8210G103 | Solenoid Valve 8210 2-Way Brass 2 Inch NPT Normally Open 120 Alternating Current NBR | ASCO

ASCO Solenoid Valve 8210G103: Engineered for Industrial Applications The ASCO 8210G103 Solenoid Valve is a high-performance 2-way brass valve designed for demanding industrial applications. This valve features a normally open configuration, allowing fluid flow when de-energized. Its 2-inch NPT end connections provide secure and leak-proof connections. With a versatile voltage range of 120 Alternating Current, the 8210G103 can seamlessly integrate into various electrical systems. Its NBR seal material ensures compatibility with a wide range of fluids, including air, water, and hydraulic oils. Key Features: - 2-Way brass construction for durability and corrosion resistance - Normally open configuration for reliable fluid flow when de-energized - 2-inch NPT end connections for leak-proof connections - 120 Alternating Current voltage range for operational flexibility - NBR seal material for compatibility with various fluids Benefits: - Enhanced fluid control with precise opening and closing - Efficient operation with low power consumption - Reliable performance in demanding industrial environments - Versatile applications in air, water, and hydraulic systems Our trusted HVAC store: Your Trusted Source for Industrial Products and Solutions At Our trusted HVAC store, we are committed to providing our customers with the highest quality industrial products and solutions. Our vast inventory includes a comprehensive selection of solenoid valves, ensuring you find the perfect fit for your application. Our team of experts is readily available to assist you with product selection, technical support, and personalized recommendations. We offer competitive pricing, fast shipping, and dedicated customer service to meet your every need. Shop now at Our trusted HVAC store and experience the difference of partnering with a trusted industrial supplier.

Solenoid Valve 8210 2-Way Brass 2 Inch NPT Normally Open 120 Alternating Current NBR