During the course of winter, it is possible for the sump pump to freeze. This may be very frustrating because freezing of water in the basement makes you run out of options to get rid of accumulating water in the cold season. Luckily, there are a few things that you can do to keep your sump pump in a good shape and prevent it from freezing.
1. Using the right hose size
The cold winter weather can easily cause the discharge hose attached to your sump pump to be blocked with ice. This happens at a faster rate, when there is a limited space for water to pass. Therefore, you should use a discharge hose that is large enough to allow more water to pass through without any limitation. This helps reduce the possibility of getting frozen water in the hose discharge.
2. Proper insulation
It is important to bury the hose discharge of the pump in the ground before insulating the part of the hose discharge that stays above the ground. In the event the ground is frozen, it will be necessary to bury the hose deeper enough to surpass the full extent of the affected surface. It is also vital to ensure that the insulation material used for the surface section is effective enough. Heavy duty tape and pipe lagging straw are two examples of effective insulation materials that you can consider.
3. Lessening pump workload
As the winter gets worse, the hose discharge is likely to freeze to some extent. This causes the pump motor to work harder. When the motor works harder, it puts the pump at risk of overheating and failing to work eventually. The best thing to do to avoid sump pump overheating and failure is working on the foundation area of your home to ensure there is another way of effectively directing water from the basement. This lessens the workload of the sump pump and reduces the risk of blockage caused by frozen water. You can also apply landscaping that will help increase the gradient around your home and enable water to flow away from the house.
4. Using gravity
Take advantage of gravity by ensuring the discharge hose is laid in a position that makes water-exit lower than the sump pump during sump pump installation in Toronto. The force of gravity will draw water from the basement and minimize the possibility of having water freezing in the hose discharge.
5. Distance of hose
It is important to pay attention to the distance of a freeze-resistant discharge hose. The hose should be long enough to ensure there is a significant distance between the property and point of discharging water. For instance, you can work with a distance of at least 20-feet while ensuring the hose is smooth and rigid to eliminate all the possible places where water may collect.
Heating is essential to control freezing in the basement. Depending on the point of freezing, you can heat the basement to a temperature level that keeps the water from freezing. This allows plenty of water of to go out of the property without getting the chance to freeze.