LED Up/Down Wall Light | Curved & Square Column Outdoor Sconce SF-O-WL-004
The SF-O-WL-004 is an aluminum LED up/down wall light suitable for use on exterior walls, fences, or suitable places of buildings such as courtyards, commercial buildings, office buildings, and parks. Providing general lighting or decoration in outdoor areas, it helps distribute light evenly throughout a space, eliminating dark corners and enhancing overall brightness. Often used alongside other light sources to create well-lit environments, highlighting display features, artwork, or architectural elements to add a sense of accent to a space.
Features & Benefits
Attribute | Detail |
Category | Wall Light |
Diffuser Material | Glass |
Body Material | Aluminum |
Operating Mode | Built-in driver |
Control | On/Off switch |
IP Rating | IP54 (weather-resistant) |
Mounting Type | Wall mounted |
Mounting Location | Wall |
Application | Indoor / Outdoor |
Body Color Options | Black / Dark Gray / Silver Gray |
Beam Angle Options
Available in five reflector beam angles for flexible lighting design: 15° / 24° / 38° / 45° / 60°
Design Variants
· SF-O-WL-004A (curved column) — Rounded half-cylinder profile, dual up/down beams
· SF-O-WL-004B (square column) — Angular rectangular profile, dual up/down beams
Technical Specifications
Item No. | Lamp Type | Power | LM | CCT | PF | Voltage | CRI | A (mm) | B (mm) | C (mm) |
SF-O-WL-004A-LED | LED | 2×5W | 700 | 2700-6000K | 0.6 | AC110-265V | 80-90 | 65 | 80 | 150 |
SF-O-WL-004A-GU10 | GU10/G5.3 | - | - | - | - | - | - | 68 | 92 | 150 |
SF-O-WL-004B-LED | LED | 2×5W | 700 | 2700-6000K | 0.6 | AC110-265V | 80-90 | 65 | 80 | 150 |
SF-O-WL-004B-GU10 | GU10/G5.3 | - | - | - | - | - | - | 68 | 92 | 150 |
Note: A = fixture width; B = fixture depth; C = fixture height. Available in LED (built-in driver) or GU10/G5.3 lamp-holder versions, in curved or square column styles.
Applications
Ideal for exterior walls, fences, courtyards, commercial and office buildings, and parks — dual up/down beams create a dramatic accent effect while providing even ambient illumination for facades and architectural features.
