Audited Supplier
MFSL-G9-300
AC
3000-6500K
Die Casted
20W-300W
Square, Highway, Garden, Parking Lot, Street
IP66
CCC, CE, EMC, ETL, LVD, RoHS, SAA, VDE
AC100V-240V
With Light Source
Lu-Mileds
Ik08
140lm/W
5 Years
60, 000hrs
15%
>0.95
92%
PC/Tempered Glass
70+/80+/90+
Sosen
160°/85°, 160°/95°
0-10V Dim
Photocell
MF
1PCS/Carton Box
China
9405499000
Product Description
Waterproof SKD Weatherproof 30W 50W 150W 200W 300W Smart Control Photocell Surge Protection Dali Dimming LED High Way Lighting LED Parking Lot Street Light
(20~50W) (20~240W)
Diagram of Pallet loading
Advantage of LED street light:
Smooth backside
Smooth, dust-proof and self-cleaning.
Smooth, dust-proof and self-cleaning.
Compatible design
Compatible with PC lens + Tempered glass, professional light distribution,fire-proof, anti-UV.
Expert lens for light distribution
Professional secondary optics designmaximum equalization of individuaparameters, while extremely reducinccolor reproduction, and supporting rapidlight distribution expansion.
Compatible with PC lens + Tempered glass, professional light distribution,fire-proof, anti-UV.
Expert lens for light distribution
Professional secondary optics designmaximum equalization of individuaparameters, while extremely reducinccolor reproduction, and supporting rapidlight distribution expansion.
Separate chamber for driver
Separate chamber better protects LED source and driver from water and heat.
NEMA control interface
Support NEMA control interface andwired/wireless remote single lamp con-trol, support photo cell or single lampcontroller.
Latest LED technology
The latest high-brightness outdoor SMDLED chip, com bined with integrated lensand lower current drive, 10% increased inoverall lighting efficiency and lower lightdecay.
Separate chamber better protects LED source and driver from water and heat.
NEMA control interface
Support NEMA control interface andwired/wireless remote single lamp con-trol, support photo cell or single lampcontroller.
Latest LED technology
The latest high-brightness outdoor SMDLED chip, com bined with integrated lensand lower current drive, 10% increased inoverall lighting efficiency and lower lightdecay.
Dual installation direction
Supporting horizontal/vertical installa.tion /adjustable angle.
Supporting horizontal/vertical installa.tion /adjustable angle.
Die-casting aluminum housing
Die-casting aluminum housing with over-allprotection, 4 times of gravity test, adapt toharsh environments and stormy weather
IP66 protection
Adopt overall structure waterproof design ≥lP66.
Die-casting aluminum housing with over-allprotection, 4 times of gravity test, adapt toharsh environments and stormy weather
IP66 protection
Adopt overall structure waterproof design ≥lP66.
| Color | Warm White (WW) | Neutral White (NW) | Cool White (CW) | Cool White (CW) |
| Color Temperature | 3000±300K | 4000±300K | 5000±300K | 5700±3000K |
| Typical CRI | ≥70 | |||
| BeamAngle | 160"185°,160"195° | |||
| Material | Alloy Aluminum,Optical PC,Tempered Glass,Stainless Steel | |||
| Operating Temperature | -30°C~+60°ºC | |||
| Storage Temperature | -30°ºC~+50°ºC | |||
| Frequency | 47~63HZ | |||
| Input Voltage | 100~240VAC | |||
| Power Consumption | 20W | 30W | 40W | 50W | 60W | 75W |
| lnstant Output Lumen | 2800 lm | 4200 lm | 5600 lm | 7000 Im | 8400 lm | 10500 lm |
| LED Quantity | 40 pcs | 64 pcs | 80 pcs | 96 pcs | 96 pcs | 112 pcs |
| Power Consumption | 100W | 120W | 150W | 180W | 200W | 240W |
| lnstant Output Lumen | 14000 lm | 16800 lm | 21000 lm | 25200 Im | 28000 im | 33600 lm |
| LED Quantty | 114 pcs | 192 pcs | 192 pcs | 224 pcs | 288 pcs | 336 pcs |
| types Typical System | 140 lm/w (After PC lens) | |||||
| LED Chip | Lu-mileds 3030 | |||||
| Power Consumption | 20w | 30w | 40w | 50w | 60w | 75W |
| Instant Output Lumen | 3000 lm | 4500 Im | 5800 Im | 7000 Im | 9300 Im | 11250lm |
| LED Quantity | 96 pcs | 96 pcs | 96 pcs | 96 pcs | 160 pcs | 160 pcs |
| Typical System Efficency | 150 Im/w | 145 lm/w | 140 Im/w | 155 Im/w | 150 Im/w | |
| After PC lens | ||||||
| Power Consumption | 100w | 120w | 150w | 180W | 200w | 240W |
| lnstant Output Lumen | 14500 lm | 18600 lm | 22500 lm | 26100 lm | 31000 lm | 36000 lm |
| LED Quantity | 160 pcs | 320 pos | 320 pcs | 320 pcs | 480 pcs | 480 pcs |
| Typical System Effidency | 145 Im/w | 155 Im/w | 150 lmlw | 145 Imlw | 155 Impcsw | 150 Imkw |
| After PC lens | ||||||
| LED Chip | Lu-mileds 3030 | |||||
| Power Consumption | 20w | 30w | 40w | 50w | 60w | 75w |
| lnstant Output Lumen | / | / | / | / | 8700 Im | 10500 lm |
| LED Quantity | / | / | / | 160 pcs | 160 pcs | |
| Power Consumption | 10ow | 120w | 150w | 180w | 200w | 240W |
| lnstant Output Lumen | 14000 lm | 17400 Im | 21750 lm | 25200 Im | 29000 lm | 33600 lm |
| LED Quantity | 160 pcs | 320 pcs | 320 pcs | 320 pcs | 448 pcs | 448 pcs |
| Typical System Efficiency | 140 Im/w | 145 Im/w | 140 Im/w | 145 Im/w | 140 Im/w | |
| After PC lens +Tempered glass | ||||||
| LED Chip | Lu-mileds 3030 | |||||
LIGHT DISTRIBUTION CURVE
LUX LEVEL CHART
(20~50W) (20~240W)
(60~240W)(L1xW1xH1) (60~240W)(L2xW2xH2)
| Model MFSL-G9-020 MFSL-G9-030 MFSL-G9-040 MFSL-G8-050 MFSL-G9-060 MFSL-G9-075 | Power | (L1xW1xH1) | (L2xW2xH2) | EPA | l*w*h(mm) | NW | NW(with glass) |
| 20w | 405x135x78.5 | / | 0.0546m² | 440x170x125 | 1.5KG | / | |
| 30w | 405x135x78.5 | / | 0.0546m² | 440x170x125 | 1.5KG | / | |
| 40W | 405x135x78.5 | / | 0.0546m² | 440x170x125 | 1.5KG | / | |
| 50W | 405x135x78.5 | / | 0.0546m² | 440x170x125 | 1.5KG | / | |
| 60w | 530x301.5x92 | 444.5x301.5x170.5 | 0.1597m² | 565x345x135 | 4.0KG | 4.5KG | |
| 75W | 530x301.5x92 | 444.5x301.5x170.5 | 0.1597m² | 565x345x135 | 4.0KG | 4.5KG | |
| MFSL-G9-100 MFSL-G9-120 MFSL-G9-150 MFSL-G9-180 MFSL-G9-200 MFSL-G9-240 | 100w | 530x301.5x92 | 444.5x301.5x170.5 | 0.1597m² | 565x345x135 | 4.0KG | 4.5KG |
| 120W | 695x310x92 | 605.5x310×170.5 | 0.2154m² | 730x345x135 | 5.6KG | 6.6KG | |
| 150W | 695x310x92 | 605.5x310x170.5 | 0.2154m² | 730x345x135 | 5.85KG | 6.85KG | |
| 180W | 695x310x92 | 605.5x310x170.5 | 0.2154m² | 730x345x135 | 5.85KG | 6.85KG | |
| 200w | 865x350x92 | 779.5x350x170.5 | 0.3027m² | 900x385x135 | 7.6KG | 9.4KG | |
| 240W | 865x350x92 | 779.5x350x170.5 | 0.3027m² | 900x385x135 | 7.8KG | 9.4KG |
Wiring:
Cut off the power input (turn the switch gear to "OFF"). Connect the core wires of the powyer cableto the input wire of lamp correspondingly (lamp input wire: brown to the powerrid l (liye line),blue to the power grid N (Neutral line), yellow-green to the power grid G (ground wire) , and wrapwith fireproof insulating tape according to safety regula-tions).
Installation steps:
1.Screw the photocontrol onto the base (optional)2.Fasten the hoop to the lamp body with bolts3.Connect the cable according to the wiring diagram4Loosen the fastening screws, align the hoop mouth with the light pole in the direction of thearrow shown in the figure, and slowly slide the light pole to the bottom;5.Refer to the level bubble, rotate the lamp to keep it parallel to the direction of the road, thentighten two fixing screws, and finally tighten two fastening nuts.
Remarks:
Light pole diameter can be 52mm ~ 60mm;Horizontal or vertical installation available, + 15 °elevation and depression angle adjustment;Hex wrench would be used when installing, and the tightening strength is 18Nm.
Inspection after installation:
1.Firmness, cleanliness; direction, angle.
2.The wire is not exposed and the wire sheath is not damaged.3.Power-on inspection (air switch and other devices need to be turned to the ON position); thecontrol system need overall adjustment; For lamps with construction errors, they need to bepower off and to do re-construction.
Cut off the power input (turn the switch gear to "OFF"). Connect the core wires of the powyer cableto the input wire of lamp correspondingly (lamp input wire: brown to the powerrid l (liye line),blue to the power grid N (Neutral line), yellow-green to the power grid G (ground wire) , and wrapwith fireproof insulating tape according to safety regula-tions).
Installation steps:
1.Screw the photocontrol onto the base (optional)2.Fasten the hoop to the lamp body with bolts3.Connect the cable according to the wiring diagram4Loosen the fastening screws, align the hoop mouth with the light pole in the direction of thearrow shown in the figure, and slowly slide the light pole to the bottom;5.Refer to the level bubble, rotate the lamp to keep it parallel to the direction of the road, thentighten two fixing screws, and finally tighten two fastening nuts.
Remarks:
Light pole diameter can be 52mm ~ 60mm;Horizontal or vertical installation available, + 15 °elevation and depression angle adjustment;Hex wrench would be used when installing, and the tightening strength is 18Nm.
Inspection after installation:
1.Firmness, cleanliness; direction, angle.
2.The wire is not exposed and the wire sheath is not damaged.3.Power-on inspection (air switch and other devices need to be turned to the ON position); thecontrol system need overall adjustment; For lamps with construction errors, they need to bepower off and to do re-construction.
Diagram of Pallet loading
20ft Container loading 40ft Container loading
Advantage of LED street light:LED street lights are energy-efficient, consuming up to 50% less energy than traditional lighting sources.
They have a longer lifespan, lasting up to 10 times longer than traditional lighting sources.
LED street lights provide better visibility and a higher quality of light, improving safety and security in outdoor areas.
They are environmentally friendly, with no toxic materials or emissions, and can reduce a city's carbon footprint.
LED street lights require less maintenance, reducing maintenance costs and improving reliability.
They provide better light control, with dimming and remote control capabilities, reducing energy consumption during off-peak hours.
LED street lights have lower heat output, reducing the risk of fires and related safety hazards.
They provide instant light output, eliminating the need for warm-up time and improving safety in outdoor areas.
LED street lights are highly durable, with shock and vibration resistance, making them suitable for harsh outdoor environments.
They can be easily integrated with smart city technologies, such as sensors and data collection devices, to improve city services and efficiency.
