Multi-purpose Everpure Mrs-600he High Efficiency Reverse Osmosis Water Filter System 115 Vac Set [lzHoDP7u]

High Efficiency Reverse Osmosis Water Filter System

Introducing the Everpure MRS-600HE High Efficiency Reverse Osmosis Water Filter System, a state-of-the-art solution designed to deliver pristine, filtered water with minimal energy consumption. This system is engineered to provide both reverse osmosis and blended filtered water, ensuring optimal water quality for a variety of applications. With its tailored blending process, the MRS-600HE effectively removes dissolved solids from tap water, resulting in water that meets your desired quality standards.

Product Specifications and Features

The MRS-600HE boasts impressive specifications that set it apart from conventional reverse osmosis systems. It operates at a voltage of 115 VAC, has a maximum inlet Total Dissolved Solids (TDS) of 1,000 PPM, and utilizes 3/8" OD Tube connections. The system operates within a pressure range of 25 - 80 PSI and maintains a temperature range of 40 - 100° F. With a minimum water supply requirement of 1.5 GPM and a minimum static pressure of 100 PSI, this unit is designed for reliable performance. The MRS-600HE offers a daily production rate of 600 GPD nominal, ensuring a steady supply of filtered water. Key features include a reduction in limescale build-up and chlorine taste and odor, enhancing the overall quality of your water.

Applications and Benefits

The Everpure MRS-600HE is a versatile solution suitable for a wide range of applications. It is ideal for coffee brewers, espresso machines, steamers, and iced tea dispensers, providing high-quality water that can elevate the taste and appearance of your beverages. With an 80% savings in water usage compared to conventional RO systems, the MRS-600HE is not only environmentally friendly but also cost-effective. Its high efficiency and low energy consumption make it a smart choice for businesses and homeowners alike. Embrace the benefits of the MRS-600HE and experience the difference in water quality and efficiency today.