Have additional questions about your home’s cooling system? We’re here to help! The AC experts at Advanced Home Services provide air conditioning installation, repair, replacement, and maintenance services in Idaho Falls and the surrounding areas. (Multiply the watts used per hour by 1,000)įinally, divide the BTUs used during the summer, by the watt-hours used during the summer and you will arrive at your system’s SEER rating. Then calculate the number of watt-hours used in the summer by doing the same with the number of watts used per hour. Multiply the BTUs per hour by 1,000 to get the total number of BTUs used during the summer. To calculate the number of BTUs used during the summer months, use 1,000 hours as your baseline.
Just like the BTUs, this can either be found on the unit itself or in the owner’s manual. Then find the number of watts used per hour. It should either be located on the air conditioner itself, or in the owner’s manual. First, find the BTUs per hour for the system.
If you’ve exhausted all of the options above and still can’t find out your system’s SEER rating, you can actually calculate it manually.
Payne air conditioners rating serial number#
In this case, the SEER rating is 21.įinally, if you can locate the model and serial number of the unit, you can contact the manufacturer or a local dealer and ask them for the SEER rating for that specific unit.
Payne air conditioners rating series#
You may notice something along the lines of “XC21” followed by a series of additional numbers and dashes. Still no luck? Some manufacturers include the SEER rating at the beginning of the model number on the data plate. Your HVAC contractor likely listed the performance data of the system here. If there is no sticker, you can look for a piece of paper taped to the front of the air handler. If this sticker is still in tact, it will tell you the Seasonal Energy Efficiency Ratio in large numbers. Head over to your cooling system and look for a yellow and black “energyguide” sticker, which can usually be located on the side of the condenser. With that said, when you’re shopping around for a new cooling system, we recommend looking for a system with a SEER rating on the higher end of the scale, however, the size of your home and the current ductwork setup, among other variables, must be considered. SEER ratings range from 13, on the low end, to 22 on the high end (depending on the brand). Now that you know what a SEER rating is, it’s time to learn about how an air conditioning system is actually measured when it comes to energy efficiency. Ultimately, an increase in efficiency can lead you to savings in energy consumption which means lower monthly costs for you, the homeowner! SEER Rating Scale Generally speaking, a system with a higher SEER rating means that it’s more energy efficient than one with a lower rating. SEER, or seasonal energy efficiency ratio, refers to the “relative amount of energy needed to provide a specific cooling output,” according to the U.S. Your home cooling system is one of those larger appliances that tends to guzzle up energy and if you’re looking to find out just how efficient your current system is, you’re actually looking for its SEER rating. Wondering why your monthly utility bill is so high lately? Of course, it depends on how much energy you use each month, but how energy-efficient, or inefficient, your larger appliances are play a major role when it comes to how much you have to cough up.