Schneider Electric (Erie) VM2211 Valve Body

The Schneider Electric (Erie) VM2211 Valve Body is a professional-grade component designed for precise hydronic control in HVAC zone systems. This 1/2" sweat connection valve body is engineered for compatibility with the Erie PopTop actuator series, featuring the signature quick-release button for rapid, one-handed field installation and maintenance. With a 1.0 Cv rating and a two-way modulating flow pattern, this brass-forged body provides high-resolution control for terminal units like fan coils, baseboards, and air handlers. The unit is strictly rated for hot and chilled water applications with up to 50% glycol, ensuring long-term reliability in closed-loop systems without the risk of steam-related fatigue. Rated for a maximum static pressure of 300 psig and high close-off pressure, the VM2211 maintains tight shut-off integrity, meeting ANSI Class IV leakage standards. This modulating zone valve body is the go-to choice for technicians requiring a durable, low-maintenance solution for proportional 0-10 VDC or 4-20 mA control loops.

• PopTop Quick Release: Allows for immediate actuator removal without tools, streamlining setup and system troubleshooting.
• Forged Brass Construction: Provides a 300 psi pressure rating and robust resistance to corrosion in hydronic environments.
• ANSI Class IV Seal: Minimizes bypass leakage when closed, significantly improving energy efficiency in multi-zone configurations.
• Compact Footprint: Specifically designed to fit within tight cabinet spaces or baseboard enclosures common in commercial retrofits.

Is the actuator included with the VM2211?
No, the VM2211 is the valve body only. It must be paired with an Erie PopTop series actuator for full operation.

Can this valve be used in steam applications?
This model is specifically designated for "No Steam" use. It is optimized for hot water and chilled water applications with glycol mixtures.

What is the flow characteristic of the 1.0 Cv model?
The VM2211 features an equal percentage flow characteristic, which provides stable and linear heat transfer control for modulating systems.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.