Brilliance PAR36 LED Lamps: Replacement Buying Guide
A PAR36 LED replacement needs to match the fixture's lamp space, terminal arrangement, and electrical requirements. More lumens alone will not solve an unsuitable beam or an incompatible supply.
Confirm the existing fixture
Disconnect power and allow the lamp to cool before inspecting it. Record the old lamp marking, fixture label, and connection arrangement. Check the lens, retaining hardware, seals, and drainage provisions. A corroded socket or water-damaged housing needs attention before installing a new lamp.
Choose output and beam together
A broad target may need a wider beam or more than one light position. A narrow beam concentrates light but can create an unwanted bright center. Test the effect from the normal viewing position before choosing the highest-output option.
Check the precise Brilliance model
Review the product sheet for voltage, watts or VA, color temperature, beam, environmental restrictions, and control compatibility. White-light and color-changing models may have different requirements. Do not assume a feature or warranty from another Brilliance lamp applies to the one you are ordering.
Complete the replacement
Use the fixture's approved removal and installation procedure. Refit the lens and seals correctly, then check the result after restoring power. Record the complete replacement SKU and inspect for stable operation. If the new lamp flickers, diagnose the supply and controls instead of repeatedly replacing lamps.
Brilliance PAR36 output and electrical-load comparison
The manufacturer's 2026 PAR36 cut sheet lists these white-light values. They apply to the documented standard PAR36 family, not automatically to Chameleon RGBW lamps or earlier versions. Check the exact color and beam combination before ordering.
| Lamp power | Input VA | 2700K lumens | 3000K lumens |
|---|---|---|---|
| 4W | 6.67 | 435 | 445 |
| 7W | 10.77 | 675 | 700 |
| 11W | 15.94 | 900 | 950 |
| 15W | 21.43 | 1,430 | 1,530 |
Source: Brilliance PAR36 2026 cut sheet. The same sheet specifies 8–25V AC/DC, wet-location and totally enclosed-luminaire use, and explicitly excludes underwater use. An IP rating does not override that exclusion.
Why does VA matter when replacing halogen PAR36 lamps?
Transformer planning uses the applicable electrical load, not the old lamp's “equivalent wattage.” In this table, four 15W lamps total 60W but 85.72VA. Use their VA and the transformer's loading instructions when assessing spare capacity. After a large halogen-to-LED reduction, also check minimum-load and control requirements.
Choose the beam before choosing the highest wattage
Measure the distance to the illuminated surface and the width you want covered. A narrower beam can highlight a trunk or column; a broader pattern may suit a wider canopy. More than one aiming position may give better coverage than one high-output lamp. The beam-spread chart explains the geometry; actual photometrics still depend on the selected lamp.
Is a standard PAR36 lamp the same as a Chameleon PAR36?
No. Treat white-light, fixed-color and app-controlled color-changing lamps as different selections. Verify their individual operating range, load, dimensions and control requirements. See the current PAR36 LED lamp collection for available options; do not assume every manufacturer-listed combination is stocked.
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- Kevin Simon