SLV LED Panels

slv led panels Application scope and performance

Open-plan offices, classrooms, clinics, and retail back-of-house all want the same thing: stable illuminance, low glare, and drivers that behave on crowded lighting feeders. SLV panel families cover 600×600, 300×1200, 620×620 and other regional formats with lumen nodes ~2 000–7 000 lm, efficacies typically 110–140 lm/W, CRI 80/90 options, and CCT 3000/3500/4000/6500 K. Driver PF ≥0.90 and THD ≤10–15 % on professional lines keep harmonic budgets civil; inrush data is published so breaker diversity is engineered, not guessed. Most series run −20…+40 °C, with surge immunity 2–6 kV (line-to-line / line-to-PE) when correctly bonded.

slv recessed panel luminaires Optics, grids, and UGR

Diffuser stacks use micro-prismatic films or structured PMMA/PC to hit UGR targets in VDT spaces (≤19 over desks is common when mounting and spacing are respected). Edge-lit variants give slim construction and uniform luminance; direct-lit boards with optical plates win when very low UGR or higher punch is needed. LDT/IES files include batwing distributions for evenly lit workplanes; keep Emin/Ē ≥0.6 in offices and ≥0.4 in circulation. Binning is tight (≤3 SDCM) so long corridors don’t show color seams. Where cameras live, pro drivers meet PstLM ≤1.0 and SVM ≤0.4 for low-flicker scenes.

slv ceiling panel lights Electrical design and standards

Safety and control gear follow EN 60598-1/-2-2 and IEC/EN 61347-2-13. EMC complies with EN 55015; immunity with EN 61547; harmonics per EN 61000-3-2 Class C (>25 W). Wiring windows typically 0.5…2.5 mm²; torque and strip lengths are printed on the card so QA doesn’t pause at height. Lifetime claims are tied to LM-80/TM-21 data—L80 50–100 kh at rated Tc is realistic when the plenum isn’t cooking the gear. IP ratings are generally IP20 for interiors; IP40/IP54 options exist for dusty or damp ceilings. Emergency choices include integral 1–3 h packs or central-battery kits with documented EM flux.

slv surface mounted panels Mounting, thermal, and retrofit notes

Surface frames and low-profile housings land on plasterboard or concrete without re-gridding. Rigid frames stop “oil-canning” on large plates, and captive screws speed ceiling time. Keep 10–15 mm air around convection-cooled drivers; crowded voids push Tc over spec and eat lifetime. For retrofit troffers, adapter skirts mask legacy openings; through-wiring variants simplify daisies on 10 A lighting circuits. Where dust or aerosols are present (print rooms, kitchens outside hoods), specify sealed faces and gasketed frames to keep optics clean.

Integration with controls and networks

DALI-2 (DT6) is the default for zoning; DT8 supports tunable white in meeting rooms and classrooms. 1–10 V remains viable for simple areas; publish minimum stable dim level so cleaners aren’t left in semi-dark. Hold DALI loop current ≤250 mA with ~20 % headroom, observe cable-length limits, and coordinate presence/daylight sensors on the same loop. Upstream, use Type 2 SPDs in the lighting DB and keep VFD feeders segregated to stop EMC ghosts being misdiagnosed as “panel flicker.”

Selection criteria for B2B buyers

1. Targets first. Desk zones 500–750 lx (UGR ≤19), corridors 100–200 lx; pick lumen node and optic to hit Ē and Emin/Ē.
2. Ceiling system. T-grid vs plasterboard vs concrete; check cut-out, frame depth, and anchor type.
3. Electrical discipline. PF/THD limits, inrush (A/µs) per circuit, surge class, wiring window; verify Zs after LED load reductions.
4. Controls. Protocol (DALI-2/1–10 V), address budget, min level, and fade curves—write them in the spec.
5. Visual comfort. UGR claim at your mounting height/spacing, not generic; confirm shielding and luminance.
6. Serviceability. Gear access, spare diffusers, visible Tc mark; keep Tc 10–15 K below limit for warranty headroom

Use slv office lighting panels when you need a straight-through UGR ≤19 deliverable across open offices; note the exact grid size, optic type, and driver protocol on each tag so procurement can’t substitute look-alikes.

Applications and compatibility

Education: batwing optics and DT8 tunable white for circadian profiles. Healthcare: sealed faces, high-CRI options for examination zones, and low flicker for imaging rooms. Retail back-of-house: medium UGR sheets with through-wiring to speed re-fits. Where ceiling height or architectural intent demands ultra-low profiles, slv slim led panels sit tight to the slab while holding uniformity. In modular ceilings with mixed cut-outs, treat runs as slv modular panel lights to maintain sightlines and spares logic across sizes.

Installation practice and field notes

Publish ferrule sizes and torque on the drawing; over-compression ruins terminals and IP seals. Stagger start or specify soft-start drivers on AFDD/B-curve circuits. Feed diversity matters: start large nodes a few hundred milliseconds apart or split by row. Leave cable slack and label loops; maintenance lives or dies on neat marshalling. In dusty builds, order spare gasket sets with the first drop—most “panel failures” are ingress after a rushed service call.

Advantages of working with Bankoflamps

We translate lumen nodes, optics, UGR targets, control protocol, and frame geometry straight from your room data sheets and one-lines, then show live EU stock by warehouse before access nights are booked. Quotes usually land in about an hour with EAN/MPN, Tc limits, PF/THD, inrush, IP class, emergency mode, and frame kits spelled out—so selections don’t drift mid-phase. Your portal provides lead-time visibility, shipment status, and downloadable price lists with validity dates; approved clients can use post-payment up to 30 days. We consolidate by floor or zone to cut freight and on-site sorting, and your account manager cross-checks cut-out and grid sizes, breaker diversity, DALI budgets, emergency zoning, and ceiling build-ups against the drawings—so cartons arrive lift-ready and crews close the ceiling once.