25W LED STELLAR STREET LIGHT

POWER 26WINPUT VOLTAGE 240V( 160-275) ACPF >0.95

Optical Specifications:LED Colour: Cool WhiteSystem Lumens: 2000 lumensTypical CRI: >70 Beam Angle: 120

Dimensions : Height : 57mm , Length : 387mm , Breath : 146mm

Housing: Aluminium housing with heat sink for optimum thermal management of L.E.D Source

Protection: Fixture IP65: Dust proof & Water ProofDriver IP67: Dust Proof & water proof ( protected even if submerged in water upto 1mInstallation: Pole mounting with arm diameter of 35-37mm

LED STELLAR STREET LIGHT Specifications

LED STELLAR STREET LIGHT Line Drawing

All Dimensions in mm

The LED System comprises of various elements on which need to work in

harmony to drive the best results. At COMPACT, we ensure that all these

components work seamless to define the best performance

Components of LED System

LED: Good quality LED is defined by the following parameters•Lumen depreciation: At COMPACT we use LED with high Lumen maintenance ensuring that Lumen depreciation is not more than 30% over the rated life of the LED. These are certified under the IES LM-80 standards•High Lumen efficiency: LED with high lumen output are used to ensure higher lux in the fixture•Consistent binning: LED colour and quality consistency is ensured through effective binning.

Components of LED System

Electrical: Good Electrical circuit is the backbone of the LED system•Optimum Input Current: Operating LEDs at high electrical currents creates higher heat levels which compromise the lifetime of the LED. Optimum input current ensures long lifespan of LED. Our circuit design ensures that the LED is driven at optimum current levels. •Withstand Surge voltage: Electrical circuit can be the weakest link in the LED system if its not able to withstand surge Voltage which routinely inflicts the Indian power system. Our circuit design ensures that the electrical system is able to withstand double phase voltage without failing or affecting the LED.

Components of LED System

Mechanical/Thermal: Proper Thermal management for enhanced LED lifespan•Heat Sink: A heat sink is a passive heat exchanger that cools a device by dissipating heat into the surrounding medium.•In COMPACT fixtures aluminium fins maximize the surface area in contact with the cooling medium-air.•Thermal Interface: Heat sink attachment methods and thermal interface materials also affect the die temperature of the integrated circuit. We use high quality Thermal adhesive which improves the heat sink's performance by filling air gaps between the heat sink and the device.•Pure Aluminium Fixture: Aluminium fixture helps conduct part of the heat generated by chip to the forebody of lighting fixture . We use high thermal conductivity aluminium which has 50% higher thermal conduction property.

Components of LED System

Components of LED System

Optical: optical lens allows to properly shape the beam of light for desired effect•Optical Lens: With 96% transmittance and good resistance to UV, we use the best lens to help in filtering the true colours

echnology life time lumens per watt color temperature CRI (color rendering index)

ignition time considerations

incadescent light 1.000 -5.000 11 - 15 2.800K 40 instant very inefficient, short life time

mercury vapour light 12.000 - 24.000 13 - 48 4.000K  15 - 55 up to 15 minvery inefficient,

ultraviolet radiation, contains mercury

metal halide light 10.000 - 15.000 60 - 100 3.000-4.300K 80 up to 15 min

high maintenance UV radiation, contains

mercury and lead, risk of bursting at the end

of life

high pressure sodium light 12.000 - 24.000 45 - 130 2.000K 25 up to 15 min

low CRI with yellow light, contains mercury

and lead

low pressure sodium light 10.000 - 18.000 80 - 180 1.800K 0 up to 15 min

low CRI with yellow light, contains mercury

and lead

fluorescent light 10.000 - 20.000 60 - 100 2.700-6.200K 70 - 90 up to 15 min

UV radiation, contains mercury, prone to

glass breaking, diffused non-

directional light

compact fluorescent light 12.000 - 20.000 50 - 72 2.700-6.200K 85 up to 15 min

low life / burnout, dimmer in cold

weather (failure to start), contains

mercury

LED light 50.000 - 100.000 70 - 150 3.200-6.400K 85 - 90 instantrelatively higher initial

cost

LED Vs OTHERS Technical comparison

WHY LED IS THE BEST TECHNOLOGY FOR STREETLIGHT

1)    Luminaire/ System efficiency2)    Ballast and Driver efficiency3)    Scotopic superiority4)    Lumen Maintenance5)    Uniformity of light distribution and light hotspots under traditional lights6)    Color reproduction

Luminaire/System Efficiency

In a traditional bulb (incandescent, metal halide, HPS etc.) a considerable portion of the light output is directed upwards. This light must then be reflected down. The efficacy of the reflector in turn is determined by the quality of finish, operating conditions and ambient temperature. The quality of the reflector and, therefore, the amount of light reflected degrades over time. The actual amount of light coming out of a fixture is, thus, considerably lower.

An HPS lamp has a larger profile, a single source of light and a considerabel amount of light trapped in the relector.

An LED light by contrast has a small profile, several sources of light ensuring better light distribution. All the light is produced and directed downwards. There are no problems of reflector efficiency, aging of reflector coating and consequent loss in light output.

Luminaire/System Efficiency

An LED light by contrast has a small profile, several sources of light ensuring better light distribution. All the light is produced and directed downwards. There are no problems of reflector efficiency, aging of reflector coating and consequent loss in light output.

  HPS Lamps LED LampsTrapped Light Up to 40% NilAvailable Lumens Reduce by 40% 100 % lumens

available

Luminaire/System Efficiency

A colleague sent the two pictures above. The image on the left shows illumination of a street with HPS lights while that on the right shows the impact of LED street lights. Several advantages of LED lighting systems are immediately visible. LED lights have significantly less glare, more uniform Light distribution, fewer shadows, and improved visibility. The best part is that this improvement is obtained with fewer lumens and 40 % or more savings in electricity and maintenance costs.

Visual evidence of the superiority of LED lights

LED has high Lumen Maintenance and long Life

Credit -DOE'sUSA Office of Energy Efficiency and Renewable Energy

PSMH – Pulse Start metal halide – 12000 hoursCMH – Ceramic Metal Halide – 16000 hoursHPS – High Power Sodium – 24000 hoursLED – Light Emitting Diode – 50000 hours and more.

High CRI of LED

LPS HPS Metal Hailde LED

CRI 0 22 65 75 or higher

High CRI of LED leads to better visual appeal of LED Lights

Energy Efficiency& Energy Costs Light Emitting Diodes

(LEDs)High pressure Sodium(HPS)

Compact Fluorescents (CFLs)

Life Span (average)

50,000 hours14 yrs@ 10

hrs/day

20,000 hours 5 yrs @ 10

hrs/day

8,000 hours2 Yrs @ 10 hrs

/day

25 watts=2000 available lumens

100 watts=2000 available lumens

45 watts=2000 available lumens

Watts of electricity used

LEDs use less power (watts) per unit of light generated (lumens). %age of Visually effective lumens

exiting fixture are highest as lumen loss is lowest in LED

Kilo-watts of Electricity used 91 KWh/yr. 365 KWh/yr. 165KWh/yr.(@10 hrs a day x 365 days)

Annual Operating Cost Rs 500 /year Rs 2000 /year Rs 900 /year(@5.5 per unit KWH)

Captain Gears & FansUnit 1 & HO: D-35, Sector XI, Noida-201301Unit 2: Kheri, Trilokpur Road, KalaambDist Sirmour, HP-173030Mobile No.: +91-9312022588Website: http://www.compactlighting.netEmail: compact@compactlighting.netTwitter: https://twitter.com/compactledlight

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