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Belimo B225HT1160 Ball Valve, 1″ NPT, 2-Way, 11.6 Cv, High Temp Water & Steam

Original price was: $209.88.Current price is: $73.46.

SKU: B225HT1160 Category: Tag:

Description

Overview

The Belimo B225HT1160 is a high-performance 2-way ball valve engineered for demanding hydronic and steam applications. Featuring a 1″ NPT connection and an 11.6 Cv flow coefficient, this valve delivers precise, reliable flow control in high-temperature hot water systems up to 266°F (130°C) and low-pressure steam environments. Its equal percentage flow characteristic ensures smooth, proportional control across the full range of valve travel — ideal for variable flow systems where precise modulation is critical.

Construction & Materials
  • Brass valve body for excellent corrosion resistance and durability in hydronic systems
  • Stainless steel ball and stem for superior strength and resistance to high-temperature degradation
  • Robust construction suitable for continuous operation in demanding commercial and industrial HVAC applications
Key Specifications
  • Valve Type: 2-Way Ball Valve
  • Pipe Size: 1″ NPT
  • Flow Coefficient (Cv): 11.6
  • Flow Characteristic: Equal Percentage
  • Body Material: Brass
  • Ball & Stem Material: Stainless Steel
  • Maximum Temperature (High Temperature Water): 266°F (130°C)
  • Application: High Temperature Hot Water & Low Pressure Steam
  • Glycol Compatibility: Up to 60% glycol solution
Applications
  • High temperature hot water heating systems
  • Low pressure steam distribution and control
  • Glycol-based hydronic heating systems (up to 60% concentration)
  • Commercial and industrial HVAC air handling units, fan coils, and terminal units
  • Building automation and energy management systems requiring precise valve modulation
Why Choose Belimo

Belimo is a globally recognized leader in actuator and valve technology for HVAC systems. The B225HT1160 is designed to pair seamlessly with Belimo actuators, providing a complete, factory-matched valve-and-actuator assembly. The equal percentage flow characteristic ensures stable control loop performance, reducing energy waste and improving system comfort across all load conditions.