FVF series pilot type 5-way solenoid valve (3130 Series)

The FVF series pilot-type 5-way solenoid valve, designated as the 3130 model, is engineered to deliver a combination of compact dimensions and respectable flow capacity within a single integrated package. Its design philosophy centers on achieving high flow density, meaning the valve provides substantial air delivery relative to its physical footprint. This characteristic makes the series particularly well-suited for dense containerization scenarios where multiple valves must be mounted in close proximity without sacrificing individual performance. The space-efficient construction allows machine builders to reduce overall panel dimensions or incorporate additional functions within existing envelope constraints.

Power consumption has been addressed through the incorporation of energy-saving circuitry on select variants. These models reduce electrical demand to approximately 0.55 watts during continuous operation, offering meaningful energy savings in applications where valves remain energized for extended periods or where multiple units are employed simultaneously. Lower coil consumption also contributes to reduced heat generation within control cabinets, potentially extending the service life of adjacent components and simplifying thermal management requirements.

A distinctive design feature involves the shared exhaust arrangement between the pilot stage and the main valve body. This configuration eliminates the need for separate exhaust components or additional plumbing to handle pilot discharge. The integrated exhaust path simplifies the overall air circuit, reduces potential leak points, and streamlines installation by decreasing the number of connections requiring attention during assembly. Maintenance personnel benefit from this simplification during troubleshooting and servicing procedures.

For commissioning and diagnostic purposes, each unit includes a manual override mechanism offering both unlocked and locked positions. The unlocked setting permits temporary valve shifting during initial setup or function verification without energizing the solenoid. When locked, the manual position can be maintained continuously, which proves useful during maintenance activities or when simulating specific operating conditions. This dual-mode override provides flexibility without complicating the operator interface.

Electrical connectivity accommodates various installation preferences through multiple voltage and wiring options. Available coil voltages include direct current variants at 12 and 24 volts, as well as alternating current options at 110 and 220 volts, ensuring compatibility with common industrial control systems across different regions. Wiring methods extend from traditional DIN-style connectors for quick disconnect applications to pre-leaded cables for permanent installations, plus M8 and M12 circular connectors for applications requiring standardized industrial networking interfaces. This range of connection choices allows the valve to integrate seamlessly into diverse equipment designs without requiring custom adapters or interface modifications.