Variable speed booster pump:
The variable circuit is a common system for water supply in residential buildings. In spaces where comprehensive management of the water flow level cannot be considered, this booster pump will be efficient. For example, suppose that in a 100-unit residential building, you want to keep the water pressure level at a constant level with a pumping system. Is it possible to consider a pre-defined and completely accurate model of the required discharge level of the building? In such spaces where consumers are completely independent from each other and under their own authority, it is necessary for the control system to be placed in changing conditions like them. Variable round pump booster is designed with the idea that depending on the needs of the building, a number of pumps can be included or removed in the system. In this way, you can see the flow rate changes in their output.
Constant speed booster pump:
The fixed distance can be used in conditions that have been set in advance and with a management view of the water flow level. Such as drip irrigation, artificial rains in fields, fire departments, airports, hospitals, factories, etc. In such a case, in any order, the flow level at the output of the system can be predicted and even managed, there is no need to define a variable flow system; Rather, the goal is to provide the required pressure level. Therefore, pressure switches are used in the booster pump with the aim of providing a managed pressure level at the output.
These pressure switches constantly measure the pressure level in the working and water supply system, and in case of a drop or increase in the pressure level, they enter or leave a number of pumps in the system. One of the most important places to use booster pumps is their use in high-pressure water supply for firefighting purposes. In this case, it is possible to provide the maximum pressure at the output of the system in the shortest possible time with the operation of the booster pump.
The difference between booster pump and normal pumps
Basically, normal pumps work with no analog feedback from the output of the system. In such a case, only one thing is defined for the pump. Is there water at the entrance of the houses or not? Simple pumps with their simple mechanism have a clear answer to the question. To be off or on. Therefore, it is impossible to expect a specific approach to provide a constant pressure level from the water flow in their output. To have water supply with the ability to benefit from different discharge levels. In this way, the booster pump can open our hands to create a management view on the water output. Something that is not seen in simple pumps.