![]() For large rooms, two small heaters will be quieter than one large heater. Open-coil elements make more noise than steel mass elements (Pic-A-Watt® ) due to the rate of heat exchange with the air. Noise: A propeller-type fan will make more noise than a squirrel cage fan. If budgetary constraints are of primary importance open-coil heaters are the least expensive. For supplemental or occasional use open-coil elements work fine. These elements carry a five year warranty and will hold up to the rigors of everyday use. Use: If the heater will run often and be used as primary heating for the home King recommends using heaters with steel elements such as the Pic-A-Watt®. As such, a baseboard set to 75☏ will cost you 15.5% more than a fan heater set to 70☏. Every 1° a thermostat is turned up will raise a power bill 3.1%. This process makes you feel cooler causing you to turn the baseboard thermostat to a higher temperature setting whereby it runs more often thus using more electric power than the same size fan heater. The difference is a fan heater gives more even heat throughout the room thereby reducing air stratification (hot air rising and not mixing with the cooler floor air). The small Pic-A-Watt® heater uses a squirrel cage blower which makes it almost inaudible.Įfficiency: A 1500 Watt baseboard uses the same amount of electrical power as a 1500 Watt fan heater. Noise: A baseboard heater has no moving parts and therefore is quieter than a fan heater. This reduces the severity of hot/cold temperature swings. A fan-forced heater will also maintain a more even temperature because the fan will circulate air around the room. (For example: a 2250 Watt Pic-A-Watt® heater will provide as much heat as a 9 foot baseboard.)Ĭomfort: A fan-forced heater will heat a room within a few minutes whereas a baseboard will require 30 to 40 minutes. Space: A baseboard heater takes up more wall space than a fan-forced heater which can cause problems placing furniture. A 120 Volt heater run at 240 Volt will be 4x 120 Volt rated wattage, destroying the heater which possesses a severe fire hazard. A 240 Volt heater run at 120 Volt will produce 25% of the rated wattage.
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