Thermal Mass Flow
FP-6010Insertion Thermal Gas Mass Flow Meter
The FP-6010 is an insertion thermal gas mass flow meter for large pipes and ducts. It provides rapid response, direct normalized gas-flow indication and RS485 or RS232 integration for air, industrial gases, biogas and aeration systems.
Technical overview
Published configuration data
Values below describe catalog or typical configurations. The confirmed quotation and model code define the supplied specification.
- Pipe inner diameter
- 50-1000 mm
- Velocity range
- 0.1-100 Nm/s
- Accuracy
- ±1%
- Response
- ≤100 ms
- Medium temperature
- 0-200°C
- Communication
- RS485 / RS232 Modbus RTU
Key characteristics
Why engineers consider FP-6010
- Large-pipe insertion design
- Fast response
- Multiple gas compatibility
- Digital communication
Typical applications
Where it fits
- 01Compressed air
- 02Wastewater aeration
- 03Biogas
- 04Large industrial gas ducts
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 FP-6010
Application answers reviewed for compatibility, selection, installation and maintenance.
What pipe size range is covered by the FP-6010 insertion thermal gas mass flow meter?+
The FP-6010 insertion thermal gas flow meter offers an economical solution for monitoring compressed air, nitrogen, oxygen, biogas, and aeration gas in large industrial ducts and pipes. Designed for line sizes from DN50 (0.7-706 Nm3/h) to DN1000 (282-282,743 Nm3/h), it measures gas flow velocities between 0.1 m/s and 100 m/s with 1% accuracy. The instrument operates across medium temperatures from 0°C to 200°C and supports RS485/RS232 Modbus RTU communications alongside 4-20mA outputs. Hot-tap ball valve isolation mechanisms allow insertion without process shutdown. Proper insertion depth and pipe hot-tap fittings must be confirmed for the selected configuration. Please submit your gas medium, flow range, pressure, temperature, viscosity, tube size, process connection, and required output.
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