Single-Use Capacitive Foam Detection Liquicap FTZ61
Brand: Endress+HauserSingle-Use Capacitive Foam Detection Liquicap FTZ61
Brand: Endress+Hauser
Liquicap FTZ61 is a compact foam detector based on capacitive measurement that reliably detects foam level in non-conductive containers, e. g. plastic or glass, in particular single-use bags for cell culture. Thanks to the self-adhesive sensor FZZ61, that can be easily attached to the bag from outside without medium contact, the sensor-transmitter duo offers a non-invasive solution to detect foam.
Designed for single-use bioreactors, Liquicap FTZ61 excels in detecting foam during critical fermentation processes in Life Sciences. This optimizes batch productivity and ensures product integrity, while reducing contamination risks.
Features- Non-contact measurement: Eliminates contamination risk and cleaning effort, ensuring safety and cost-efficiency
- Self-adhesive single-use sensor: Easy mounting and removal of sensor to streamline the process, enhancing convenience
- Proven capacitive technology: No extensive validation needed, allowing for quick implementation and reliability
- Safe foam detection: Reduces risks by controlling anti-foam agent use, improving process safety and product quality
- Compact design: Ideal for space-limited applications, offering flexibility in single-use bioprocessing setups
- Versatile foam measurement: Capable of measuring various foams, ensuring adaptability across different applications
Specifications
Brand
Measuring Principle
- Capacitive Liquid
Characteristic / Application
- 1-channel point level detection transmitter with 4…20mA output
Specialities
- Can be combined with single-use self-adhesive capacitive sensor FZZ61
Supply / Communication
- 11 to 35 VDC / 4 to 20 mA, no communication
Ambient Temperature
- 0 to +40 °C
Min. Density of Medium
- no limitations
Certificates / Approvals
- CE
Components
- Mounting Bracket: 71647578
- Data Cable 5 m: 71647581
- Self-adhesive sensor: FZZ61
Application Limits
- Observe min. medium conductivity and DC value