Original and Brand New F100s R100s F Series Emerson Micro Motion Mass Flowmeter

1. Overview and Core Technology

The F-Series employs the Coriolis effect principle, which measures the mass flow rate of fluids by analyzing the inertial forces generated when a fluid flows through oscillating tubes. This method eliminates dependencies on temperature, pressure, or fluid properties, ensuring direct mass flow measurement with minimal systematic errors.
Unlike volumetric flow meters, the F-Series provides true mass flow data, making it ideal for applications involving variable density fluids, gas-liquid mixtures, or high-accuracy requirements.

Key innovations in the F-Series include:
Dual-tube or single-tube configurations: Optimized for reduced pressure drop and enhanced stability in high-viscosity or slurry applications.
Advanced signal processing: Integrated electronics with ProLink II software enable real-time configuration, diagnostics, and data analysis.
Material versatility: Compatible with stainless steel, Hastelloy, titanium, and PTFE-lined options to handle corrosive or abrasive media.
2. Technical Specifications

Measurement Parameters
Mass flow rate: Accuracy ±0.1% to ±0.5% depending on model and flow range.
Volume flow rate: Derived from mass flow and density measurements.
Density: Measurement range 0-3 g/cm³ with ±0.002 g/cm³ accuracy.
Temperature: -40°C to +200°C (varies by model).
Sensor Design
Tube construction:
U-shaped or straight tubes: Minimize flow disturbances and ensure uniform oscillation.
Dynamic damping system: Reduces vibration interference and enhances stability in turbulent flows.
Process connections: Flanged, wafer, or clamp-on options (e.g., Flexim's clamp-on ultrasonic models for non-invasive installation).
Safety features:
Pressure relief burst discs: Installed on select models (excluding high-temperature variants) to protect against overpressure scenarios.
IP66/IP67 ratings: Ensures immunity to dust, water jets, and chemical splashes.
Electrical and Output Options
Transmitter compatibility: Supports Emerson's Micro Motion, Rosemount, and Flexim transmitters for seamless integration.
Output signals:Analog (4-20 mA), digital (HART, Foundation Fieldbus), or Profibus.
Pulse/frequency outputs for totalization or process control.
Power supply: 18-30 VDC or 85-265 VAC.
3. Installation and Configuration
Installation Guidelines
Pipeline alignment: Ensure process pipes are centered and supported to prevent stress on the sensor.
Flow direction: Follow the arrow marking on the sensor housing. Bidirectional models allow reverse flow measurement with software reconfiguration.
Environmental considerations:Avoid electromagnetic interference (EMI) from motors or transformers.Maintain a minimum straight-pipe run upstream/downstream (typically 5D/2D) for optimal flow profile.
Configuration via ProLink
Unit setup: Define mass flow, volume flow, density, and temperature units (e.g., kg/h, m³/min).
Output customization: Assign 4-20 mA signals to specific variables (e.g., mass flow to AO1, density to AO2).
Gas flow calibration: Use the Gas Unit Configurator tool to convert mass flow to standard or normal volume units (e.g., Nm³/h).
Diagnostics: Monitor alarms (e.g., A1 for overpressure, A100 for sensor drift) and perform zero calibration in static conditions.
4. Applications and Industry Use Case
Oil and Gas
Pipeline metering: Accurately measure crude oil, natural gas, and refined products in upstream and midstream operations.
Custody transfer: Ensure compliance with international standards for revenue metering.
Chemical Processing
Slurry and viscous fluids: Measure polymer slurries or high-viscosity chemicals without flow conditioning.
Batch control: Integrate with PLCs for precise dosing and reactor feeding.
Food and Beverage
Sanitary applications: Hygienic designs with CIP/SIP compatibility for dairy, beverage, and pharmaceutical production.
Density monitoring: Track sugar content in beverages or fat concentration in dairy products.
Power Generation
Coolant and fuel flow: Monitor water, oil, or gas flow in boilers and turbines for efficiency optimization.
5. Advantages Over Traditional Flow Meters
Accuracy and repeatability:
Eliminates the need for temperature/pressure compensation, reducing installation complexity. Maintains ±0.1% accuracy even under fluctuating process conditions.
Low maintenance:No moving parts to wear or clog. Field-replaceable components (e.g., electrodes, liners) minimize downtime.
Multi-parameter measurement:Simultaneously outputs mass flow, volume flow, density, and temperature.
Durability:Suitable for extreme temperatures (-40°C to +200°C) and pressures up to 40 bar.
6. Safety and Compliance
ATEX/IECEx certifications: Explosion-proof models for hazardous environments.
Pressure relief systems: Burst discs on select models prevent overpressure damage.
EMC compliance: Meets EN 61326 standards for electromagnetic compatibility.
7. Maintenance and Troubleshooting
Routine checks:
Inspect sensor alignment and process connections for leaks.
Clean liners and electrodes if media buildup is suspected.
Common alarms:
A1 (Overpressure): Indicates excessive pressure; inspect relief valves.
A100 (Zero drift): Perform recalibration after stabilizing the process.

Q: How long will you give me the reply?
A: We will reply to you as soon as we see the information

Q: What is the delivery time?
A:The products in stock will be shipped after receiving the payment, and the products that
need to be ordered are subject to the factory time.

Q: How about your package?
A: Do not worry about the package, we have rich experience in packing.

Q: How about the payment terms?
A:You can choose T/T.

Q: What is the MOQ?
A:1PC.

Q: Can l get a lower price if l order large quantities?
A: Yes, cheaper prices with more bigger size orders.

Q:After sales and warranty?
A: We provide one year warranty lifetime technical support services.