The Millipore Tylan FC-2911V H2 30SLM Water Purification Module is designed for high-purity water applications, ensuring exceptional performance in industrial processes where water quality is critical.
Type:Water Purification System
Model:FC-2911V H2 30SLM
Brand:Millipore
Flow Rate:30 SLM (Standard Liter per Minute)
Filter Media:Advanced Carbon and Ceramic Filters
Pressure Range:Up to 100 PSI
Inlet Temperature:40°C to 80°C
Dimensions:450mm x 200mm x 350mm
Weight:25kg
Power Consumption:10W
Certifications:[“ISO 9001″,”NSF Certified”]
Introducing the Millipore Tylan FC-2911V H2 30SLM, the premier choice for industrial water purification. This module boasts a sleek stainless steel design that ensures durability and longevity under demanding conditions.
With a flow rate of 30 gallons per day (GPD), the FC-2911V H2 30SLM is optimized for high-volume water treatment, making it ideal for manufacturing, food processing, and other industries requiring consistent water supply.
Operating within a pressure range of 10 to 100 PSI, this module is versatile enough to adapt to various system pressures without compromising performance. Its filter capacity of 5000 gallons ensures a long operational lifespan, reducing maintenance costs and downtime.
Engineered for reliability, the FC-2911V H2 30SLM operates efficiently across a wide temperature range of 32 to 120 degrees Fahrenheit, ensuring optimal performance regardless of environmental conditions. The module is ISO 9001 certified, guaranteeing adherence to the highest standards of quality management systems.
Moreover, it is NSF certified, which means it meets stringent health and safety regulations, providing assurance of safe and clean water. This makes it a trusted solution for applications where water purity is critical, such as pharmaceuticals, biotechnology, and semiconductor manufacturing.
The Millipore Tylan FC-2911V H2 30SLM Water Purification Module is designed for high-purity water applications, ensuring exceptional performance in industrial processes where water quality is critical.