Reverse Osmosis Water System YR07035

The YR07035 reverse osmosis water system is designed to produce purified water from tap water and provide a supply of up to 60 L/h, according to the technical data sheet. It incorporates a 400 GPD reverse osmosis membrane and pre-filtration stages with PP cotton and activated carbon. The data sheet indicates an ion rejection of 97–99% with a new membrane, as well as a rejection greater than 99% for organic matter with a molecular weight greater than 200 Dalton, particles, and bacteria.

The equipment features online monitoring of water quality and pressure, automatic membrane cleaning, and automatic shutdown under certain conditions, such as loss of incoming water or tank filling. Its installation separates the electrical circuits from the water conduits, and its front and rear access panels facilitate filter changes. Includes a 12 L pressure tank and a portable TDS meter.

The YR07035 can be used as a pretreatment stage for higher purity water systems and as a water source for biochemical analyzers, reagent preparation, buffer solutions, culture media, chip washing, and other laboratory or industrial applications. The quality obtained depends on the conditions of the feed water and the installed configuration. For sensitive analyses, it is advisable to confirm that the purity level meets the laboratory protocol; reverse osmosis alone does not guarantee ultrapure water.

Market Price

As a reference, laboratory reverse osmosis systems with a capacity close to 60 L/h were found advertised around US$2,249.95 and US$4,708. A higher-priced alternative is listed at CA$14,653.65. These are examples of equipment with different brands, configurations, and features; they do not represent the price of the YR07035, which must be requested according to the configuration, destination, and shipping.

Frequently Asked Questions

What is the production capacity?
The data sheet indicates a nominal capacity of 60 L/h. It also mentions a production speed of 1.5–2 L/min with a pressure tank. As these figures do not match directly, it is recommended to confirm with the supplier the measurement conditions and the expected flow rate in the installation.

What type of water does it need?
It is specified for urban tap water with an incoming pressure of 0.15–0.5 MPa, a temperature of 5–40 °C, and TDS below 200 ppm.

Does the equipment produce ultrapure water?
The data sheet describes a reverse osmosis system and presents it as a pretreatment unit for an ultrapure water system. It does not provide resistivity values or a classification of type I, II, or III water. If the process requires those standards, they must be confirmed before purchase.

How often should the filters be changed?
The data sheet recommends replacing the PP cotton and activated carbon filters approximately every 3–6 months, and the reverse osmosis membrane every 1–2 years. The actual interval may vary depending on the quality and consumption of the water.

Advantages and Considerations

Among its advantages are the nominal production of 60 L/h, online monitoring, automatic membrane cleaning, the included tank, and tool-free access to the filters. The data sheet also indicates electrical supply of 110–240 V and 50–60 Hz, allowing it to adapt to different electrical networks, subject to the configuration confirmed for the installation country.

As considerations, the performance and lifespan of the consumables depend on the quality of the incoming water. Additionally, the included tank has a capacity of 12 L, so it is advisable to assess whether it is sufficient for the laboratory's demand. The available documentation does not specify dimensions, shipping weight, or packaging weight and measurements; this information should be requested to calculate transportation and installation space.

Product Use in the Field

In a laboratory, the YR07035 can be connected to the water supply to provide reverse osmosis water to a tank or a subsequent purification stage. A user can check the output quality online, use the portable TDS meter for complementary checks, and plan maintenance according to consumption and filter status. In applications with analyzers, reagents, or cultures, it is important to validate the required quality by the procedure beforehand and perform periodic checks.

Installation and Maintenance Recommendations

Before purchase, confirm the quality of the feed water, the available pressure, the actual flow rate under usage conditions, and the quality required for each application. Also verify what the output indicated as “deionized water” means in the data sheet, as its quality parameters and the configuration that produces it are not detailed. Record the filter change dates, periodically check the pressure, and follow the manufacturer's cleaning and maintenance instructions. To obtain a proposal tailored to your project