5 in. Commercial Electric Recessed White LED downlight

5 in. Commercial Electric Recessed White LED downlight

5 in. Commercial Electric Recessed White LED downlight

The Commercial Electric 5 in. recessed LED Trim with clean and elegant design is ideal for glare free lighting in any room of the house. This ETL classified high efficiency dimmable Trim has received Energy Star Certification for year-round energy savings. Compatible with dimmer switch for different illumination needs and increased energy saving. This LED Trim is for use with 5 in. IC and Non-IC recessed housings and will retrofits 5 in. incandescent housings to energy saving LED down lights. Reduce energy consumption to 11 watt LED – comparable to BR30/65 watt incandescent bulb. Rated for wet location make it applicable for shower and exterior application. Interchangeable Brushed Nickel and or Bronze trims, can be purchased separately to add accent to blend with the surrounding furniture tone of your room.

White recessed LED trim

For use with 5 in. IC or Non-IC recessed housings (housings not included)

Dimming range between 10% to 100% and compatible with most household dimmers

Rated for wet location and certified airtight per ASTM E283-04

Can be used for CA title 24/high efficacy compliance

65 watt bulb equivalent light output – 11 watt energy used

IC rated for direct contact with insulation

Save on bulb replacement up to 35,000 hours lamp life

Medium base socket adapter included

Retrofits 5 in. incandescent housings to energy saving LED down lights

Designed to install in other incandescent housing by other major brands

Instruction sheet for list of additional compatible housing

Other finishes of interchangeable trim ring sold separately

SPECIFICATIONS

Adjustable Lamp Head No Aperture width (in.) 5.0
Assembled Depth (in.) 6.5 in Assembled Height (in.) 3.3 in
Assembled Width (in.) 6.5 in CSA Listed No
ETL Listed Yes Fixture Finish White
Fixture finish family White Fixture\track material Aluminum
Light Source LED Manufacturer Warranty N/A
Product Weight (lb.) 1.33 Returnable 90-Day
Size 5 in. UL Listed 1-UL Listed

 

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4 in.recessed white LED down light

4 in.recessed white LED down light

4 in.recessed white LED down light

SPECIFICATIONS

Adjustable Lamp Head No Aperture width (in.) 4.0
Assembled Depth (in.) 5.0 in Assembled Height (in.) 3.0 in
Assembled Width (in.) 5.0 in CSA Listed No
ETL Listed Yes Fixture Finish White
Fixture finish family White Fixture\track material Aluminum
Light Source LED Manufacturer Warranty N/A
Product Weight (lb.) 0.96 Returnable 90-Day
Size 4 in. UL Listed 1-UL Listed

 

The Commercial Electric 4 in. Recessed LED Trim with clean and elegant design is ideal for glare free lighting in any room of the house. This ETL classified high efficiency dimmable Trim has received Energy Star Certification for year-round energy savings. Compatible with dimmer switch for different illumination needs and increased energy saving. This LED Trim is for use with 4 in. IC and Non-IC recessed housings and will retrofits 4 in. incandescent housings to energy saving LED downlights. Reduce energy consumption to 12 watt LED – comparable to R20/50 watt incandescent bulb. Rated for wet location make it applicable for shower and exterior application. Interchangeable Brushed Nickel and/or Bronze trims, can be purchased separately to add accent to blend with the surrounding furniture tone of your room.

White recessed LED trim

For use with 4 in. IC or Non-IC recessed housings (housings not included)

Dimming range between 10% to 100% and compatible with most household dimmers

Rated for wet location and certified airtight per ASTM E283-04

Can be used for CA title 24/high efficacy compliance

50 watt bulb equivalent light output – 12 watt energy used

IC rated for direct contact with insulation

Save on bulb replacement up to 35,000 hours lamp life

Medium base socket adapter included

Retrofits 4 in. incandescent housings to energy saving LED downlights

Designed to install in other incandescent housing by other major brands

Instruction sheet for list of additional compatible housing

Other finishes of interchangeable trim ring sold separately

If you want to know more about other products, please contact us.

How to buy LED panel lights

  LED panel lights have the following parts, so, in order to choose the right LED panel light, choosing the suitable component is the most correct way.

How to buy LED panel lights

  1 panel light aluminum frame:

  Is led cooling the main channel, simple and elegant appearance, you can use ZY0907, using die stamping tooling costs, low processing costs are low; die-cast aluminum frame IP rating can be a little higher, surface texture, and overall appearance, but the initial investment cost of mold higher.

  2.led source:

  Usually led lamp beads used 3528, it was also used 3014 and 5050 which would be lower cost, light efficiency slightly worse, the key is its light guide network design problems.

  3.LED light guide:

  LED light through the side outlets refraction so that light from the front even exported the LED panel light guide plate Quality control key points. Network design is not good, to see the overall optical efficiency on the poor, the middle light will appear on both sides generally dark, or there is a light at the light into the band, or focally dark area, then there are different angles or brightness inconsistent. To improve the efficiency of light guide plate depends mainly on network design, followed by the quality of the plate, but do not need superstition famous line of the plate, the light transmittance pass between the plates is usually almost the same. General Factory is a small LED light guide plate directly buying public use, you do not need to re-proofing design, many manufacturers use the public version of the usual quality standards.

  4.LED diffusion plate:

  The uniformity of the light guide plate export, but also play the role of fuzzy dot. General use acrylic diffuser plate or sheet 2.0 PC material, almost is PS material, acrylic low cost and high transmittance higher than the PC, acrylic brittle weak anti-aging properties, PC prices slightly expensive, but anti-aging properties Strong. Installed after the diffuser plate can not be seen in the network, and the transmission rate to about 90%. Acrylic light transmittance at 92%, PC was 88%, PS probably also 80%, we can according to demand diffuser plate material selection, most manufacturers are using acrylic materials.

  5 reflective paper:

  Reflected off the back corner of the light guide plate in order to improve light efficiency, generally RW250.

  6 Rear cover:

  Main role is sealed LED panel lights, usually with 1060 aluminum, can also play a little cooling effect.

  7 Power Supply:

  There are two kinds of led power supply, one using constant current power supply, this mode efficiency, PF value up to 0.95, cost-effective; two is to use the constant voltage with constant current power supply, stable performance, but low efficiency, high cost, general use This power is mainly exported, the other required certification requirements, safety regulations require the use of a power supply. In fact, a constant current power supply for home use is safe, because the user is difficult to reach the power supply and lamp body itself using a safe low voltage.

  8 Installation accessories:

  Suspension wire, mounting brackets and other accessories for mounting.

  From the perspective of quality control, to improve the optical efficiency of the additional money on the LED light source and LED light guide plate is the most effective, from the marketing point of view, the additional money to cover the aluminum frame pendant, etc. can improve product quality.

6 in. LED Downlight Engine Lighting Trim

6 in. LED Downlight Engine Lighting Trim

led downlight

SPECIFICATIONS

Adjustable Lamp Head No Aperture width (in.) 6.0
Assembled Depth (in.) 3 in Assembled Height (in.) 5 in
Assembled Width (in.) 5 in CSA Listed Yes
ETL Listed No Fixture Finish Unfinished
Fixture finish family Clear Fixture\track material Metal
Light Source LED Manufacturer Warranty 1 year
Product Weight (lb.) 2 Returnable 90-Day
Size 6 in. UL Listed 1-UL Listed

 

Update your lighting with the latest Halo Recessed LED lighting. The ML56 light modules feature an inside frost lens that has the familiar look of an R / BR-type lamp. With this traditional look the ML56 trim collection offers a complete vocabulary of 5 in. and 6 in. trims including reflectors and baffles in the popular Halo white, black, specular, haze, satin nickel, and tuscan bronze finishes, sold separately.

Fits 5 in. and 6 in. standard and shallow housings: Halo, All-Pro and more

Energy star qualified

Listed for IC (Insulated Ceiling) housings, and may also be used in non-IC housings

Dimmable at 120 Volt to 15% with standard dimmers (5% with select dimmers)

600 Lumens

If you want to know more about other products, please contact ENELTEC.

6 in.Commercial Electric Recessed White LED downlight

6 in.Commercial Electric Recessed White LED downlight

led down light

SPECIFICATIONS

Adjustable Lamp Head No Aperture width (in.) 6.0
Assembled Depth (in.) 7.5 in Assembled Height (in.) 3.89 in
Assembled Width (in.) 7.5 in CSA Listed No
ETL Listed Yes Fixture Finish White
Fixture finish family White Fixture\track material Aluminum
Light Source LED Manufacturer Warranty N/A
Product Weight (lb.) 1.25 Returnable 90-Day
Size 6 in. UL Listed 1-UL Listed

The Commercial Electric 5 in. and 6 in. Recessed LED Trim with clean and elegant design is ideal for glare free lighting in any room of the house. This ETL classified high efficiency dimmable Trim has received Energy Star Certification for year-round energy savings. Compatible with dimmer switch for different illumination needs and increased energy saving. This LED Trim is for use with 5 in. and 6 in. IC and Non-IC recessed housings and will retrofit 5 in. and 6 in. incandescent housings to energy saving LED down lights. Reduce energy consumption to 11 watt LED – comparable to BR30/65 watt incandescent bulb. Rated for wet location make it applicable for shower and exterior application.

For use with 5 in. and 6 in. IC or Non-IC recessed housings (housings not included).

Dimming range between 10% to 100% and compatible with most household dimmers.

Rated for wet location and certified airtight per ASTM E283-04.

Can be used for CA title 24/high efficacy compliance.

65 watt bulb equivalent light output – 11 watt energy used.

IC rated for direct contact with insulation.

Save on bulb replacement up to 35,000 hours lamp life.

Medium base socket adapter included.

Retrofits 5 in. and 6 in. incandescent housings to energy saving LED down lights.

Designed to install in other incandescent housing by other major brands, please refer to instruction sheet for list of additional compatible housing.

If you want to know more about other products, please contact ENELTEC.

6 in. Commercial Electric Recessed White LED DOWN LIGHT

 6 in. Commercial Electric Recessed White LED DOWN LIGHT6 in. Commercial Electric Recessed White  LED DOWN LIGHT

SPECIFICATIONS

Adjustable Lamp Head Yes Aperture width (in.) 6
Assembled Depth (in.) 3.25 in Assembled Height (in.) 3.25 in
Assembled Width (in.) 7.5 in CSA Listed No
ETL Listed No Fixture Finish White
Fixture finish family White Fixture\track material Cast Aluminum
Light Source LED Manufacturer Warranty N/A
Product Weight (lb.) 2.21 lb Returnable 90-Day
Size 6 in. UL Listed 1-UL Listed

 

The Commercial Electric 6 in. White Gimbal LED Trim can be used with a standard 6 in. Insulation Contact (IC) or Non-IC housing. This trim is designed to replace an existing bulb and trim in a recessed lighting fixture and helps you direct the light for accent or task lighting.

White finish

LED for long life and energy savings

Fits a standard 6 in. housing

For use with IC or non-IC housings

If you want to know more about other products, please contact ENELTEC.

 

4 ft. Flush-Mount Ceiling White LED Wraparound Light

4 ft. Flush-Mount Ceiling White LED Wraparound Light

SPECIFICATIONS

Adjustable Lamp Head No Assembled Depth (in.) 48 in
Assembled Height (in.) 2.75 in Assembled Width (in.) 10 in
CSA Listed Yes ETL Listed No
Energy Star Compliant No Fixture Color/Finish Family Whites
Fixture Material Aluminum Fixture depth (in.) 48
Fixture height (in.) 2.75 Fixture width (in.) 10
Hardwired or Plug-In Hardwired Light Bulb Base Type Other
Light Source LED Manufacturer Warranty 5 year limited warranty
Mounting type Surface Number of Bulbs Required 0
Product Weight (lb.) 25 Recommended bulb type LED
Returnable 90-Day Shade Diameter (in.) 48
Shade Material Other UL Listed 1-UL Listed
Wattage (watts) 50 W

PRODUCT DESCRIPTION

The Flush-Mount Ceiling White LED Wraparound Light from Lithonia Lighting provides bright, uniform general purpose illumination. It is cheaper to operate than incandescent and fluorescent lights, and with a 50,000 hour average LED life, you won’t have to worry about changing bulbs. The LEDs are conveniently integrated for ease of installation and maintenance. Luminous end caps soften the overall appearance for improved aesthetics. Ideal applications include general purpose lighting for garages, workshops, kitchens, utility rooms/spaces and corridors in commercial and residential environments.

Energy-efficient, cool-running LED technology saves you money on power bills

An acrylic prismatic lens wraps around the fixture to maximize light output and distribution

Durable steel construction with a white finish and luminous end caps

High-performance LEDs (4000K) have a 50,000 hour average life

4000 Lumens

For use with non-dimmable switches only

Multi-volt driver (120-277 volt)

CSA listed for damp locations

MFG Model # : LBL 4

MFG Part # : 217NVY

ENELTEC think Maybe you would like LED panel light.

Introduction of LED lighting products aging

Everyday life we ??in the application of LED lighting products often occur from time to time issue such kind, LED products in the beginning when the product is working properly, but after some time there will be light dark light, flashing, fault, intermittent light other phenomena, caused serious damage to the product. Reasons for this phenomenon caused roughly:

led lighting product
1. Applications, the welding process problems, such as welding temperature soldering time is too long, did not make anti-static work, etc., more than 95% of these problems are caused by the packaging process.
2. LED itself cause quality or production processes. Prevention methods are:
1 good solder process control.
(2) aging of the product tested.
Aging is an important guarantee for the reliability of electronic products, the production of the final product is an essential step. LED products can improve performance after aging and contribute to post-use performance and stability. LED aging test in product quality control is a very important part, but it is often overlooked in many cases, can not be correct and effective aging. LED aging tests are based on product failure rate curve that is characteristic of the bathtub curve measures taken in order to improve product reliability, but this method is not required, after aging test at the expense of the life of a single LED products for the price.
LED aging methods include constant voltage constant current aging and aging. A constant current source is a current at all times constant. Has a frequency problem, it is not a constant. It is AC or pulsating current. AC or pulse current source can be designed to a valid value constant, but the power supply is not called “constant current source.” Aging is the most constant LED current job characteristics, LED aging is the most scientific way; overcurrent impact of aging is the manufacturers latest used as a means of aging through the use of adjustable frequency, current adjustable constant current source for such aging in order to determine in a short life expectancy of LED quality, and can pick out a lot of the hidden dangers of conventional aging can not be singled out LED. Effectively prevent failure-PTC thermistor temperature LED current limiting device used in recent years, light emitting diodes (referred to as LED) have made tremendous progress in the development: for indicator development from pure light output of 100 lumens high power LED . Soon after, LED lighting costs will be reduced with the traditional cold cathode fluorescent lamp (referred CCFL) similar levels. This makes it the LED’s growing interest in the following applications: automotive lighting, LED light sources inside and outside the building, as well as laptop or TV LCD screen backlight. High-power LED technology development to improve the design stage of the cooling requirements. Like all other semiconductor Like, LED can not be overheated, so acceleration output weaken, or cause the worst condition: completely ineffective. Compared with incandescent lamps, although the high-power LED with higher efficiency, but the input power is still a sizeable part of the light energy into heat energy instead. Thus, reliable operation requires a good heat dissipation, and requires consideration in the design phase high-temperature environments.
Design LED drive circuit size, we must also consider the temperature factors: its forward current must be selected to ensure that even if the ambient temperature reaches the maximum value, LED chip is not overheating. As the temperature increases, the need to reduce the maximum allowable current, that is derated to achieve cooling. LED manufacturers to derating curve into their product specifications.

LED interior lighting What are the disadvantages inherent

LED lighting from the 1964 invention has been developed to the popularization of the era, and its energy-saving, environmental protection, high brightness, low power consumption, long life, impact resistance and other advantages, the outlook is extremely broad; interior lighting in its infancy, as well as its inherent drawbacks, mainly in the following aspects:
1, the problems caused by inconsistency:
Theoretically LED light-emitting diodes are able to, and in fact all the LED’s electrical properties are different, each manufacturer’s production process is inconsistent, or even a big difference, that is, the same manufacturer are all different times of the process differences; different semiconductor manufacturers use the purity of raw materials there is a difference, which makes the LED luminous intensity is not identical with the drive current, over-current capability and heat resistance differences will naturally different; packaging technology and packaging different materials, making the overall cooling capacity is not the same, there is a combination of thermal expansion and cooling Pang problems. It is not difficult to see, LED light-emitting diode in the short term there are still great differences between individuals, if each lamp only one LED, good control. Such as TV, DVD on the power indicator; And when we make use LED lighting, it is not a single of the LED, but with more than hundreds of thousands of LED into an array access circuit, due to differences between the LED there is always one of the first damage, broken when there are several (usually short), the current will increase the damage other of the LED. This is inconsistent with the results, but also one of the factors restricting its development.
  2, the drive circuit complex issues:
a. voltage matching terms in, LED, unlike ordinary incandescent bulbs, can be connected directly to 220V AC mains. The LED is 2 – 3. Volt low-voltage drive, the design must be of complex circuits, different uses of the LED lamp, to be equipped with different power supplies. b. during current supply, LED’s normal operating current 18mA-20mA, power supply current of less than 15mA when the LED luminous intensity is not enough, and more than 20mA occurs when the light fades and the resulting LED aging, while fever greatly increased, accelerated aging, life expectancy shortening, when more than 50mA will quickly damage, in order to extend the service life of LED lights, commonly used IC power supply, electronic transformers, power supply and other discrete components, high current drive, be equipped with high-power tube or silicon device, and the other plus protection circuit to a constant current, constant voltage power supply circuit and the power circuit complexity, failure rate, component costs, production costs, service costs will rise. This greatly limits the competitiveness of the market and buying groups.
  Second, LED lighting circuit characteristics:
A, multi-LED lamp series and parallel matrix structure; B, not control the brightness; C, LED current changes in a certain range does not significantly affect the illumination; D, LED damage cause is that current is too large, more than 50mA, representing small voltage changes caused by a large current changes. So you can control the over-current, which provide the basis for the simplified circuit.
 Third, the solution to the problem:
If WHPTC overcurrent device for protection from the principle known, when the circuit when the current exceeds a predetermined value newsletter speed automatic protection, automatic reset after troubleshooting, without manual replacement. On the LED, the voltage change is not the direct cause of damage to the LED, the LED current increases is the real killer. Using this feature, the LED circuit protection has the absolute advantage, so simple power supply into reality. Practice has proved that the LED circuit failure before the effective protection. The following figure shows, because there can be omitted WHPTC constant current circuit. Device costs, production costs, service costs are greatly reduced. Also greatly increased the product’s market competitiveness.

LED tunnel lights lighting design and application

Automobile exhaust, noise, vibration, polluted air, corrosive gases, moisture and other harsh environments formed tunnel lighting particularity. In order to give vehicular traffic and pedestrians with a safe and comfortable lighting environment, the following analyzes to elaborate tunnel lighting design ideas and methods.
Unlike road led tunnel light lighting has its distinct specificity, and its security concerns in the lighting system is particularly important.
In the design of tunnel lighting options, taking into account the human factor in light adaptation and dark adaptation, attention to transition and transition lighting design. To meet the drivers eyes suitability requirements, as required in a dark tunnel entrance transitional lighting to ensure a certain vision requirements. Tunnel exit due to adaptation time is very short, usually less than 1s, it may be used for other processing.

led tunnel light

      Usually there are several special tunnel vision problems:
(A) before entering the tunnel (daytime): As great differences in brightness within and outside the tunnel, so to see from outside the tunnel, the tunnel entrance very inadequate lighting will see the “black hole” phenomenon.
(2) into the tunnel (daytime): bright outside into the car by a very dark tunnel even after a certain time to go through in order to see the situation inside the tunnel, known as the “adaptation lag” phenomenon.
(3) tunnel exit: During the day, a motor vehicle through a long tunnel near the exit, due to see the outside through the export of high brightness, exports appears to be a “white hole”, there will be a strong glare, driver would feel uncomfortable; night and day on the contrary, see not lit tunnel exit hole but a black hole, so that the driver will not see outside the linear and road obstacles.
Several more special visual problems to tunnel lighting made higher requirements, an effective solution to these visual problems, you can use the following aspects.
  A tunnel lighting settings
Tunnel lighting generally divided into sections, to adapt stage, transitional stage, the basic and outlet sections of five lighting, where each section has a different role:

led tunnel light
(A) the introduction paragraph: the elimination of “black hole” phenomenon, so that the driver can identify obstructions in the hole place; in the daytime, for example, assume that the tunnel mouth ambient brightness of 4000cd / m 2, speed 80KM / H, then meet the minimum requirements introduction of the length and brightness of 40 m and 80cd / m 2.
(2) adaptation period: After entering the tunnel, the driver can adapt quickly and eliminate the “black hole” phenomenon; according to the above conditions, adaptation of the length and brightness were 40 m and 80 ~ 46cd / m 2.
(3) TRANSITION: gradually adapt to the driver inside the tunnel lighting; according to the above conditions, the length of the transition section and brightness are 40 m and 40 ~ 4.5cd / m.
(4) basic sections: basic lighting inside the tunnel.
(5) Exit Section: During the day, so that the driver can gradually adapt to the exit of the light, eliminating the “white hole” phenomenon; during the night, so that the driver can see in the cave outside the linear and road obstructions eliminate the exit of the “black hole” phenomenon, the general practice is to use the street as a continuation of lighting outside the cave.
During the day, at the exit of the inlet section of the same illumination illumination, basic lighting inside the tunnel should be higher than the value of high brightness; during the night, on the contrary, should be less than the basic lighting brightness values ??inside the tunnel, when the tunnel outside the street lighting, tunnel surface brightness value of not less than 2 times the outdoor brightness value.
Second, the vehicle through the tunnel problems in the process.
  1 near the tunnel problems arising in the course
  Black hole phenomenon
During the day, the eyes have adapted to outdoor motor vehicle drivers up to 100000 lx cd/m2 over thousands of natural light, when the eyes go to only a few cd/m2 brightness tunnel environment, because the human eye’s perception of brightness difference is limited, appear to adapt hysteresis , you will see a black cave, while the state does not recognize them. Like to see in a bright environment cave phenomenon called black hole phenomenon. Once the black hole phenomenon, with the vehicle close to the tunnel, the driver’s visual shorten the distance, you can not drive safely. Black hole phenomenon is occurring before entering the tunnel vision problems, tunnel lighting is the most important issue. In order to prevent the occurrence of black holes, starting from the tunnel entrance within a distance sufficient to ensure the luminance, this part of the length of the braking distance than the safety of the vehicle slightly longer.
Into the tunnel, because there is a big difference in brightness outside, there is a delay adaptation, the driver can not adapt quickly tunnel vision brightness, it is difficult to see the situation inside the tunnel. To prevent this from happening, you should make the tunnel entrance brightness with reduced visual adaptation is slow, smooth transition to the brightness, the brightness should progressively be reduced, but the first one after a brightness and brightness ratio not exceeding 3:1, and 2m high these walls can not be lower than the corresponding average surface brightness brightness.
  (2) through the tunnel problems occur during
Brightness in the tunnel during the day than at night lighting, high brightness, low brightness at night than during the day. Consider the long tunnel in heavy traffic automobile exhaust emissions, then because of smog-forming emissions can not dissipate quickly, the light absorption and scattering, reducing visibility, leaving the visual identification difficult, the front lights influenced by automobile exhaust, unable to meet the legibility necessary, the front surface luminance half-100m, usually two times the brightness of the lighting up of exhaust gas.
 3 close to the problems that occur when the tunnel exit
Look through the export of high brightness outside, exports appear to be a bright hole, severe glare, exports became white cave, which is called white hole phenomenon; background with white hole, and motor vehicles became black silhouettes are easily identified However, in a large van with the back of cars and trucks silhouettes coincide difficult to see, in heavy traffic near the exit of the tunnel, in order to coincide with the size of the vehicle identification made lighting called exit lighting, exit lighting interval length of tens of meters.
 4 night pulled out of the tunnel before the problems
Night, pulled out of the tunnel from bright to no lighting road before, outside the tunnel has become a black hole, could not see the road alignment and the presence of obstacles, this time should be just left the tunnel exit on the road, in Greater safe braking distance is roughly equivalent to a few seconds interval motor vehicle, the road for lighting, in order to achieve an appropriate level of brightness.
  Third, the LED products in Tunnels
LED applications are implemented in the tunnel lighting LED light with the intensity of light entering the tunnel automatically adjust the illumination intensity intelligent dimming control system. Compared to the traditional programs to achieve energy saving 45%, and the lamp life is 6-8 times of traditional tunnel lamps, greatly reducing light loss and the cost of routine maintenance.