Here are the principal points about programmable outlet timer ,From right here you will get the solution specifics like description,feature ,price tag and some other greatest associated solutions ,you will get the details that that is the correct to buy and discover the discount cost.
if you need to learn more reviews about programmable outlet timer or relevant solution , you could click the picture and get extra information concerning the things which you interesting,if you’re interested the item ,you have to read additional reviews.
Reviews: customer reviews...
List Price: unavailable
Sale Price: Too low to display.
No description available.
No features available.
There was an error connecting to the Amazon web service, or no results were found for your query.
Did you uncover the write-up valuable? %keywords% is not as straightforward as a lot of people feel, so you may need to accomplish some reading around the topic. As you discover lots additional about %keywords%, your understanding with all the topic will enhance, and so will your confidence.
Thanks for reading the write-up. And please, do come back once more.
Something in my house is using an awful lot of electricity and I am trying to find out what this is. I suddenly remembered that I am using a large chest freezer in my garage (which is freezing cold in the winter), which is only about 1/3 full. Can anyone tell me roughly how much energy they think I might be using on an annual basis?
And got the following answer:
Tracy, if the freezer is in a freezing cold garage, it is definitely not using a lot of power in the wintertime. The summer might be different. We went through this 12 years ago when we were converting out house over to solar and wind power. I would highly suggest getting a watt meter instead of guessing and arguing about it, or asking hacks like me online. The most popular model is the Kill-A-Watt. In years past you had to order them online, but I saw one in our local hardware store last week for $29 USD. It looks like a lamp timer, you plug it into the outlet, then plug in the appliance in question, and leave it for a week. It has a digital readout that tells you how many watts it is using currently, and at the end of your week, or month, or whatever period, it tells you how many kilowatthours (kwh) it has used. Then you zero out the meter, and plug something else for a week. Some models even have programmable features where you can punch in your electric rate from your electric bill, and it spits the answer out in dollars and cents. We clocked all the appliances and lighting in our home and made some interesting discoveries, like how much power our entertainment stand uses even when nothing is turned on, or the aquarium pump, cell phone charges left plugged in 24/7, and so on. There won't be any arguments anymore. This won't speak for items like furnace blowers and well/sump pumps that don't have a cord on them. If you do have a sump pump with a cord, plug it in as well. But here is a neat thing you can do. Turn off every circuit breaker in your box except for one known circuit, like the bathroom. Now go examine the electric meter on the outside of your house. The disc should be motionless. If it is spinning, and nothing in your bathroom is on, then you might have a short circuit, or a faulty meter. If it is working properly, then plug in a known large power using hand held device, like a hair dryer, or electric heater, and run it on high. While it is running, go look at the meter again with a watch. See how many times the disc goes around in one minute with just that hair dryer going. Let's assume it spins 6 times, and the hair dryer is 1200 watts. You know that the meter turns one time per minute for each 200 watts of use. Now have someone go back to the circuit box and turn on one thing at a time while you watch the meter. See which circuits coming back on make the disc spin fast. I would suspect the furnace if it runs, but your fridge might be suspect if it is an older model, or perhaps you have a plug in appliance malfunctioning, like a curling iron, bad ceiling fan, or who knows. At least this way you might have an idea which circuit is using the most, and can narrow down your search. Good luck Tracy, and take care, Rudydoo