Versatile G314k031a7n00f1 - Asco™ Solenoid Valves Series 314 Collection [AECLNRxU]

Asco™ Solenoid Valves Series 314

Introducing the Asco™ Solenoid Valves Series 314, a premium choice for industrial applications requiring reliable and efficient control of fluid flow. This series is designed to meet the highest standards of performance and durability, making it an ideal solution for a wide range of industries. The G314K031A7N00F1 model, specifically, is a direct operated solenoid valve with a 3/2 NC-G configuration, ensuring precise and consistent control. Key features include a brass body with NBR resilient materials, compatible with ISO 228/1 standards, and a 1/8" (DN5) size for versatile applications.

• Direct operated design for quick response and reliable performance
• ISO 228/1 compliance for global standardization

Product Specifications and Technical Details

The G314K031A7N00F1 solenoid valve is engineered to provide exceptional performance in demanding environments. It features a coil class of F-II2GExmbIICGb/II2DExmbIIICDb, making it suitable for hazardous areas. The valve operates at 24/DC-11,2 W, ensuring energy efficiency and optimal functionality. Additional specifications include a T4/3 temperature rating and an IP67 enclosure, offering excellent protection against dust and water ingress.

• Brass body for corrosion resistance and long-lasting durability
• NBR resilient materials for resistance to oils and fuels

Practical Applications and Benefits

Utilize the Asco™ Solenoid Valves Series 314 for a variety of applications, from water and gas distribution to chemical processing and HVAC systems. The direct operated design allows for fast response times, ensuring quick and reliable control. The brass body and NBR resilient materials make this valve suitable for harsh environments, while the ISO 228/1 standard ensures compatibility with global systems. Ideal for industries such as oil and gas, pharmaceuticals, and food processing, this valve is a versatile solution that enhances productivity and efficiency.

• Enhanced safety and reliability in hazardous areas
• Cost-effective and energy-efficient operation