3M TFS450-5623902 - UNIT ONLY 19 Inch Reverse Osmosis System with 2 RO Membranes

The 3M TFS450-5623902 UNIT ONLY (5623902) 3M™ Reverse Osmosis Water Filtration System is a commercial-grade water purification device designed for precise removal of contaminants in professional foodservice environments. Constructed with NSF-compliant materials, this system features dual reverse osmosis membranes, producing up to 240 gallons per day in nominal conditions, with potential output reaching 480 gallons per day when blending at 70 psi and 77°F. It is suitable for high-demand applications such as beverage preparation, steam equipment, and ice production, offering reliable filtration tailored for restaurants and institutional kitchens needing consistent water quality.

This reverse osmosis system efficiently integrates into commercial kitchens, providing high-capacity water filtration with durable stainless steel components. Equipped with two RO membranes and a bypass plug in the post filter head, it simplifies maintenance and reduces downtime. Its compact dimensions support versatile placement, while the NSF-compliant design ensures food safety compliance for food and beverage applications. Ideal for implementing in high-volume coffee stations, steamers, and ice machines, it enhances workflow and enhances water quality management.

Best suited for beverage stations and foodservice operations requiring dependable, high-volume filtered water.

The 3M TFS450-5623902 reverse osmosis system operates on standard electrical requirements, typically compatible with common commercial power supplies. Its self-contained, compact design measures 18.88 inches in width, 5.75 inches in depth, and 25.13 inches in height, with a weight that accommodates easy installation and handling. Crafted from corrosion-resistant stainless steel, it withstands continuous operation at ambient temperatures up to the specified limits. The system features two RO membranes with a production capacity of up to 240 gpd nominally, increasing to 480 gpd with blending at 70 psi and 77°F. It employs NSF-compliant materials suitable for direct contact with food, streamlining sanitation routines and ensuring consistent water quality. Its design supports straightforward disassembly for filter replacement and regular cleaning, making it suitable for high-volume beverage and steam applications.

Electrical compatibility: Designed for standard commercial power supplies; voltage and frequency as per regional standards

Plumbing connections: Compatible with standard foodservice water supply lines

Installation clearance: Requires sufficient space for maintenance and replacement procedures

Drainage requirements: Connection to appropriate wastewater drain per installation guidelines

Workflow integration: Suitable for continuous operation in high-demand beverage and food prep areas

A commercial reverse osmosis system is a high-capacity water purification unit designed for professional food and beverage environments, utilizing semi-permeable membranes to remove impurities and contaminants down to a microscopic level. Installed in settings such as cafes, restaurants, and institutional kitchens, these systems like the 3M TFS450-5623902 provide filtered water critical for ensuring product quality and consistency. They are engineered for continuous operation, integrating seamlessly with existing plumbing, and supporting the high-volume demands of foodservice operations such as coffee brewing, steam cooking, and ice generation, making them essential pieces of commercial kitchen equipment for maintaining water purity standards.

Designed for high-demand settings, the 3M TFS450-5623902 offers durability and consistent performance with its stainless steel construction and dual membrane filtration. Ideal for beverage prep, steam equipment, and ice production, it ensures reliable, contaminant-free water flow. Manufactured by 3M Purification, this system supports high-volume applications with a compact footprint and straightforward maintenance for professional kitchens and institutional facilities.