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Tier 2 Advanced Power Strip for Advanced Savings

Taking energy efficiency to the next level in your home or business is as simple as plugging an outlet into the wall. The catch: it needs to be the right one. Standard power strips provide power non-stop to all electronics plugged into them. Smart power strips allow for savings by letting you control one or a few outlets, while the power strip controls the rest. A tier 2 advanced power strip takes those savings even further by allowing multiple options for control while providing optimal surge protection for your devices.

We covered the difference between a tier 1 and tier 2 power strip earlier if you want to go into the details. Now, let’s dive into the major benefits of a tier 2 device.

Multiple Sensors

The tier 2 power strip has built-in sensors that detect both motion and infrared (IR) remote control signals. It is equipped with an intelligent algorithm that looks first for IR signals from a remote, and then looks to detect motion if no IR signals are found. Without the presence of either, the adjustable countdown timer is initiated, and powers off devices after that time has passed with no activity present. Additionally, some strips even feature bluetooth technology, allowing for control over devices right from your smartphone.

Surge Protection That’s Fireproof

Advanced power strips come complete with enhanced surge protection in the form of the metal oxide varistors (MOV). These components are designed to dissolve heat much faster than traditional surge protectors. It is also covered by a fireproof ceramic casing. This technology makes it possible to prevent a fire from occurring in the event of a power surge.

Know and Control Energy Usage

The tier 2 power strip communicates and records energy usage data. This includes the history of the energy used by the devices that are plugged into it as well as the real-time data. All of this information can be accessed through a mobile app available for both iOS® and Android® devices. Through the app, users can manage and predict electricity usage and costs, get updated on surge and ground status, sign up for promotions, and complete product registration as well as receive support. In addition, data records are also stored in a raw format, allowing easy access by evaluators and program admins for statistics, installation verification, and tracking.

As technology evolves, the way we use it evolves as well. Using a tier 2 advanced power strip to control the energy consumed by devices is an ideal way to continue to enjoy our tech with the added bonus of energy efficiency.

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Choosing a Double or Single Ended T8 LED Tube

Now that you understand more about ballasts, retrofitting, and the benefits of switching from fluorescent to LED, let’s get into even further detail about LED T8 lights. These lamps come in a few different configurations. The most obvious of which is the single and double-ended tube. Knowing whether you’ll need a double ended T8 LED or a single ended T8 LED tube for your lighting project gets you on the right track to completing the ideal renovation.

What Kind of Lamp is the Single Ended T8 LED Tube?

Single ended tubes receive all of their power from one side. This is the side that contains both the neutral and live pins. It is known as the input end. Many of these types of lamps are direct-wire, and do not require a ballast in order to operate. However, if you are using this lamp in a retrofit, the lampholders will require replacement, and the ballast removed.

What Kind of Lamp is the Double Ended T8 LED?

On the double ended T8 LED, you will find the neutral pins on one end, and the live pins on the other end of the tube. Traditional fluorescent lamps also have this double ended configuration. When replacing fluorescent tubes with LEDs, using the double ended LED lamps can make retrofitting much easier.

If this is your first major lighting project, consider enlisting the assistance of a licensed technician or electrical expert. Once these lamps are installed throughout your building, they are guaranteed to bring energy and dollar savings for years to come.

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How to Fit an Aerator into Your Faucet

The average household faucet consumes over 2 gallons of water each minute it is left on. This may sound small, until you consider this can equal up to 3,000 gallons of wasted water each year. High efficiency aerators can help you save water and deliver a steady and forceful stream of water, while saving at the same time. A high-quality faucet aerator adapter helps you connect a water saving aerator to almost any common faucet styles. Here’s what you need to know before you get started.

Sizing It Up

Nickel and dime is the phrase to keep in mind here. Start by removing the washer and insert from the inside of the aerator. Grab a nickel, and place it over the aerator. If the size is close to that of a nickel, you have a regular size aerator. An aerator that a dime can fit in is a junior-size aerator.

Male and Female Threading

Determining the threading is slightly easier than discovering the size. A female threaded aerator will be screwed onto the faucet with the threads on the inside of the aerator. A male aerator has the threading placed on the outside, top of the aerator. Pretty simple, right?

Different Streams

Another thing to consider when choosing a faucet aerator adapter is the type of water stream it produces:

Spray stream resembles the pattern distributed by a shower head. This type is ideal for bathrooms in commercial spaces.

Aerated/Bubble stream works by mixing the water with air. This pattern is softer than the other options, and produces no splashing. This type is found commonly in residential environments.

Laminar stream is great for spaces that require high flow, and no splashing, such as health-care establishments.

The smallest of changes can get you on the road to having a major impact on water consumption in your community. Doing a task as simple as fitting a faucet aerator adapter over your faucets can save up to 3,000 gallons of water each year. This can be done without much effort, and without sacrificing any water pressure.

Faucet Aerator Adapter
Faucet Aerator Adapter
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Outdoor LED Flood Light vs. LED Spotlight

When doing an outdoor lighting project, there are so many options to choose from. Among all available lights, the most energy efficient are easily the ones with LED technology. Once you know LED is the way to go, you have to know what beam you need, how wide of a beam is necessary, and how to calculate the beam spread you’ll need. Let’s take a look at a few of the key differences between an outdoor LED flood light and the LED spotlight.

Beam Differences

Spotlight – an LED spotlight will project a light beam that fairs on the more narrow side, at 45 degrees or less. This sort of beam spread is concentrated in a more specific area, and can be simpler to direct.

Flood Light – LED bulbs in this category create a large beam spread that can cast from 50 to 120 degrees of light. As this is a larger beam, this light covers a significantly large amount of space without compromising energy efficiency (wattage) or light brightness (lumens) in comparison to the spotlight.

Which to Choose?

LED spotlights can be seen when looking to highlight specific points or details, such as artwork in a museum, features in landscaping, or items for display.

If your project requires illuminating large spaces that need a wide and even distribution of light, the outdoor LED flood light is the one you want to go with. These lights are used in settings such as parking lots, warehouses, other commercial spaces, and driveways to name a few.

Measuring the Coverage Area

While having a general idea of what setting a spotlight or floodlight can be used in is helpful, being able to measure in feet how much coverage you’ll have per light can make your lighting project run even more smoothly. Keep this formula handy for when you need to do just that:

Distance from Bulb x Beam Angle x 0.018 = Beam Width in Feet

For example, if you want to cover 20 feet of area using a 90 degree floodlight:

20 x 90 x 0.018 = 32.4 feet

With your knowledge of how an outdoor LED flood light differs from an LED spotlight, and with this formula in hand, you’re now more than ready to take on that next lighting project.

Outdoor LED Flood Light
Outdoor LED Flood Light
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Fix a Leak Week

fix a leak

Household leaks can waste more than 1 trillion gallons of water annually nationwide due to indoor and outdoor leaks! WaterSense partners are encouraging Americans to become leak detectives during Fix a Leak Week, March 18-24, 2019, and save more than 10,000 gallons of water per home on average by taking three simple steps: check, twist, and replace:

1.Check your water meter before and after a two-hour period when no water is being used. If the meter changes at all, you probably have a leak. Check your sprinkler system for winter damage. Of the many types of water waste in the average home, toilet leaks are the most common, and often the most costly. Toilet leak detection tablets will help you detect silent leaks. Simply drop the dye tablet into the toilet tank and lightly stir it. After approximately 15 minutes have passed, check the bowl for color. If color appears, there is a toilet water leak. Dye tablets are non-toxic and FD&C safe. If you have a leak, you will most likely need to replace the flapper.

2.Twist faucet valves, tighten pipe connections, and secure your hose to the spigot. For additional savings, twist a WaterSense labeled aerator onto each bathroom faucet to save water without noticing a difference in flow.

3.Replace old and leaky plumbing fixtures with WaterSense labeled models, which are independently certified to use 20 percent less water and perform as well or better than standard models. You can also use a moisture meter and a hose faucet timer to prevent over watering.

For more information on Fix a Leak Week and to see if there are any events in your area, please visit the EPA’s website.

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Replacing Fluorescents with T8 LED Light Bulbs to Power Up and Save

T8 LED Light Bulbs
T8 LED Light Bulbs

According to the US Energy Information Administration, lighting accounts for 10% of total energy consumption in commercial buildings. This includes schools, hospitals, warehouses, offices, and other industrial spaces. Limiting the amount of energy lost from lighting is just as simple as changing the lights. The most common type of lamp found in these buildings are fluorescent T8 lights. By simply replacing them with T8 LED light bulbs, you can easily reduce energy usage and costs right along with it.

What’s So Different?

When looking to replace fluorescent lamps with their LED counterparts, the first thing to check is wattage. For example, if you’re replacing a 32-watt fluorescent, a 17-watt LED T8 will do the trick. This cuts the energy being used from just the one fixture by more than half! Imagine the savings possible after replacing them all.

Next, do a comparison of lumens. While wattage measures the amount of energy being consumed, lumens accounts for the brightness of a bulb. Let’s take the same example from earlier. A T8 fluorescent that uses 32 watts of energy typically produces 2500 lumens of light. It’s LED equivalent, while using only 17 watts, produces 2200 lumens.

Additionally, T8 LED light bulbs have a lifetime rating of 50,000 hours, more than 3 times longer than 15,000 hour average lifespan of T8 fluorescent lights. Also keep in mind the warranty period. Generally, most fluorescent tubes have a 2-year warranty. Their LED counterparts are warrantied for as much as 5 years after the date of purchase.

Tube Types

There are two types of T8 LED tubes: Plug and Play, and Ballast Bypass. If you’re looking to do a quick replacement and install, you’ll want to go with the plug and play LEDs. These models do just as the title suggests. Rewiring isn’t necessary, and this reduces the maintenance costs. Installing Ballast bypass LEDs is slightly more complicated, and a professional electrician should be contracted to do the job. The existing ballast in the fixture will first need to be removed. These lamps work by using the voltage that flows directly to the socket.

All LED tubes come in either cool white or daylight color temperatures, matching the colors of the already installed lamps. T8 LED light bulbs allow for less energy use, greater energy savings, longer lamp life, and less maintenance. They are manufactured to make the switch both seamless, and well worth it in the long run.

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Using A Tier 2 Power Strip for Advanced Savings

A computer, DVR, and TV are just some of the devices we use daily in our homes and businesses. These are also some of the most common devices left plugged in long after being shut off. While powering off does reduce energy use, it doesn’t stop the device from using energy. One of the simplest way to combat this phantom energy use is with a tier 2 power strip. These advanced devices are highly intuitive, and can be used in both residential and commercial environments.

What’s the Big Difference?

Tier 1 and 2 power strips both work to reduce the amount of energy used by the devices that are plugged into them. The key difference between these two is the intuitive technology the advanced power strips feature.

  • Power and motion sensor to reliably control power supply to all plugged in equipment
  • Adjustable standby control delays the sensor for activities such as movie-watching / completely cuts off power after an allotted period
  • Bluetooth connectivity with Apple iOS / Android device to control the power strip and view usage details in an app
  • Designated PC outlet for controlling A Windows PC running on Microsoft Windows versions 7, 8 or 10

Tested and Proven

You don’t have to worry about experimenting in your home or business, because that’s exactly where these power strips have been tested. By using them on millions of devices outside of a laboratory, the tier 2 power strip is a proven energy saver. These power strips allow you to reduce the energy usage for 8 devices in either a commercial or residential setting with 2 always on, and 6 controlled outlets.

If you’re looking for a way to save energy and money in these spaces, consider giving the advanced power strip a try. At the very least, you won’t have to worry anymore about the energy being lost when you walk away and forget to unplug.

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Damp Rated LED Bulbs vs. Wet Rated LED Bulbs

Wet Rated LED Bulbs

When searching for LED bulbs, you may have come across the phrases wet location and damp location. While they sound like they’re describing the same kind of bulb, these two ratings are very different. The bulbs are each given their classification by the Underwriters Laboratories. Here, each light undergoes testing to determine the environment it is best suited for. Understanding the difference between damp rated LED bulbs and wet rated LED bulbs will allow you to remain safe when installing them in fixtures for your home or business.

What Qualifies as A Damp Location?

Where LED bulbs are concerned, a damp location is an environment that is mostly shielded from outdoor weather conditions, yet still experiences humidity and moisture. These settings are exposed to condensation, or “sweating,” yet the fixtures installed here do not have actual contact with water. Examples of this would be:

  • Kitchens
  • Bathrooms
  • Patios
  • Awnings
  • Basements

What Qualifies as A Wet Location?

Wet rated LED bulbs are installed in fixtures that have been designed to specifically withstand exposure to water: from simple splashes, to complete submersion. The fixtures have to be produced with seals that waterproof its electrical portions. This also prevents damage, and even power shortages. Bulbs with this rating are manufactured for use in almost all outdoor light fixtures, as these fixtures are exposed to conditions such as rain and snow. A few settings where wet location LED bulbs are installed in include:

  • Landscaping
  • Hot tubs
  • Fountains
  • Pools

United Laboratories has carefully crafted the rating system for these bulbs. In doing so, this prevents lighting from being installed in the wrong location, which can cause short-circuiting, and even be potentially dangerous. Understanding the difference between damp rated LED bulbs and wet rated LED bulbs will allow you to get the most out of your LED lights. It also takes you one step closer to making the right choices for fixtures both inside and outside of your house or building.

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Benefits of Q-Lon Door Seal Installation

Q-Lon Door Kits
Q-Lon Door Kits

The door of a home is where we let in and welcome family and friends. Unfortunately, it’s also where we let in air leaks, insects and moisture. Unlike loved ones, these can come into the home through doors even when they’re closed. The older the home, the more likely it is that you have a door (or a few) that could benefit from being properly sealed. Installing a q-lon door seal is a quick and cost-effective way to solve these problems, save energy, and ultimately lower energy bills.

Passing the Test

The simplest way to check for air leaks is to look at the door during daylight hours. If you see sunlight peeking through the door, it needs to be sealed. If you notice moisture at the door when it rains, it needs to be sealed. If by chance, you catch an insect trying to sneak into the home, the door needs to be sealed.

Sealing Gaps

Q-lon is designed specifically to be used on the top and sides of doors. It seals gaps that measure up to 1/2″ in size. If your air leak is smaller, no worries. A q-lon door seal can be cut to fit smaller doors and seal smaller spaces. It is made up of polyethylene-clad urethane foam, and contains a special backing for use on specific door types. The exact one you’ll need depends on what the door you’re sealing is made up of:

  • Metal doors – Use the aluminum q-lon weatherstrip.
  • Wood doors – Use the wooden q-lon weatherstrip.
  • Vinyl – Use the vinyl (PVC) q-lon weathertrip. This is the most commonly used type for residential doors.

Comfort and Savings

If you left the oven door open while baking, it would take considerably longer to reach the right temperature. The same concept can be applied to all doors. When inside air leaks out, and outside air comes in, regulating the temperature becomes increasingly difficult. Installing a q-lon door seal gives you back some of that control. It does so without you having to spend hundreds, or even over a thousand, on a replacement door. The material is industrial-grade, strong enough to seal gaps for years, and costs under $13 a piece. Installing this weatherstrip lets you start realizing savings without having to reach into your savings to get it done.

Narrow Q-Lon Door Weatherstripping Kit with Vinyl Carrier - Brown DS060-BR-N
Narrow Q-Lon Door Weatherstripping Kit with Vinyl Carrier – Brown DS060-BR-N

Q-Lon Door Kit with Vinyl Carrier Door Weatherstripping White
Q-Lon Door Kit with Vinyl Carrier Door Weatherstripping White

Q-Lon Door Kit with Aluminum Carrier Door Weatherstripping Brown
Q-Lon Door Kit with Aluminum Carrier Brown

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What Exactly is A GU24 Base Bulb?

This post has been updated from its original 2008 version.

You may have heard of GU24 base bulbs and wondered what they are. Available in both CFL and LED, these bulbs have a different base than the standard screw base bulbs. GU24 bulbs have 2 pins protruding from the base instead of the usual screw in base. To install the bulb, you would insert the pins into the corresponding holes in the socket and twist the light bulb and lock it into place.

So why would you want to use a GU24 base bulb? What are the advantages of GU24 bulbs?

  • GU24 bulbs are self ballasted i.e. the ballast portion of the bulb is already attached to the bulb and is easy to replace.
  • The overall length of the bulb is shorter since the ballast and the bulb are in one unit
  • You can easily change the wattage of the bulb, unlike pin base bulbs which require the socket to be changed for different wattages of bulbs. This offers more flexibility.
  • The size and shape of socket is similar to an incandescent socket so it’s great for homes.
  • Standard GU24 Bulbs are interchangeable between manufacturers.
  • The LED GU24 is long lasting with an expected life of 25,000 hours of life which decreases the need for regular replacement. At Conservation Mart we offer these bulbs in a variety of color temperatures ranging from 2700K to 4000K.

So next time you’re in the market for a lighting fixture, consider one that utilizes a GU24 base bulb.

Shop now for GU24 base bulbs>>>

Maxlite 6W Omni GU24 LED A19 2700K 6A19GUDLED27
Maxlite 6W Omni GU24 LED A19 2700K 6A19GUDLED27

Maxlite 9W LED Omnidirectional A-Lamp GU24 A19 4000K 9A19GUDLED40
Maxlite 9W LED Omnidirectional A-Lamp GU24 A19 4000K 9A19GUDLED40

Earthtronics 8.5W LED Omni A-Lamp GU24 A19 5000K  LA19850V224
Earthtronics 8.5W LED Omni A-Lamp GU24 A19 5000K LA19850V224

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