Description
The Taco 571-2 3/4inch Zone Valve Sweat is a popular and reliable choice for controlling water flow in hydronic heating systems. Here’s a breakdown of its key features and functions:
Function:
- Controls water flow to individual zones in a hydronic heating system, directing hot water to specific areas for efficient temperature control.
- 2-way normally closed valve: closes when no control signal present, preventing water flow to the zone, and opens when activated by a thermostat or other control system.
- Sweat connections: designed for easy soldering to 3/4-inch copper pipes.
Key Features:
- Durable construction: built with heavy bronze body for long-lasting performance and reliability.
- Quiet operation: features an exclusive heat motor design that minimizes noise.
- Twist-off head: allows for easy servicing and maintenance without disturbing system connections.
- Manual override lever: enables manual control of water flow even when the system is off.
- Multiple control options: compatible with automatic control signals (e.g., thermostats) and manual override.
- Energy efficient: consumes minimal power when open, thanks to the heat motor design.
Applications:
- Ideal for radiant heating, baseboard heating, and fan coil systems.
- Can be used in hot water recirculation systems.
Things to Consider:
- System compatibility: ensure the valve size and connection type match your existing piping and control system.
- Normally closed configuration: verify that the normally closed configuration suits your system’s requirements.
- Professional installation recommended: while DIY installation is possible for experienced individuals, consulting a qualified plumber is recommended for optimal performance and safety, especially for hydronic systems involving electricity.
Overall, the Taco 571-2 3/4inch Zone Valve Sweat is a versatile and reliable option for controlling water flow in hydronic heating systems. Its durability, quiet operation, and convenient features make it a popular choice for residential and light commercial applications.
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