Coriolis Mass Flowmeters

Coriolis S-Mass Exceptional performance over a broad range of fluid measurement applications, combined with low maintenance, makes S-Mass the perfect choice of fluid measurement.
One of the most accurate and dependable fluid measurement devices available today, S-Mass measures direct mass flow, volume flow, density and temperature of virtually any process fluid. Because of this flexibility, S-Mass Coriolis technology is ideal for a broad range of fluid measurement applications.

Because of its powerful communication interface, S-Mass can be integrated with instrumentation and electronics such as the FMC Measurement Solutions AccuLoad III-X, LeaseMaster System, LACTMaster System and SyberTrol for highly effective measurement and control of petroleum transfer operations.

Coriolis Mass Flow Meter
High accuracy, low pressure drop and diverse interface capabilities make Apollo the perfect solution for many petroleum metering applications. From wellhead to refined product distribution, any measurement requirement can be managed with efficiency and precision utilizing the state-of-the-art technology of the A400.

The Apollo A400 is designed to measure mass flow rates up to 20,000 lb/min. At the nominal flow rate of 10,000 lb/min, the device exhibits only 13 psi of pressure drop, dramatically reducing pumping costs. With +/-0.1% of rate accuracy and +/-0.05% repeatability on mass flow, and +/-0.0005 g/cc accuracy on density measurement, the A400 is one of the most accurate Coriolis mass flow meters available on the market today.

Its integral-mounted electronics, local display-interface, and HART communications make the A400 easy to install and operate. Combining this ease of operation with virtually no maintenance results in an overall low cost of ownership over the life of the product. With a variety of outputs, the A400 can be interfaced to nearly any flow computer or control device.

Its integral digital electronics provide four output signals - two analog and two frequency. The two analog outputs can be independently configured for mass flow, volume flow, temperature, or density. The two frequency outputs, for mass or volume flow, provide a frequency or pulse output and will operate in continuous phase quadrature mode for increased flow measurement security.