Commercial Lighting Projects of induction street lamp

Product Description

The specification of LVD aluminum body tempered glass induction street lamp:

body materials: die-casting aluminum, toughened glass cover

IP rating: IP65

The outside measurement of induction induction street lamp:

Rectangle type Magnetic Induction street lamp technical data (after 20000hrs, more 90% lumen maintains):

The illuminance of induction induction street lamp:

The features of LVD aluminum body tempered glass induction street lamp:

•  low frequency induction street lighting, replace tradional lamps, more affordable;
•  die-casting aluminium body, surface finished with electrostatic spraying technology;
•  aluminum reflector, better reflection effect;
•  tempered glass or PC cover, excellent light transmittance;
• high temperature resistance good quality silicon rubber sealing ring for IP65 grade;
• low frequency rectangle type induction lighting source, the street lamp will possess a performance of high efficacy, long lifetime, fine color rendering, smooth look and uniform luminous flux output;
• aluminum alloy cover induction lamp ballast with a performance of high power factor, no flicker, low dissipation and constant power etc.

The Working Principle And Advantage Of Electromagnetic Induction lamp:

Electromagnetic induction street light is a light source that combining the principle of electric-magnetic induction and gas discharging. Since there is not electrode and filament inside the lamp, another name of this lamp is called "electrode-less" lamp. The life time of electromagnetic induction lamp can be up to 100,000hrs. Which is 100times of incandescent lamp, 5-15 times of HID (high intensity discharge) lamp and 5-10 times of CFL (compact fluorescent lamp). 

The working principle of electromagnetic induction lamp:

• It will transfer the supplied energy into the lamp by coupling the induction from an AC electric-magnetic field, and then create an electron avalanche of the inner filling gas to make it into plasma status. 
• When the excited atoms under plasma stuaus return to the ground state, it will emit UV radiation at 253.7nm.
• The phosphor on the inner side of the bulb wall will get excited by this UV radiation at 253.7nm, and then create visible light.