Armstrong 570200-377 FTV-3FS Flo-Trex Valve
Armstrong 570200-377 FTV-3FS Flo-Trex Valve
Couldn't load pickup availability
TIPS Contract Vendor
We are an officially awarded purchasing cooperative vendor.
π Procurement & Shipping Notice
- LTL Freight Dispatch: Heavy commercial units ship directly via insured LTL carrier with delivery coordination included.
- Project Timelines & Submittals: Need guaranteed delivery dates, formal submittals, or tax-exempt processing?
π Request a Commercial Quote or contact our procurement team for direct freight scheduling.
Corporate Procurement & PO Processing
Formal Purchase Orders (POs) and tax-exempt ordering are accepted for commercial contractors and institutional facilities.
Apply for Trade Account & Terms β| Performance Parameter | Engineering Baseline Value |
|---|---|
| Manufacturer Part Number (MPN) | 570200-377 |
| Model Designation | FTV-3FS |
Improve your hydronic system efficiency with the versatile 570200-377, an authentic Armstrong FTV-3FS Flo-Trex Valve engineered for multi-purpose fluid management. By consolidating four essential piping components into one compact casting, this valve simplifies complex installations while reducing potential leak points throughout your mechanical room.
The unit features a precision-engineered plug and disc design that excels at both accurate flow throttling and bubble-tight isolation. Its non-slam check valve mechanism protects your pumps and system piping from water hammer, ensuring long-term operational stability and reduced mechanical stress.
Key System Performance Baselines:
- Integrated Functionality: Combines shut-off, non-slam check, throttling, and 90-degree elbow into one space-saving device.
- Precise Control: Advanced plug and disc geometry allows for accurate system balancing and flow adjustment.
- Operational Reliability: Designed to prevent slamming, effectively extending the lifespan of your pump and peripheral equipment.
β οΈ Application Profile: Primarily utilized in commercial HVAC systems, hydronic heating and cooling loops, and industrial fluid transfer networks where precision throttling and efficient space management are required.
