Schneider Electric (Erie) VT3341 Valve Body

The Schneider Electric Erie VT3341 Valve Body is a professional-grade 3-way zone valve designed for hydronic heating and cooling systems. Engineered as a robust inverted flare retrofit solution, this 1.5 Cv valve body features the industry-standard PopTop series design, allowing for quick, one-handed actuator installation or removal without tools. This specific model is built for two-position (on/off) control, serving as a direct replacement for existing Erie zone valve applications in fan coils, baseboards, and air handlers. The forged brass body is rated for up to 400 psi static pressure and manages media temperatures up to 200°F, ensuring reliable performance in closed-loop systems with up to 50% glycol. Its high-flow paddle design minimizes pressure drop while providing positive close-off against 60 psi differentials. When paired with a spring-return actuator, the VT3341 ensures a fail-safe return to the normal position upon power loss, making it a reliable staple for any HVAC zone control setup.

• Universal PopTop Compatibility: Designed for an immediate fit with AG and AH series actuators, simplifying field maintenance.
• High-Pressure Tolerance: Rated for a 400 psi static pressure limit, suitable for high-rise or demanding commercial hydronic circuits.
• Compact Retrofit Design: The 3/4" inverted flare connection makes it an ideal drop-in replacement for legacy 3-way valve bodies.
• Reduced Pressure Drop: The high-capacity 1.5 Cv internal geometry ensures efficient fluid transfer with minimal Resistance.

• Can I replace the actuator without draining the system? Yes, the PopTop design allows the actuator to be removed by simply depressing the release button, without disrupting the plumbing.
• Is this valve body compatible with steam systems? No, the VT series is designed for hot and chilled water; for steam applications, use the high-temperature VS series bodies.
• Which port is normally closed on this 3-way valve? Port B is typically the normally closed port when the motor is de-energized, making it the standard choice for diverting or mixing applications.

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.