2V series brass compact indirect operated solenoid valve with low power consumption coil

SENYA 2V Series Pilot-Operated Solenoid Valves feature an ultra-compact design with minimized dimensions, making them ideal for space-constrained installations. With remarkably low coil power consumption of just 7W, these valves demonstrate exceptional energy efficiency while maintaining high performance standards. The 2V series stands out in the market by delivering significantly faster response times compared to other pilot-operated solenoid valves of similar construction.

The compact form factor allows for flexible installation in tight spaces where conventional valves cannot fit. Their lightweight construction eliminates the need for additional mounting brackets in most applications, simplifying installation processes and reducing overall system weight. This space-saving advantage makes the 2V series particularly suitable for modern equipment designs that prioritize miniaturization and component density.

Engineered with precision, these valves maintain reliable operation despite their reduced size, offering the same flow capacity as larger alternatives. The innovative pilot-operated mechanism ensures consistent performance even with low power consumption, achieving optimal balance between energy efficiency and operational reliability. The fast response characteristics make them perfect for applications requiring rapid cycling or precise timing control.

Available in various port sizes and pressure ratings, the 2V series accommodates diverse fluid control requirements across multiple industries. The valves’ robust construction ensures long service life while resisting wear from frequent actuation. Special materials can be specified for compatibility with aggressive media or extreme temperature conditions.

For maintenance convenience, the modular design allows quick disassembly without removing the entire valve from the piping system. The standardized coil design permits easy replacement and offers optional connectors for different electrical configurations. These features combine to create a versatile, high-performance solution for automated fluid control systems where space, weight, and energy efficiency are critical considerations.