Technical Information
| Item condition |
New |
| Manufacture name |
LED Lamp 1906 Classic 1.8W 822 230V Filament |
| Brand |
OSRAM
|
| Categories |
E27 LED Lamps
E27 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 |
E27 |
| 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 |
4099854551826 |
Other Technical data
| Degree of protection (IP) |
IP20 |
Description
Provides illumination in low-power setups, works with 230V electrical systems. Fits specialized lighting configurations and supports warm white light output (2200K). Retrofit compatibility for various setups; screw base matches E27 standards. Limited use cases but efficient for decorative or atmosphere-focused design. 2W power rating (1.8W), nominal efficiency in energy-conservative scenarios. Voltage requirement stable at 230V AC; flicker-free operation within standard household or commercial networks, single filament construction reinforces compact design. Minimal thermal dissipation noted during extended runtime. Physical form factor compact-dimensions adhere to standard bulb sizes for E27 connections. SFILGDE276X coding relevant for sourcing/replacement tracking; OSRAM-branded reliability applied in manufacturing build quality tests. Technical notes: Light color temperature = 2200K — warm white, socket type = E27 screw-based, nominal efficiency = 1.8 watts operational output, voltage compliance rated at nominal 230V AC, retrofit-compatible with older fixtures supporting filament-style bulbs, branded under OSRAM "1906 CLA" lineup series, intended primarily for aesthetic/ambient implementation environments, sustainable energy consumption profile matched to decorative projects only despite limitations on higher lumen demands @ low wattage thresholds