Vimar LED drivers

Lighting power gear is where projects either run smoothly or burn time on site—wrong dim curves, hot voids, inrush that trips boards. Vimar’s driver catalog is built for repeatability: honest tc limits on the label, predictable inrush, and footprints that actually fit the canopies in your drawings. Below you’ll find a series-by-series view with output grids, protocols, and wiring rules you can drop straight into specs.

vimar led drivers portfolio and series overview

The core range spans constant-current (CC) and constant-voltage (CV) units from 6–300 W in linear “stick,” compact brick, and slim canopy forms, IP20 for ceilings and IP44/IP65 for damp zones. Typical electricals: PF ≥ 0.95 (≥ 0.9 at part load), THD ≤ 10–15 %, surge 2 kV L–N / 4 kV L–PE, efficiency 88–92 %, ripple ≤ 5–10 % for camera-friendly light. Tool-free covers, 0.5…2.5 mm² terminals, and clear tc marks simplify acceptance. If your schedule names vimar led drivers, you can stock one geometry across rooms and still cover CC, CV, and protocol variants without re-cutting plates.

vimar constant current drivers output grids and tuning

Output steps from 100 to 1500 mA ride wide voltage windows (e.g., 20–54 V) with NFC or dip-switch programming; constant lumen output and thermal fold-back keep optics consistent over life. Protection set: SCP/OVP/OTP, start-up soft-ramp to calm inrush on dense RCBO rows, max secondary length stated to prevent oscillation on long leads. For tight color work, low ripple and square-law dim curves are available. When you specify vimar constant current drivers by mA step, Vout window, tc, and surge class, night shifts stop swapping parts to “find a stable level”.

vimar dimmable led drivers protocols and curves

DALI-2 (DT6/DT8), 1–10 V/0–10 V, push-dim, and phase-cut (trailing/leading) versions share the same mounting footprint. Publish curve (log vs linear), minimum stable level (typically 1–3 % for DALI, 5–10 % for 1–10 V), fade times, and “dim-to-off” behaviour; list tested wall controls for phase units. Corridor function and emergency-compatible SKUs are available where maintained lighting is required. Crews standardize vimar dimmable led drivers so scenes land first time without on-site curve hacks.

vimar power supply units constant-voltage for strips and controls

12/24 V SELV bricks feed coves, signage, and control electronics with tight regulation and low ripple; short-circuit and thermal cut-back are standard. Look for low-inrush variants when many modules share one way, and note derating above +40 °C in shallow voids. Parallel-ready models include current share or explicit “no parallel” labelling—use that in the method statement when booking feeders. For long runs, vimar power supply units include cable-drop guidance so endpoint lux and dim range remain inside design.

vimar led control drivers interfaces and integration

Room controllers (KNX/DALI) and plant supervisors see status, energy, and faults via DALI-2 or 0–10 V feedback; NFC ports speed parameter sets during FAT. Tunable-white (DT8) channels are current-balanced, with channel mapping documented for BMS integration. In mixed estates, vimar led control drivers let lighting, blinds, and alarms share one backbone without losing dim range or violating SELV segregation inside boxes.

vimar electronic ballasts legacy fluorescent support

HF gear for T5/T8 and compact fluorescent keeps approved photometry in place during phased refurbishments. Expect warm start to protect cathodes, EOL cut-off, and low acoustic noise (30–50 kHz). Compliance: IEC/EN 61347-2-3 and EN 55015/61000 EMC. When LED can’t land in one phase, vimar electronic ballasts hold light levels and PF while you swap luminaires by zone.

vimar lighting driver modules form factors, IP, and wiring practice

Stick/brick/canopy housings share hole patterns and strain-relief positions; IP20 indoors, IP44/65 in wet points with gaskets and sealed plugs. Keep 7.5–10 mm breathing around warm devices, route SELV and mains on separate tracks, and bond screens 360° at gland plates near VFD rooms. Label tc in the O&M; many failures trace back to ignored case temperature. Schedules that bundle brackets and glands with vimar lighting driver modules cut rework and keep IP after maintenance.

Technical specifications and standards that matter

Supply 220–240 V AC, 50/60 Hz; isolation per IEC/EN 61347-1; LED drivers per -2-13; HF ballasts per -2-3; control performance EN 62384. EMC EN 55015; immunity EN 61000-4 set; mains harmonics EN 61000-3-2/-3. SELV where marked; reinforced or basic insulation otherwise. Terminals 0.5…2.5 mm²; strip 8–10 mm; typical torque 0.4–0.8 Nm (device label prevails). Lifetime and warranty hinge on tc—trend it during commissioning.

Applications and compatibility

Offices/hospitality: DALI-2 CC with DT8 tunable white for front-of-house; CV bricks for coves. Education/healthcare: low-ripple CC, high PF, emergency-ready units with monitored feeds. Logistics/plant: higher-surge CV/CC, long-lead drivers with stated max cable length and dV/dt filters; coexistence with HF ballasts during staged retrofits.

Selection criteria for B2B buyers

1. Fix optic and lumen target: CC (mA) vs CV (V) and voltage headroom with temperature.
2. Lock dim protocol and curve; confirm minimum stable level and tested controllers.
3. Check environment: IP class, ambient, tc clearance; choose low-inrush SKUs for dense circuits.
4. Publish EMC plan: shield bonds, SELV/mains segregation, max secondary length, surge category.
5. Room-bundle drivers, brackets, gaskets, glands, and labels by riser so swaps never move targets.

Advantages of working with Bankoflamps

Your build windows set the rhythm. Expect job-specific pricing, near-hour quotes by EAN/MPN, and live EU stock before ceilings close. The portal shows lead times, shipment tracking, and downloadable price lists with validity windows you can plan around. Trusted clients can use post-payment up to 30 days. We consolidate partials so drivers/ballasts, brackets, gaskets, glands, and labels arrive room-bundled by level. Your account manager cross-checks outputs, inrush data, dim curves, tc limits, EMC/SELV notes, and labeling against your drawings—keeping deliveries site-ready across France, the Baltics, Germany, Spain, Italy, Belgium, and the Netherlands.