Armstrong Fluid Technology 207936-300 Valve

The Armstrong Fluid Technology 207936-300 Valve is a precision-engineered water pressure reducing valve designed for high-performance fluid management in commercial and residential HVACR systems. Known as the Model HRD-70, this brass pressure regulator features a 3/4" Female NPT inlet and outlet, making it an essential component for maintaining system integrity. Optimized for pressure reduction, it handles a 150 PSI Max Inlet Pressure with a versatile 25-125 PSI outlet adjustment range, arriving with a 45 PSI factory setpoint for immediate installation. This high pressure water valve is constructed with a durable brass body and includes a built-in strainer to prevent debris accumulation and an integrated check valve to ensure unidirectional flow. By stabilizing line pressure, this Armstrong HRD-70 protects downstream equipment from surges, ensuring a consistent water flow control solution that enhances the efficiency and longevity of your entire hydronic system infrastructure.

• Precise Pressure Regulation: Maintains a 45 PSI factory setpoint with a broad 25-125 PSI adjustment range for custom system requirements.
• Integrated Protection: Features a built-in strainer and check valve to prevent debris contamination and backflow.
• Durable Construction: Heavy-duty brass body ensures corrosion resistance and long-term reliability in demanding environments.
• Standardized Fit: 3/4" Female NPT connections provide a secure, leak-proof interface with existing plumbing.

Common Questions

How do I adjust the outlet pressure on the Armstrong HRD-70?
The outlet pressure can be adjusted between 25 and 125 PSI by turning the adjustment screw located on the top of the valve housing to meet specific system demands.

Does this valve protect against debris?
Yes, the 207936-300 includes a built-in strainer designed to capture sediment and particles before they enter your sensitive HVACR equipment.

Can this valve prevent backflow?
Yes, the integrated check valve functionality ensures that water flow remains unidirectional, protecting the supply line from potential backflow issues.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.

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