Beam angle

300°

Type

LED Candle Thread Lamp

Socket

E14

Voltage

230 V

Watt

2 W

Luminous flux - lumen

210 lm

Color temperature

2700 K

Dimmable

No

Useful life in hrs.

10000 h

Energy efficiency class

E

Consumption kWh/1000h

2

Manufacturer

mlight

Light color

Warm white

Color rendering index Ra

80

Switching cycles

15000

Diameter

37 mm

Length

120 mm

Mercury content

0.0 mg

IP protection class

IP 20

Power factor

0.25

Contains mercury

No

Construction current

14mA

Weight

20 g

Frequency

50 Hz / 60 Hz

UVP 4,29 £
-42%
2,86 £
plus 19% tax, plus shipping
(Gross price 3,40 £)
Downloads & datasheets

Product description mlight LED candle shape 2W/E14 non-dimmable - warm white

mlight LED candle shape 2W/E14 non-dimmable - warm white.

LED candle bulb is an electric light source equipped with LED technology. It has a power of 2W and an operating voltage of 230V with an E14 base. The color temperature is 2700K, which creates a pleasant warm white light. The beam angle of the lamp is 300° and the brightness is 210 lumens. The average life of the lamp is 10000 hours. The LED candle lamp is not dimmable, so it is especially suitable for applications that do not require continuous brightness control.

LED filament lamp

As the name suggests, LED filament lamps are equipped with an LED filament that is housed in a glass bulb similar to classic incandescent lamps. However, unlike incandescent lamps, LED filament lamps do not heat filament, but use LED technology.

Due to the use of LED technology, LED filament lamps are much more energy efficient and durable than conventional incandescent lamps. They produce a pleasant warm white light and create a cozy atmosphere.

Since LED filament lamps do not require a heat sink, the light is also cast backwards, making dark shadows a thing of the past. With a wide beam angle, LED filament lamps are ideal for illuminating rooms.

Overall, LED filament lamps consist of the same components as classic incandescent lamps with carbon filament or tungsten filament. However, the use of LED technology makes them much more energy-efficient and durable.

LED lamps and luminaires contain various electronic components. Under unfavorable conditions, these components can develop noise. In cases of resonance, even small noises can cause an audible effect. Possible influencing factors are the installation, the design of the base and the luminaire (acoustic resonance effect) as well as the dimmer or transformer (harmonic or electronic resonance).