We’re excited to announce that we now offer

Multi-panel light systems are designed to add a point of interest and liven up a room. They can be used for numerous applications, including dental office lighting, lobby lighting, hospital lighting, classroom lighting, waiting rooms, conference rooms, basements, and more. A choice of stock cloud images can be split into two-, three-, four-, or six-panel displays depending on the chosen panel size. Custom panels can include any image and number of panels, and they can be arranged in any way.

Each Even-Glow® LED panel light uses perimeter-mounted LEDs with an optical diffuser to emit natural white illumination without visible bulbs or hot spots.

Dimmable and non-dimmable panels are available for custom or static levels of light. Dimmable panels consume just 40 watts of power, and non-dimmable 2-by-4-foot and 2-by-2-foot panels consume 50 or 72 watts respectively—significantly less than fluorescent fixtures. The panels have sturdy white or black aluminum alloy frames. They operate within a 100-277V AC range and are designed to last three times longer than fluorescent troffers.

So when customers ask us how many ‘Watts” do I need to replace an existing light source, we always convert them to lumens.

•  Pay special attention to the lumens per watt of a fixture. IT DOES MATTER. A LED product at 135 lumens/watt will consume far less energy than a LED product producing 97 lumens/watt. Not all LED solutions are the same. (remember, always buy on the lumens you need, never on the watts you think you need.).

•  To calculate lumens per watt, take the total number of lumens a product produces and divide it by the watts it consumes.

For indoor fixtures, figure on:

utility company. You can check if a product is DLC Qualified on the DesignLights Consortium website. DLC has rebates for Commercial LED Lighting and Industrial LED Lighting

•  Rebates with DLC Premium should be higher than rebates with DLC Standard. Your utility company is typically who provides the rebates and sets the rebate amounts.  Check their website.

•  All UL Listed or ETL Listed.

•  Replacing the light parts of an existing fixture with the a Retrofit unit will not void the UL/ETL Listing of the fixture. However, the exception to this rule are explosion proof rated fixtures (ie. Class I Div 2). Never retrofit a certified explosion proof fixture. UL1598C does not cover these types of retrofits.

•  ETL Listing is the same as UL Listing. They perform the same test, and the certification is the same. The only difference is that the company who performs the test.

An automatic transfer switch consists of an electrical power control device that reroutes electricity under certain power conditions. It enables the safe switching of power from one source to another. Consequently, this ensures a safe and reliable transfer of power while minimizing the risks of fire, damage, or back feeding of power to the utility lines.

An ATS ensures continuity of power to the load. However, the time between loss of power in the utility line and the time the load is connected to the alternative power source remains critical in some applications. For example, a power loss for a few seconds is unacceptable in some hospitals or with emergency equipment. In some of these installations, an intermediate power supply is utilized. These include the battery-based inverter or UPS power to fill the gap between the loss of power and connection to the generator power.

Advanced ATS devices may have the ability to detect the voltage dips characteristic of power failures and automatically start the generator before the utility power goes off completely.

Consumers need to ensure that the ATS will have adequate capacity to handle the generator power. Things to consider include the voltage rating, continuous current rating, and type of load. In addition, consider the mode of transfer, desired transfer time delay, ATS style, and more.

The four main categories of ATS devices are defined by the following transition modes.

Open-transition: The open transaction mode of operation disconnects the primary power before connecting the power from the secondary source. This break-before-make operation means a short duration when there is no connection to either of the power sources.

Fast closed-transition: The ATS is based on the make-before-break switching operation. It parallels the two supplies for about 100 milliseconds after which it disconnects one of the sources. This operation ensures that the load is never disconnected from power.

Soft closed-transition: The soft closed-transition transfer synchronizes generator power with the utility line and then transfers the load from the utility to the generator. When transferring the load back to the utility, follow a similar process.  In this case, the generator output slowly decreases until completely off.

Sub-cycle transfer: These are based on semiconductor switches and are the fastest automatic transfer switches. Upon detecting a power failure, the ATS transfers the load to the other source within the first one-quarter of the electrical cycle. This ensures no power interruption to the load. Sub-cycle ATS devices are the most complex and expensive compared to those using mechanical switches.

Since consumers may not have all the necessary technical knowledge to choose the correct application, it can be a good idea to hire a qualified electrical contractor to select the correct sizing and installation.