Recessed Spot Lights LED - TY Series
Structure Of LED Recessed Downlight
It adopts a split structure (heat sink + bracket + lens + front and middle face ring), with efficient heat dissipation; three types of spring clips are available for fixation, making installation more convenient; the high-definition lens ensures a pure and uniform light spot, without any stray light.
Split Structure Of Recessed Spot Lights LED
30° Large-angle Adjustment Recessed Spot Lights LED
Family-style design, diverse style options
Multiple Light Distribution
The light is soft and not dazzling, and even when staying in the light environment for a long time, it will not cause visual fatigue. It is especially suitable for scenarios that are sensitive to glare, such as high-end shopping malls, museums, study rooms, and children's rooms.
Datasheet Of Recessed Spot Lights LED
24°/ 36°(Black Hole)
Inclination Angle 15°(Polarized Light)
Multi Scenario Applications
Applications In Different Scenarios
Recessed Spot Lights LED FAQs
Recessed Spot Lights LED TY Series are designed for commercial, residential, and exhibition lighting, especially where adjustable directional lighting is required.
Unlike standard LED Down Lights, TY Series offers 30° adjustable angle control, multiple optical effects, and modular light distribution options.
Yes. The lamp body supports up to 30° multi-direction adjustment, allowing precise repositioning even after installation.
The press-type quick installation system simplifies mounting, reduces installation time, and improves maintenance efficiency for LED Down Lights.
Yes. With UGR < 16 low glare design, Recessed Spot Lights LED are suitable for museums, galleries, and exhibition lighting.
Beam angles include 15°, 24°, 36°, 38°, and 55°, supporting both focused and wide-area lighting.
It uses a deep anti-glare optical structure combined with multi-level diffusion to effectively control light spill and glare.
It uses a split structure including heat sink, bracket, lens, and face ring for better thermal management and optical precision.
