Transcend™ RM2 – Reflector Module 51mm (2") Line Voltage AC LED GU24 Base

Designed for integration into new and existing directional and decorative lighting products, the Transcend RM2 is simple, self-contained and extremely easy to use. Each compact RM2 unit is engineered to deliver exceptional optical and thermal performance using 4W AC Seoul Semiconductor Acriche LEDs.

The Transcend RM2:

• Features a modular, compact housing
• Is fully tested and UL listed
• Delivers optimized thermal management using leading-edge plated polymer and aluminum heat sink technology
• Offers high performance characteristics with low glare, 80% optical efficiency and popular MR16 light distributions
• Is easy to integrate into new products or existing designs
• Uses a GU24 socket that simplifies fixture design, while offering easy, plug-in replacement with an accepted and familiar interface
• Makes integration of solid state technology as easy and clean as applying a conventional lamp

To order, contact our exclusive channel partner, Leviton.

Available Distributions and Colors

• 15° Spot
• 25° Medium Flood
• 25° Tight Medium Flood

• 80 CRI 3,000K CCT Warm White Color
• 65 CRI 5,100K CCT Daylight White Color

General Specifications

Physical: Housing: silver-plated and clear-coated reflector/heat sink with aluminum auxiliary thermal spreader; Socket: bi-post GU24 base or 18 AWG wire leads; Dimensions : RM2 – 51mm; OE Height: 51mm (2")
Electrical and Light Output: Input: 120V AC or 220V AC, 50 or 60 Hz; Load: 4W; Source: (1) Seoul Semiconductor AN3200 or AW3200 4W LED 35,000-hour-rated life; Efficacy: 40 L/W*; * 50 L/W coming soon
Optical: Distributions: 15° Spot, 25° Medium Flood, 25° Medium Tight Flood; Cut-off: 40° Focusing Lens – optically clear UV stable polycarbonate UL 94 flame spread class; Reflector: 94% reflective silver plate with clear coat
Mechanical: Thermal Control: product must be provided adequate airflow to support heat extraction; not intended for use in enclosed fixtures; UL Listed: suitable for dry indoor and damp locations when protected from direct contact with water or moisture