LED PAR16 V 6.9W 830 GU10
14. November 2024
LED PAR16 V 6.9W 830 GU10
14. November 2024

LED PAR16 V 6.9W 840 GU10

SKU: 02-4099854054990
For further information, please refer to the data sheet!
LED reflector lamps PAR16 with retrofit pin base. Product features: LED alternative to halogen lamps. Not dimmable. Base: GU10. Lamp made of glass. Good light quality; Colour rendering index Ra: ≥ 80. Product advantages: Simple, fast and safe lamp replacement without rewiring. Design, dimensions, luminous flux comparable to an incandescent or halogen lamp. Low maintenance due to long service life. No UV- and IR-related components in the light beam. Instant 100% light, no warm-up time. Areas of application: Sales and showrooms. Household applications. Application in industry. Accent. Outdoor use only in suitable outdoor luminaires.
Minimum order quantity

10 pieces

Order step

10 pieces

Weight

0,039 kg

Product group

LED lamp/multi-LED (EC001959)

Compatible with Apple HomeKit

No

Compatible with Google Assistant

No

Compatible with Amazon Alexa

No

IFTTT support available

No

Nominal voltage

220 V

Rated current

50 mA

Power factor

0,70

Lamp wattage

6,9 W

Voltage type

AC

Luminous flux

575,00 lm

Rated luminous flux according to IEC 62612

575 lm

Lamp luminous efficacy

83 lm/W

Luminous intensity

750 cd

Color rendering index CRI

80-89

Lamp shape

Reflector

Filament lamp

No

Light color according to EN 12464-1

neutral white 3300 to 5300 K

Base

GU10

Color temperature

4.000,00 K

Beam angle

60 °

Color consistency (McAdam ellipse)

SDCM6

Diameter

50 mm

Length

54 mm

Protection class (IP)

IP20

Lamp designation

PAR16

Energy efficiency class

F

Min. number of switching operations

100.000

Weighted energy consumption in 1,000 hours

7 kWh

Average rated service life

10.000 h

Remote control possible

No

Photobiological safety according to EN 62471

RG1

RoHS applicable

Yes

Country of origin

China (CN)

Commodity code

Light-emitting diode lamps (LED lamps) (85395200)

REACH Indicator

Yes