Endresshauser Promass F 300 Aims to Optimize Industrial Flow Measurement
Endress+Hauser's Proline Promass F 300 Coriolis flowmeter is designed for flow measurement in complex industrial process conditions, with integrated capabilities for mass flow, density and temperature readings. The compact device is built for applications that require stable measurement, simplified installation and access to process diagnostics.
Compact design targets constrained installations
The Promass F 300 uses a compact dual-chamber housing intended to save installation space. According to the published specifications, the flowmeter does not require upstream or downstream straight pipe sections, which simplifies site layout and can reduce planning constraints in space-limited facilities.
The design is aimed at process control environments where flow accuracy and stability are tied to production efficiency and safety. Its measurement capabilities cover mass flow, density and temperature in a single instrument.
Measurement performance covers demanding conditions
For mass flow measurement, the device is specified at an accuracy of ±0.05% under PremiumCal. The unit supports process media temperatures from -196 to 350 °C (-320 to 662 °F), giving it a wide operating range for varying industrial conditions.
The flowmeter offers up to three I/O channels and is equipped with a backlit touch display. These features are intended to support configuration and operation in process environments where measurement data must be accessible and reliable.
| Parameter | Specification |
|---|---|
| Measured variables | Mass flow, density and temperature |
| Mass flow accuracy | ±0.05% (PremiumCal) |
| Process media temperature range | -196 to 350 °C (-320 to 662 °F) |
| Housing design | Compact dual-chamber |
| I/O configuration | Up to three I/O channels |
| Interaction | Backlit touch display and WLAN access |
Digital interface supports commissioning and maintenance
The Promass F 300 provides communication options intended to give users access to process data and diagnostic information. A backlit touch display supports direct operation and parameter setting at the device.
WLAN access is designed to simplify on-site commissioning and maintenance by allowing personnel to retrieve data without relying solely on physical interaction with the instrument. The feature can reduce operational complexity during setup and service work.
Heartbeat monitoring supports process oversight
The integrated Heartbeat technology is designed to monitor device status in real time. Endress+Hauser says the function supports compliance and safety during measurement and helps reduce the risk of unplanned downtime.
For process operators, the combination of measurement data, diagnostics and connectivity is intended to support continuous oversight of flow conditions. The device is presented as a tool for industrial applications where accuracy, installation flexibility and access to device information are operational priorities.
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