Philips CorePro LED PLC 4P
Distributed by: Reduction Revolution Pty Ltd
www.reductionrevolution.com.au/LED
CorePro LED PLC 9.5W 840 4P G24q-3
The CorePro LED PLC 4P integrates a LED light source into a traditional fluorescent form factor. This product is the ideal solution for uplamping in general lighting applications: it meets basic lighting requirements, offers significant energy savings, and is environmentally friendly.
Product Data
| General Information | |||
|---|---|---|---|
| Cap-Base | G24q-3 ROT | Warm-up time to 60% light | 0.5 s |
| Nominal lifetime | 30,000 hours | Power Factor (Fraction) | 0.9 |
| Switching Cycle | 200,000 | Voltage (Nom) | 220-240 V |
| Lighting Technology | LED | LED alternative to fluorescent lamp power | 26 W |
| Flux measurement reference | Sphere | Inrush current at mains | - |
| Light Technical | |||
|---|---|---|---|
| Color Code | 840 (CCT of 4000K) | Max. lamp no. on MCB B type 10A - Mains | - |
| Beam Angle (Nom) | 120 degrees | Max. lamp no. on MCB B type 10A – EM ballast without Compensation Capacitor. | - |
| Luminous Flux | 1,100 lm | Max. lamp no. on MCB B type 10A – EM ballast with Compensation Capacitor. | - |
| Color Designation | Cool White (CW) | Max. lamp no. on MCB B type 16A - Mains | - |
| Correlated Color Temperature (Nom) | 4000 K | Max. lamp no. on MCB B type 16A – EM ballast without Compensation Capacitor. | - |
| Luminous Efficacy (rated) (Nom) | 115 lm/W | Max. lamp no. on MCB B type 16A – EM ballast with Compensation Capacitor. | - |
| Color Consistency | <6 | Ballast Compatibility | HF/Mains |
| Color rendering index (CRI) | 82 | ||
| LLMF At End Of Nominal Lifetime (Nom) | 70% | ||
| Operating and Electrical | Temperature | ||
|---|---|---|---|
| Input Frequency | 50 to 60 Hz | T-Case Maximum (Nom) | 75 °C |
| Power Consumption | 9.5 W | ||
| Lamp Current (Nom) | 52 mA | Controls and Dimming | |
| Starting Time (Nom) | 0.5 s | Dimmable | No |
| Mechanical and Housing | Application Conditions | ||
|---|---|---|---|
| Bulb Finish | Frosted | Can it be used in closed luminaires | Yes |
| Bulb Material | Plastic | ||
| Product Length | 148 mm | Product Data | |
| Bulb Shape | PL-C | Order product name | CorePro LED PLC 9.5W 840 4P G24q-3 |
| Net Weight (Piece) | 0.108 kg | Full product name | CorePro LED PLC 9.5W 840 4P G24q-3 |
| Approval and Application | |||
|---|---|---|---|
| Energy Efficiency Class | E | Full product code | 872016929051800 |
| Energy Saving Product | Yes | Order code | 29051800 |
| Approval Marks | RoHS compliance | Material Nr. (12NC) | 929003758102 |
| Energy Consumption kWh/1000 h | 10 kWh | Numerator - Quantity Per Pack | 1 |
| EPREL Registration Number | 1945440 | EAN/UPC - Product/Case | 8720169290518 |
| CE mark | Yes | Numerator - Packs per outer box | 10 |
| EU RoHS compliant | Yes | EAN/UPC - Case | 8720169290525 |
| Ambient temperature range | -20 to +45 °C | ||
Diagrams and Visuals
Dimensional Drawing
A diagram illustrating the physical dimensions of the Philips CorePro LED PLC 4P lamp. Key measurements provided are: D1 (34 mm), D2 (34 mm), A1 (129 mm), A2 (148 mm), and A3 (164 mm). The drawing also depicts the overall shape and a top-down view.
Photometric Data
Spectral Power Distribution Colour
A line graph plotting light intensity (%) against wavelength (nm), ranging from 200 nm to 800 nm. The curve shows a peak in the green-yellow region (around 550 nm), with significant blue light emission and some red light emission, characteristic of a white LED.
Light Distribution Diagram
A polar plot illustrating the luminous intensity distribution. The plot shows a wide, symmetrical distribution, indicating a 120-degree beam angle. Intensity is measured in candela per 1000 lumens (cd/1000lm), with angles ranging from 0-180° and 90-270°.
Lifetime and Performance Graphs
The following graphs detail the product's performance over time and under varying conditions:
- Failure Rate vs. Time: A line graph showing the failure rate (%) on the Y-axis against time in hours (0 to 60,000) on the X-axis. The curve indicates an increasing failure rate as operating hours accumulate.
- Lumen Maintenance vs. Temperature: A line graph showing lumen output (%) on the Y-axis against case temperature (°C) on the X-axis (75 to 95). It demonstrates a slight decrease in lumen output as the case temperature rises.
- Life Expectancy Diagram: A graph plotting Life time (Hours) on the Y-axis against case temperature (°C) on the X-axis (65 to 85). It presents two lines, B10L70 and B50L70, indicating the estimated life hours at which 10% or 50% of lamps fail, respectively, while maintaining 70% of their initial lumen output.
- Lumen Maintenance vs. Time: A line graph showing lumen output (%) on the Y-axis against Burning hours (0 to 60,000) on the X-axis. The graph illustrates a gradual decrease in lumen output over the product's lifespan.
- Failure Rate vs. Temperature: A line graph showing the failure rate (%) on the Y-axis against case temperature (°C) on the X-axis (65 to 85). It indicates that the failure rate increases with higher operating temperatures.
