This is the table to open when a quotation says "300W LED flood" and you want to know whether 24,000 lm is honest, or when a client asks what a hotel corridor downlight should deliver. It lists the typical delivered lumen packages, CCT options and system efficacy for the fixture categories that move in export volume. Read it as a plausibility band, not a specification: products exist above and below every range, but a datasheet far outside these bands deserves a question before it deserves an order. For the wattage side of the same conversion, pair it with our lumens to watts chart.
| Fixture type | Typical lumen package | Typical CCT | Typical system efficacy | Typical application |
|---|---|---|---|---|
| LED bulb (A60/A19) | 450-1,600 lm | 2700K | 80-100 lm/W | Homes, hospitality lamps |
| LED tube (T8) | 1,600-3,200 lm | 4000K | 100-120 lm/W | Garages, back-of-house, storage |
| Recessed downlight | 400-2,500 lm | 2700-4000K | 80-110 lm/W | Homes, offices, hotels, retail |
| LED panel (600x600) | 3,000-4,500 lm | 4000K | 100-130 lm/W | Offices, schools, clinics |
| Track spotlight | 600-2,000 lm | 2700-3000K | 80-110 lm/W | Retail, galleries, showrooms |
| Linear batten | 3,000-8,000 lm | 4000K | 120-140 lm/W | Workshops, supermarkets, utility |
| Tri-proof batten | 3,000-9,000 lm | 4000-5700K | 120-140 lm/W | Parking, cold stores, wet areas |
| UFO high bay | 9,000-40,000 lm | 5000-5700K | 130-160 lm/W | Warehouses, gyms, factories |
| Street light | 3,000-25,000 lm | 4000-5700K | 140-170 lm/W | Residential to arterial roads |
| Flood light | 3,000-50,000 lm | 5000K | 130-160 lm/W | Yards, facades, sports areas |
| Solar street light | 1,500-8,000 lm | 5700K | 160-200 lm/W effective | Off-grid roads, estates, campuses |
| Chandelier (total) | 1,000-4,000 lm | 2200-3000K | 40-80 lm/W | Dining, lobbies — decorative first |
| Wall light / sconce | 200-1,200 lm | 2700-3000K | 50-90 lm/W | Corridors, bathrooms, facades |
| LED strip | 300-2,800 lm per metre | 2700-4000K | 80-120 lm/W | Coves, shelves, joinery, signage |
Illustrative industry bands for mainstream 2025-2026 product at standard CRI; premium bins run higher, budget product lower. Solar figures are effective lumens under dimming schedules, which flatters the lm/W — compare solar products on battery autonomy, not efficacy alone.
Efficacy climbs from bulbs to high bays because of physics and economics: larger fixtures shed heat better, run drivers at steadier loads and can afford premium bins, while decorative pieces deliberately trade efficiency for shade materials, dimming depth and warm CCTs — a chandelier's 60 lm/W is a design decision, not a defect. Outdoor classes run highest because every lumen is thrown unobstructed onto a target. When comparing suppliers inside one band, the honest tie-breakers are tested fixture lumens, bin discipline and driver brand rather than the headline number; the certification layer that backs those claims is covered in our lighting certification guide.
Every band above maps to a product family in the cluster: panels, downlights and track heads under commercial lighting, the high bay and batten classes under industrial lighting, and the street, flood and solar classes under outdoor and solar lighting. Send the lumen package and CCT per room and quotations arrive directly comparable — which is the entire point of fixing lumens before prices.
Convert lumen packages to expected wattage at real LED efficiencies.
Recommended maintained illuminance by application per EN 12464-1 practice.
The Kelvin scale mapped to every space type, from 2200K to 6500K.
CE, UKCA, SAA and SASO: which marks your market needs and how to verify them.
Send the lumen package and CCT per room — matched, tested and binned product with FOB quotation out within 24 hours.