There are three main type of blowers: Multi-Speed, High-Efficiency Multi-Speed, and Variable Speed.

Standard Multi-Speed blowers have different speed options and you select the speed that the blower will operate at depending on the function it is performing (ex. different speeds for fan, AC, and heating functions).

High-Efficiency Multi-Speed blowers are designed to maintain a constant torque and in doing so will maintain air-flow and use less electricity.

Variable Speed blowers will adjust their speed during operation. The result is a blower that will run at lower speeds for longer periods of time (this improves the air flow and increases electrical efficiency).

Maximum Heating Output BTU Learn More The amount of heat, rated in British Thermal Units (BTUs), that the unit can deliver into the space. Not sure how many BTUs you need? Try our easy Equipment Sizing Estimator.	77000 BTU

Blower Cooling Capacity Learn More The tonnage of air conditioning that can be moved effectively by the blower. You want to make sure that the blower is appropriately sized for the air conditioner. If it is too small the coil could ice up. If it is too large than the air coming out of the ducts won't be cold enough.	4 Tons

Blower Type Learn More There are three main type of blowers: Multi-Speed, High-Efficiency Multi-Speed, and Variable Speed. Standard Multi-Speed blowers have different speed options and you select the speed that the blower will operate at depending on the function it is performing (ex. different speeds for fan, AC, and heating functions). High-Efficiency Multi-Speed blowers are designed to maintain a constant torque and in doing so will maintain air-flow and use less electricity. Variable Speed blowers will adjust their speed during operation. The result is a blower that will run at lower speeds for longer periods of time (this improves the air flow and increases electrical efficiency).	Multi-Speed

Configuration Learn More The direction in which the treated air is blowing out of the unit.	Downflow

Kilowatt Rating Learn More The capacity, measured in kilowatts, of the heater coil. On average every 1kw of heater coil translates to 3412 BTUs of heat.	22.6 kilowatts

Amperage Requirement (Circuit 1 / Circuit 2) This is the amperage requirement for the electrical circuits. This will determine the size wire, the number of circuits to run, and the electrical panel breaker size required.	60/60 amps

Fuel Type	Electricity

Weight	86 lbs

Width	19 1/2 Inches

Depth	24 Inches

Height	51 1/2 Inches

Voltage	240 Volts

Parts Warranty	2 Years