Welcome to our store

  • Home
  • Our Range
  • Collections

Industrial Electrical Warehouse

  • Home
  • Our Range
  • Collections
Cart

SMC

SMC Valve ISO DBL SOL Size 2 4/5 Port VP7-8-FHG-D-3N

Regular price $
Regular price Sale price $
Sold out

Introducing the SMC Valve ISO DBL SOL Size 2 4/5 Port VP7-8-FHG-D-3N, a cutting-edge industrial electrical component designed to meet the demanding requirements of modern manufacturing environments. This high-performance valve boasts a robust construction and adheres to ISO standards, ensuring reliability and efficiency in various applications. With its size 2 dimensions and 4/5 port configuration, the VP7-8-FHG-D-3N excels in delivering precise control and seamless integration within industrial electrical systems. Whether used in automated production lines or complex machinery, this SMC valve is engineered to optimize operational performance and enhance overall productivity.

Featuring advanced technology and durability, this industrial electrical component is ideal for applications requiring superior valve functionality. The VP7-8-FHG-D-3N's design ensures efficient and reliable operation, making it a standout solution for industries that demand precision and performance. With its ISO compliance and double solenoid setup, this SMC valve sets the standard for quality and functionality in the realm of industrial electrical components, providing a dependable and versatile solution for diverse manufacturing needs.

SMC Valve ISO DBL SOL Size 2 4/5 Port VP7-8-FHG-D-3N Features:

  • 3 port, pilot poppet type valve
  • Available with power saving circuit to reduce power consumption
  • Port sizes from 1/8 to ½, depending on series
  • Thread types: Rc, G, NPT, NPTF

Explore our SMC range to discover reliable solutions for all your industrial electrical needs. Click the logo below to view the full collection.


Quick links

  • Search
  • Our Range
  • Collections
Payment methods
2025, Industrial Electrical Warehouse
  • Choosing a selection results in a full page refresh.