高效的流量测量

• Efficient monitoring of the volume flow
• Output of the flow velocity and temperature of the medium
• Optionally with a display for easy process monitoring, even at a distance

Advantages:

• 0.2% precision, independent of pressure, viscosity, temperature of the medium, and density
• Reliable measuring in different media: from water to chemicals, and even liquids with suspended solids
• Hygiene  and industrial version available
• Independent of the flow direction
• Maintenance-free – no movable parts
• No pressure or energy loss

• Efficient  monitoring of the flow velocity
• Output of the temperature of the medium
• IO-Link interface

Advantages:

• Universally applicable for aqueous liquids, regardless of the viscosity and conductivity of the medium
• Quick installation regardless of the direction or position
• Hygiene  and industrial version available
• Suitable for particularly small flow quantities from 10 cm/s
• Maintenance-free – no movable parts
• Limited pressure and energy loss

Magnetic inductive flow meters provide precise volume measurements of electroconductive liquids from water, sewage water, chemicals, or liquids with suspended solids for hygienic or industrial applications. The sensors are available in a choice of hygienic or industrial design to match the application.

Example applications:

• Reporting of filling and emptying processes
• Filter monitoring
• Dosage of cleaner concentrate solutions
• Monitoring of cooling circuits

Calorimetric flow sensors measure the flow rate of aqueous media independently of the conductivity in hygienic and  industrial applications.

Example applications:

• Detection of the flow velocity in CIP supply and return lines
• Ensuring the supply of media for dry-run protection of pumps
• Energy and function monitoring of heating and cooling circuits
• Safeguarding tool cooling in fast running machines

Electromagnetic flow meters are based on the induction principle. Learn more about the design and functionality of flow sensors.

流量传感器可测量介质的流量和温度。 这些传感器均基于热式测量技术。欢迎了解更多相关信息。