RZB’s low‑voltage platform covers flexible tapes, rigid boards, heat‑sinking profiles, and installation hardware that lets project teams build repeatable linear systems without ad‑hoc parts. Focus areas: stable photometrics, clean thermal behavior, and accessories that preserve IP and serviceability across multi‑site rollouts.
Electrical families 24 V DC as the estate standard for voltage drop and driver choice; 12 V for short decorative runs. Typical powers 4–20 W/m with constant‑current sections on premium lines to hold output over length.
Optical options lumen bands 300–2,000 lm/m; CCT 2200–6500 K; CRI ≥ 80 with high‑CRI ≥ 90/95 SKUs and strong R9 for material rendering. Tunable‑white tracks (2‑ch) and single‑channel colors/amber available where scenes matter.
Mechanics PCB widths 5–12 mm, copper 2–3 oz for lower voltage drop; cut pitches 25–100 mm with printed cut marks. Binning to SDCM ≤ 3 keeps batches visually consistent.
Protection indoor IP20 bare tape; over‑jacketed IP65 (gel/sleeve) and IP67 (extruded) for damp areas. Operating −20…+45 °C typical; observe Tc limits printed on the board.
Control dimmable via DALI‑2/0–10 V/PWM through constant‑voltage drivers; flicker‑optimized when paired with quality gear.
Profile types recessed, surface, corner, and pendant channels with snap diffusers (opal/clear/micro‑prism). Lengths in 1/2/3 m; cuttable on site.
Thermal role aluminum cross‑section sized to hold board Tc below limit at the target W/m; improves lumen maintenance and color stability under continuous duty.
Optics & glare opal for diffuse lines, micro‑prism for corridor batwing, clear for maximum lx or where lenses sit on the board. End‑caps and gaskets preserve ingress where used with sealed tapes.
Mounting spring clips, countersunk screws, or pendant kits; choose corner channels where wall‑washing is required.
Kits include clip rails, countersunk hardware, cable glands, and corner shields that protect wiring near the entry. For plaster‑in lines, use flange profiles with mesh edges; in damp zones, choose gasketed lids and stainless fixings.
Mount drivers on accessible trays; route SELV away from mains in separate ducting and add strain‑relief just inside the entry. Where EMC is sensitive (VFD rooms), use conductive plates and 360° screen bonds on control lines.
Linear sets pair with RZB downlights and panels to keep CCT/CRI aligned across the estate. Control via DALI‑2 scenes or 0–10 V/PWM where simple dimming is enough. For emergency, specify central battery or local inverters that maintain required flux in escape routes; select diffusers that preserve photometry.
Supply using constant‑voltage drivers with PF ≥ 0.9 and documented inrush; surge headroom ≥ 2 kV (L‑PE) is advisable where switching transients occur.
Cable entries, glands, and fixings align with common enclosure practice; mirror routing with adjacent panels so maintenance reads drawings by habit.
Procurement usually standardizes one 24 V tape family (CRI 80/90), one rigid module type for high‑lux lines, and two profile styles (recess + surface) to keep spares lean.
Commercial terms follow your BOM with individual B2B pricing and formal offers. A dedicated account manager coordinates samples and logistics, and live EU‑wide stock is visible for planning. Quotes typically land in about an hour. Orders submit by EAN/MPN with clean traceability, and price lists are downloadable and current. You’ll see lead‑time and order‑status tracking plus purchase‑history analytics to consolidate SKUs. Trusted clients receive up to 30 days post‑payment. We also plan consolidated shipments to reduce freight costs, hold prices with validity windows, and support teams in France, the Baltics, Germany, Spain, Italy, Belgium, and the Netherlands.