Description
The Bell & Gossett 132132 is a heavy-duty, angle pattern Triple Duty Valve engineered to consolidate four critical hydronic system functions into a single, compact valve body — eliminating the need for multiple separate valves and reducing installation time, labor costs, and potential leak points.
Designed for commercial and industrial hydronic heating and cooling systems, this valve features a 2-1/2″ ANSI 125 flanged connection for straightforward integration into standard piping systems. The cast iron body provides exceptional durability and long service life, while the bronze seat ensures reliable sealing performance and corrosion resistance over time.
Four Functions in One Valve
- Soft Seat Nonslam Check Valve — Prevents backflow quietly and reliably, protecting pumps and system components from reverse flow damage
- Throttling Valve — Allows precise flow adjustment to balance system performance across multiple circuits
- Calibrated Balance Valve — Provides accurate, repeatable flow measurement and balancing without additional instrumentation
- Shutoff Valve — Enables complete system isolation for maintenance, service, or pump replacement without draining the entire system
Key Specifications
- SKU / Model Number: 132132
- Connection Type: 2-1/2″ ANSI 125 Flanged
- Valve Pattern: Angle Pattern
- Body Material: Cast Iron
- Seat Material: Bronze
- Maximum Recommended Flow Rate: 360 GPM
- Check Valve Type: Soft Seat, Nonslam
Design Advantages
- Angle pattern design simplifies piping layout and reduces the number of fittings required
- Nonslam check valve design minimizes water hammer and system noise
- Calibrated balance valve eliminates the need for a separate flow meter during system commissioning
- Single valve replaces four separate components, reducing installed cost and maintenance complexity
- Cast iron construction suited for demanding commercial hydronic applications
The Bell & Gossett 132132 Triple Duty Valve is the ideal solution for engineers, contractors, and facility managers seeking to streamline hydronic system design while maintaining precise control over flow, pressure, and system isolation. It is a trusted component in commercial HVAC hydronic systems where reliability and ease of commissioning are paramount.







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