The unique design and proprietary manufacturing procedures of TRICOR Coriolis products produce perfectly balanced tubes for high accuracy, repeatability and process noise immunity. TRICOR Coriolis meters offer exceptional ease of use and fast setup time right out of the box. Our service team works with you to provide customized solutions to your real-world needs – from custom connections to pre-programmed transmitter parameters and reporting preferences. The TRICOR Coriolis family offers a broad portfolio with pricing options that scale to performance.
Features:
• Multi-variable instrument: direct independent measurement of mass flow, density and temperature with calculated volumetric flow
• API gravity output reading
• Frequency output up to 10,000 Hz resolution
• Easily accessible, integrated meter diagnostics to verify meter health & performance
• Hazardous area certifications: ATEX, IECEx, CSA, TR (EAC)
± 0.1% of flow rate
± 0.01% of full scale
± 0.05% of flow rate
TCM 0325: 325 kg/hr | 12 lbs/min | 325 l/hr | 1.43 gpm | 49 bbl/d (US)
TCM 0650: 650 kg/hr | 24 lbs/min | 650 l/hr | 2.86 gpm | 98 bbl/d (US)
TCM 1500: 1500 kg/hr | 57 lbs/min | 1500 l/hr | 6.82 gpm | 234 bbl/d (US)
TCM 3100: 3100 kg/hr | 114 lbs/min | 3100 l/hr | 13.65 gpm | 468 bbl/d (US)
TCM 5500: 5500 kg/hr | 202 lbs/min | 5500 l/hr | 24.22 gpm | 830 bbl/d (US)
TCM 7900: 7900 kg/hr | 290 lbs/min | 7900 l/hr | 34.78 gpm | 1193 bbl/d (US)
TCM 028K: 28,000 kg/hr | 1029 lbs/min | 28,000 l/hr | 123.3 gpm | 4227 bbl/d (US)
TCM 065K: 65,000 kg/hr | 2388 lbs/min | 65,000 l/hr | 286.2 gpm | 9812 bbl/d (US)
TCM 230K: 230,000 kg/hr | 8450 lbs/min | 230,000 l/hr | 1013 gpm | 34,720 bbl/d (US)
TCM 0325: 2900 psi, 200 bar
TCM 0650: 2900 psi, 200 bar
TCM 1500: 2900 psi, 200 bar
TCM 3100: 2900 psi, 200 bar
TCM 5500: 5000 psi, 345 bar
TCM 7900: 1450 psi, 100 bar
TCM 028K: 1450 psi, 100 bar
TCM 065K: 1450 psi, 100 bar
TCM 230K: 1450 psi, 100 bar
Temperature Repeatability: ±0.36°F (±0.2°C)
Temperature Accuracy: ±1.8°F ±0.5% of reading (±1°C ±0.5% of reading)
Process Temperature: Standard: -40°F to +212°F (-40°C to +100°C), Optional: -76°F to +392°F (-60°C to +200°C)
Density Range: up to 2500 kg/m³, 2.5 g/cm³
Density Accuracy: ±1.0 kg/m³, ±0.001 g/cm³
Density Repeatability: ±0.5 kg/m³, ±0.0005 g/cm³
Tubes: 1.4404 / AISI 316L Stainless Steel
Case: 1.4404 / AISI 316L Stainless Steel
For more detailed material information, see Technical Datasheet or individual product Spec Sheets.
cCSAus: Class I, Division 1: Group A, B, C, D or C, D, T2…T4
ATEX: Zone 1: Group IIC or IIB, T2…T4 | Zone 2: II 3G Ex nA IIC T2…T4 Gc
IECEx: Zone 1: Group IIC or IIB, T2…T4
EAC (TR-CU): Group IIC or IIB, T2…T4
Triple Approval:
cCSAus + ATEX + IECEx: Zone 1: Group IIC or IIB, T2…T4 and Class I, Division 1: Group A, B, C, D or C, D, T2…T4
¹ Stated flow accuracy combines the effects of repeatability, linearity and hysteresis.
MASS FLOW RATE: 325 kg/h | 12 lb/min
VOLUMETRIC FLOW RATE: 325 l/h | 1.43 gpm | 49 bbl/d
NOMINAL METER SIZE: DN4 mm | 1/8″
MASS FLOW RATE: 650 kg/h | 24 lb/min
VOLUMETRIC FLOW RATE: 650 l/h | 2.86 gpm | 98 bbl/d
NOMINAL METER SIZE: DN4 mm | 1/8″
MASS FLOW RATE: 1550 kg/h | 57 lb/min
VOLUMETRIC FLOW RATE: 1550 l/h | 6.82 gpm | 234 bbl/d
NOMINAL METER SIZE: DN6 mm | 1/4″
MASS FLOW RATE: 3100 kg/h | 114 lb/min
VOLUMETRIC FLOW RATE: 3100 l/h | 13.65 gpm | 468 bbl/d
NOMINAL METER SIZE: DN6 mm | 1/4″
MASS FLOW RATE: 5500 kg/h | 202 lb/min
VOLUMETRIC FLOW RATE: 5500 l/h | 24.22 gpm | 830 bbl/d
NOMINAL METER SIZE: DN15 mm | 1/2″
MASS FLOW RATE: 7900 kg/h | 290 lb/min
VOLUMETRIC FLOW RATE: 7900 l/h | 34.78 gpm | 1193 bbl/d
NOMINAL METER SIZE: DN15 mm to | 1/2″
MASS FLOW RATE: 28,000 kg/h | 1029 lb/min
VOLUMETRIC FLOW RATE: 28,000 l/h | 123.3 gpm | 4227 bbl/d
NOMINAL METER SIZE: DN25 mm | 1″
MASS FLOW RATE: 65,000 kg/h | 2388 lb/min
VOLUMETRIC FLOW RATE: 65,000 l/h | 286.2 gpm | 9812 bbl/d
NOMINAL METER SIZE: DN40 mm | 1-1/2″
MASS FLOW RATE: 230,000 kg/h | 8450 lb/min
VOLUMETRIC FLOW RATE: 230,000 l/h | 1013 gpm | 34,720 bbl/d
NOMINAL METER SIZE: DN80 mm | 3″
The TCE 8000 / 8100 is an economical multi-variable Coriolis
transmitter that can output flow rate, total, density or temperature.
With hazardous area approvals: ATEX, IECEx, cCSAus.
Wall mounted multi-variable Coriolis transmitter that can
output flow rate, total, density or temperature.
With hazardous area approvals: ATEX, IECEx, cCSAus.
Multi-variable Coriolis transmitter that can output flow rate, total, density
or temperature. Ready for ESTA applications.
Easy-to-use interface
5-point calibration with excellent repeatability
With high performance specifications
±0.1% of flow rate
Optional enhancement for oilfield allocation & verification
TRICOR Coriolis flow meters are vital in marine fuel monitoring due to their precision in measuring fuel mass flow and density, ensuring accurate fuel consumption data. This accuracy is crucial for optimizing fuel efficiency, reducing operational costs, and complying with environmental regulations. Coriolis flow meters can handle the varying conditions of marine environments, providing reliable performance even with changes in temperature and pressure.
The TRICOR Coriolis CLASSIC series flow meters are used in automotive paints and surface coating applications to improve the accuracy and reliability of dispensing. TRICOR Coriolis flow meters offer wear-free and precise measurements, including integrated density measurement to monitor the mixing ratio. This compact system provides output signals and communication via Modbus for online monitoring, ensuring effective and reliable flow measurement in the coating process.
TRICOR Coriolis flow meters are essential in ratio mixing and blending processes, such as those used for resins, due to their ability to provide precise mass flow and density measurements for multiple liquid components. These meters ensure that each component is accurately measured and delivered in the correct proportions, which is crucial for maintaining the desired consistency and quality of the final product.
TRICOR Coriolis flow meters are essential in chemical processing, including chemical injection systems for their precise measurement and control. These meters provide accurate mass flow and density readings, ensuring that the precise amount of chemicals is added into the process. This precision is critical for maintaining optimal chemical reactions, improving process efficiency, and reducing waste.
TRICOR Coriolis flow meters are vital in marine fuel monitoring due to their precision in measuring fuel mass flow and density, ensuring accurate fuel consumption data. This accuracy is crucial for optimizing fuel efficiency, reducing operational costs, and complying with environmental regulations. Coriolis flow meters can handle the varying conditions of marine environments, providing reliable performance even with changes in temperature and pressure.
The TRICOR Coriolis CLASSIC series flow meters are used in automotive paints and surface coating applications to improve the accuracy and reliability of dispensing. TRICOR Coriolis flow meters offer wear-free and precise measurements, including integrated density measurement to monitor the mixing ratio. This compact system provides output signals and communication via Modbus for online monitoring, ensuring effective and reliable flow measurement in the coating process.
TRICOR Coriolis flow meters are essential in ratio mixing and blending processes, such as those used for resins, due to their ability to provide precise mass flow and density measurements for multiple liquid components. These meters ensure that each component is accurately measured and delivered in the correct proportions, which is crucial for maintaining the desired consistency and quality of the final product.
TRICOR Coriolis flow meters are essential in chemical processing, including chemical injection systems for their precise measurement and control. These meters provide accurate mass flow and density readings, ensuring that the precise amount of chemicals is added into the process. This precision is critical for maintaining optimal chemical reactions, improving process efficiency, and reducing waste.