Residential Submersible Systems

Ontario Water Resources Act and the Wells Regulation

Learn basic electrical concepts. This module covers the terms you need to know in order to install and troubleshoot a residential submersible system.  

Submersible motors are unique. This module examines submersible motor capabilities when it comes to pumping groundwater. 

Which is better, a 2- or 3-wire submersible motor? During this module, learn the advantages of each.

What does a control box do? This modules covers various sizes and shapes of control boxes. 

Pump curves are fundamental to the water systems industry. This module introduces you to pump curves, explaining what they tell you and how to read them.

This module takes an in-depth look at centrifugal pumps, including how they work and pump sizing.

The key to a long-lasting submersible installation is pairing a quality product with best-in-class installation practices. During this module, learn the importance of selecting the right voltage for the application.

All electrical motors generate heat that must be removed. In a submersible installation, the water that is being pumped can also be used to provide cooling. Learn how to optimize your installation for best cooling practices during this module. 

During this module, you will learn how to use two different power off checks to determine the condition of a submersible installation.

When it comes to the performance of a submersible installation, checking voltage is important. This module covers how to conduct a power on troubleshooting check. 

Knowing the amount of current a motor is pulling can tell you a lot about submersible system performance. By the end of this module, you will understand the relationship between electrical current and pump performance. 

When it comes to repair, knowing how to identify which components in a control box are defect is useful. By the end of this module, you will be able to troubleshoot all components in a single-phase Franklin Electric control box.