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Русский FCC-300 Coriolis Mass Flowmeter
Coriolis Mass Flow Meter is an advanced instrument that measures mass flow, density, and temperature of fluids in closed pipelines with high precision and reliability. It is ideal for chemical, petroleum, food, pharmaceutical, and paper applications.
- ATEX/IECEx Explosion-Proof Certification
- Direct Mass Flow Measurement
- Accuracy Up to ±0.1%
- Density & Temperature Monitoring
- HART / Modbus Communication
- Suitable for High-Viscosity Fluids
- IP67 Industrial Protection
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Specification
| Nominal Diameter | U-type:DN20~DN150; Triangle split type:DN3~DN15; Straight tube type:DN8~DN80 |
| Measurand | Mass flow,density,temperature |
| Accuracy | Flow:0.2%,0.5%,Density:±0.002g/cm3,Temperature:±1℃ |
| Ambient temperature | -40~+60℃ |
| Power consumption | ≤15W |
| Power supply | 24VDC/ 220VAC |
| Communications output | RS485(MODBUS-RTU) |
| Protection level | IP67 |
| Density range | (0.3~3.000)g/cm³ |
| Repetitiveness | 1/2 of the measurement error |
| Medium temperature | Standard type: (-50～200)℃, (-20～200)℃; High temperature type: (-50～300)°C; Low temperature type: (-200～200)°C |
| Process pressure | (0~4.0)MPa |
| Humidity | 35%~95% |
| Transmitter output | (4～20) mA, output load (250～600) Ω |
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Why Choose Sinomeasure FCC-300 Coriolis Mass Flow Meter?
1. Direct Mass Flow Measurement Without Compensation
Unlike conventional volumetric flow meters, the FCC-300 directly measures mass flow, density, and temperature in a single device. No additional temperature or pressure compensation is required, ensuring highly accurate process control and inventory management.
2. High Measurement Accuracy Up to ±0.1%
Built on advanced Coriolis force technology, the FCC-300 provides exceptional measurement accuracy up to ±0.1%, making it ideal for batching, dosing, custody transfer, and critical process applications where precision is essential.
3.The FCC-300 simultaneously measures:
* Mass Flow Rate
* Fluid Density
* Process Temperature
This multi-variable capability reduces instrumentation costs and simplifies system integration.
4. Excellent Performance for High-Viscosity and Complex Fluids
The Coriolis measuring principle is unaffected by changes in viscosity, conductivity, density, or fluid composition. The FCC-300 is suitable for:
* Syrup and sugar solutions
* Slurries and suspensions
* Oils and fuels
* Chemicals and solvents
* Food and beverage products
5. Wide Process Temperature Capability
The meter supports various operating conditions:
* Standard version: up to 200°C
* High-temperature version: up to 350°C
* Cryogenic version: down to -200°C
This flexibility allows deployment in both high-temperature industrial processes and low-temperature gas applications.
6. Reliable Communication and System Integration
The FCC-300 supports multiple industrial communication outputs:
* 4-20mA Analog Output
* RS485 Communication
* HART Protocol
* Modbus RTU
It can be seamlessly integrated into PLC, DCS, SCADA, and industrial automation systems.
7. Rugged Industrial Design for Long-Term Stability
Designed for demanding industrial environments, the FCC-300 features:
* IP67 Protection Rating
* Corrosion-resistant construction
* Low measuring tube vibration amplitude
* Stable long-term performance
* Reduced maintenance requirements
8. Flexible Sensor Configurations for Different Applications
Sinomeasure offers multiple sensor structures to match various process requirements:
* U-Type Coriolis Sensors
* Triangular Coriolis Sensors
* Straight Tube Coriolis Sensors
Available sizes range from DN3 to DN150, covering both micro-flow and large industrial flow applications.
9. Suitable for Diverse Industries
The FCC-300 is widely used in:
* Oil & Gas
* Chemical Processing
* Water Treatment
* Food & Beverage
* Pharmaceutical Manufacturing
* Pulp & Paper
* Renewable Energy
* Hydrogen Production
* Biodiesel Processing
10. Lower Total Cost of Ownership
With direct mass measurement, high repeatability, minimal maintenance, and multi-parameter functionality, the FCC-300 helps users reduce installation complexity, improve process efficiency, and lower lifecycle operating costs.
