The Flow 38 flowmeter is an industrial flow measurement instrument designed to monitor conductive liquids in a variety of process environments. Using electromagnetic measurement technology, it provides flow data to support process control, fluid management, and operational monitoring.
Suitable for applications across water treatment, food processing, chemical manufacturing, agriculture, and energy production, the Flow 38 can be configured for different pipeline requirements. Its available output and communication options help integrate flow measurement into compatible industrial automation systems.
Measurement Technology
The Flow 38 uses electromagnetic technology to measure the flow of electrically conductive liquids through pipelines. It is designed to provide reliable flow data for process monitoring and control in industrial environments.
This electromagnetic flowmeter is suitable for applications that require consistent liquid measurement and dependable operational data.
Design and Installation Flexibility
The Flow 38 supports different installation configurations, including compact and remote configurations, depending on the application requirements. Its available process connections and material options help accommodate different pipeline designs.
This flexibility makes it suitable for new installations and existing industrial systems.
Industrial Automation and Communication
The Flow 38 offers output and communication options to support integration with compatible automation and monitoring systems. Available interfaces include analog output and RS485 Modbus, with additional options depending on configuration.
These capabilities help operators collect flow data, monitor process conditions, and improve visibility across industrial operations.
Applications and Operational Benefits
The Flow 38 is suitable for water treatment, agriculture, food processing, chemical manufacturing, paper production, mining, and energy applications. Continuous flow monitoring can help operators understand liquid consumption, identify process variations, and improve resource management.
Key Features
Electromagnetic technology for conductive liquid measurement
Measurement accuracy up to 0.5%
Nominal diameter range from DN 4 to DN 800
Compact or remote installation configurations
Multiple process connection options
Electrode materials including stainless steel, Hastelloy C4, titanium, and tantalum
4–20 mA analog output
Pulse and state output options
RS485 Modbus communication
Optional HART, M-BUS, Ethernet, SD card, and IoT interfaces, depending on configuration
Designed for industrial flow monitoring and process control
Applications
Water treatment and distribution systems
Agricultural irrigation systems
Food and beverage processing
Chemical manufacturing plants
Paper and pulp industries
Energy production facilities
Mining and mineral processing
Industrial liquid flow monitoring
Process automation and control systems
