The Endress+Hauser Liquicap FMI51 series is a high-performance capacitive continuous level measurement instrument designed for reliable level monitoring.
Product Introduction:
The Endress+Hauser Liquicap FMI51 series is an advanced capacitive level transmitter engineered for continuous level measurement in conductive liquids and industrial process applications. Designed with highly reliable sensor technology and industrial-grade durability, the FMI51 delivers stable and accurate measurement performance in both standard and demanding operating environments.
The Liquicap FMI51 is widely used in chemical processing, oil & gas, water treatment, food and beverage production, power plants, and industrial storage tank applications.
Key Features:
Continuous capacitive level measurement technology
High measurement accuracy and stability
Suitable for conductive liquid applications
Reliable operation under harsh industrial conditions
Excellent resistance to buildup and interference
Long service life with low maintenance requirements
Rugged industrial-grade design
Easy installation and commissioning
Compatible with industrial automation systems
Multiple probe length options available
Applications:
Oil and Gas Industry
Chemical and Petrochemical Plants
Water and Wastewater Treatment
Food and Beverage Processing
Pharmaceutical Manufacturing
Power Generation Facilities
Industrial Storage Tanks
Process Automation Systems
Advantages
Stable and reliable continuous level monitoring
Reduced downtime and maintenance cost
High compatibility with industrial control systems
Suitable for critical industrial process applications
Flexible installation for different tank dimensions
Professional export service and fast international shipping available
Technical Overview:
Brand: Endress+Hauser
Product Series: Liquicap FMI51
Product Type: Capacitive Level Transmitter
Measurement Principle: Capacitive Continuous Level Measurement
Application: Liquid Level Monitoring
Probe Length Options: Standard / Customized
Installation: Tanks, Vessels, Storage Systems
Communication: Industrial Process Control Integration
