Schneider Electric (Erie) VT2325G13B020 Valve Assembly

The Schneider Electric Erie VT2325G13B020 is a heavy-duty two-way normally closed zone valve engineered for precision flow control in hydronic systems. Featuring a 3/4 inch NPT connection and a robust 5.0 Cv flow coefficient, this assembly is designed for high-demand HVAC zone control applications where reliable shut-off is non-negotiable. The unit operates on 120Vac power and utilizes a dependable spring return actuator, ensuring the valve returns to its fail-safe closed position during power loss or thermostat cycling. Built for the field, the PopTop series actuator allows for quick removal, simplifying maintenance and replacement without draining the entire system. This two-position valve is optimized for low-pressure steam and hot or chilled water, providing the mechanical longevity and close-off pressure ratings that professional contractors expect in commercial and residential hydronic loops.

• Efficient Flow Management: High 5.0 Cv rating minimizes pressure drop across the loop, ensuring optimal pump performance.
• Fail-Safe Operation: Mechanical spring return provides positive closure to prevent unwanted thermal migration or gravity flow.
• Quick-Release Design: The PopTop actuator mounting system reduces labor time during service calls and retrofits.
• Industrial Build Quality: Synchronous motor and brass body construction withstand the rigors of continuous cycling in high-temperature environments.

Is the VT2325G13B020 compatible with low-pressure steam systems?
Yes, this Erie assembly is rated for low-pressure steam applications, provided the media temperature and pressure remain within the specified operating envelope for the PopTop series.

Can the actuator be replaced without removing the valve body?
The PopTop design allows the actuator to be swapped out with a simple press of a button, eliminating the need to break or drain pipe connections.

What is the maximum close-off pressure for this 3/4 inch NPT valve?
This 5.0 Cv model is engineered to handle standard hydronic system pressures, ensuring a tight seal against the rated head pressure of common circulator pumps.

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.