The Daniel M-Type Coriolis Mass Flow Meter is a high-performance coriolis mass flow measurement solution engineered for demanding UK oil & gas, chemical processing, custody transfer and industrial plant applications where direct mass flow accuracy, density and temperature measurement are critical.
Designed for precise mass flow measurement of liquids, slurries and wet gases, this coriolis meter delivers repeatable, high-accuracy performance with fast response and excellent signal stability — ideal for custody transfer metering in oil and gas pipelines, refinery feedstock measurement, petrochemical process units, and large-scale industrial systems.
Built with rugged sensors and robust electronics, the M-Type coriolis mass flow meter supports reliable operation in abrasive or multiphase environments, making it suitable for slurry transport, wet gas and mixed-phase flow applications in offshore platforms, FPSOs, pipelines and process facilities.
With advanced diagnostics, compensations for density and temperature effects, and wide turndown capability, the Daniel M-Type coriolis mass flow meter provides accurate, real-time flow and mass data for process optimisation, allocation measurement, regulatory compliance and energy balancing in critical UK industrial and hydrocarbon processing systems.
Browse flow measurement instruments including mass and differential devices
- Line Sizes 1/8” to 10”
- Fluid Type Liquids, gases, and slurries
- Accuracy ±0.1% for mass flow, ±0.05% repeatability
- Process Temperature Range -58°F to 482°F (-50°C to 250°C)
- Operating Pressure Range Up to 5,800 psi (40 MPa)
- Materials 316L stainless steel (Hastelloy® C optional)
- Electronics Remote transmitter OLED display with HART® and Modbus RTU
Compact Design – Smaller radius for space-saving installation
Low-Pressure Drop – Optimised for minimal energy loss
Multi-Parameter Measurement – Real-time mass flow, density, and temperature
High Durability – No moving parts, reducing maintenance requirements
Flexible Connectivity – Compatible with multiple industrial protocols
