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Privacy Policy

Collection and Use of Information

We collect personally identifiable information such as names and email addresses only when voluntarily submitted. These information are used merely to fulfill a specific request, for example, to post a comment on our blog, to create an account in our Forum, or to subscribe to our mailing list. All emails and newsletters from this site allow you to opt out of further communications.

Distribution of Information

We never use or share any of those information in ways unrelated to the ones described above. We do not send spam and we do not sell your information to any company for marketing purposes. We may, however, share information with government agencies or other companies assisting us in fraud prevention or investigation. We may do so when: (1) permitted or required by law; (2) trying to protect against or prevent actual or potential fraud or unauthorized transactions; or (3) investigating fraud which has already taken place.

Cookies and Tracking Technology

Our site may place a small file, called a cookie, on your hard drive to provide you with a better website. A cookie does not, in any way, give us access to your computer or to any personally identifiable information about you, other than the data you choose to share with us. It only helps us analyze web traffic or lets web applications respond to you as an individual.

Our authorized third-party advertisers in the course of serving ads to you, may also place cookies on your browser or use tracking technology to collect information. You can choose not to accept cookies by modifying your browser settings. At any time, you may remove any cookie stored on your hard drive by deleting them in your browser’s settings section.

Google, one of our third-party advertisers, may add a cookie to determine targeted advertisements based on your preferences and your visit to our site and other sites on the internet. You can choose to opt out of Google’s use of cookies by visiting the Google ad and content network privacy policy.

DoubleClick DART cookies

We also may use DART cookies for ad serving through Google’s DoubleClick, which places a cookie on your computer when you are browsing the web and visit a site using DoubleClick advertising (including some Google AdSense advertisements). This cookie is used to serve ads specific to you and your interests (”interest based targeting”). The ads served will be targeted based on your previous browsing history (For example, if you have been viewing sites about visiting Las Vegas, you may see Las Vegas hotel advertisements when viewing a non-related site, such as on a site about hockey). DART uses “non personally identifiable information”. It does NOT track personal information about you, such as your name, email address, physical address, telephone number, social security numbers, bank account numbers or credit card numbers. You can opt-out of this ad serving on all sites using this advertising by visiting http://www.doubleclick.com/privacy/dart_adserving.aspx

Links to other Websites

Our site may contain links to other websites of interest. However, once you use these links to leave our site, we do not anymore have control over that website. Such sites are not governed by this privacy statement and we cannot be responsible for the protection and privacy of any information you provide to those sites. Exercise caution and read the privacy statement applicable to the website in question.

LED Dimmer

Dimmers, as the term suggests, changes the brightness or intensity of the light.  With LED or light emitting diode dimmers, the intensity of the light may be varied through altering the RMS voltage passing through the lamp.  LED dimmers manipulate the resistive incandescent and CFL or compact fluorescent light.  They come in different sizes – from smaller dimmers for household use to larger and industrial or commercial use like theaters, halls, or architectural installations.

There are ways to manipulate the degree of brightness of light with the LED dimmer.  It can either be controlled manually or through remote operation.  Professional dimming needs employ digital control systems like DMX.  Ethernet control systems may also be employed in connection with high-end systems.  Modern dimmers use the technology of silicon controlled rectifiers (SCR) since they are highly efficient and have practically no limit as regards the speed variance like domestic dimmers which are controlled directly by the SCR.  The main advantage of this type of dimmer is that it does not overheat and the brightness of the light is consistent and long lasting which adds up to the quality of it being cost effective.  With a lot of dimmers in the market, it is greatly advised that the specifications be scrutinized first in order to achieve the maximum efficiency and provide for the lighting or dimming needs of a particular application.

In shopping for led dimmers, you have to look for the best in terms of quality and aesthetic or appeal that the dimmer would produce so that the entire room will achieve the best and desired lighting conditions.  Several brand designs are available in the market, inter alia Cabana, Lenox, Kathy Ireland and Holkoetter provides better designs and variety as compared with other brands.  With these designer shops, a wide range of selection of lighting styles are available, from traditional to contemporary to rustic to customized.  LED lamps of various sizes fit into offices and household applications, both for indoor and outdoor use, as well as for security and high-end applications.

LED lamps are available for different parts of the room.  There are lamps available for the kitchen, living room, bedroom, bathroom, and garage.  The type of light used in a particular area of the house would transform your place into a look that describes elegance, luxury and sophistication.  Custom made lamps further add up to the classic or personalized appearance of your place.

Triac LED Dimmers

TRIAC stands for Triode for Alternating Current.  TRIAC dimmers are widely used to control the light conditions within households and offices for more than two decades.  This device functions by changing between on state to off state of the light in a circuit in a fast manner by reducing the energy flow in the light switch.

The method used by TRIACs is likewise employed with incandescent lamps and fluorescent lights.  However, the output is not as optimum as that with LEDs since the incandescent and fluorescent lamps use alternating current while the LEDs use direct current.

The major drawback in using LED lights with TRIAC dimmer is the flicker which is very noticeable.  Findings in the medical field show that flickering lights may strain the eyes, cause fatigue, or in some cases induce epileptic seizures or attacks.  Another drawback is that the LED may not respond well when the dimmer slide is adjusted or that the response is not that automatic, and sometimes, the light would turn off even though the dimmer slide is not completely off, say, just around 60 to 70 percent off.  In cases where there are multiple LED lights controlled by one TRIAC dimmer, unexpected results may occur like some LEDs turning off while others are not dimmed.  In other words, there may be inconsistencies in manner the LED are dimmed.

So how do we achieve the best result in terms of dimming lights with LED using TRIAC?  Experts in this field recommend that specific dimmers be used with specific needs.  Also, LED lamps with long life of 40,000 or more hours of operation and flicker free should be used to achieve the best result in terms of brightness.  LED dimming drivers work by setting the LED lights to dimmed state.  This is done by the reduction of the forward bias current employing the method of Pulse Width Modulation (PWM) through digital control.  LED dimmers produced now are smaller in size and can be interfaced with any electrical switch circuit and may be installed or mounted even in minimal spaces.