5W Recessed Linear LED Handrail Light - IP67
Engineered specifically for discreet, high-performance under-rail illumination on round profile handrails (stainless steel or aluminum alloy, Ø48-52mm, 1-2mm wall). This IP67-rated linear fixture provides architects and installers with a versatile solution for creating continuous, glare-free lighting in diverse architectural settings, from indoor residential spaces to outdoor public areas like villas, parks, squares, and garages.
Specifications & Advantages:
Optics: Choice of Symmetric (90°x135°) or Asymmetric (65°x125°) beam angles for tailored light spread.
Light Source: 2 x 2.5W CREE SMD LEDs. Luminous Flux >460LM (@3000K).
Color & Quality: Single CCT (2700K to 6500K). Standard CRI Ra>80 (High CRI Ra>90 available).
Construction: Durable aluminum alloy housing with clear PMMA optical diffuser for even light output.
Installation: Recessed mounting into handrail tube. Compatible cut-out: 118.5mm x 25mm. Curved front ensures fit on round tubes. Easy maintenance.
Electrical: 24VDC input, 5W power consumption. Maximum connected load: 100W.
Durability: IP67 weatherproof (splash/dust resistant - not for submersion).
Operating temp: -20°C to +45°C.
Longevity: Rated for 30,000 hours (L70 lifespan).
Dimensions (Fixture): 118mm (L) x 30mm (W) x 29mm (H).
Warranty: 2 Years.
Technical Parameters of 5W IP67 Symmetrical or Asymmetrical LED Handrail lighting System:
Item Number |
Light Color or CCT(K)
| Light Source | Input Voltage | Power | Beam Angle | Light Efficiency (LM/W) | IP Rate | Applications |
08S30118-S-DC | 2700K, 3000K, 4000K, 6000K | 2PCS x 2.5W CREE LED, CRI80+ | 24VDC Constant Voltage | 5W | 90° x 135° (Symmetrical) | 93LM/W | IP67 | Suit for ∅48-52mm handrail tube with wall thickness 1-2mm |
08S30118-A-DC | 2700K, 3000K, 4000K, 6000K | 2PCS x 2.5W CREE LED, CRI80+ | 24VDC Constant Voltage | 5W | 65° x 125° (Asymmetrical) | 92LM/W | IP67 | Suit for ∅48-52mm handrail tube with wall thickness 1-2mm |
Note:For constant current input version, please inquire us separately.
Light Distribution Diagram: