The flood lights can be installed and used individually, or multiple lamps can be combined for centralized installation, which can be selected according to actual needs.
Floodlights generally refer to lamps used to make the illuminance on the illuminated surface higher than the surrounding environment, also known as spotlights. Generally, it has the characteristics of being able to aim in any direction, being unaffected by weather conditions, and being widely used. Mainly used for building outlines, stadiums, overpasses, monuments, parks and flower beds, etc. Therefore, almost all large-area lighting fixtures used outdoors can be regarded as floodlights.
The relevant precautions for installation are as follows:
1. The floodlight is designed to be waterproof and moisture-proof, and its protection level can reach IP65. It can withstand the test of rain from top to bottom but cannot work under water, and its protection level does not meet the requirements of underwater work.
2. The installation position of the lamp must have sufficient bearing capacity, and its bearing capacity should be able to bear more than 10 times the weight of the driver.
3. The working power supply of the lamp is high-voltage alternating current. It should be kept away from places easily accessible by people, and the lamp should be grounded, and the grounding wire must be grounded.
4. The floodlight is a power-type device and is very sensitive to ambient temperature. When the working environment temperature is higher than 45°C, its life will be significantly reduced, and there will be signs of serious light decay. Therefore, the lamp should be placed in a ventilated and ventilated place to keep the lamp with relatively good heat dissipation environmental conditions.
5. The working environment temperature of general flood light should be between -25°C~+45°C. The temperature of the workplace must not exceed 45°C to ensure the service life of the lamps.
6. Because the power of the lamp is relatively large, when laying the power line, you should choose the appropriate power line according to the actual power, and supply power in phases.
