Okumura Engieering Corp
Okumura 616J,618H,622H Rubber Seat Butterfly Valve Share
Manufacturer: Okumura Engieering Corp
Model: 616J,618H,622H
Applications
High-rise buildings, air conditioning equipment, fire prevention equipment, general industrial use
Drive unit
Lever, gear, cylinder, electric
616J Maximum operating pressure: 1.0Mpa Pipe flange: JIS5K/10K Manufactured size: 50A to 300A |
618H Maximum operating pressure: 1.6Mpa Pipe flange: JIS16K Manufactured size: 50A to 600A |
622H Maximum operating pressure: 2.0Mpa Pipe flange: JIS16K/20K Manufactured size: 50A to 60 |
1.0MPa general-purpose butterfly valve born from thorough pursuit of high-quality sealing technology
By integrating the body and seat, this valve demonstrates stable performance in all fields, including high pressure, high differential pressure, high flow rate (6m/s), and vacuum degree.
S-Line Disc: Pursuing the ideal of fluid dynamics
The S-Line disc is engineered to deliver superior control and high performance across various applications. With its perfect combination of smooth contact with the disc seat, this disc minimizes torque while ensuring excellent sealing capabilities. Furthermore, the S-Line disc provides enhanced stability and reliability, giving users greater confidence during operation. Therefore, choosing the S-Line disc is undoubtedly a smart decision for those seeking effective and durable solutions for their systems.
Touch sheet ensures tight shut, low torque and long life
The innovative touch seat mechanism significantly enhances valve performance and economic efficiency. By ensuring that the valve disc only contacts the raised portion of the seat when fully closed, this design minimizes operating torque and allows for a reduction in the size and weight of the actuator. Furthermore, the soft-touch pressure between the valve disc and seat not only provides a reliable seal but also extends the lifespan of the rubber seat. Consequently, this mechanism not only improves the overall functionality of the valve but also leads to cost savings for users, making it an optimal choice for various applications.