yes, but you will overwork your compresser and you will have to change your txv
Bond's Work Index is typically expressed in kilowatt-hours per ton (kWh/ton). It represents the energy required to reduce a material from infinite size to 80% passing a specific screen size in a grinding circuit.
That depends on 1) what indoor coil you have, 2) is the ductwork adequate to support 4 tons and 3) if the indoor coil and ductwork are suitable does the blower have the capacity to support 4 tons or 1600 cfm? If so it must be sped up.
There is no direct conversion between ton and horsepower since they measure different things. Ton measures weight or mass, while horsepower measures power or work rate. However, if you are referring to metric ton (tonne), you can use a formula to convert it to a unit such as kilowatts, which is a measure of power like horsepower.
A ton of rocks weighs more. Since they both weigh a ton, then they weigh the same.
The term "gross ton" can refer to either a long ton or a metric ton, both of which are larger than a short ton. A long ton is equivalent to 2,240 pounds, while a metric ton is equivalent to 1,000 kilograms.
not very well. a 4 ton system needs about 1600 cfm to provide it's full capacity of cooling. a 3 ton furnace puts out about 1200 cfm. in addition, the evap coil typically attached to the furnace needs to match the tonnage of the outdoor unit. so, the evap coil must be 4 tons. If you currently have a 3 ton furnace and evap coil, the system will not work, and you will most likely ruin the compressor in the outdoor unit.
You may be able to turn up the blower speed but you will probably still not get the appropriate cfm. You may be able to swap out the blower but you may run into problems with fitting the new one in place or the proper sizing of the return and supply duct work.
Yes it will. Typically a coil is sized a 1/2 ton larger than the a/c out side for efficiency, but a whole ton bigger should still work
It is not recommended to mix a 2 ton coil with a 2.5 ton compressor as it may lead to inefficiencies and potential system failures. It is best to match the coil and compressor sizes to ensure optimal performance and efficiency of the HVAC system.
Yes it will. Typically a coil is sized a 1/2 ton larger than the a/c out side for efficiency, but a whole ton bigger should still work
Usually a 3 ton - 70,000btu furnace.
No easy answer with the information given. You might be able to increase the blower speed but that probable wont get you enough air anyways. You might be able change the blower depending on your furnace. Depending on the evaporator coil 3 or 5 ton you either wont remove the proper amount of moisture from the air(the biggest part of what makes you feel cool) or there will not be enough air blowing over the coil and it will freeze up. Technically could put a freeze switch to turn of the condenser. Most likely you will wear out the condenser quicker then it should.
The rating is technically a minimum. You could use a larger coil and have it work. But if its a Evaporator coil it will need to be matched on the far end with a similar or larger condenser coil. If the Condenser coil is larger it will probably just take a little more refrigerant.
Maybe. The coil is not matched to a 2 or 3 ton truck It is matched to the engine and igniton control system. So it may be the same part #.
Yes, a 5-ton AC condensing unit can work with a 4-ton evaporator coil, but it may not operate optimally. The mismatch can lead to issues such as reduced efficiency and potential short cycling, as the larger condensing unit may cool the space too quickly without allowing the coil to effectively absorb heat. It's generally recommended to match the sizes of the condensing unit and coil for optimal performance and efficiency. Always consult with an HVAC professional for specific compatibility concerns.
Between $490-765. That's a range for a 2 ton to 5 ton residential a/c coil cleaning.
I'm not an air conditioning expert, but I would expect that the compressor will run a lot more than it needs to. A 2 ton coil will not cool as much air as a larger capacity 3 ton coil. Experts?