Pool cleaning is necessary to provide an optimal swimming experience and more enjoyment. A messy pool is not only uncomfortable but can also cause skin infections and diseases. Cleaning your pool requires specialized equipment and associated equipment. The Polaris pump Booster  is one of those accessories. They work together with the Polaris pool cleaner and serve to increase the performance of the cleaning device.

Since the purpose of the Polaris pool cleaner is to remove dirt and debris that is floating in the pool or lodged in sediment, they can sometimes become clogged with particles found in the water. The Polaris Booster Pump increases the power of the device by 100 times, thereby increasing its cleaning activity and effectiveness.

Like many systems that involve moving mechanical parts, they are bound to wear out with frequent use. The designers of the Polaris Booster Pump built the pump with this in mind. The pump is designed to be user-friendly in every respect. While they’re easy to set up and use, they’re also easy to maintain, especially in first-line service. The parts are designed so that they can be easily replaced by the user. Therefore, if you notice a decrease in the pump’s performance or unpleasant reactions such as excessive vibration and burning smells, quickly turn off the device and see which part has a problem.

Polaris booster pump parts can be purchased at your nearest pool supply store or the nearby Polaris parts store. Buying and replacing the parts yourself is less expensive than taking the pump in for repairs later if attention is not paid to the pump immediately. This is because more complex repairs may involve more than one part or more complex issues. You also need the attention of a qualified service technician in addition to purchasing the faulty parts. This leads to wasted time as you cannot complete your scheduled cleaning until your pump is operational again.

Installing the Polaris booster pump is easy. They are always connected to the other parts of the pool cleaning system with suitable pipes and accessories. They are usually equipped with a timer that can be easily replaced. The timer should be set to start a few minutes after your other cleaning system starts and end a few minutes before the other device stops working. This synchronization is essential for the smooth operation of the entire Polaris pool cleaning system. This is to ensure that the device is up and running before the booster adds extra power for a deeper and better cleaning effect, and also to ensure that the booster stops before the other system stops so it doesn’t bother the others.

Booster Blowers and Liquid Ring Vacuum Pumps

A liquid ring vacuum pump should be strongly considered when the gas load is wet. Internal construction allows saturated loads to be pumped without concerns of pump damage. In fact, a net increase in pumping over the standard pumping curve can be realized as the warm process vapors condense inside the cooler liquid ring.

This is not the case when oil sealed or dry vacuum pumps are used in pumping wet gases and should seldom be considered for this type of service. However, the liquid ring vacuum pump relies on the physical properties of the sealant to determine its maximum vacuum level and is typically limited to around 25mmHg.

If deeper vacuum levels are required, an additional pumping stage such as the Rotary Booster or blower can be employed. By applying a rotary intensifier to the vacuum pump suction, the working pressure can be increased to 4-10mm. The improved performance can often make the supercharged system a more cost-effective way to increase performance compared to using more or larger primary vacuum pumps.

Booster blowers have no sealing or lubricating fluids in the pump chamber and rely on separate lubricating fluid reservoirs located at each end of the cylinder to lubricate the bearings, seals and gears. Typical rotation speeds range from 3 to 4000 rpm and are available in a variety of materials of construction to suit the gaseous components of the process.

Typically the theoretical limit for gas outlet pressures above 10mm is 2.3:1. Higher compression ratios will cause the exhaust nozzle to overheat, which in turn will transfer excessive heat to the  pump Booster fan blades and potentially lead to mechanical failure.