Choosing the right horsepower is important

  •   How to find out the size of the Stainless Steel Submersible Sewage Pump you need

      The following is a brief overview of how to estimate the size of the Stainless Steel Submersible Sewage Pump you need based on the unique structure of your home:

      Estimate your capacity needs

      The first step in knowing what size Stainless Steel Submersible Sewage Pump you need is to calculate the capacity. The capacity tells you how many gallons of water are discharged from the sewage pump in one hour.

      If the capacity of the Stainless Steel Submersible Sewage Pump you get is lower than the required capacity, the sump pump will pump the water out at a slower rate than the water in. In short? The low capacity means that the pump will not pump as much water as needed.

      Choose the right horsepower

      In addition to the required capacity, you also need to check the motor power. Horsepower determines the power of the Stainless Steel Submersible Sewage Pump motor. Sewage pumps in ordinary households are between ½ horsepower and ¾ horsepower motors.

      For most families, a ⅓ horsepower motor is sufficient. However, if you frequently encounter floods, you may need to choose a ½ horsepower or ¾ horsepower pump. For safety reasons, it is always wise to obtain a motor with better performance than performance.

      View vertical lift or static head

      Vertical lift, sometimes called static head, is the height at which water must pass through the discharge pipe. The greater the distance between these points, the more difficult the pump will work. You can measure the vertical distance of your home by measuring from where the water enters the pump to where the discharge pipe changes from vertical to horizontal.

      In a specific static head measurement, there is a recommended capacity in gallons per hour. Find the recommended capacity level based on the measurements in the basement.

      Consider the friction head

      Whenever water passes through the discharge pipe, friction occurs. When water rubs along the sides of the pipe, friction occurs. Your pump must be able to overcome this friction because it will slow down the flow of water.

      The narrower the pipe, the greater the friction generated. Additional pipe fittings will also cause friction. If you think the friction head is a problem in your system, you may need to obtain an estimate of the friction head. This will also involve a bit of mathematics, but it is very simple.

      All you need to do is add the amount of friction head to the amount of static head. This will tell you the total dynamic head. You can find sump pumps with capacities found specific to your total dynamic head.

      Small Submersible Pump is also our product, welcome to consult and purchase.