PHILIPS Lighting
MASTER LEDspot LV
MASTER LED 8-50W+ 827 MR16 36D Dim
Product Description
Delivering intense accent beam, MASTER LEDspot LV is an ideal retrofit solution for spot lighting. MASTER LEDspot LV is designed to replace halogen or incandescent spots. It realizes natural colors, enables cozy and comfortable ambience for residential, hospitality and emphasizes the beauty of merchandise in retail. New smaller housing provides perfect fitting with majority of luminaires in a market with a MR16 GU 5.3 holder. It not only employs Philips' patented solution to guarantee the broadest possible compatibility with standard 12V halogen electronic transformers, it also delivers high beam intensity which is equivalent to halogen MR16 spots. The dimming function enables to create the desired atmosphere and it works with broad selection of dimmers. Its high SDCM ensure stricter color consistency, that is maintained over product life. MASTER LEDspot LV delivers huge energy savings and minimizes maintenance cost without any compromise on light quality and lifetime, enabling residential and business owners to achieve a return on their investment within short period time.
Product Data
General Information
| Attribute | Value |
|---|
| Cap-Base | GU5.3 [GU5.3] |
| RoHS mark | RoHS mark |
| Nominal Lifetime (Nom) | 40000 h |
| Switching Cycle | 50000X |
| Technical Type | 8-50W |
| Color Designation | Warm White (WW) |
| Rated Beam Angle | 36° |
| Correlated Color Temperature (Nom) | 2700 K |
| Luminous Efficacy (rated) (Nom) | 82.00 lm/W |
| Color Consistency | <4 |
| Color Rendering Index (Nom) | 80 |
| LLMF At End Of Nominal Lifetime (Nom) | 70% |
Light Technical
| Attribute | Value |
|---|
| Color Code | 827 [CCT of 2700K] |
| Beam Angle (Nom) | 36° |
| Luminous Flux (Nom) | 660 lm |
| Luminous Flux (Rated) (Nom) | 660 lm |
| Luminous Intensity (Nom) | 1700 cd |
Operating and Electrical
| Attribute | Value |
|---|
| Power (Rated) (Nom) | 8 W |
| Lamp Current (Nom) | 960 mA |
| Wattage Equivalent | 50 W |
| Starting Time (Nom) | 0.5 s |
| Warm Up Time to 60% Light (Nom) | 0.5 s |
| Power Factor (Nom) | 0.7 |
| Voltage (Nom) | 12 V |
Temperature
| Attribute | Value |
|---|
| T-Case Maximum (Nom) | 100 °C |
Controls and Dimming
| Attribute | Value |
|---|
| Dimmable | Yes |
Approval and Application
| Attribute | Value |
|---|
| Energy Efficiency Label (EEL) | A+ |
| Suitable For Accent Lighting | Yes |
Product Data
| Attribute | Value |
|---|
| Full product code | 871869681295200 |
| Order product name | MASTER LED 8-50W+ 827 MR16 36D Dim |
| EAN/UPC - Product | 8718696812952 |
| Order code | 929001881608 |
| Numerator - Quantity Per Pack | 1 |
| Numerator - Packs per outer box | 10 |
| Material Nr. (12NC) | 929001881608 |
| Net Weight (Piece) | 0.052 kg |
| Energy Consumption kWh/1000 h | 9 kWh |
Dimensional Information
The dimensional drawing illustrates the physical specifications of the MASTER LEDspot LV. The product features a GU5.3 base, suitable for MR16 fittings.
| Product | D (Diameter) | C (Length) |
|---|
| MASTER LED 8-50W+ 827 MR16 36D Dim | 50.5 mm | 46.5 mm |
Photometric Data
Spectral Power Distribution
The spectral power distribution graph illustrates the light output across different wavelengths (λ [nm]). It shows a peak intensity in the yellow-orange spectrum (around 580 nm), characteristic of warm white light (827 CCT), with a distribution across visible wavelengths from approximately 400 nm to 800 nm.
Light Distribution
The polar diagram represents the luminous intensity distribution in candelas (cd) for the 8-50W GU5-3 MR16 36D 827 2700K lamp. It shows a concentrated beam with the highest intensity at the center (0 degrees) and a gradual decrease in intensity as the angle increases, indicating a 36-degree beam angle.
Performance Over Time
Lumen Maintenance
The lumen maintenance graph plots the percentage of initial lumen output against burning hours. It shows that the lamp maintains approximately 100% of its initial lumen output up to around 10,000 hours, gradually decreasing to about 70% at 40,000 to 50,000 burning hours.
Failure Rate
The failure rate graph displays the percentage of lamps failing over time (burning hours). The graph indicates a very low failure rate (close to 0%) for the initial 30,000 to 40,000 hours, then sharply increases to 100% around 50,000 to 60,000 burning hours.
