Pendant luminaires · Downlights · RGB W pendant luminaires

Name: LED pendant luminaire · RGB W 50 610.1 K4, LED 48.0 W
Brand: BEGA

With optional upward light emission

Sultan Nazrin Shah Centre, Worcester College, University of Oxford

Sultan Nazrin Shah Centre, Worcester College, University of Oxford

Ennigerloh, meeting room in the town hall

Ennigerloh, meeting room in the town hall

Walburgischurch Menden

Ennigerloh, meeting room in the town hall

Pendant luminaires in three versions for a host of lighting applications.

Two factors are often crucial in lighting design: a high degree of illuminance on the surface to be illuminated and an unshielded light component to ensure vertical illuminance in the room. These pendant luminaires combine both functions. The unshielded light is produced by LED modules with various outputs in the opal glass cylinder. An additional wide beam downlight creates efficient downward-directed light. For situations requiring the illumination of ceilings or building structures, these luminaires are also available with additional light emission upwards. The light functions are separately DALI controllable and allow the creation of virtually any desired lighting atmosphere.

In the case of the RGB W pendant luminaires, the colour of the unshielded light and the light emitted upwards can be controlled separately. The light directed downwards by the downlight is always optionally 3,000 K or 4,000 K.

1 Technical specifications
2 Planning examples

BEGA Thermal Management ®

Metal housing and canopy with white enamel finish
Opal glass
Safety glass
Reflector made of pure anodised aluminium
Silicone diffusing lens

White cable pendant
Special lengths on request

DALI controllable
Colour rendering index (CRI) > 90

20-year availability guarantee for LED modules

The RGB W luminaires can be controlled via DALI colour light control (DT8, RGBWAF, xy).

The power information may change during the validity period of the catalogue as a result of technical progress. You can find data sheets for all luminaires on our website. They contain all luminaire data and the current values for LED service life, luminous flux, maximum ambient temperature, and they provide information on BEGA Thermal Management ®.

Planning examples

On the basis of our empirical values and the suggestions of architects and planners, we have compiled room situations for which lighting design is frequently required. In the following, we shall present possible illumination solutions for these architectural situations. It goes without saying that all technical lighting standards are complied with. In some cases, the degree of illuminance proposed by us may even exceed the standard. For us, the aesthetics of light and a high level of visual comfort are important criteria for such decisions. At the same time, the form and the size of the luminaires must fit into the architectural surroundings. For example, we often recommend larger models if a structure has large dimensions – even if smaller luminaires with lower output would be enough. In such cases, the degree of illuminance can be reduced to a suitable level by means of a light control system.

Congress hall

Congress halls are used for many different purposes. Concerts, theatre performances, trade fairs, conferences and receptions take place here. All of these events require multifunctional and efficient lighting solutions. In high-prestige events, things are often more formal. Pendant luminaires are the preferred solution here, as they flood the room with soft light. An integral downlight...

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LED colour temperature

3000 K

4000 K

Pendant luminaires · Downlights
	LED			Power supply unit	β	A	B	L	AC/DC
50 234.1 K3	36.0 W	3076 lm	Opal glass	DALI controllable	–	185	480	6000	✓
50 234.1 K4	36.0 W	3168 lm	Opal glass	DALI controllable	–	185	480	6000	✓
	20.0 W	1845 lm	Downlight		85°				—
	20.0 W	1845 lm	Downlight		85°				—
50 236.1 K3	52.0 W	4646 lm	Opal glass	DALI controllable	–	185	480	6000	✓
50 236.1 K4	52.0 W	4788 lm	Opal glass	DALI controllable	–	185	480	6000	✓
	20.0 W	1845 lm	Downlight		85°				—
	20.0 W	1845 lm	Downlight		85°				—
50 235.1 K3	70.3 W	6512 lm	Opal glass	DALI controllable	–	220	570	10 000	✓
50 235.1 K4	70.3 W	6649 lm	Opal glass	DALI controllable	–	220	570	10 000	✓
	40.3 W	4275 lm	Downlight		85°				—
	40.3 W	4275 lm	Downlight		85°				—
50 237.1 K3	98.3 W	9127 lm	Opal glass	DALI controllable	–	220	570	10 000	✓
50 237.1 K4	98.3 W	9349 lm	Opal glass	DALI controllable	–	220	570	10 000	✓
	40.3 W	4275 lm	Downlight		85°				—
	40.3 W	4275 lm	Downlight		85°				—

Pendant luminaires · Downlights · With light emission upwards
	LED			Power supply unit	β	A	B	L	AC/DC
50 238.1 K3	62.5 W	6092 lm	Opal glass	DALI controllable	–	185	480	6000	✓
50 238.1 K4	62.5 W	6280 lm	Opal glass	DALI controllable	–	185	480	6000	✓
	20.0 W	1845 lm	Downlight		85°				—
	20.0 W	1845 lm	Downlight		85°				—
	11.0 W	1445 lm	Light emission upwards		–				—
	11.0 W	1445 lm	Light emission upwards		–				—
50 239.1 K3	121.3 W	11624 lm	Opal glass	DALI controllable	–	220	570	10 000	✓
50 239.1 K4	121.3 W	11918 lm	Opal glass	DALI controllable	–	220	570	10 000	✓
	40.3 W	4275 lm	Downlight		85°				—
	40.3 W	4275 lm	Downlight		85°				—
	23.0 W	2495 lm	Light emission upwards		–				—
	23.0 W	2495 lm	Light emission upwards		–				—

RGB W pendant luminaires · Downlights · With light emission upwards
	LED			Power supply unit	β	A	B	L	AC/DC
50 609.1 K3	31.5 W	1183 lm	Opal glass	DALI DT8	–	185	480	6000	✓
50 609.1 K4	31.5 W	1183 lm	Opal glass	DALI DT8	–	185	480	6000	✓
	20.0 W	1845 lm	Downlight		85°				—
	20.0 W	1845 lm	Downlight		85°				—
	15.6 W	1055 lm	Light emission upwards						—
	15.6 W	1055 lm	Light emission upwards						—
50 610.1 K3	48.0 W	1659 lm	Opal glass	DALI DT8	–	220	570	10 000	✓
50 610.1 K4	48.0 W	1659 lm	Opal glass	DALI DT8	–	220	570	10 000	✓
	40.3 W	4275 lm	Downlight		85°				—
	40.3 W	4275 lm	Downlight		85°				—
	24.0 W	1415 lm	oberer Lichtaustritt						—
	24.0 W	1415 lm	oberer Lichtaustritt						—

no longer included in the current catalogue new in the range