You can get this information the same place you get the heaters. You will need to give them information on the size and dimensions for your home.
Base board heaters come in many different ratings from 500 watts up to 2000 watts. To find the kilowatts of the heaters divide these values by 1000.
A rule of thumb is 250 watts per linear foot. The ten foot baseboard heater probably has a rating of 2500 watts.
Depends on the size of the heater, An average heating unit is between 2 and 3 kilowatts.
Not really. Baseboard heaters are rated in watts. W = Amps x Volts has not changed since electricity came into being. What has changed are some of the designs of the baseboard heaters. Some heat oil in the baseboard heaters, which dissipate the heat out at a more even heat. On the market now are new types of thrermostats that pulse the baseboard heaters for a more regulated heat rather just turning them on when the thermostat calls for heat and turns them off when the thermostat is satisfied.
Yes. You might want to check to see what recommended temperature is for water entering the baseboard units and insure the water heater will meet that. Something else to consider is that there will need to be a pump in the water circuit to circulate the water. A tank type water heater would also work to store hot water until needed by the baseboard units in an instance where heat might be generated at a time not needed by the baseboard units.
a generator would prodution the heat to a house.
The rule of thumb is, most spaces require 10 watts per square foot of space for homes built since the 1970's.
Good examples of electrical resistance would be an electrical baseboard heater, electric hot water tank and an electrical kettle. All of these devices use a resistive element to create heat.
The simple answer is yes it produces heat and is distributed to the rooms in your house; unless however, you are using electric baseboard heat which works on convection, or electric radiant heating panels.
depending on conditions but generally a heat pump will cost you less to run.
Baseboard electric heaters are placed on the outer walls of a room in order to radiate heat towards the center of the room. They also heat up the outer walls of which usually are cooler than the inner walls.
The average baseboard heaters are designed to help heat your home in the most efficient way possible. Starting at the bottom of the house. This is the best way to make your house warm.
Not really. Baseboard heaters are rated in watts. W = Amps x Volts has not changed since electricity came into being. What has changed are some of the designs of the baseboard heaters. Some heat oil in the baseboard heaters, which dissipate the heat out at a more even heat. On the market now are new types of thrermostats that pulse the baseboard heaters for a more regulated heat rather just turning them on when the thermostat calls for heat and turns them off when the thermostat is satisfied.
The Fahrenheat Electric 5120 BTU Baseboard Heater is very energy efficient. Because of its "baseboard" design, it is not necessary to use a powerful to disperse the heat. It uses natural radiance, which saves on electricity costs.
Unless your home is heated by electric baseboard you may take it down if you wish. However the foil has reflective heat values, which means it reflects out the heat from the sun in the summer and reflects in the heat in the winter.
No, PVC is not rated for 180 degrees which is the average operating temperature for baseboard heat
It's very effective and efficient. It of course uses the earth's heat for heating a building. Only a small amount of electricity is needed for this, compared to the large amount needed for an electric furnace or baseboard heater. Geothermal is very expensive to install, but will make up for the cost in the savings you will have over a period of several years.
Two separate systems. The heat is a closed system and isn't tied to the house water.
Your breakers
Answer No, if the current to the baseboard heaters is off they can't run or heat.