- Product name
- GEMÜ F60 servoDrive
- Media
- Alcohol
- Alkali solutions
- Biological substances
- Food / drink
- Pharmaceuticals
- Process liquids
- Construction
- Stainless steel
- Steel
- Actuation
- Electric
- Features
- Aseptic
- Hygienic
- Multi-port
- Max. pressure (bar)
- 7
- Min. temperature (deg. C)
- -10
- Max. temperature (deg. C)
- 140
- Min. connection size (mm)
- DN 8
- Max. connection size (mm)
- DN 25
The GEMÜ F60 servoDrive is a motorised 2/2-way filling valve designed for extremely precise and fast filling processes in aseptic and hygienic applications, including food, drink and pharaceutical industries. GEMÜ F60 enables activation in real time, ultra-quick load cycles and high flow rates of up to 18.500 l/h. The sealing concept of the valve is based on the GEMÜ PD design, whereby the actuator is hermetically separated from the medium. All actuator parts (except the seals) are made from stainless steel.
Key features
- Hermetic separation between medium and actuator due to PD sealing technology
- Long service life with over 10 million cycle duties
- Flexible and fast program changes thanks to freely programmable filling curves
- Fast filling cycles (less than 400 ms) possible
- Designed according to Hygienic Design guidelines and EHEDG certified
- FDA compliant as standard and suitable for contact with food according to Regulation (EC) No. 1935/2004
- Very fast and easy maintenance thanks to quick locking system and innovative cartridge spare parts system
Technical specifications
- Media temperature: -10 to 140°C
- Ambient temperature: -10 to 60°C
- Operating pressure: 0 to 7 bar
- Nominal sizes: DN 8 to 25
- Body configurations: 2/2-way body | Multi-port body
- Connection types: clamp | spigot
- Connection standards: ASME | DIN | EN
- Body materials: 1.4435, investment casting material
- Seal materials: PTFE
- Supply voltage: 48 V DC
- Actuating speed: max. 200 mm/s
- Protection class: IP 69K
- Conformities: 3A | EAC | EHEDG | FDA | Reg. (EU) No. 10/2011 | Regulation (EC) No. 1935/2004 | Regulation (EC) No. 2023/2006 | USP