Focos LED de cristal GU10
- Molded Glass Optics: Distinct glass face patterns define the visible optical structures in this GU10 family.
- Two-Pin Twist Connection: Keyed contacts lock into compatible mains-voltage fittings.
- Configuration-Specific Control: Fixed, LC-dimming, dim-to-warm and three-step functions remain separate ordering choices.
- Stable Illumination: No-flicker performance is specified throughout the family.
| Dimensions | Ø35 × 46 / Ø50 × 54–55.5 mm |
|---|---|
| Rated Power | 1.9–4.5 W |
| Lumen Output | 220–400 lm |
| CCT | 2200–6500 K by configuration |
|---|---|
| Beam Angle | 36° |
| Control Options | Fixed / LC Dim / DTW / 3-Step |
Technical Specifications
Model Specifications
| Model No. | Configuración | Dimensions | Rated Power | Lumen | CCT / Levels | Beam Angle |
|---|---|---|---|---|---|---|
| XGY-SMD-GU10G-E1.9 | ErP Class A / Fixed | Ø50 × 55.5 mm | 1.9 W | 340 lm | 3000–6500 K | 36° |
| XGY-SMD-GU10G-E2.2 | ErP Class B / LC Dim Opt. | Ø50 × 55.5 mm | 2.2 W (LCDIM) | 350 lm | 3000–6500 K | 36° |
| XGY-SMD-GU10G(GC)-E4.5 | ErP Class F / LC Dim Opt. | Ø50 × 54 mm | 4.5 W (LCDIM) | 400 lm | 3000–6500 K | 36° |
| XGY-SMD-GU10G(GC)-E4.5 | ErP Class F / Dim To Warm | Ø50 × 54 mm | 4.5 W (DTW) | 400 lm | 2200–3000 K (DTW) | 36° |
| XGY-SMD-GU10G(GC)-E4.5 | ErP Class F / S3D&CCTM | Ø50 × 54 mm | 4.5 W (100% / 50% / 10%) | 400 lm | 2700 K @ 100% / 2500 K @ 50% / 2200 K @ 10% | 36° |
| XGY-SMD-GU1035GC-E3 | ErP Class F / LC Dim Opt. | Ø35 × 46 mm | 3 W (LCDIM) | 220 lm | 3000–6500 K | 36° |
| XGY-SMD-GU1035GC-E3 | ErP Class F / S3DIMM | Ø35 × 46 mm | 3 W (100% / 50% / 10%) | 220 lm | 3000–6500 K | 36° |
Product Description
Product Details
Product Construction
The visible glass lamp face, internal light source and operating electronics form one compact replacement bulb. The holder, trim, wiring and complete spotlight fixture are separate.
Selection & Installation Notes
Elija el cuerpo Ø35 o Ø50 según el espacio libre de la luminaria y, a continuación, haga coincidir la salida requerida y el comportamiento de CCT. Confirme el tipo de casquillo, la alimentación eléctrica y la interfaz de regulación o conmutación prevista para la versión seleccionada. Compare los formatos adyacentes en nuestra GU10, MR16 and AR111 LED bulb range.
Recommended Application
Applications
- Retail Display Spots: El haz de 36 grados proporciona iluminación focalizada para mercancía y estanterías en luminarias GU10 compatibles.
- Hospitality Downlights: Fixed, LC-dimming or dim-to-warm versions support compatible hotel and restaurant downlights.
- Residential Accent Lighting: Selected output and control configurations serve compatible kitchen, hallway and living-room spotlights.
- Gallery Display Lighting: La CCT y la salida seleccionadas favorecen una iluminación focalizada para obras de arte y superficies de exposición.
en contacto
- N.º 5, Fenghuang Road, Zona Industrial de Qianjiang, localidad de Dingqiao, Haining, Zhejiang 314413, China
- +86-18358315743
- R.KOO@NEW-LIGHTS.COM
Frequently Asked Questions?
Encuentre respuestas claras a las preguntas habituales sobre especificaciones de producto, selección de modelos, aplicaciones y requisitos de presupuesto. Para necesidades específicas de un proyecto, envíenos su mercado de destino, la cantidad requerida y las especificaciones clave.
LC Dim Opt. identifies an available LC-dimming configuration. Specify the intended dimmer and confirm its operating range with the selected lamp before installation.
It represents three separate 4.5 W configurations: LC dimming, dim-to-warm and S3D&CCTM. Select one configuration because these functions are not simultaneous defaults.
The 4.5 W DTW configuration shifts through its listed 3000–2200 K range as output is reduced.
Los niveles S3D&CCTM indicados combinan una salida de 100%, 50% y 10% con 2700 K, 2500 K y 2200 K, respectivamente.
Solo cuando la luminaria admita el cuerpo Ø35 × 46 mm y su salida de 220 lm se ajuste al diseño de iluminación. Las configuraciones Ø35 y Ø50 no son equivalentes ni dimensional ni ópticamente.
No. Class A, B and F apply to individual configurations, so the energy declaration must stay tied to the ordered model and control configuration.










