Electromagnetic Flow
FS-510Electromagnetic Flow Meter
The FS-510 is an electromagnetic flow meter for conductive liquids. Its PEEK lining, 316L electrodes, wide turndown and no-obstruction measuring tube make it suitable for clean, corrosive and slurry-compatible liquid applications.

Technical overview
Published configuration data
Values below describe catalog or typical configurations. The confirmed quotation and model code define the supplied specification.
- Pipe size
- DN6-DN65
- Accuracy
- ±0.5%
- Pressure
- -0.1 to 6.3 MPa
- Range ratio
- 1:150
- Minimum conductivity
- 2.5 µS/cm
- Protection
- IP65 / IP67
Key characteristics
Why engineers consider FS-510
- No moving or obstructive parts
- PEEK lining and 316L electrodes
- Wide turndown
- 4-20 mA, HART and RS485 options
Typical applications
Where it fits
- 01Conductive chemicals
- 02Water and wastewater
- 03Slurry-compatible processes
- 04Compact process skids
Selection checklist
Confirm these conditions before ordering.
Sending this information helps CurioSens verify the measurement principle, materials, range and interface.
- 01Process medium and composition
- 02Minimum, normal and maximum flow
- 03Operating pressure and temperature
- 04Pipe or tube size and process connection
- 05Required accuracy and response time
- 06Output, power supply and communication interface
Engineer-reviewed FAQ
Questions about FS-510
Application answers reviewed for compatibility, selection, installation and maintenance.
How do I select the right flow meter for low-flow industrial liquid applications?+
Selecting a low-flow liquid meter requires matching sensor technology with fluid physical properties and piping constraints. For clean water-based fluids, the FS-910 inline ultrasonic meter offers non-contact measurement down to 120 ml/min. For highly viscous fluids such as syrup or fuel oils, the FP-210 gear meter provides high repeatability across 0.3 to 20000 L/h. Conductive liquids can utilize the FS-510 electromagnetic flowmeter featuring a PEEK lining and 316L electrodes up to 6.3 MPa. However, flow performance varies under extreme process conditions, so this must be confirmed for the selected configuration. To receive a precise recommendation, please provide your medium, flow range, pressure, temperature, viscosity, tube size, process connection, and required output to our technical engineering team.
selectionWhat liquid flow meters and conductivity sensors are recommended for semiconductor chemical delivery?+
Semiconductor wet bench processing and chemical delivery systems require ultra-clean, corrosion-resistant measurement tools. The FS-910 inline ultrasonic flow meter provides non-contact micro-flow measurement in UPVC pipe lines down to 120 ml/min without moving parts. For ultrapure water (UPW) loop monitoring, the AS7000 2-pole stainless steel conductivity sensor provides +/-1% accuracy down to 0.01 uS/cm resolution with sanitary Tri-Clamp connections. For bulk conductive chemical lines, the FS-510 electromagnetic flow meter features a PEEK lining and 316L electrodes rated up to 6.3 MPa. High-purity PFA chemical compatibility must be confirmed for the selected configuration. Share your medium, flow range, pressure, temperature, viscosity, tube size, process connection, and required output for sizing.
selectionHow do I select low-flow meters for dosing aggressive acids and bases in chemical processing?+
Dosing aggressive chemicals requires careful matching of wetted materials against acid or base reactivity. For highly corrosive or non-conductive reagents, the FP-210 positive displacement gear meter offers a PTFE body option with 316L or alloy gears, measuring flows from 0.3 L/h to 20,000 L/h under pressures up to 50 bar. For clean aqueous chemicals, the FS-920 ultrasonic flow meter provides an injection-molded UPVC body with quick-connect union fittings for lines up to OD40 (DN32). Conductive acid lines can utilize the FS-510 electromagnetic flowmeter with PEEK lining. Chemical resistance under elevated temperatures must be confirmed for the selected configuration. Send your medium, flow range, pressure, temperature, viscosity, tube size, process connection, and required output to our team.
selection
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