Description
Honeywell V5852A2031 Two-Way Cartridge Globe Valve Overview
The Honeywell V5852A2031 is a precision-engineered two-way cartridge globe valve designed for reliable flow control in hydronic heating and cooling systems. Featuring a 1/2″ sweat (solder) connection and a durable brass body, this valve is built to handle both hot and chilled water applications with consistent, long-term performance. Its equal percentage flow characteristic ensures smooth, proportional control across the full range of valve travel — making it an ideal choice for variable flow systems paired with compatible actuators.
Key Features
- Two-way cartridge globe valve design for precise hydronic flow control
- 1/2″ sweat (solder) end connections for easy copper pipe integration
- Brass body construction for corrosion resistance and durability
- Stainless steel stem for long service life and reliable sealing
- 1/4″ stem travel for accurate actuator compatibility
- Equal percentage flow characteristic for proportional control performance
- Stem-down-to-close action for standard normally-open or normally-closed actuator pairing
- 0.7 Cv flow coefficient for precise low-flow applications
- Suitable for hot water and chilled water service
Specifications
- SKU: V5852A2031
- Brand: Honeywell
- Valve Type: Two-Way Cartridge Globe Valve
- Connection Size: 1/2″
- Connection Type: Sweat (Solder)
- Body Material: Brass
- Stem Material: Stainless Steel
- Stem Travel: 1/4″
- Flow Characteristic: Equal Percentage
- Valve Action: Stem Down to Close
- Cv Rating: 0.7
- Media: Hot Water / Chilled Water
Application
The V5852A2031 is well-suited for commercial and light industrial HVAC hydronic systems, including fan coil units, air handling units, and terminal unit control applications. Its compact cartridge globe design allows for straightforward installation in tight spaces, and the sweat end connections ensure a secure, leak-free fit with standard copper tubing. This valve is designed to be used in conjunction with a compatible Honeywell actuator for automated flow modulation.
