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2-1/2" NST Single Snoot FDC Brass Construction System

2-1/2" NST Single Snoot FDC Brass Construction System

Regular price $102.93 USD
Regular price $137.24 USD Sale price $102.93 USD
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The Viking 2-1/2" NST Single Snoot Fire Department Connection (FDC) is a precisely engineered brass component designed for seamless integration into commercial and industrial fire sprinkler systems. Ideal for fire protection professionals, this connection provides durable, corrosion-resistant performance crucial in emergency firefighting scenarios.

  • Material: Crafted from robust brass, ensuring excellent corrosion resistance and long-lasting reliability without excessive weight for easier handling.
  • Size and Compatibility: Features a 2-1/2" NST inlet paired with a National Pipe Thread (NPT) outlet to fit standard fire department hose connections and sprinkler systems widely used in commercial and industrial settings.
  • Certifications: UL Listed and FM Approved, confirming strict adherence to safety and performance regulations recognized in fire protection engineering.
  • Standards Compliance: Fully compliant with NFPA standards, supporting code-conforming fire sprinkler installations and guaranteeing dependable operation under high-pressure conditions.
  • Design: Single snoot design facilitates quick, secure coupling by firefighting teams, enabling efficient water supply delivery during critical response times.

This brass single snoot FDC enhances fire protection systems by providing a reliable, code-compliant connection point for emergency responders. Its durable construction withstands harsh environments, reducing maintenance needs and ensuring readiness when seconds count. Designed specifically for fire department connections, it supports rapid, effective firefighting efforts by ensuring secure hose attachment and steady water flow. For fire system installers and safety managers, this product offers peace of mind through certified quality and compatibility with existing infrastructure, making it a smart choice for maintaining robust fire emergency access.

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