Inefficient pumps that run constantly, even when there is no water being used, or poorly installed booster pumps that are not secured to the floor, can cause vibrations and noise in the system. Systems with older centrifugal pumps that use fan-cooled motors, for instance, can generate vibrations throughout the system, resulting in more noise. The pump pulls water from a cistern which is less than 10ft below the elevation of the pump. However, the most common reason is due to poor pump technology or poor pump control. 1 I recently replaced an old booster pump and pressure tank with a Grundfos SCALA 2 continuous pressure booster pump (which has a built-in pressure tank). Since noise is easily transmitted via structures and components in the water supply system, it can be difficult to identify the source of the issue. ![]() In most cases, noisy pipes indicate problems in the water supply system. Noise from water pipes or the booster pump can be annoying for you and your neighbors. Otherwise, you will not get any water coming out of the taps. ![]() In this case, you will need a pressure booster. ![]() If your water supply comes from a rooftop tank or a break tank elevated from either ground level or below ground level, the pressure might not be sufficient to supply all taps and appliances with adequate levels of water pressure. If your boosting system is supplied with water from a city water mains or shallow wells, you might experience fluctuations or even no pressure coming from the city water mains. Hi All, Does anyone have experience with installing a Grundfos Scala 2 on to the water main in a large domestic (2 showers, 2 baths, washing machine always on) Already has a 200l accumulator but we are looking at something to improve our 2.1bar to 3.
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