Energy Efficient Electrodeless Discharge Lamp , Magnetic Induction Lamp No Flickering 80W To 300W

   

 

Electrodeless Discharge Lamp Induction Lamp Highbay Light 80W-300W 5 Years warranty 100000Hrs Replacing HID Lamp 0.99PF

 

 

 

 

 

Features of Induction Lamp

(Electrodeless Discharge Lamp):

 

Advantages:

1. Longer life:

     no electrodes, electrodes fail in normal fluorescent lamps shortening life,

     the tungsten thins and brakes.
    Longer life:

     sealed tube, by not having electrodes the tube can be perfectly sealed,

     when seals go bad in regular fluorescent lamps gas escapes through the weakness and the lamp fails.

 

2.Energy efficient, often 80+ lumens per watt
 

3. No flickering

4. Dimmable 10 -100%

5. Can light both small and large areas depending on which type of induction lamp one uses

 

Disadvantages:

1. Bulky design for large area lighting, the discharge tube is large compared with HID lamps.
 

2. New and Old technology:

    it is new: it is still expensive to buy the lamps.

     It is old: most companies that make the lamps are using 20 year old ballast technology

    copied from OSRAM and . The ballasts have a high failure rate.

 

3. The technology is under commercialized.
 

4. Radio interference is a major problem to be worked out.

     The lamps are limited in use due to this issue.

   

How It Work ? 

Induction Lamps create light by using an electromagnetic field to excite mercury particles mixed
in an inert gas like argon or krypton.

The mercury creates a UV light and a phosphor on the inside of the bulb or tube filters the energy
into visible light.

This is a type of fluorescent light. Unlike a standard fluorescent light this does not use electrodes in the tube.



Induction lamp has three parts:

               




Frequency generator (ballast), discharge tube and electromagnet (aka: inductor, energy coupling coils or energizing coils).


1. First the ballast creates high frequency current (between 2.51-3 MHz or 250 kHz for closed ferrite toroid(external lamps)).

2. The current is sent through the electromagnet and an electric field is produced.
    The number of turns (times the wire is wrapped around the iron core) is determined by how each product is designed (so it is not consistent among different lamps).
3. Energy is transferred from the magnet to the mercury in the tube in the same way that a transformer works... induction.
4. The mercury vapor emits UV light which strikes the phosphor and makes light. GE Genura and QL lamps have a conductive coating to contain electromagnetic interference.      
          

 

Product Parameter:

   

Model	Watt	Rated Voltage	Current	N.W. (Kg)	G.W. (Kg)	Packing Dimension
						L*W*H
GC016-80W	80W	100-300V	0.7-0.3A	8.6	12.5	670*670*450mm 26.37*26.37*17.71in
GC016-100W	100W	100-300V	0.87-0.37A	8.6	12.5
GC016-120W	120W	100-300V	1.05-0.45A	8.7	12.6
GC016-150W	150W	100-300V	1.31-0.56A	8.7	12.6
GC016-200W	200W	100-300V	1.75-0.75A	8.9	12.8
GC016-250W	250W	100-300V	2.18-0.94A	8.9	12.8
GC016-300W	300W	100-300V	2.6-1.02A	9.5	13.2

 

Maintenance / Installation Instructions:

 

              Installation Instruction

           (For Induction Lamp and Ballast)

 

Cautions:

• Pls connect lamp and ballast with the same wattage labels.
• Pls keep the wires of the lamp, ballast and fixtures connected firmly.
• Pls switch off power before repairing as the temperature of a burning lamp is high. Pls start to repair lamp after it cooling down in case of scald and electricity shock.
• Prohibiting inserting or drawing live wires of lamp, ballast and fixtures.

 

Special declarations:

• When serious flickers and noises happen during installation, pls switch off the power and check if the wire connects well and if the input wire of lamp pressed.
• Pls ensure air faucet of amalgam downwards during the lamp burning

 

Production Line For GC016 Electrodeless Highbay Light: