FS-600Thermal Gas Mass Flow Meter

Obtaining an exact flow instrumentation quotation requires a complete profile of your operating conditions. Essential parameters include the fluid name, full-scale flow rate range, working temperature, and line pressure. For liquid systems, fluid viscosity and conductivity determine suitability for gear, electromagnetic, or ultrasonic technology. For gas mass flow systems, gas purity and composition are critical for calibration factors. Sensor materials, such as 316L stainless steel, UPVC, or PEEK, must match chemical compatibility. Standard configurations offer 4-20mA or RS485 Modbus RTU outputs. If process conditions fall outside standard specifications, this must be confirmed for the selected configuration. Please share your medium, flow range, pressure, temperature, viscosity, tube size, process connection, and required output for prompt pricing.

Gas volume changes substantially with fluctuations in process pressure and temperature, whereas mass remains constant. Thermal gas mass flow meters like the FS-600 and FS-620 utilize MEMS thermal sensing chips to directly measure molecular mass flow, outputting standardized mass or volumetric flow rates scaled to standard conditions such as 20°C and 101.325 kPa. This eliminates the added cost and potential error of installing secondary pressure and temperature sensors for compensation. Standard calibrations are performed using dry air, so multi-gas conversion factors or real-gas calibrations must be confirmed for the selected configuration. Provide your gas medium, flow range, pressure, temperature, viscosity, tube size, process connection, and required output for application verification.

The FS-600 utilizes advanced MEMS thermal flow sensor technology to deliver high sensitivity, rapid response (50-1000 ms), and strong anti-interference capabilities. Available standard flow ranges span 0.5-50 L/min (0.03-3 m3/h) up to 5-500 L/min (0.3-30 m3/h), with maximum measurable capacity reaching 1000 NL/min. The meter operates under working pressures up to 1.0 MPa and medium temperatures from -10°C to 55°C, featuring a 360-degree rotatable display. Measurement accuracy is +/- (2.0 + 0.2 FS)%. Since non-air gases require specific calibration factors, target gas compatibility must be confirmed for the selected configuration. Provide your gas medium, flow range, pressure, temperature, viscosity, tube size, process connection, and required output to verify sizing.

Medical and laboratory equipment OEMs require compact, reliable instrumentation with standardized digital communications. For gas delivery in analyzers or bioreactor sparging, the FS-600 MEMS thermal gas flow meter provides 1:100 turndown and fast response (50-1000 ms) in a compact block with a rotatable screen. Liquid reagent dosing uses the FS-910 inline ultrasonic meter for micro-flows down to 120 ml/min. Analytical sensor integration is simplified by the B Series DIN Rail transmitter, which offers 24VDC power, isolated Modbus RTU, and compact mounting inside analyzer cabinets. Custom OEM mounting interfaces must be confirmed for the selected configuration. Share your medium, flow range, pressure, temperature, viscosity, tube size, process connection, and required output for OEM customization.