Description
Overview
The Belimo B215HT116 is a precision-engineered 2-way ball valve designed for demanding high-temperature hydronic and steam applications. Built with a robust brass body and a stainless steel ball and stem, this valve delivers long-lasting performance and corrosion resistance in the most challenging HVAC and building automation environments.
Key Features
- 2-way, 1/2″ NPT connection for straightforward installation in standard piping systems
- 1.16 Cv flow coefficient for accurate flow control in small-bore applications
- Equal percentage flow characteristic for precise, linear control response across the full stroke range
- Brass body construction provides excellent durability and pressure integrity
- Stainless steel ball and stem for superior corrosion resistance and extended service life
- Rated for high-temperature water up to 266°F (130°C) maximum
- Suitable for low-pressure steam applications
- Compatible with glycol solutions up to 60% concentration
Applications
- High-temperature hot water heating systems
- Low-pressure steam distribution and control
- Glycol-based hydronic systems (up to 60% glycol solution)
- Fan coil units, air handling units, and terminal unit control
- Commercial and industrial building automation systems
Specifications
- SKU: B215HT116
- Brand: Belimo
- Valve Type: Ball Valve
- Connection Size: 1/2″ NPT
- Flow Coefficient (Cv): 1.16
- Configuration: 2-Way
- Flow Characteristic: Equal Percentage
- Body Material: Brass
- Ball & Stem Material: Stainless Steel
- Maximum Temperature (Water): 266°F (130°C)
- Steam Service: Low Pressure
- Glycol Compatibility: Up to 60% solution
Why Choose Belimo?
Belimo is a globally recognized leader in actuator, valve, and sensor solutions for HVAC systems. The B215HT116 reflects Belimo’s commitment to quality engineering — delivering reliable flow control, tight shutoff, and compatibility with a wide range of hydronic fluids and steam media. Pair this valve with a compatible Belimo actuator for a complete, factory-matched control assembly.
