if it's the outside unit, it will always be hot air. that's the air being pulled out of the house. cold air in, hot air out.
A refrigerator is considered a heat pump because it moves heat from inside the refrigerator to the outside, cooling the interior in the process. By using a refrigeration cycle, the refrigerator is able to maintain a cold temperature inside while expelling heat outside, similar to how a heat pump transfers heat from one place to another.
Basic trick is to make a transfer fluid that is (much) hotter than the "hotter object" at one point in the cycle. Heat still flows from hot to cold ... but note that the system is not overly efficient.
The simple analogy I use when teaching HVAC classes to describe an "air-to-air Heat Pump" goes like this:Think of a window air conditioner. When it runs, it blows cold air into your room, and hot air outdoors. What it's actually doing is transferring the heat from your room to outside.What if you could turn the window air conditioner around in cold weather? Then it would blow the warm air that used to go outdoors into your room, while it "air conditioned" the outside.That's how a Heat Pump works. It doesn't physically move the components of the air conditioner around, but it reverses the direction of refrigerant flow so that it "air conditions" the outdoors while heating your house.The HVAC Veteran
A heat pump and a refrigerant system both use refrigerant to transfer heat. The refrigerant absorbs heat from one area (such as indoors in a heat pump) and releases it in another area (such as outdoors in a heat pump). The main difference is that a heat pump can both heat and cool a space, while a refrigerant system is typically used for cooling only.
A heat pump can transfer heat from a colder area to a warmer one by using a refrigerant cycle. However, to move heat from a colder outdoor environment into a warmer indoor space, a heat pump needs to use electricity to power its compressor and other components to transfer and amplify the heat efficiently. This external energy input is necessary to overcome the natural flow of heat from hot to cold.
It takes a few minutes of run time for the compressor to warm up the discharge gas, which is the heat source.
check the heater core
For sure i do
Do you have a heat pump or Gas Furnace? With my car, it was Heater matrix clogged with radiator sealant. The workshop cleaned it and it's start working fine!
An Amana heat pump works just like an air conditioner would work. When the temperature outside starts falling, the heat pump automatically turns on and by reversing the process of turning air cold, it heats the air instead, thus allowing you to keep your home warm.
In a Cold Climate and Hot Climate: Each ton of heat pump capacity can heat/cool approximately 500-600 square feet.In a Moderate Climate: Each ton of heat pump capacity can heat/cool 600-700 square feet.So either a 5.0 ton heat pump in a cold climateor a 4.5 ton heat pump in a moderate climate.
A heat pump operates efficiently below freezing temperatures by using a backup heating system, such as electric resistance heating, to provide additional heat when the outside air is too cold for the heat pump to extract enough heat. This allows the heat pump to continue operating efficiently and effectively in cold weather.
A heat pump may struggle to keep up with cold weather because it becomes less efficient as the temperature drops. Heat pumps work by transferring heat from the outside air into your home, but when it's very cold outside, there is less heat available to transfer. This can make it harder for the heat pump to maintain a comfortable temperature indoors.
The heat pump auxiliary heat may be always on if the temperature outside is very cold and the heat pump alone cannot efficiently heat the home. The auxiliary heat helps provide additional warmth when needed.
There is still enough heat in the air to run your heat pump when the temp is in the 30,s
Low coolant? Bad thermostat? Heater core plugged, restricted or airbound? Bad heater control? Water pump not circulating coolant?
Refrigerant