The RD33 2-Way Round Trim is precision-engineered to work with high-performance LED inground fixtures, ensuring that light output is directed through two opposing openings for controlled, symmetrical illumination. This directional approach minimizes light waste and reduces unwanted glare, making it ideal for pathway accent lighting, architectural wall grazing, or highlighting landscape features. When paired with a compatible LUMENSTARLED inground LED light featuring a high CRI rating, the result is vibrant, true-to-life color rendering across your outdoor environment.
Constructed from marine-grade brushed stainless steel, this trim is built to resist corrosion, UV degradation, and the freeze-thaw cycles common across Canada. The material and build quality support long-term durability in fully exposed outdoor installations. When used with an appropriately IP-rated inground fixture designed for wet or submersible locations, the complete assembly provides reliable performance in demanding conditions — from rain-soaked gardens to snow-covered walkways.
The RD33 trim is cUL/CSA approved, meeting the rigorous safety and performance benchmarks required for Canadian residential and commercial installations. This certification ensures compliance with national electrical codes, giving homeowners and licensed electricians confidence during installation. The trim is designed for straightforward retrofitting into existing compatible inground housings, reducing labor time and installation complexity.
By upgrading to a directional two-way trim, homeowners can maximize the energy efficiency of their existing LED inground lights — directing photons only where they're needed rather than dispersing light in all directions. Compared to older halogen or incandescent inground lighting systems, a well-designed LED setup with proper trim accessories delivers dramatically lower energy consumption and significantly longer service life, reducing both your electricity costs and the frequency of maintenance in hard-to-access ground installations.