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Brand Name : | DUALRAYS(OEM available) |
Model Number : | DR-FL500-EGXP |
Certification : | CE,RoHS,LM79,LM80,TUV/GS,SAA,RCM,CB and D-Mark Available |
Price : | Negotiable |
Payment Terms : | L/C, T/T, Western Union |
Supply Ability : | 50000PCS/Month |
Delivery Time : | 5-15 Bussiness Day |
Sports Project LED Flood Light Surge Protector Device PFC Function Available
Model No. | DR-SPL300-EGXP | DR-SPL400-EGXP | DR-SPL500-EGXP | DR-SPL600-EGXP | DR-SPL800-EGXP | DR-SPL1000-EGXP |
System Watts/W | 300W | 400W | 500W | 600W | 800W | 1000W |
System Efficiency/LPW | 150~160LPW | |||||
Lumen Output/lm | 48.000±5% | 64.000±5% | 80.000±5% | 96.000±5% | 128.000±5% | 160.000±5% |
Rated Input Voltage/V | AC100~277V, 50/60Hz | |||||
LEDs Light Source | SMD5050 | |||||
SDCM | <5 | |||||
CCT/K | 5000K for Standard (3000K/4000K/5700K/6500K Optional) | |||||
CRI/Ra | >70Ra (>80Ra for Option) | |||||
Power Factor | >0.95 | |||||
THD | <10% | |||||
Beam Angle(Optional) | 20°/30°/60°/90°/140*60° Optional | |||||
UGR | <25 | |||||
Surge Protection | 4~6KV SPD built in Driver,Exterior SPD 20KV Meanwell Optional | |||||
LED Driver | Meanwell ELG/HLG | |||||
IP Rating | IP65 | |||||
Dimming(Optional) | 1-10V, DALI,PWM,Zigbee for Option | |||||
Safety Protection | Open Circuit / Short Circuit / Over-voltage / Over Temperature Protection | |||||
Start Time | 0.5s | |||||
Protection Class | ClassⅠ | |||||
Finishing Color(Optional) | Black RAL9017(Standard) / White RAL9016 Optional | |||||
Material | Aluminum+PC | |||||
Lifespan/hrs | 70.000 Hrs (Ta=30℃@L70) | |||||
Operation Temp/℃ | 40°C to + 50°C(-40°F to 122°F) | |||||
Storage Temp/℃ | - 40°C to + 65°C(-40°F to 149°F) | |||||
Switching Cycles | 100,000 Times | |||||
Certificate | CE(EMC+LVD),RoHS,ENEC ,D-Mark,SAA,RCM Available |
Model No. | Net Weight/Kg | Outer Carton Size/mm | Gross Weight/Kg | QTY”/CTN |
DR-SPL300-EGXP | 13.1 | 590*505*250 | 14.2 | 1PCS/CTN |
DR-SPL400-EGXP | 16.9 | 680*505*250 | 18.2 | 1PCS/CTN |
DR-SPL500-EGXP | 4.8 | 790*505*250 | 23.5 | 1PCS/CTN |
DR-SPL600-EGXP | 22.1 | 830*590*250 | 28.4 | 1PCS/CTN |
DR-SPL800-EGXP | 30.8 | 830*690*250 | 32.5 | 1PCS/CTN |
DR-SPL1000-EGXP | 36.5 | 830*790*250 | 39.8 | 1PCS/CTN |
FAQ
Q1:How to design the stadium LED flood light?
RE:(1) The lighting design of the stadium LED floodlight, with the
aim of energy-saving and emission-reducing green lighting, chooses
stadium lights with advanced technical performance and excellent
quality. Through optimizing design and scientific lighting, with
the least investment in stadium lighting, the best stadium lighting
effect can be achieved.
(2) The lighting quality target of basketball LED flood light.
1. Color rendering index 90
The color rendering index of the stadium LED flood light is as high
as 90, which is very close to the sunlight and the color is pure.
It can vividly display the real color of the stadium space and the
surface of the object.
2. Glare index 25 (national standard 30)
The stadium LED floodlight lighting is not dazzling, not dazzling,
not dazzling, and has no dazzling effect. In any position and any
angle, the sphere flying in the air can be seen, clearly seen, seen
real, and hit accurately.
3. No flicker.
The lighting effect is smooth and stable, without fluctuation, and
no flicker hazard. It ensures that the sphere is flying in the air
without ghosting, the flight trajectory is real, the air
positioning is accurate, and the hitting is accurate.
4. Low light decay and long service life
The light attenuation is small, the current margin is large, the
chip rated current is 60mA, and the actual use is only 40mA, which
increases the life of the lamp and improves the utilization
efficiency. The lamp beads have passed LM-80 certification.
5. Energy saving
Fully meet the lighting requirements of the stadium's LED
floodlights, achieve the minimum power consumption of the stadium,
and achieve real energy saving. The lighting design of the stadium
has been optimized and selected stadium lamps. The power
consumption of the stadium lighting is determined as the lighting
power consumption of the entire stadium lighting, controlled within
3 kWh per hour.
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