A: It’s a low-profile gas-fired unit heater that’s meant to provide heat for your work area and keep you comfortable. A: The Hot Dawg was created to deliver heat in areas where it would not generally be available, such as garages and woodworking shops, among other applications. With a Hot Dawg installed in your garage, you’ll be able to work in a comfortable and safe setting.
Furthermore, what exactly is a Hot Dawg heater?
Power Ventilation by Hot Dawg® (HD) Models ranging in size from 30,000 to 125,000 BTUs are available from Modine’s Hot Dawg, generally regarded as the industry’s most popular residentially approved gas-fired unit heater. It is an excellent choice for domestic garages and workshops, as well as for light commercial and industrial applications in general.
Also, do you know how to determine the appropriate size for a Hot Dawg heater?
The good news is that when you obtain precise measurements, the equation for accurately sizing a heater is straightforward.
Calculate the square footage of the available floor space.
Calculate the total cubic footage of the area to be heated by multiplying the square footage by the height of the ceiling in the room being heated.
It’s also important to understand how to wire a Hot Dawg heater.
Modine Heaters: How to Wire Them
Shut off the heater’s electricity supply.
Open the electrical access cover on your Modine heater to get access to the electrical system.
The electrical wire should be inserted into the electrical box on the heater.
Connect the black wire from your electrical wiring to the black lead on the heater by twisting them together.
What is the propane consumption of a Hot Dawg heater?
If my recollection serves me properly, the hot dawg 45K consumes a half gallon of propane for every hour of operation. Before I had the wood stove, it would run approximately 15-20 minutes per hour at 65 degrees, and around 10 minutes per hour at 50-55 degrees over night. The quantity of energy used seems to be excessive, however this may not be the case depending on how long it operates overnight.
There were 25 related questions and answers found.
Is there a certain sort of heater that is most appropriate for a garage?
The Top 6 Garage Heaters on the Market Mr. Dyna-Glo Pro RMC-FA60DGP (Mr. Dyna-Glo Pro RMC-FA60DGP) Propane Forced Air Heater with a BTU rating of 30,000 to 60,000. Modine HD45AS0111 Hot Dawg Natural Gas Garage Heater with a capacity of 45,000 BTU. Heatstar by Enerco F125444 Radiant/Natural Gas Overhead Garage Heater is a radiant/natural gas garage heater. Fahrenheat FUH54 Electric Fan-forced Garage Heater with a 240-volt, 2500-5000-watt power supply.
What kind of Btus do I need for my garage heater?
For forced-air garage heaters, a general rule of thumb is that a 45,000 Btu garage heater will heat a two- to two-and-a-half-car garage, and a 60,000 Btu garage heater will heat a three-car garage. According to the manufacturers of low-intensity infrared tube heaters, 30,000 Btu can heat a two- to two-and-a-half-car garage, and 50,000 Btu can heat a three-car garage.
Approximately what size garage heater do I require?
When it comes to sizing heaters, a common rule of thumb is 10 watts per square foot of available area. In the case of the NewAir G56 Electric Garage Heater, for example, its wattage is 5600 watts, which means it can easily and efficiently heat an area of up to 560 square feet without difficulty.
What exactly does Modine manufacture?
In the air conditioning, heating, ventilation, and refrigeration sectors, Modine is a full-service producer of custom-designed heat exchangers for applications in the residential, industrial, and commercial markets.
What is the proper way to size a Modine heater?
How to Determine the Proper Size of a Garage Heater In order to properly size your garage, first determine its length and breadth. Check the insulation in your garage. Calculate the BTU needs for an uninsulated garage by dividing your total square footage by 200 and multiplying your result by 9,000 to arrive at a final figure. Locate a heater with a BTU output that corresponds to your findings.
Approximately how many square feet can a 30000 BTU heater heat?
It will heat the space with the BTUs of the Novus Model. Octopus 30: 14,000 to 20,000 square feet (400 to 700 square feet). Octagon 33, 15,000 – 22,000 square feet, 500 – 700 square feet Octagon 36: 17,000 to 25,000 square feet, 600 to 900 square feet New construction of Novus 42, which ranges in size from 19,500 to 27,500 square feet and 700 to 1,100 square feet.
What is the formula for determining the size of the heater I require?
How to Calculate the Size of a Heater Measure the length, breadth, and height of each room that you wish to heat before you buy any equipment. To get the total cubic feet, add together the areas of all the rooms that will be heated. Calculate the amount of temperature rise you want. Calculate the number of BTUs you need. Recognize conditions that may need an increase in the size of your heater.
How can I figure out how many BTUs I need for heating?
For example, if you want to know what capacity furnace is optimal for your house depending on its location, all you have to do is multiply its square footage by its heating factor. Using the previous example, if you reside in Zone 2 and have a house that is 1,200 square feet in size, multiply 1,200 by 35-40 to obtain a BTU range between 42,000 and 48,000.
How many square feet can a furnace with an output of 80000 BTUs heat?
When employing an 80 percent efficient furnace, as in the preceding example, the 2000-square-foot residence would need a 100,000 BTU input furnace in order to create the requisite 80,000 BTUs of heat output.
How many BTUs of heat do you need per square foot of floor space?
It is just a matter of multiplying the square footage by 20 BTUs per square foot to figure out how many BTUs per square foot you will need to heat a certain space. A 1,000-square-foot room, for example, would need 20,000 BTUs to be adequately heated.
How many BTUs do I need for a garage that is 900 square feet?
Dimensions and ceiling height Height of the Surface to be Cooled (square feet) Capacity Is Necessary (BTUs per hour) 700 to 1,000 a year, or 18,000 a range of 1,000 to 1,200 21,000 between 1,200 and 1,400 23,000 1,400 to 1,500 24,000 1,400 to 1,500