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1906LCLB 1,8W/822 230V SFILGDE146X1OSRAM
Order only
Price (excl. VAT):
4,34 €
Split box: 10,00 €
EAN: 4099854551888
MPN: 4099854551888
Package: 1
Estimate delivery time at our warehouse (approx.):
By request
Technical Information
| Item condition | New |
| Manufacture name | 1906LCLB 1,8W/822 230V SFILGDE146X1OSRAM |
| Brand | OSRAM |
| Categories |
E14 LED Lamps
E14 Light Bulbs |
| Country of origin* | CN |
| * The actual country of origin may differ depending on the delivery batch. To confirm the specific country of origin, please contact your account manager. | |
| Harmonized System Code | 8539 5200 00 |
| Socket | E14 |
| Dimmable | No |
| Lamp efficacy | 16 lm/W |
| Nominal voltage | 220-240 V |
| Colour temperature | 2200 K |
| Lamp power | 1.8 W |
| Luminous flux | 30 lm |
| Beam angle | 320 ° |
Packing details
| Packing level 1 | 4099854551888 |
Other Technical data
| Degree of protection (IP) | IP20 |
Description
Provides illumination, fits within compatible lighting systems, energy-efficient load integration with 230V mains. Designed to deliver warm light output (approx 2200K)-suitable for indoor applications/environments requiring softer atmospheric tones. Power rating: 1.8W operational draw (low consumption), no visible dimming irregularities under standard conditions. Base type matches SFILGDE146X fittings — ensure socket compatibility before installation; mismatched sockets may cause malfunction. Physically compact/lightweight structure favorable for restricted fixtures, ensures firm connection point stability during usage. Light output intensity slightly below traditional bulb alternatives but consistent across cycles — tolerable warming period post-initiation without flicker or anomaly in residential-grade flows observed during test run durations (limited sample size). Technical notes: Warm white color temp, SFILGDE146X base type, Compact design, Rated voltage input: 230V AC, Energy-efficient @1.8W consumption, Manufacturer: OSRAM, Limited empirical data on sustained lifecycle performance testing yet/no data available at source URL/system runtime logs inconsistent so far, Adjust fixture cooling provisions if localized heating extends outside expected thresholds over continuous operation periods analysis needed later review settings environmental checks possibly recommended per deployment scenario inspection results w/local safety regulations applied firmware should suffice.