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Rosemount 9732 Magnetic Flow Transmitter
Delivers accurate flow measurement with intuitive setup, advanced diagnostics, and flexible connectivity for real-time insight and reduced downtime.


The Rosemount 9732 Magnetic Flow Transmitter delivers accurate, reliable flow measurement with advanced diagnostics and a simplified user experience. Designed for modern process environments, it features a backlit graphical interface, intuitive configuration tools, and built-in diagnostics for proactive maintenance. High-speed processing and flexible I/O enable real-time insight into both device health and process conditions. With a Universal Service Port and scalable software capabilities, it helps streamline setup, reduce downtime, and adapt to evolving operational needs
Rosemount 9732 Magnetic Flow Transmitter

Specs

Compatibility
Rosemount 9205 Magnetic Flow Sensor and Rosemount 8795 Magnetic Flow Sensor
Accuracy
±0.15% of rate (optional), ±0.25 of rate (standard)
Input/Outputs
Three configurable, licensable channels
• Channel A: 4-20mA/HART, Frequency Output, or Discrete Output
• Channel B: 4-20mA, Frequency Output, Discrete Input or Discrete Output
• Channel C: Modbus RS-485
Power Supply
Universal (self-switching) Power Supply, 18-100 VDC or 85-240 VAC
Transmitter Housing
NEMA 6P and IEC 60529 IP66/67/68/69 polyurethane painted cast aluminum or 316L
Conductivity Limit
Process liquid must have a conductivity of 1 microSiemens/cm (1 micromhos/cm) or greater
Service
• Two clips for temporary connection to the service port (HART)
• A Universal Service Port connected to commercially available USB equipment and cables
Mounting
Available integrally or remotely mounted
Display/Interface
• Standard user interface with LCD panel
• Bluetooth® wireless technology display option available, with a typical range of 49 ft (14.94 m)
• No display

Features

  • Reduce unplanned downtime and confidently verify meter health and performance with Smart Meter Verification™ Basic & Pro, providing on-demand, scheduled, and continuous verification.
  • Achieve high-accuracy measurement in tight piping layouts and reduce dependence on long straight pipe runs with Short Run Install.
  • Maintain stable, accurate measurement in challenging and dynamic process conditions with Advanced Digital Signal Processing (ADSP).
  • Optimize control and measurement performance in electrically noisy environments with the High Process Noise Diagnostic and selectable coil drive frequency.
  • Gain real-time insight into process changes and improve troubleshooting effectiveness with Smart Fluid Diagnostic.
  • Accelerate root cause analysis with access to historical process and diagnostic data with Data Historian.