When operating in heating mode at an outdoor temperature of 35°F, a heat pump typically runs with a suction pressure between 30 to 40 psi and a discharge pressure around 200 to 250 psi, depending on the specific system and refrigerant used. These pressures can vary based on the model and design of the heat pump, as well as other factors like humidity and system age. It's essential to refer to the manufacturer's specifications for the most accurate operating pressures. Regular maintenance helps ensure optimal performance at these pressures.
The heat may keep running after the temperature has been reached due to a malfunction in the thermostat or heating system, causing it to continue heating even when it is not needed.
That really depends on what you are trying to heat and how you are heating it.
The auxiliary heat should run for a sufficient amount of time to reach and maintain the desired temperature in the space efficiently. This time can vary depending on factors such as the size of the space, insulation, outside temperature, and the efficiency of the heating system. It is recommended to consult with a heating professional to determine the optimal running time for your specific situation.
In a car the heat usually comes from engine "waste heat". You just need to be running the engine. The compressor is part of the air conditioner, which is used for cooling not heating.
If your low side (evaporator coil) pressure is higher than your high side (condenser coil) while the compressor is running, your switching valve is in the reversed position. That is, you are in the heating mode of the heat-pump, and the pressures are reversed to provide heat into the home.
Heating vents should be placed on or near the floor because heat rises. In rising, it will warm the air of the room. If the heating vent were near the ceiling, the room would stay chilly, even though heat was being poured into it.
During an emergency. i.e. when the heat pump is not working. If your heat pump can not keep your house warm, then the auxiliary heating coils (same thing as emergency heat) will come on automatically. If not, then there is a problem with your heating system.
Heating vents should be located near the floor since hot air rises. If the heating vents are located near the ceiling the heat would stay there and not warm the room.
If there's no heat coming out, it isn't working properly. If you mean it's running, but not producing warm air, there are various reasons, but the heating coil may be out.
The auxiliary heat should run for a sufficient amount of time to effectively support the primary heating system and maintain a comfortable temperature in the space.
Is this an either/or question, or a "Should I do this or not" question? What would make the most sense would be to install your heat source as close to the floor and as far from the door as possible. Since the heat rises, this would provide the most efficient heating of the room while preventing the loss of heat from drafts by the doorway.
Floor heating is when you have heating units beneath your tiles that generates heat that radiates from beneath the home. Baseboard heaters are heater units that usually sit parallel to your baseboard. Each unit of baseboard heater is independent. Floor heating is more of a central heating unit.