Philips 24V LED strip LS155 G4/G5

Product Name: Philips LS155 G5 Series LED Low-Voltage Light Strip (SMD Version)

【Product Core Selling Points】

• High Color Rendering Performance: The entire series is upgraded to CRI 90 (Ra>90), with color rendering improved by 12.5% compared to the previous generation, accurately reproducing object colors and making visual spaces more vibrant and vivid.  

• High-Quality Linear Light: Utilizes 120 high-quality LED beads per meter, providing high brightness and consistent lighting effects, ensuring stable light efficiency and color.  

• Long-Lasting Durability: The product has a lifespan of up to 20,000 hours, with excellent brightness retention.  

• Professional-Grade Adhesive: Uses 3M 200 high-quality adhesive, which has passed 60 rigorous tests, maintaining high adhesion even in high-temperature environments and resisting peeling.  

• System Compatibility: It is recommended to use with Philips original drivers (such as the LM-PW series) to ensure energy conversion efficiency and lifespan.  

【Technical Specifications】

• Input Voltage: 24V DC.  

• Color Rendering Index (CRI): Ra > 90.  

• LED Density: 120 beads/meter.  

• Color Consistency (SDCM): ≤ 5.  

• Protection Class: IP20 (Indoor Version).  

• Standard Length: 10 meters/roll.  

• Product Dimensions: 10000 x 8 x 1.4 mm

·Strip width 8mm

• Lifespan: 20,000 hours.  

【Available Models and Optical Parameters】

This series offers three power levels to meet different lighting needs:

1. 8W Energy-Saving Type (800lm/meter class)  

• 2700K (700lm/meter)

• 3000K (750lm/meter)

• 3500K / 4000K / 6500K (800lm/meter)

2. 12W Standard Type (1150lm/meter class)  

• 2700K (1050lm/meter)

• 3000K (1100lm/meter)

• 3500K / 4000K / 6500K (1150lm/meter)

【Recommended Application Scenarios】

• 2700K / 3000K: Hotel rooms, high-end dining, home ambiance lighting, art spaces.  

• 3500K / 4000K: Boutique display cases, home living rooms, commercial exhibition spaces, studios.  

• 6500K: Office lighting, industrial facilities, specific high-brightness requirement locations.