Philips GreenSpace Evo Mini Adjustable
A Sustainable Spotlight with a Stylish and Subtle Design
Product Overview
The GreenSpace Evo Mini Adjustable is a compact accent spotlight with a subtle and elegant design. Its light can be directed up to a 30-degree angle, making it an excellent choice for fashion stores, hotels, restaurants, and residential spaces. The 3D-printed housing is made from at least 65% recycled or bio-circular materials, while the heat sink is made from 85% recycled aluminum. The luminaire is designed to support a circular economy: it can be upgraded, is reusable, and fully serviceable and recyclable. Furthermore, the GreenSpace Evo Mini Adjustable is highly energy-efficient, making it a responsible choice for accent lighting. Deep PerfectAccent reflectors provide soft, pleasant light. Retrofitting projects are made easy with Perfect Fit, as it accommodates various existing cut-out sizes. Philips MyCreation offers additional colors, textures, and cut-out options.
Key Benefits
- Blends seamlessly into store interiors due to its clean design.
- Light can be easily directed up to a 30-degree angle.
- Perfect Fit solution accommodates various existing cut-out sizes, simplifying replacement of old luminaires.
- Enhanced brilliance and eye-pleasing light thanks to deep PerfectAccent reflectors.
- Easy serviceability and upgradeability extend the product's lifespan.
- Recycled materials and high energy efficiency further reduce the product's carbon footprint.
Features
- Easy access to optics, LED, and front glass.
- Serviceable with standard tools.
- Available in multiple Perfect Fit cut-out sizes (80 mm - 100 mm).
- Reduced carbon footprint due to high luminous efficacy.
- Equipped with high-performance PerfectAccent reflectors.
- Driver options: Interact-compatible DALI control (DIA) and wireless Interact control (WIA).
- Optional front glass (recommended for dusty environments).
Applications
- Fashion stores
- Hotels and restaurants
- Residential buildings
Technical Specifications
The GreenSpace Evo Mini Adjustable is available in various configurations with different color temperatures, CRI values, luminous efficacies, and light outputs. Key technical details include:
| Order Code | Full Product Name | Color Temperature (nom.) | Color Rendering Index (CRI) | Luminous Efficacy (nom.) | Luminous Flux |
|---|---|---|---|---|---|
| 910505104569 | RS321B 17S/PW940 DIA-E HWB FG GR | 4000 K | >90 | 128 lm/W | 1700 lm |
| 910505104590 | RS321B 12S/PW940 PSU-E HNB FG GR | 4000 K | >90 | 119 lm/W | 1200 lm |
| 910505102998 | RS321B 17S/840 PSU-E HMB BK | 4000 K | >80 | 133 lm/W | 1700 lm |
| 910505104501 | RS321B 20S/830 PSU-E HWB BK | 3000 K | >80 | 122 lm/W | 2000 lm |
| 910505104568 | RS321B 7S/PC930 PSU-E HMB FG BK | 3000 K | >90 | 105 lm/W | 700 lm |
| 910505104586 | RS321B 7S/PW930 PSU-E HWB BK | 3000 K | >90 | 120 lm/W | 700 lm |
| 910505104587 | RS321B 7S/PW940 PSU-E HWB BK | 4000 K | >90 | 127 lm/W | 700 lm |
| 910505104591 | RS321B 12S/PC930 WIA-E HMB BK | 3000 K | >90 | 117 lm/W | 1200 lm |
| 910505102999 | RS321B 17S/PC930 WIA-E HMB WH | 3000 K | >90 | 111 lm/W | 1700 lm |
| 910505104502 | RS321B 20S/PW940 DIA-E HMB WH | 4000 K | >90 | 128 lm/W | 2000 lm |
| 910505104570 | RS321B 20S/PW930 WIA-E HMB WH | 3000 K | >90 | 122 lm/W | 2000 lm |
| 910505104584 | RS321B 7S/830 PSU-E HWB WH | 3000 K | >80 | 118 lm/W | 700 lm |
| 910505104585 | RS321B 7S/840 PSU-E HVWB WH | 4000 K | >80 | 123 lm/W | 700 lm |
| 910505104588 | RS321B 12S/830 PSU-E HWB WH | 3000 K | >80 | 127 lm/W | 1200 lm |
| 910505104589 | RS321B 12S/PW930 PSU-E HMB FG WH | 3000 K | >90 | 121 lm/W | 1200 lm |
Mechanical Data and Safety:
- Impact protection code: IK02
- Emergency lighting: No central battery safety lighting.
- Markings and certifications: CE marking, ENEC marking, Glow-wire test (650°C, 30s).
- Environmental temperature range: +10...+35 °C.
- Initial performance (IEC-compliant): Luminous flux tolerance +/-10%.
Polar Diagrams
The document includes polar diagrams illustrating the light distribution patterns for various models. These diagrams show the luminous intensity distribution in candelas per kilolumen (cd/klm) across different angles.
