Do I need a booster pump?
Water booster pumps are required when the pressure and flow rate delivered at individual plumbing fixtures fail to meet code requirements. However, before installing the system it is important to confirm if low pressure is not due to other factors, such as clogged or undersized piping.
Where should a shower pump be located?
Positive shower pumps are designed to be fed by gravity. To work properly, this type of pump requires a distance (also known as a ‘head’) of at least 10 inches between the water level in the cold water tank (usually located in the loft) and the pump.
Can a shower pump feed 2 showers?
Q: I’ve got two showers in my house. Can I supply these from one pump? A: Yes. However, you have to make sure that the pump you fit is powerful enough for when you have both showers running at once and that your hot water cylinder and the cold water tank are big enough to keep up.
Where to install a shower power booster pump?
Installing a pump in the loft or above a hot water cylinder is a very good place for a Shower Power Booster Pump for many reasons. Traditional pumps must in all cases be installed at least 600mm from the bottom of the cold water storage tank to the top of the motor/impellor casing of the pump.
How do you increase the head of a shower pump?
ONE is to raise the cold water storage tank which feeds the hot water cylinder and the majority of cold water outlets, thus increasing the head. This involves building a platform in the loft and raising the tank to achieve the extra head or pressure.
What are the requirements for a shower booster?
There are a few requirements which must be adhered to if the Shower Booster. Pumps are to operate satisfactorily and safely. The existing water supply to the shower should be of equal pressure on the hot and cold side. This means that both hot and cold water must come from the same source, a cold water storage tank.
Can a booster pump be used in a gravity fed shower?
A shower booster pump may only be used on a gravity fed system. This is where the supply to the pump emanates from a header tank (also known as a cistern) often sited in the loft. It is in contravention of Water Bye Laws to try and increase the performance (pressure or flow rate) of a system directly fed from the rising main. More specifically…
