Overview
The need of a water purifier in every household, workplace, hospital, restaurant and various other places has become a must. As the requirement of an RO water purifier increases, the demand of Kent RO booster pump also doubles. The booster pump is needed to increase water pressure that undergoes purification.
![]()
Power Consumption
Being an electrical appliance, the voltage required by the Kent RO water purifier is 24 V DC. As the voltage required by the pump is less, it can be easily maintained by a household. Also, this booster pump is designed to be used by all kinds of RO water purifiers which make it a versatile equipment.
Body Design
The materials used for the Kent RO pump for water purifier are Santoprene and Polyamide. Both the materials help the booster pump to stay in working condition for long without getting rusted. The pump is also designed with inbuilt bypass valves to supplement the performance of the pump. The built-in bypass can run dry without getting damaged. There is an inlet of cold water at the bottom which is directly connected to the main supply while the other outlet is connected to the pressure switch and both perform together to increase the flow of water.
![]()
Pressure Settings
The Kent RO pump for water purifier allows water flow up to 100 GPD. The water pressure needs to be enough so that the RO can function effectively. If the water pressure is low, then it adversely affects the quality of water. The booster pump helps in producing more drinking water and fills the storage tank faster which eventually leads to better quality of water which is fit for human consumption.
![]()
Other Important Features
The booster pump is designed with a corrosion-resistant motor which enhances the durability of the machine. It offers a highly efficient performance by increasing the rate of water flow and produces less vibration and noise to avoid distraction. The pump perfectly suits all kinds of RO water filters which support a GPD membrane between 75 and 80. The self-priming pump is designed with permanent magnet motors and a ball-bearing drive.
