Product Advantages
✔ Laterally positioned diaphragm allows omnidirectional mounting
✔ Compact pilot assembly requires low coil power for energy-efficient operation
✔ Bottom-mounted manual release for power-free operation
✔ Rated for 16bar working pressure with durable all-copper valve body
✔ Easy maintenance – diaphragm replacement from the side without pilot assembly disassembly
The SENYA 0927 Series Pilot-Operated Solenoid Valve represents a significant technological leap in fluid control systems, offering unparalleled installation flexibility through its innovative 360° omnidirectional mounting capability. Unlike conventional solenoid valves that are restricted to specific orientations, this advanced design eliminates installation constraints, allowing for horizontal, vertical, or even inverted mounting positions without compromising performance or reliability. This breakthrough is particularly valuable in modern industrial applications where space optimization and flexible piping configurations are critical requirements.
Engineered with maintenance efficiency in mind, the valve features a revolutionary modular construction that enables independent servicing of key components. The pilot assembly and diaphragm can be accessed and replaced separately, a stark contrast to traditional designs that necessitate complete valve disassembly for even minor repairs. This intelligent design philosophy significantly reduces maintenance downtime and associated labor costs, while simultaneously extending the valve’s operational lifespan through simplified component replacement procedures.
The robust construction of the 0927 series ensures reliable operation under demanding conditions, with a pressure rating of 16 bar that meets the requirements of most industrial applications. The valve incorporates an energy-optimized pilot mechanism that achieves superior performance characteristics while minimizing power consumption, demonstrating SENYA’s commitment to sustainable engineering solutions. This efficient design not only reduces operational costs but also contributes to lower system heat generation and improved overall energy efficiency.
Built to withstand challenging industrial environments, the valve utilizes premium corrosion-resistant materials and precision manufacturing techniques to guarantee long-term durability. Its versatile design accommodates a wide range of media including compressed air, water, light oils, and neutral gases, making it suitable for diverse applications across multiple industries. The combination of technical innovation and practical functionality in the 0927 series addresses the evolving needs of modern fluid control systems, offering engineers a reliable solution that enhances system performance while reducing total cost of ownership.
The valve’s advanced engineering represents a paradigm shift in solenoid valve technology, successfully overcoming traditional limitations to deliver superior performance, flexibility, and maintainability. By integrating these innovative features, the SENYA 0927 series establishes new standards for reliability and efficiency in fluid control applications, from automated production lines to complex process control systems. This comprehensive approach to valve design ensures optimal performance in even the most demanding industrial environments while providing the installation flexibility and maintenance convenience that contemporary engineering applications require.
|
Category |
2/2 ways |
|
Way of action |
pilot operated |
|
Series |
0927 |
|
Body Material |
Brass |
|
Way to control |
solenoid valve/override |
|
Pressure resistance |
0.5- 1.6 Mpa |
|
Sealing material |
NBR, VITON, EPDM |
|
Temperature |
-5 ~ 80 ℃ (120℃ optional) |
|
port range |
1/4″ ~ 2″ |
|
Normally open normally closed |
N.C. |
|
Wiring |
DIN connector |
|
Protection level |
IP65/IP67 |
|
way to install |
bracket required |
|
Recommended installation method |
free-mounting in any angle |
|
thread option |
BSP, NPT thread |

ISO 9001:2008

Test Report

CE

SGS

QMS

CTB231229044CX-ZS CE ROHS certification