Air Gap For Horizontal 2-1/2" To 10" Stainless Steel System

Ensure the integrity and safety of your commercial or industrial fire protection system with the Air Gap for Horizontal 2-1/2" to 10" Stainless Steel System. This purpose-built component from Ames Backflows is engineered to provide crucial backflow prevention, safeguarding your potable water supply from contamination and ensuring regulatory compliance.

• Durable Stainless Steel Construction: Crafted from robust, corrosion-resistant stainless steel, this air gap is built for exceptional longevity and performance in demanding fire protection environments, offering superior resilience against rust and wear.
• Optimized for Horizontal Systems: Specifically designed for seamless integration into horizontal piping systems ranging from 2-1/2" to 10" in size, ensuring precise fit and reliable operation for a wide range of installations.
• Effective Backflow Prevention: Creates a physical break between the non-potable fire suppression system and the public water supply, effectively mitigating the risk of hazardous back-siphonage and back-pressure events.
• Industry-Compliant Design: Developed by Ames Backflows, a trusted name in water safety, this heavy-duty system adheres to stringent industry standards for fire protection equipment and backflow prevention devices.
• Streamlined Installation: Engineered for straightforward horizontal setup, allowing for efficient and hassle-free integration into new or existing fire protection plumbing systems, reducing labor time and complexity.

Investing in this stainless steel air gap means gaining peace of mind, knowing your water supply is protected from potential contamination originating from your fire sprinkler system. It solves the critical problem of maintaining a clear separation between potable and non-potable water sources, a fundamental requirement for health and safety regulations. Its robust design not only contributes to the reliability of your fire protection infrastructure but also helps avoid costly compliance issues and potential system failures, making it an essential component for any responsible facility manager or system installer.