Smart Calorimetric Flow Sensing
Stainless steel flow sensors use an advanced calorimetric sensing principle to detect and monitor liquid and gas flow. The intelligent sensing system provides stable flow detection without mechanical moving components, helping reduce wear and maintenance requirements.
Durable Stainless Steel Construction
The sensor features a stainless steel 304 housing and stainless steel 316L probe for reliable operation in demanding industrial environments. This construction provides resistance to corrosion, abrasion and chemical exposure, making the sensor suitable for challenging process conditions.
Intelligent Flow Monitoring
The integrated sensor, transmitter and controller provide convenient flow monitoring in a compact design. A 7-segment LED indicator displays flow status, while programmable settings allow users to configure flow thresholds and switching points according to application requirements.
Flexible Industrial Integration
Stainless steel flow sensors support PNP, NPN, relay and 4–20 mA output options. With a 20–36 VDC power supply, M12 connector and IP68/IP69K protection, the sensor can be integrated into industrial automation and process monitoring systems.
Key Features
Corrosion-resistant stainless steel 304 housing
Stainless steel 316L probe
Advanced calorimetric sensing principle
Intelligent programmable monitoring system
7-segment LED flow indication
Integrated sensor, transmitter and controller
PNP / NPN / relay / 4–20 mA output options
IP68 / IP69K protection
Liquid flow range of 3–300 cm/s
Gas flow range of 200–3000 cm/s
Operating temperature -25°C to 80°C
Pressure rating up to 300 bar
M12 electrical connection
Response time below 2 seconds
Reverse polarity protection
Overload protection
Short-circuit protection
Enhanced EMC protection
No mechanical moving components
Applications
Industrial automation systems
Process flow monitoring
Water treatment plants
Food processing industries
Petrochemical plants
Power generation facilities
Metallurgy production lines
Industrial cooling systems
Fluid management systems
Manufacturing processes
Machinery protection
Gas flow monitoring
Liquid flow monitoring
