THORGEON E14 LED Lamps

thorgeon e14 led bulbs optical and mechanical data

Compact A37, P45, and candle bodies deliver 250–700 lm at 2–6 W, CRI 80 standard with CRI 90 options, and CCT 2700/3000/4000 K held within SDCM ≤3. Power factor typically ≥0.90 with THD <15 %; surge immunity 1–2 kV reduces nuisance returns on mixed boards. Operating window −20…+40 °C; the lamp is IP20 while enclosure IP comes from the fitting. Neck and shoulder diameters follow IEC 62560 so trims and collars remain consistent when crews standardise thorgeon e14 led bulbs across floors.

thorgeon e14 led lamps envelopes and photometry

Opal candles smooth luminance in low ceilings; clear filament styles provide sparkle where the source is visible. Emission is wide (240–320°) for shades and sconces; for tighter cones, pick inner diffusers or prismatic sleeves. Mark Tc on first install and recheck after one hour in enclosed cups to protect L80 25–50k h projections. Procurement tags thorgeon e14 led lamps by lumen bin, CCT, and optic so appearance stays uniform between rooms.

thorgeon small base led lighting in multi-room estates

E14 keeps fittings compact—ideal for bedside, mirrors, display cases, and corridor sconces. Recessed collars and spacer rings correct plaster variance and keep bezel planes flush. Drivers meet EN 55015/EN 61547 EMC practice, so lamps can sit near control gear without artefacts. Facilities favour thorgeon small base led lighting when stocking depth must stay low but finish options remain broad; repeating thorgeon small base led lighting SKUs simplifies audits and swap cycles.

thorgeon decorative e14 lamps for hospitality and retail

Filament candles at 2200–2700 K create tungsten-like sparkle; opal variants tone down point brightness in intimate zones. Glass strength and solvent-resistant markings handle routine cleaning. For chandeliers, keep mass within lampholder limits and confirm shade diameter against envelope shoulders. Designers choose thorgeon decorative e14 lamps where heritage looks are required without giving up PF or lifetime; estates catalogue thorgeon decorative e14 lamps by finish code to stabilise refurbishment orders.

thorgeon dimmable e14 bulbs control behaviour and flicker

Trailing-edge dimmers produce quieter operation and cleaner low-end (typ. 5–10 %) than leading-edge. Pair tested dimmer lists with site standards and note minimum levels on drawings. Ripple is constrained for camera zones; PstLM/SVM targets are met when recommended controls are used. When mixing circuits, group identical thorgeon dimmable e14 bulbs by zone so scene recall stays predictable; maintenance holds thorgeon dimmable e14 bulbs by CCT and driver class to shorten service calls.

thorgeon energy saving e14 lights efficacy and lifetime planning

Expect 90–120 lm/W depending on optic and CCT; start time <0.5 s with no perceptible warm-up. Choose PF ≥0.90 where tariffs penalise reactive power. Above 40 °C ambient, apply the published derate to protect lifetime. Estates value thorgeon energy saving e14 lights because stable bins keep meter baselines and visual uniformity tight; planned relamps of thorgeon energy saving e14 lights by zone prevent colour drift from mixed batches.

thorgeon retrofit e14 led lamps compatibility and installation notes

Legacy dimmers and timers can misbehave at low load—spec trailing-edge or add a bleed where policy allows. Check “enclosed rated” codes for sealed shades; ensure 100–150 mm clearance above vented heads. For emergency lines with maintained inverters, confirm minimum start voltage and inrush. Using thorgeon retrofit e14 led lamps lets teams phase upgrades without changing holders; corridor programmes repeat one class of thorgeon retrofit e14 led lamps per spacing table to stabilise uniformity.

Technical specifications engineers use

• Electrical: 220–240 V AC, PF ≥0.90, THD <15 %, surge 1–2 kV L–L; current crest factors published for relay sizing.
• Optical: CRI 80/90, CCT 2700/3000/4000 K, SDCM ≤3; 240–320° emission on opal, filament sparkle on clear.
• Thermal: −20…+40 °C ambient; verify Tc at 60 min in enclosed trims; avoid insulation contact unless luminaire allows.
• Safety/standards: bases and dimensions IEC 62560; modules assessed to EN 62031; EMC EN 55015, immunity EN 61547.
• Mechanics: E14 caps with ceramic collars at hot points; weight kept within lampholder limits to protect gypsum ceilings.

Applications and integration

Apartments and hotels prefer 2700–3000 K in rooms and 3000–4000 K in corridors; retail uses clear filaments in feature displays; offices deploy opal candles in decorative sconces without screen glare. Terminal windows, gland threads M16/M20/M25, and label formats match panel standards so inspections follow the same language.

Selection criteria for B2B buyers

1. Fix lumen class and CCT by space and mounting height.
2. Choose CRI by task—90 for colour-critical counters, 80 for general zones.
3. Decide dimming policy and publish approved pairings; lock minimum level.
4. Confirm envelope vs shade clearance and “enclosed rated” where needed; check Tc.
5. Set PF/surge class to site rules; record inrush for relay or inverter planning.
6. Standardise bins and carton counts per room bundle to avoid mixed appearance.

Advantages of working with Bankoflamps

We schedule deliveries in the order crews install. Quotes with EAN/MPN land in about an hour, and live EU stock is visible before teams are booked. Your portal shows lead times, shipment tracking, and downloadable price lists with validity windows you can plan against. Trusted accounts use post-payment up to 30 days. We consolidate per room bundle so lamps, collars, gaskets, and dimmer kits arrive together, and your account manager checks lumen bins, CCT/CRI, envelope clearance, dimmer pairing, surge class, and Tc notes against your drawings—keeping E14 packages site-ready across France, the Baltics, Germany, Spain, Italy, Belgium, and the Netherlands.