This document describes a solar-powered LED floodlight kit, designed for outdoor use. The kit includes an LED floodlight and a solar panel, offering an autonomous lighting solution.
Function Description
The primary function of this device is to provide illumination using solar energy. The solar panel charges an internal battery during the day, and the LED floodlight automatically turns on at night. The system is designed for ease of installation and operation, with various models offering different power outputs and battery capacities.
The LED floodlight can be controlled via an infrared remote control, allowing users to adjust settings such as brightness, operating mode, and timer functions. The available modes include:
- ON/OFF: Manually turn the light on or off.
- AUTO: The light automatically turns on at dusk and off at dawn.
- Timer Functions: Set the light to turn off after 3, 5, or 8 hours.
- Brightness Adjustment: Increase or decrease the light intensity.
- Full Brightness: Set the light to maximum brightness.
- Half Brightness: Set the light to half brightness.
The system is designed to be weatherproof, making it suitable for various outdoor environments. It eliminates the need for electrical wiring, offering a flexible and environmentally friendly lighting solution.
Important Technical Specifications
The product line includes five models, each with varying specifications: 23.8757.15, 23.8757.20, 23.8757.25, 23.8757.30, and 23.8757.35.
LED Floodlight (Faro LED):
- Power: Ranges from 60W to 500W across the models.
- Color Temperature: 4000K (all models).
- Luminosity: Ranges from 1200LM to 6200LM.
- Beam Angle: 120° (all models).
- Number of LEDs: Ranges from 65 to 364.
- LED Type: SMD2835 (all models).
- LED Lifetime: 25,000 hours (all models).
- Battery Capacity: Ranges from 3.2V/10000mAh to 3.2V/60000mAh.
- Battery Material: All models use Die Cast Aluminum.
- Diffuser Material: Optical lens (all models).
- IP Grade: IP65 (all models), indicating high protection against dust and water.
- Dimensions: Vary by model, e.g., 178x40.8x132mm for 60W and 425.7x40.8x295.6mm for 500W.
- Weight: Varies by model.
Solar Panel (Pannello solare):
- Voltage: 5V (all models).
- Charging Time: 4/6 hours or 8/10 hours, depending on sunlight conditions.
- Output Power: Ranges from 15W to 60W.
- Material: Polysilicon (all models).
- Autonomy: 8/10 hours (all models).
- Cable Length: 2 meters (all models).
- Dimensions: Vary by model, e.g., 350x290x17mm for 15W and 670x535x30mm for 60W.
- Weight: Varies by model.
Remote Control (Telecomando):
- Voltage: 3V (1x CR2032 battery).
- Dimensions: 130 x 25 x 5 mm.
- Weight: 26 g.
The brightness, equivalence, duration, and performance data are measured at the maximum charging range of the internal battery and can therefore vary directly proportional to the loss of charge and capacity over time.
Usage Features
Installation:
The device is designed for easy installation. The solar panel should be placed in a location that receives maximum direct sunlight throughout the day, ideally facing south (in the northern hemisphere) or north (in the southern hemisphere) and at an angle that maximizes sun exposure. The floodlight can be mounted on a wall or pole, ensuring the light covers the desired area. The kit includes mounting brackets and screws for both the solar panel and the floodlight. It is crucial to connect the solar panel to the floodlight using the provided cable before initial use.
Operation:
- First Use: Before the first use, press the WAKE UP button on the remote control to activate the system. This button ensures the internal battery is connected and ready to charge.
- Automatic Operation: In AUTO mode, the light will automatically turn on at dusk and turn off at dawn, provided the battery has sufficient charge.
- Manual Control: Use the remote control to manually turn the light on/off, adjust brightness, or set a timer.
- Charging Indicator: Some models may have an indicator light that shows the charging status. A red light typically indicates charging, while no light or a green light indicates a full charge or no charging.
- Battery Protection: The system incorporates a battery protection circuit to prevent overcharging and over-discharging, extending battery life.
Troubleshooting:
- Light not turning on: Check if the solar panel is receiving adequate sunlight, if the cable connection is secure, and if the battery is charged. Press the WAKE UP button on the remote control to ensure the system is activated.
- Reduced brightness or duration: This can be due to insufficient sunlight for charging, a dirty solar panel, or the battery reaching the end of its lifespan.
- Remote control not working: Check the battery in the remote control (CR2032).
Maintenance Features
General Maintenance:
- Cleaning: Regularly clean the surface of the solar panel to remove dust, dirt, and debris that can obstruct sunlight and reduce charging efficiency. Use a soft cloth and mild detergent if necessary. Avoid abrasive cleaners.
- Inspection: Periodically inspect all connections and mounting hardware to ensure they are secure and free from corrosion or damage.
- Battery Life: The internal battery has a limited lifespan. If the light's performance significantly degrades over time (e.g., reduced brightness or shorter duration), the battery may need replacement. This should ideally be done by qualified personnel.
- Environmental Protection: The product contains batteries and electronic components that should not be disposed of with general household waste. Follow local regulations for proper recycling and disposal of electronic waste and batteries.
Specific Recommendations:
- Optimal Solar Panel Placement: To maximize charging efficiency, ensure the solar panel is positioned to receive at least 6-8 hours of direct sunlight daily. Avoid shaded areas.
- Cable Management: Ensure the connection cable between the solar panel and the floodlight is securely connected and protected from environmental damage.
- Winter Performance: In winter months or periods of low sunlight, the charging time may be longer, and the light's duration or brightness may be reduced. The system is designed to optimize yield even in less ideal conditions, but performance will naturally vary with sunlight availability.
By following these guidelines, users can ensure the longevity and optimal performance of their solar-powered LED floodlight kit.
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