The effects of partial discharge on motors and generators can be crucial for a plant or for the industry in which this electrical equipment is being used. Engineers can spend a lot of time in monitoring and in finding the cases of partial discharge. However, in some cases it can be rather difficult to analyze the situation, especially when there aren’t the right partial discharge generators solutions available. In many cases, downtime can occur, which automatically involves potential loses and the occurrence of additional situations. It should not be the case, not when technology has advanced so far and when partial discharge motors are no longer a problematic issue.
What is partial discharge to start with? It occurs inside generators and motors, more specifically, on the stator’s winding insulation surface and among voids. By monitoring partial discharge generators, there is the possibility of seeing when the stator winding insulation is getting too old. This is possible by getting information about the pulses and the partial discharge activity. By having this valuable information by their side, engineers can prevent failure, as the severity of the insulation is controlled. Better yet, there is no need to put the machines on hold, as data is available online, while the machines are actually running. It goes the same for partial discharge motors.
Because the breakdown is not complete, it is why it is named partial discharge instead. Huge benefits can come from monitoring and controlling partial discharge generators. According to the provider you choose for partial discharge motors solutions, you will have a set of features presented and it is up to you to choose the most suitable ones for the machines you have in charge. Even so, you will most surely get one of the following: the possibility to detect the problem before it bursts and to control it before winding fail, find problems in new machines that can be under warranty, compare results for several generators and motors and focus most on those with a higher chance of partial discharge and so on.
Failure in mechanisms can be corrected if spotted in time, especially prior to outage. Reliability of electrical power machines can be improved, as they will be kept under control and all results and data is received online. This can save a lot of time, especially since it is not necessary to shut down motors and generators and prepare them for inspection. Not to mention that in some cases partial discharge generators can be hard to spot or to tell when it is going to burst.
Why risk partial discharge motors when everything can be kept under control? Thanks to various applications and solutions, there is no longer the need to spend high amounts of time in verifying the equipment manually. It is time to embrace novelty and to adopt such solutions in your situation as well. You can start by finding a provider and see exactly what he offers in the industry.
Are you interested in partial discharge generators http://www.dynamicratings.com/US/Application/Motors%20and%20Generators/motors.html solutions? You will certainly find what you are looking for at this provider, especially if you want to resolve the partial discharge motors http://www.dynamicratings.com/US/Application/Motors%20and%20Generators/motors.html issue.