The water pressure units They serve a very simple purpose: to move large volumes of liquid from one area to another when the conditions on site do not allow for its natural flow. Thus, these devices increase both the pressure and the speed and height of the flow.
These systems consist of one or more hydraulic pumps, which provide the power to draw water directly from a reservoir or the water supply system. Meanwhile, the pressure switch It is responsible for maintaining the pressure necessary for the movement to occur.
Water Pressure Systems and Their Problems
Because of how it works and all of its components, Problems can arise in a water pressure system quite frequently. And this can end up being a problem when it comes to complying with current energy efficiency regulations. The Seven Most Common Problems These are the ones.
Pressure Switch Malfunction
If the pressure switch becomes misaligned, it must be returned to its original position. This can be done by adjusting one of the two screws found on almost all models, which are used, respectively, to regulate the pump pressure during start-up and shutdown.
A hole in the hydrosphere membrane
In this case, the problem lies with the valves that are always included in the pressure booster units' diaphragms. To fix the problem, simply install a compressor that regulates the pressure in the system.
Level Sensor Malfunction
The level probe It is the component that detects when the liquid level is high enough. When this happens, the system stops. Therefore, if the level sensor malfunctions, the machine may never stop running on its own.
Pipe Leaks
The emergence of water leaks or leaks anywhere in the system This is an indirect problem with this equipment. It’s important to keep in mind that these systems are designed to maintain pressure at all times, so if there’s a leak, the machinery will not stop running. That makes this one of the most difficult problems to detect and fix.
Capacitor Failure
If this component fails, The system will not generate enough pressure and the water will not be transported under ideal conditions. In these cases, the best course of action is to simply replace the part with a brand-new one with similar specifications.
Loose Connections
The components of a water pressure system are connected by electrical connections. And, over time and with use, it's normal for them to eventually come loose. In such cases, all you need to do is open the compartment where they're located and tighten them again.
Air intake into the system
When, due to error or lack of knowledge, the check valve is installed too close to the pump—less than one meter away—air often accumulates. What happens then is that the pump is losing power and the water isn't pumped with the same force.
The consequences of these problems
In a Water Pressure Booster: The Most Common Problems These are the ones we just mentioned. But what practical consequences might these malfunctions have? Essentially, these.
- The pump won't start or won't stop.
- The water is not flowing with the necessary force or speed.
- The pump isn't drawing in enough water.
- The pump is making strange noises.
In short, in a water pressure booster the problems are not difficult to solve for someone with the proper training. In that sense, the Master's degrees in Industry, Energy, and the Environment from Structuralia enable professionals to acquire the necessary knowledge in this field.
