ACI Northwest Blog: Posts Tagged ‘Electrical’

Electrical Question: How Often Should I Check and/or Replace My Smoke Detectors?

Tuesday, September 4th, 2012

The smoke detectors in your home are immensely important. They are the first and oftentimes only line of defense you have against a fire in your home. You need to know they will work at all times so it is important to check them regularly and have them replaced on a rotating schedule.

 When to Check Your Smoke Detectors

You should check the batteries in your smoke detectors once every 6 months – often daylight savings time is a good day on which to do this because it occurs roughly every 6 months. You can also check them more often if they do not have an electrical backup source and are therefore using battery power constantly. The packaging instructions will likely recommend a time at which to have them checked.

It is also recommended to have backup smoke detectors (as well as CO detectors) that are on a slightly different schedule so that if a malfunction occurs, you know you will still have protection.

 When Is It Time to Replace Your Smoke Detectors?

Most smoke detectors have a natural lifespan of 3-6 years. At the end of that lifespan, the device will beep in a certain configuration that means it no longer works. If this happens, you should replace yours right away. To avoid a situation in which the system doesn’t warn you before it breaks down, consider having your smoke detectors replaced even more often – upwards of once every 2-3 years.

Whatever your Spokane home’s smoke detectors’ specifications, it is vital to have them properly maintained and swiftly replaced according to their manufacturer designated schedules. This is a device that will keep you alive in the event of a fire so be prepared. If you need any help with your home’s smoke detectors, give ACI Northwest a call!

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Generator Tip: Common Problems

Monday, August 27th, 2012

When it comes to having a generator in your Spokane home for those unexpected power outages, it is important to be aware of some common problems that might come up.

Back Feed into Grid

Backfeeding into the power grid is dangerous and should never be attempted.  Most power grids are designed on the basis that power will flow in a single direction, out of the power grid.  If your generator is not set up properly it can accidentally back-feed into the grid, causing safety concerns.  That is why it is important to have a professional generator technician install your whole house generator.

Overpowered Generator

An overpowered generator that takes up too much propane or gas to run it can be pricey to run. It will give you power to most of your home, but that is often unnecessary, and most of the time what is needed during a power outage is only enough electricity to keep essential devices running.

Not Properly Ventilated

Emergency generators are designed to be in places where proper venting can occur, and many times this means installing it outside.  When a gasoline, diesel or propane generator is not properly ventilated it can cause build-up of dangerous gases.  Having professional installation of your generator will ensure that it is well-ventilated and will not cause problems in your building.

Improper Generator Maintenance

Like any other appliance or piece of wired hardware, generators must be properly maintained.  This includes periodic oil changes and filter changes so that when the generator is needed, it doesn’t seize up instead of properly powering a building.  With proper generator maintenance, you can expect your generator to provide worry-free back-up electrical power during a power outage for years to come.

ACI Northwest can help you with all of your generator needs in Spokane and the surrounding area. Contact us today!

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Generator Tip: Whole House Generator FAQs

Monday, August 13th, 2012

If you are thinking about buying a new whole house generator in Spokane, you probably have a few questions about how to select and install the right model. Here are a few common questions and their answers on this topic:

 What Sizes Are Available for Whole House Generators?

Whole house generators generally come in sizes between 22 and 48 kilowatts. The number of kilowatts you want in a generator depends on the number of amps your home consumes. We know the maximum because no home consumes more than 200 amps due to limits in the electrical grid. A 22 kilowatt generator, for example, would replace 92 amps in your home, more than enough for most days – though probably not enough to keep your air conditioner running through the night.

How Long Does a Generator Last?

A quality whole house generator is often rated for up to 20 years of operation in standby conditions. That means that it will last for 20 years while actively installed on your property. That does not mean it can be operated continuously for 20 years, and operational lifespan will vary by model.

How Much Space Does a Generator Need?

You should allow for at least 3-5 feet on all sides of the generator for ventilation and to ensure nothing can get caught up in the system. It should be in a clear space away from entrances to your home but close enough to be easily wired into your electrical system during installation.

What Maintenance is Required?

The actual maintenance needed will depend largely on how often the system is actively used. Either way, it is recommended that you change the oil and all filters once per year. A full inspection is recommended if the system is used for more than 24 hours consecutively in that time period.

If you have any questions about installing a generator in your Spokane home, give ACI Northwest a call today!

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Electrical Question: What Size Generator Do I Need?

Monday, July 23rd, 2012

Electricity has become so integrated with our day to day lives that it is easy to overlook the importance of a functioning electrical system. Like most other things, though, when your electricity isn’t working it becomes very clear very quickly just how much you rely on it. When your electricity goes out, whether from a storm, blackout or any other cause, a good generator can be a big comfort. Just as with a heating or cooling system, you should have a properly sized generator in order to get the best performance from it. Here are some tips to make sure you get the right generator for your Rathdrum home.

First of all, you must decide what exactly you’ll want to power when you lose electricity. What do you consider essential? This is important, so take your time and make a list. Any medical equipment is clearly a priority, but what about a full refrigerator? Your septic pump certainly needs to be powered, but does your climate demand heating and cooling power in your home? Once you have decided on the necessities you’re ready to get started.

It is important to remember that bigger is not necessarily better when it comes to a generator for your home. Larger generators are obviously more expensive, and if you’re never going to approach its capacity then you’re just paying for potential, not performance. Even the biggest generator will not provide enough power to service every electrical device in your home, so some restraint is necessary. Whole home generators do not require you to decide what appliances are necessities, but they will not power everything all at once. The best way to ensure that you’re covered in the event of an energy loss is to calculate the amount of energy that the appliances in your home use, and find a generator with the capacity to provide at least that much energy. Remember that some appliances have different starting energy requirements than running loads, and that some appliances are always running.

There are numerous energy calculators available online that can help you decide what size generator you need. To eliminate as much guess work as possible, though, we at ACI Northwest suggest having a Rathdrum electrician come to evaluate your home. We’ll help you decide exactly which generator best suits your needs, in addition to providing expert installation, maintenance and repairs for your device. Call today with any further questions you may have.

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How to I Decide What Size Generator to Buy? A Question From Cocolalla

Monday, September 5th, 2011

No one likes to be without power. A storm or disruption to local electrical service can have a major impact on people’s lives and well-being, whether you live in Cocolalla or Priest River. Fortunately, there are safeguards in place to prevent loss of electric power in the event of an emergency. There are no better examples than hospitals that utilize back-up generators to run their electrical systems in the event of a power failure. Electricity is a necessity for these emergency facilities.

Electricity is also a necessity for you in your homes. Many of you can “wait out” a power failure because experience shows that power failures can be as short as a few seconds or minutes. Even ones lasting several hours are tolerable, albeit disruptive and uncomfortable.

If you’d prefer to have back-up power there are some things to consider when shopping around for a gas generator. Many people would like to have this important appliance but simply cannot afford to make the expenditure. The question then is: Can you afford not to have electricity? Will you have to replace a refrigerator or freezer full of food? Are you entertaining guests and can’t reschedule the event? Does someone in your home require electrical medical equipment? If you answer yes to any of these you are an ideal candidate for a generator.

But what size and type?

First of all, how much energy does you home consume? Do you run your air conditioner and furnace a lot? Are your refrigerator and/or freezer set on very cold temperatures? Do you run a lot of computers and televisions?

Typically, the right size generator for a 2,000 square foot home is around 7,000 watts. This generator will power up most appliances and cost in the $900-$1,000 range. If you are on a budget and don’t need to constantly run every appliance, you might consider a 1,400 watt gas generator which retails for around $200. Other gas generators with various wattage ratings run the gamut of pricing between these two examples.

When buying a generator, also determine if you want major appliances plugged directly into the generator or to simply run the main power circuit from your home into the generator. If you choose the later, it is advisable to hire a qualified electrician to tie in the generator to your home.

If you really want instant piece of mind and don’t mind paying for the expense, you can buy a generator that activates immediately after a power failure and runs on natural gas. But now we are talking about big dollars.

If you decide to go the gas generator route, keep one more thing in mind. They don’t run forever. Keep an ample supply of gas on hand to feed the generator, based on the manufacturer’s recommendations.

A power supply loss doesn’t mean the end of the world – if you plan ahead.

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When to Upgrade Your Circuit Box: A Recommendation From Chattaroy

Monday, August 29th, 2011

How many people remember what it was like to go on a “fuse search” when a major appliance stopped working? If you lived in or owned an older Chattaroy home, you know what that meant – a blown fuse was a nuisance.

The first types of electricity control were fuses, installed in a main fuse box (or secondary box) which connected the incoming electrical current to separate circuits. Most major appliances like refrigerators and stoves had their own separate current and fuse.

Eventually these fuse boxes were replaced with panels containing circuit breaker panels, which contained circuit breakers instead of fuses. So instead of replacing a fuse when a major appliance or circuit goes down, all that is needed is a flip of the breaker switch back to the “on” position.

Circuit breakers are considered safer and have greater capacity to control current to many of the newer, electricity-consuming appliances such as microwaves and wireless routers, to name a couple. And flipping a switch is much more cost-effective than having to buy replacement fuses, too.

While it is not mandatory for homeowners to replace fuse boxes with circuit breaker panels, it is often a good idea to make the change, especially during a home remodeling project. Doing it “all at once” is a good idea since walls are usually torn up and appliances are being replaced. Before the dust settles on the project, it is logical to install a breaker panel. Better to disrupt everything at once than to go back later and disrupt everything again.

Another reason to install la new circuit breaker panel is because of necessity. Circuit boxes are rated by amperage (amps) – a measure of electrical capacity. For example, older boxes may be rated for 60 amps and newer homes could have boxes rated 200 amps or higher. This bigger demand for power can overload older circuits. And appliances can constantly be popping a circuit or blowing a fuse. In that case, it might be a good time to consider changing to a new circuit breakers panel.

According to www.acmediy.com, there is a checklist of things to consider when installing a circuit breaker panel, including:

  • Determine your load requirements,
  • There may be a need to add new wiring or circuits,
  • Wires coming into your home may have to be upgraded,
  • Old wiring may need to be replaced.

Should you do it yourself? If you have the experience and skill to do so, installing a circuit breaker panel is doable. If not, a qualified, skilled electrician is the person to call. It will cost extra but consider it “peace of mind.”

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