SLV Light ribbon-/hose/-strip

slv light ribbon hose strip range and usage context

SLV light ribbon hose strip solutions cover accent lines, edge washes, and indirect runs where a continuous, flexible source is faster to install than segmented luminaires. Typical systems run on 24 V DC for efficiency and stable dimming; some decorative hose styles are 230 V AC where long continuous lengths are needed without drivers in the ceiling void. Lumen output spans ~300–1 200 lm/m depending on watt density (4.8–19.2 W/m common), with CCT 2 700–6 500 K, RGB/RGBW variants for ambience, and CRI 80/90 options. For interiors, IP20 versions live in coves and joinery; IP65/IP67 jacketed types handle kitchens, bathrooms, outdoor soffits, and façade lines. Binning is typically ≤3 SDCM so long runs read uniform across corridors and shelves.

slv led ribbon hose product families and formats

Families split into flat flexible PCBs with silicone jackets for tight radii and round or side-emitting hose for continuous “neon-style” lines. Cut increments are usually 25–100 mm (24 V) and 500–1 000 mm on mains-fed hose; field connectors and pre-terminated leads simplify layout. Minimum bending radius sits around 20–50 mm for jacketed strips and ~100 mm for larger circular hose—tight radii should be specified with factory-formed corners to protect solder joints. Mounting options include aluminum channels with opal covers for glare control, clear clips for invisible fixing on façades, and recessed trims for joinery.

slv flexible light strip technical specifications and standards

Expect PF ≥0.90 at the driver, THD ≤10–15 % on professional supplies, and PWM/CCR dimming down to 1–5 % depending on driver family. LM-80/TM-21 source data informs lifetime; L80 50–60k h is typical when Tc is managed. Thermal paths matter: use aluminum profiles where power density exceeds ~10 W/m, and keep LED Tc at least 10–15 °C below the datasheet limit for life margin. Optics: clear covers maximize punch; opal diffusers even the diode image; micro-prismatic inserts preserve beam control in work zones. Compliance follows EN 62031 for modules and EN 60598 at the luminaire level; ingress ratings rely on the jacket, end caps, and feed glands—mixing parts from other ecosystems voids the IP chain.

slv led lighting hose applications and compatibility

Hose lines excel where a continuous, dot-free appearance is visible to occupants: hospitality coffers, reception bars, retail fascias, and external reveals. Side-emitting profiles trace curved millwork and handrail undersides; top-emitting styles suit ceilings and perimeter shelves. For work areas, specify 3 000–4 000 K with CRI ≥90 in food and fashion; for back-of-house, CRI 80 with higher efficacy keeps watts down. DALI-2 or 1–10 V control is achieved through the driver—publish minimum stable dim level for cleaners so spaces never drop into semi-dark. Keep cable voltage drop below ~2–3 %: at 24 V plan feed segments ≤5 m per end unless copper is upsized.

Integration with SLV systems

Strips and hose pair with SLV drivers, profiles, and connection kits so mechanics and electrics share a common bill of materials. Use rigid channels to cap Tc and deliver straight sightlines over long coves; pick low-profile extrusions where depth is constrained. For façade use, match the profile finish to fittings in the same view so anodized and powder-coat tones don’t drift under mixed CCT lighting. When combining linear runs with downlights or pendants, align driver families to a single dimming protocol to keep commissioning simple and scenes consistent with the control system.

Selection criteria for B2B clients

Start with visual intent: dot-free neon look or high-punch direct diode image. Then lock in CCT/CRI per space and pick watt density to meet the target illuminance with headroom. Confirm bend geometry and the minimum radius along every curve on drawings; request factory corners for tight arcs. Size drivers with 15–20 % electrical margin and group by run length to keep dimming uniform. For exteriors, specify UV-stable jackets, sealed end caps, and stainless fixings; for food and pool spaces, look for IP67 and silicone gaskets. Publish feed spacing, loop topology, and emergency strategy early—long lines need planned injection points and clear test switch routing.

Advantages of working with Bankoflamps

We align profiles, watt densities, drivers, feeds, and control protocol to your room data sheets and single-lines, then show live EU stock by warehouse before night access is booked. Quotes usually return in about an hour with EAN/MPN, cut increments, Tc limits, IP notes, driver PF/THD, and mounting codes—so selections don’t drift during coordination. Your portal provides lead-time tracking, shipment status, and downloadable, always current price lists with validity windows; trusted clients can use post-payment up to 30 days. Orders are placed by manufacturer code, and we consolidate by line and zone to trim freight and site sorting. A dedicated account manager cross-checks voltage-drop math, corner strategy, DALI budgets, and profile thermal capacity against drawings—so cartons arrive lift-ready and crews finish once.