Technical Specifications
The Philips BRP715 series solar LED luminaires are designed for outdoor lighting applications, meeting various international standards.
Certifications & Ratings: IEC 60598 compliant, IP65 rated for dust and water protection, IK08 impact resistance, suitable for pole mounting at 6-10m height, Class III electrical safety, ROHS compliant.
| Type Number | Flux (lm) | Battery Type | Battery Parameter | Solar Board Type | PV Power | Solar Board Voltage | Remote Type | Remote Distance | CCT | Ta (Ambient Temp) |
|---|---|---|---|---|---|---|---|---|---|---|
| BRP715 LED50 CW Solar | 5000lm | LFP | 12Ah/12.8V | MONO | 25W | 18V | microwave | 7-8m | 5700K | -10°C -55°C |
| BRP715 LED70 CW Solar | 7200lm | LFP | 18Ah/12.8V | MONO | 40W | 16V | microwave | 7-8m | 5700K | -10°C -55°C |
| BRP715 LED90 CW Solar | 9000lm | LFP | 24Ah/12.8V | MONO | 50W | 18V | microwave | 7-8m | 5700K | -10°C -55°C |
| BRP715 LED120 CW Solar | 12000lm | LFP | 30Ah/12.8V | MONO | 60W | 18V | microwave | 7-8m | 5700K | -10°C -55°C |
| BRP715 LED180 CW Solar | 18000lm | LFP | 24Ah/25.6V | MONO | 80W | 36V | microwave | 7-8m | 5700K | -10°C -55°C |
| BRP715 LED50 CW Solar Pro | 5000lm | LFP | 30Ah/12.8V | MONO | 50W | 18V | microwave | 7-8m | 5700K | -10°C -55°C |
| BRP715 LED70 CW Solar Pro | 7200lm | LFP | 42Ah/12.8V | MONO | 80W | 18V | microwave | 7-8m | 5700K | -10°C -55°C |
| BRP715 LED90 CW Solar Pro | 9000lm | LFP | 48Ah/12.8V | MONO | 90W | 18V | microwave | 7-8m | 5700K | -10°C -55°C |
| BRP715 LED120 CW Solar Pro | 12000lm | LFP | 66Ah/12.8V | MONO | 100W | 18V | microwave | 7-8m | 5700K | -10°C -55°C |
| BRP715 LED180 CW Solar Pro | 18000lm | LFP | 48Ah/25.6V | MONO | 160W | 36V | microwave | 7-8m | 5700K | -10°C -55°C |
Product Size (Dimensions)
Diagrams illustrating the physical dimensions of the BRP715 series luminaires. Key dimensions shown include the overall length of the luminaire arm and body, the height and width of the main luminaire housing, and the diameter of the pole mounting base. For example, the BRP715 LED50 CW Solar has a main body length of approximately 560mm, height of 185.6mm, and width of 91mm, with a pole mount diameter of about 91mm. Larger models like the BRP715 LED180 CW Solar Pro feature longer main body lengths, up to approximately 1535mm, while maintaining similar height and width for the main housing and pole mount diameter.
Installation Instructions
The luminaires can be installed using two types of brackets: Type-A Universal Bracket and Type-B Post-Top Bracket.
Type-A Universal Bracket Installation Procedure
- Step 1: Unpack the luminaire and check for any damage. Press the switch button to test if the lamp is functioning correctly. Mount the bracket to the lamp body and tighten screws using M8*20 screws (4PCS) and M8 spring washers (4PCS) with a torque of 170 kGF.cm. Recommended tools: 6MM hex wrench.
- Step 2: Insert the luminaire into the pole. Tighten the M10 screw with a torque of 250 kGF.cm and the M10 nut with a torque of 150 kGF.cm. Recommended tools: 5MM inner hexagon wrench, 17mm outer hexagon wrench.
- Step 3: Loosen the screws on the universal support to adjust the solar panel's irradiation angle. The adjustable range is -90° to +90°. Tighten the screws with a torque of 600 kGF.cm. An installation angle of 15 degrees is recommended. Recommended tool: 14MM hex wrench.
- Step 4: Adjust the light source's illumination angle using a screwdriver (Phillips or flathead). The adjustable range is -45° to +45°. Tighten the screw with a torque of 8 kgF.cm. Finally, turn on the switch button.
Type-B Post Top Bracket Installation Procedure
- Step 1: Open the package and verify the lamp's condition. Press the switch button to confirm it is working.
- Step 2: Assemble the socket bracket to the lamp body using M10 * 20 screws (4pcs). Tighten screws with a torque of 250 kgf.cm. Recommended tools: 8mm hexagonal wrench.
- Step 3: Insert the lamp into the lamp pole. Use M10*25 screws (6pcs) and tighten with a torque of 250 kgf.cm. Ensure the lamp is adjusted vertically to the ground. Recommended tool: 8mm hexagonal wrench.
- Step 4: Use a cross-head screwdriver to loosen the light source module screw. Adjust the light source module to the desired lighting angle (range: -45°/+45°). Tighten the screw with a torque of 8 kgf.cm. Turn on the switch button.
Note: Pole diameter compatibility is typically 40-60mm for Type-A and 60-76mm for Type-B.
Working Way and Wiring Diagram
Working Principle: During daylight, the solar panel converts sunlight into electrical energy, which is stored in the battery via the controller. As darkness falls, the controller stops charging and powers the LED light. If equipped with an induction function, the light brightens upon detecting motion and dims when no motion is detected.
Wiring Sequence: Connect the components in the following order: COM-WB, then the Load/LED, followed by the Battery, and finally the Solar Panel.
The diagram illustrates the connections: Solar Panel connects to the Controller's input, the Controller's output connects to the Battery, and the Controller's LED output powers the light. Key components are labeled: Solar Panel, Controller (with COM, LED, Sensor ports), and Battery.
Notes, Indicator, and Operating Modes
Notes:
- Sensing distance is based on a 6m installation height, 0.5-1m/s pedestrian speed, and 3-5km/h vehicle speed.
- Sensing distance varies with object speed; faster speeds result in shorter distances.
- The sensor is optimized for movement detection; minor actions may not trigger it.
- Luminaire parameters cannot be reset in the field.
Indicator Light Status (Red):
- Normally on: Normal system operation, Idle / discharge.
- Slow flash: Charging.
- Fast flash: System failure (e.g., short circuit, open circuit, over-discharge, over-temperature).
Operating Modes (Standard Models):
| Step | With Motion Dim | Without Motion Dim | Duration |
|---|---|---|---|
| T1 | 100% | 30% | 2hrs |
| T2 | 60% | 20% | 3hrs |
| T3 | 30% | 10% | 5hrs |
| T4 | 60% | 30% | 2hrs |
Operating Modes (Pro Models):
| Step | With Motion Dim | Without Motion Dim | Duration |
|---|---|---|---|
| T1 | 100% | 50% | 3hrs |
| T2 | 50% | 40% | 3hrs |
| T3 | 50% | 30% | 4hrs |
| T4 | 50% | 30% | 2hrs |
Note: Working modes are subject to specific order requirements.
Warnings and Precautions
- Handling Solar Panels: Solar panels are fragile. Avoid scratches, dirt, or shelter on the surface, as this will reduce power generation efficiency.
- Installation Orientation: In the Northern Hemisphere, the solar panel should face north. In the Southern Hemisphere, it should face south.
- Battery Maintenance: If the product is idle, charge the battery every 3 months. For long-term transport or storage, check and charge the battery periodically to prevent damage. Charging method: In sunny conditions, open the lamp switch and place the solar panel facing the sun for 1-2 days of continuous charging. Use a multimeter to verify battery voltage is above 13V (12.8V LiFePO4) or 26V (25.6V LiFePO4).
- Installation Location: Install away from Wi-Fi, mobile communication antennas, small base stations, and TV antennas to prevent signal interference that may disable dimming functions.
- Vibration: Do not install the luminaire on vibrating surfaces, as this can cause the sensor to trigger mistakenly.
- Luminaire Shaking: Shaking of the luminaire may cause the sensor to be triggered by mistake.
- Sensing Area Interference: Dimming functions may be affected by objects with vibration in the sensing area. Avoid installing on vibrating surfaces or covering the lamp (e.g., with trees or leaves), as this can lead to incorrect sensor triggering.
- Induction Effect: The product has good penetration through plastic and wood. Avoid metal shielding around the antenna, which can reflect and block microwaves, affecting induction. Walls, glass, and ceramics can cause reflection and attenuation of electromagnetic waves, reducing sensing distance; thicker materials cause more attenuation.
- Normal Phenomena: Movement of animals or objects within the sensing range causing the light to turn on is a normal phenomenon. Differences in obstacle reflectivity can lead to varying induction ranges, which is also normal.
- Pre-use Check: Before installation, turn on the fixture's power switch and test its functionality. Ensure the power switch is on during normal operation. Test that lamps are charged and discharged normally before installation (solar panel charges by sunlight, lamp is off; blocking sunlight prevents charging).
- Disassembly: Do not disassemble the luminaire by non-professional technicians or without professional guidance.
- Environmental Hazards: Do not place the product in water or near fire due to explosion risk. The product can withstand typhoon grade 12; higher storms may cause damage.
- End of Life Disposal: Battery removal must be performed by a professional.
- Lithium Batteries: Follow air transport regulations for lithium batteries, as they are considered flammable and explosive goods. Store separately from other items to prevent damage.
- Temperature Requirements: Charging temperature: 0-45°C. Discharging temperature: -10-60°C. Storage temperature: -10~60°C.
- Installation Distance: Maintain an installation distance of greater than 15m (transverse and longitudinal) between luminaires to avoid misfits.
- Company Authority: The final product interpretation authority rests with Signify Luminaires (Shanghai) Co., Ltd.
