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I agree Wayne, as long as there is sufficient water flow the heat will
dissipate. The problem comes about when a non-positive displacement pump (doesn't push out all the water it pulls back in) gets enough back pressure that the water in the impeller housing just recirculates. I'm just cautioning that the canister filter may not be designed to lift the water that far, but I don't know the model and therefore can't research the maximum total head and resultant flow rate. I would hate to hear of your pump burning up from excess backpressure caused by the height differential and the filtration combined (though some would argue this point since most cannister filters use magnetic drive impellers and are thereby non positive displacement pumps). On Oct 27, 11:38 am, Wayne Sallee wrote: The only way you could burn up such a pump, would be for it to overheat, so as long as enough water is going through it to keep it from overheating, it won't burn up. Wayne Sallee Wayne's Pets |
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