Compact flow monitors / flow meters for flow monitoring and measurement of liquids with IO-Link interface
- Simultaneous measurement of flow and temperature
- Conveniently adjustable via IO-Link interface
- Process data can also be used for remote maintenance
- Analog and switching output available in SIO mode
Inline compact flow meter for flow monitoring of small volumes according to the calorimetric principle
- For measuring small volumes
- Easy to integrate in the pipeline
- Ready for operation immediately - no adjustment
Inline compact flow monitor for flow monitoring of small volumes according to the calorimetric principle
- For monitoring small volumes
- Easy to integrate in the pipeline
- Ready for operation immediately - no adjustment
Flow monitor based on the thermodynamic principle for liquids
- Universally applicable for liquids
- All-stainless steel version (all-metal)
- Compact version
- Inside encapsulated
- Integrated electronics
- LED display
- High compressive strength
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- Two switch contacts
- Digital display
- Programmable functions
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- Digital display
- programmable functions
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- Analog and PNP output
- Digital display
Flow monitor working according to the thermodynamic principle, for monitoring water and water-glycol mixtures
- Two switch contacts
- Flow and temperature switches
- Digital display
- Programmable functions
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- Extra long sensor housing
- Integrated electronics
- Stainless steel sensor
- High compressive strength
Flow monitor working according to the thermidynamic principle, for monitoring fluids
- Integrated electronics
- Stainless steel sensor
- High compressive strength
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- Integrated electronics
- One-piece stainless steel sensor
- High compressive strength
- LED adjustment
Flow monitor working according to the thermodynamic principle, for monitoring water
- Sensor length 31 mm (48 mm)
- Stainless steel sensor
- High compressive strength
- Integrated electronics
- Analog output
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- Short response time
- LED adjustment
- Integrated electronics
Flow monitor working according to the thermodynamic principle, for monitoring liquids
- No mechanically moving parts
- Compact design
- Integrated electronics
- High compressive strength
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- For micro quantities
- High responsiveness
- Optional hose connection
Inline compact flow monitor working according to the calorimetric principle
- PNP output, relay output, analog output
- G¼ thread
- Detection of micro flow impulses
- Short response time, high responsiveness
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- Drop counter
- Adjustable hold time
- Integrated electronics
- High compressive strength
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- For small flow rates
- Space-saving design
- High compressive strength
- Separate evaluation device
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- Material stainless steel
- Plug connection / cable connection
Flow monitor working according to the thermodynamic principle, for monitoring fluids in high pressure pipelines
- Pressure resistant up to 600 bar
- Temperature gradient 250 °C / min
- Temperature resistant up to 120 °C
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- Short design
- Stainless steel case
- High compressive strength
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- For aggressive fluids
- Cable connection
Flow monitor working according to the thermodynamic principle, for monitoring high temperature fluids
- Suitable for high temperatures
- Cable length as desired
- High compressive strength
Flow monitor working according to the thermodynamic principle, for monitoring fluids
- Long life span
- Abrasion resistant
- High compressive strength
- High chemical resistance
Reader for flow monitors
- Temperature monitoring
- Switch-off delay
- Relay switching output
- LED display
Reader for flow monitors
- Clamping rail assembly
- Analog output 4 ... 20 mA
- Relay switching output 17.5 mm modular housing
- 24 VDC DC voltage
Reader for flow monitors
- Clamping rail assembly
- Particularly convenient operation
- Integrated system error message
- Wide voltage range
- LED adjustment display
- Narrow design (23 mm)