There are a few facts about pumps you should know before you buy.
A pump has to move water in two directions- horizontally and vertically. The higher the discharge point of the hose, the slower the water flows. All pumps have what they call head specs. That is a chart or table which shows the flow rate at different heights.
I can tell you that a 158 gph pumps will not lift water very high. Most of my serious pumps are 500 to about 850 gph and I wish I has gone a bit bigger. But I pump into some 75 to 150 gal tanks tanks where I have to raise the water at least 6 ft up.
Next, as we all know if one suphons water from a full bucket into an empty one, you end up with two half filled buckets. What yo may not notice in that process is that the water tends to flow faster at the start and very slowly near the end. This is because the weight of the water in the full bucket helps to push the water out. As the water level in the full bucket drops, so does the water weight helping to power the siphon. This will also will apply when pumping water. This is another reason to get a bit larger pump.
I checked on the 158 gal. pump above and this is the info: Flow rate158 GPH Head Lift at 0 Flow3.5 ft. That means at 3.5 feet above the pump you get 0 flow out. I cannot imagine a basement where one only needs to raise water that little to get it out a window. Even this larger model Creekstone may not be powerful enough: Flow rate 264 GPH Head Lift at 0 Flow5.5 ft. But it is a higher lift. Looking at all the Creekstone pumps I am thinking you will need this one which is about $45: Flow rate 620 GPH Head Lift at 0 Flow11 ft.
I cannot say anything about the quality of DCreekstone, but my pumps cost me more (think in the $55 - $85 range with tax) but I have been using them for many years. I do have so called fountain pumps. i could never figure out why a fountain pump is mechanically different from a "normal" pump,