Single-seat Valves
The master tool for all changeover functions: GEA FLOWVENT Divert valves are used for easy changeover solutions in hygienic applications.
GEA FLOWVENT Divert valves are used for easy changeover solutions in hygienic applications.
For simple switching functions, there is only one seal separating the pipelines from each other. In the event of a possible seal failure, liquid can leak into the second pipeline. For this reason, divert valves are not suitable for separating incompatible media.
Divert valves are ideal for use in CIP supply and return lines. A typical application can also be found at the end of a valve block where the valves are installed as changeover valves between the process line and the drainage (e.g. during pushing out).
Recommended flow direction | Against the closing direction |
Material in contact with product | AISI 316L |
Material not in contact with product | AISI 304 |
Seal material in contact with product | EPDM, FKM |
Ambient temperature | 0 to 45°C |
Air supply pressure | 6 bar (87 psi) |
Product pressure | 5 bar (73 psi) |
Surface in contact with product | Ra ≤ 0,8 μm |
External housing surface | Matte |
Control and feedback system | FLOWVENT Control top |
Actuator type | Pneumatic actuator air / spring |
Connection fittings | Welding end |
Identification | Adhesive label |
Valve seat version | Clamped seat ring |
Certificates | FDA |
GEA's state-of-the-art control top technology means you can set-up each installed GEA FLOWVENT valve unit automatically within seconds, even without special training.
The key to guiding your process flow: GEA FLOWVENT Shut-off valves are used for easy shut-off solutions in hygienic applications.
State-of-the-art for your secure applications: GEA FLOWVENT Mixproof valves are used for the hygienically safe shut-off of incompatible media at pipe intersections.
The easy solution for CIP feeds: GEA FLOWVENT Double-seal valves can be applied as efficient alternatives for secure separation of incompatible products within CIP systems or gas blocks.