1.Die cast aluminum housing and pc optiacal lens.
2.Adopt fully sealed insulation treatment with high thermal conductivity.
3.4KV surge protection with non-isolated or isolated driver.
4.Great energy saving effect with high efficiency LED.
5.IP66 waterproof projection.
Performance characteristics:
The optical grade lens is used to complete the secondary light distribution, with high light transmittance, the whole light effect is as high as 120lm/W, and the light distribution is uniform, making the light softer and effectively improving visual visibility.
Adopt the LED solid-state cold light source imported from Germany Osram, which has high luminous efficiency, long life and good color rendering.
The power supply is Taiwan MEAN WELL power supply recognized by international lighting experts with the best matching performance for LED lamps, no flicker, stable power supply performance, and a wide range of voltage applications up to AC100-305V.
End covers at both ends of the shell are designed for outdoor dusty and rainy environments. The shell is designed with automatic diversion and dust removal holes to ensure that dust cannot accumulate for a long time, which affects the heat dissipation performance.
The seal is made of high and low temperature resistant silicone rubber material, and the outer shell protection grade is IP67, which is waterproof, dustproof and moisture-proof.
The light-emitting angle is 30 degrees, 60 degrees, and 90 degrees optional to meet the lighting needs of different places.
The mounting bracket is fixed with fastening bolts and gears, which can flexibly adjust the irradiation angle, adopts anti-dropping chain, and double protection to prevent the lamp from falling.
The shell (heat sink) is stretched and formed with aviation lightweight aluminum alloy profiles. The large heat sink design ensures sufficient heat dissipation surface area. At the same time, each heat sink conforms to the thermal flow dynamics design to meet the heat dissipation area while ensuring the heat conduction cross section, making the LED The heat generated can be timely and effectively exported to the surface of the housing (heat sink) to ensure the heat dissipation performance of the LED and the service life of the LED. At the same time, a heat conduction channel is designed for each LED.
