Innovative, Energy-Saving Lighting

Induction by

Induction lamps are one of the newest energy-saving lighting technologies developed in recent years. Induction lighting is based on a technology that is fundamentally different from that of traditional lighting products, e.g., fluorescent or high-intensity discharge (HID). With no filaments and electrodes to burn out, these unique lamps can last up to 100,000 hours, making themvirtually maintenance free!

Induction Lamps

Ferrite Ring

Visible Light

AmalgamMetal Coil

How it WorksThe Principle

IC Chip

Electromagnetic transformers consisting of ferrite rings with metal coils, create an electromagnetic field around a gas-filled glass tube, using a high frequency that is generated by an electronic ballast. The discharge path, induced by the coils, forms a closed loop causing acceleration of free electrons, which collide with mercury atoms and excite the electrons. As the excited electrons from these atoms fall back from this higher energy state to a lower stable level, they emit ultraviolet radiation. The UV radiation created is converted to visible light as it passes through a phosphor coating on the surface of the tube. The shape of the induction lamp maximizes the efficiency of the fields that are generated.

The ballast generates the high frequency current that drives the inductively coupled discharge. The ballast contains an integrated circuit (IC) chip, which controls the operating frequency and allows the electrodeless fluorescent lamp to work properly with a ballast power factor of up to .99 for lower power consumption. This control feature is especially beneficial where fluctuations in the power supply are more than 10% of rated voltage. The ballast also meets EMC requirements, and the circuit board is designed for dust, humidity, and corrosion resistance.

High frequency electronic ballast

The Benefits

No market limitationsWorld-wide acceptanceLamps and Ballasts are listed and certified by CE, FCC, UL, CCC, ISO, and other standards

Devices perform properlyLess chance of harm to electronic devicesElectromagnetic Compatibility (EMC) meets the international standard

Electric grid safetyLess chance of interference with the electric grid

Harmonic content meets the International L Class standard

Health and environmental safetyCoupled with the extremely long life, less mercury entering the waste stream

Amalgam <0.25mg

Increases safety and securityIncreases productivityHelps protect eyesight

Enables color to be perceived correctlyExcellent lighting qualityRange of CCTs for various applicationsNo flicker

Color Rendering Index (CRI) of 80+Color Temperature Range (CCT) of 2700K to 6500KWorking Frequency of 210KHz

Ability to be used in a wider range of applications than conventional light sources

Wide voltage rangeInstant startReliable ignition even under –25C to –40C

IC-controlled Electronic Ballast

Reduction of cooling costs in climate-controlled areasLow heat generationElectromagnetic induction lighting

Reduces electricity costs by up to 90% compared to incandescent lamps, 75% compared to HID lamps, and 50% compared to compact fluorescent lamps

High system efficiency: 50% greater than magnetic ballasts, 20% greater than conventional electronic ballasts

Pupil Luminous Flux: Up to 150 Plm/WattBallast Power Factor: Up to .98IC-controlled Electronic Ballast

Reduces relamping costZero maintenance costFewer consequential problems such as traffic or production interruption required by typical maintenanceReduces resource consumption

Long performance life, up to 100,000 hoursHigh luminous maintenance rate (95% after 2,000 hours and 85% after 6,000 hours

No electrode or filament to burn outElectrolytic capacitors are high temperature (105C) and high voltage (450V) resistantHigh quality mica-film capacitors, resistors and crystal diodes are used

BenefitsAdvantagesFeatures

Applications

High CeilingsParking GaragesWarehouses

Lumen Output

FreezersLow Starting Temperatures

Difficult Access AreasParking GaragesStreet LightingWarehouses

Long Service Life

Induction Lighting can be used anywhere you would use a comparable fixture. Some of induction’s inherit benefits make it ideally suited for various applications such as:

Induction vs. Other Lighting

80-9060-140

56-125

50-83

41-104

8-24

Lumens/Watt

100,000>80Induction18,000-24,00025High Pressure Sodium

10,000-20,00080-90Metal Halide

8,000-10,00080-90Compact Fluorescent

10,000-20,00051-90Linear Fluorescent

1,000100Incandescent

Lifespan (Hours)CRILight Source

Lumen Maintenance

63%100,00068%80,00070%60,00075%40,000

80%20,000

85%6,000

95%2,000

Luminous Maintenance RateOperating Hours

QSSI Models

18000

12000

9600

6400

2800

InitialLumens

>80 (Ra)

>80 (Ra)

>80 (Ra)

>80 (Ra)

>80 (Ra)

CRI

2700, 3500, 4000, 5000, 6500

2700, 3500, 4000, 5000, 6500

2700, 3500, 4000, 5000, 6500

2700, 3500, 4000, 5000, 6500

2700, 3500, 4000, 5000, 6500

Color Temp (K)

100,000120V/60Hz277V/60Hz220V/50Hz

200 Watt Round or Rectangular

100,000120V/60Hz277V/60Hz220V/50Hz

150 Watt Round or Rectangular

100,000120V/60Hz277V/60Hz220V/50Hz

120 Watt Round or Rectangular

100,000120V/60Hz277V/60Hz220V/50Hz

80 Watt Round or Rectangular

100,000120V/60Hz277V/60Hz220V/50Hz

40 Watt Round or Rectangular

Life Hours

VoltageLamp

FAQ’s

Q. Do induction lamps need a dedicated fixture?A. Yes. Due to operating and thermal requirements, the system needs to

be installed in a suitable fixture.

Q. Can the system be used for a “flashing beacon”?A. The system is recommended for use in long burning applications.

Constant on and off switching reduces the system life.

Q. Is the induction lamp system vibration-resistant?A. Yes, the fact that induction lamps have no electrodes makes them more

reliable in high-vibration applications. The induction system has proven its durability in bridges, tunnels, and signage applications.

Q. Why is Induction lighting technology worth more?A. Induction lighting systems offer five to ten times the life of HID

systems. In most cases the payback in maintenance savings will more than offset the additional cost of the initial system.