About 150 deg.
Radiant baseboard heating is a type of heating system that uses electric resistance heating elements or hot water to heat a space. It is typically installed near the baseboard of a room to provide consistent and efficient heat distribution. The heat radiates from the baseboard, warming the air in the room and creating a comfortable environment.
Two separate systems. The heat is a closed system and isn't tied to the house water.
The key steps in baseboard heat installation include measuring and cutting the baseboard units to fit the room, attaching the baseboards to the wall, connecting the units to the heating system, and testing the system for proper functioning.
Baseboard heat works by using electric resistance or hot water to generate heat, which then rises and warms the air in the room. The heat is distributed evenly along the length of the baseboard, creating a consistent and efficient warmth throughout the space.
The damper controls the air flow across the fin-tube. Depending on the heat-exchanging capacity of the tube, which is affected by things like system capacity, pipe size and condition, throttling valves, pump condition, etc., a damper more closed should exchange less heat into the space and a damper more open should exchange more heat into the space.
To bleed baseboard heat properly, first turn off the heating system. Locate the bleed valve on each baseboard unit and use a key or screwdriver to open it slightly. Place a towel or container underneath to catch any water. Once air stops hissing and water flows steadily, close the valve. Repeat for all baseboards. Turn the heating system back on and check for any leaks.
Typically a baseboard heating system. Consisting of a boiler, pump, piping, and a heat exchanger like aluminum fins.
If it is a hot water system and not steam, once it is properly filled & bled of air no more water should be needed unless there is a leak. Regardless of whether it is steam or hot water it is a Boiler not a furnace.
A baseboard heater runs through a process of induction and release, in a manner of speaking. That is, the burner will heat the water; the water will pump through the system; and once all is up to temperature, the burner will shut down. However, the metal of the pipes and the water itself will not cool right away; it will remain hot for a time and cool slowly. The closer the baseboard is to the furnace itself, the longer it will remain hot.
Baseboard heat can be bled without bleeders by turning off the system, opening the bleeder valve at the highest point in the system, and allowing the air to escape. This process may need to be repeated until all the air is removed from the system.
120-160 Degrees Fahrenheit
d) hot-water heating system In a hot-water heating system, heat from burning fuel warms the water in the boiler. This hot water is then circulated through pipes to radiators or baseboard units in different rooms of the building, providing heat to the space.