ASCO 8210G94-208V Solenoid Valve

The ASCO 8210G94-208V is a rugged 2-way normally closed solenoid valve engineered for reliable flow control in high-demand industrial and HVAC systems. Built with a durable brass body and NBR seals, this pilot-operated valve handles air, water, and light oil with a flow coefficient of 4.0 Cv. It operates efficiently across a pressure range of 0 to 150 PSI, making it a versatile choice for general service applications. The 1/2" NPT connection ensures standard fitment, while the 208Vac coil and NEMA 4X enclosure provide superior protection against corrosion and environmental ingress in washdown or outdoor environments. As a member of the ASCO 8210 series, this direct-acting solenoid valve is designed for high cycle life and minimal maintenance, providing precise fluid automation for contractors managing critical cooling or process piping infrastructures.

• Resilient Construction: Integrated NBR seals and a brass body ensure chemical compatibility with air and water up to 180°F.
• Environmental Protection: The NEMA 4X watertight enclosure protects internal components in harsh or corrosive field conditions.
• Optimized Flow: High-flow 4.0 Cv rating allows for significant throughput with minimal pressure drop across the 1/2-inch orifice.
• Universal Compatibility: Standard 1/2" NPT threading allows for rapid integration into existing rigid or flexible piping systems.

What is the minimum operating pressure differential for the 8210G94?
As a pilot-operated valve, this unit typically requires a 5 PSI minimum pressure differential to ensure the diaphragm fully shifts and maintains reliable opening/closing cycles.

Can this solenoid valve be mounted in any orientation?
For optimal performance and to prevent particulate accumulation in the core tube, it is recommended to install the valve with the solenoid vertical and upright, though it represents a standard normally closed configuration.

Is the coil compatible with 240V systems?
No, this specific model is wound for 208Vac/60Hz. Using it on 240V or 120V circuits will lead to coil burnout or failure to actuate under pressure.

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.