The seer doesn't matter if it will function or not it will. Just keep in mind that you will only get 13 seer max out of system
Goodman 5 ton 16 steer AC unt 4700.00 minus FPL 1000 credit and 300 tax rebate so it cost 3400 installed
20 degree difference
13-16 hrc
We just had the whole trane system installed. It is the same specs you are asking about. It also has a new furnace that is high efficiency as well as new thermostat that is digital. We paid $7,800 without the $1500 tax credit. $6,300 total.
Given that i did an experiment, i used SSR 5 amp and a wire of 16 AWG. I expected the wires to melt down or the SSR not to work but surprisingly it worked fine, so i suspected that the relation I=P/V is not right in my case.
It depends on the efficiency of the air conditioner. I have two 3-ton units for my home. One recently died and I replaced it with a more efficient unit. The new unit is 16 SEER, while the old was 12 SEER. In general, the higher the SEER rating, the more efficient, but you get diminishing returns as you go higher. For example going from 12 to 13 saves a lot more energy than going from 15 to 16. I have a whole house watt meter connected and measured both units after the upgrade to see how much more efficient my new one was. Below are the results. As you can see there is no easy answer to how much your unit consumes. 16 SEER - 2300 watts 12 SEER - 3400 watts
Determine the SEER rating of the HVAC system. The SEER rating is usually provided by the manufacturer and is a measure of the system's energy efficiency. Find the total cooling capacity of the HVAC system in BTUs (British Thermal Units). This information is also typically provided by the manufacturer and can be found in the system's specifications. Plug the SEER rating and the total cooling capacity in BTUs into the formula: Tonnage = (Total Cooling Capacity in BTUs) / (SEER) For example, if you have an HVAC system with a SEER rating of 16 and a total cooling capacity of 48,000 BTUs: Tonnage = 48,000 BTUs / 16 SEER Tonnage = 3 tons
16 x (13/16) = 16/1 * 13/16 = 13
Replace the entire system with a more efficient one. Current EPA guidelines call for a 13 SEER system. Cost will be approx 6500-8500 depending on geographical location, size of system, and current copper size. Disagree. The evap coil may need replacement. I don't know any AC mechs that repair them but if the leak can be found it is not a large problem. 5-6 hundred dollars either way. For the price quoted aove I think you can get a 16-18 seer replacement unit.
were about on the engine is the coil pack for a renuault 1.4 16 vaule
16% of 13 = 16% * 13 = 0.16 * 13 = 2.08
16 + 13 = 29
1.2308
Energy consumption depends on the capacity and efficiency rating or SEER of the unit. For instance a five ton unit uses more energy than a 3 ton unit with the same SEER rating and a 16 SEER unit uses less energy than a 10 SEER unit of the same capacity. See www.energystar.com for more info
The lcm of 13 and 16 is 208 (13 x 16).
13/16 whereas 13 is the numerator and 16 is the denominator
13