A motor is a motor. The drive does not care what your application is.
Technically correct, but in reality, there is a "numbers game" played in the drives industry when it comes to drives for CENTRIFUGAL loads, which are comprised of
some types of pumps and fans, and you will find those used predominantly in the HVAC industry.
On a centrifugal load, the power DEMANDED by the load (the pump or fan) from the motor varies at the cube of the speed change. So for example, at 50% speed, the pump/fan will only require 12.5% of the HP from the motor as it would at full speed. Since the motor must be sized for the worst case scenario, full speed, that means the VFD must be sized for that as well.
But in VFD design, there is an overload capacity factor that must be built-in to each VFD, to allow it to accelerate, or more importantly RE-accelerate a load after a singificant change. So a VFD used for something like a conveyor is typically designed to handle 150% of its rated current for up to 60 seconds.
When you use a VFD on a CENTRIFUGAL load such as a pump or fan, another aspect of that load it that the load ITSELF cannot change that fast, plus, if the motor is sized for the maximum flow at full speed, it CANNOT be overloaded anyway. Therefore, the added overload capability of the VFD is in essence wasted. So a long time ago, the VFD mfrs, in conjunction with special rules from testing authorities like UL, allowed the VFD mfrs to rate the output motor size for CENTRIFUGAL loads at a higher value than they would for any other type of load. That means that a VFD sized for a 30HP heavy duty load can be used on a 40HP centrifugal load. That special sizing rule however does away with most of the overload capability, since it is not likely to be needed. So a centrifugal load drive, often referred to as a "Variable Torque" drive, will only be capable of 105-110% overload for 30 seconds. Since those loads are most often found in HVAC applications, they are referred to as HVAC drives.
Then too, such as with ABB, since HVAC applications almost never need some of the more advanced control features found in heavy duty drives, the mfrs take cost out of them by not including those. The HVAC industry is notoriously cheap, so even a dollar in cost can make a difference.
So can this work for a "blower"? Probably, as long as it is not a positive displacement type of blower (the word blower is too vague). If it is an exhaust fan, it's about a 99% chance it is a centrifugal blower and that drive will work fine.
A word of caution on buying used drives from FleaBay; if a VFD has been sitting idle and unpowered for more than a year, you must do a procedure called "capacitor reforming" to avoid having your money wasted when it destroys itself in short order. Google that term, there re plenty of instructions on doing that, but the best practice involves using a variable transformer, something you likely do not have. So let the buyer beware.
