Manufacturer

Philips

Socket

E27

Voltage

230 V

Watt

9.5 W

Luminous flux - lumen

950 lm

Light color

White

Color temperature

3000 K

Color rendering index Ra

80

Dimmable

No

Consumption kWh/1000h

10 kWh

Useful life in hrs.

15000 h

Switching cycles

50000

Energy efficiency class

F

Frequency

50 Hz / 60 Hz

Power factor

0.51

Radiation angle

240°

Construction current

84mA

Start time

0.5 s

UVP 5,05 €
-31%
3,44 €
plus 19% tax, plus shipping
(Gross price 4,09 €)
Show scale prices

Product description Signify GmbH (Philips) LED Stick 9.5W, T38, E27 - warm white (3000K)

Cost-efficient and pleasant lighting

The Signify GmbH (Philips) LED Stick with an output of 9.5W, in T38 format and an E27 base in warm white light color (3000K) is an excellent choice for consumers who value pleasant lighting at an affordable price. The CorePro LEDbulb is ideal for general lighting applications and provides a warm and cozy lighting atmosphere.

With a color temperature of 3000K, the lamp produces a warm light that provides comfort, especially in living rooms, restaurants, hotels and other places where a relaxed and inviting atmosphere is desired. The warm white light creates a cozy environment that invites you to linger and relax.

The lamp with an output of 9.5W is an energy-efficient alternative to conventional light bulbs. It offers a significant reduction in energy consumption, which is not only environmentally friendly but also leads to a reduction in electricity costs.

The T38 format and E27 base ensure wide compatibility with many existing lampholders, making installation simple and straightforward. Their compact size and slim design make them a practical lighting solution for a wide range of applications.

The Signify GmbH (Philips) LED Stick 9.5W in warm white (3000K) is an ideal solution for anyone looking for a cost-effective, long-lasting and pleasant lighting option. Not only does it offer high lighting quality and energy efficiency, it is also an aesthetically pleasing choice for a variety of lighting environments.