimming, occupancy, and network controls should be known before ordering.
Photometric brief

For site lighting, a layout is often the real specification.

A photometric plan is the reliable way to test fixture count, pole spacing, average/minimum light levels, uniformity, and spill before product is purchased.

Pole height and approximate spacing
Existing fixture wattage/type and pole condition
Parking rows, drive lanes, pedestrian zones, and site boundaries
Required footcandles or project photometric criteria
Distribution type or IES requirement
Mounting/tenon/arm configuration
Voltage and surge-protection requirement
Photocell / motion / network-control requirement
Full-cutoff or local lighting restrictions
New fixture vs. retrofit preference
Replacing HID shoeboxes?

Match the required output and distribution—not the old input wattage alone. Existing poles and housings may support either full replacement or a retrofit path.

Review retrofit paths