OPTIMASS 1400 T
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Technical Datasheet Sensor for mass flow • First choice for universal applications • Best price-performance ratio • A wide range of options available with no restrictions The documentation is only complete when used in combination with the relevant documentation for the signal converter.

1.1 Overview The OPTIMASS 1400 is the cost effective solution for accurate measurement for a variety of applications. The OPTIMASS 1400 reliably measures mass, density, volume, temperature, volume concentration or solid content. 1 Modular electronics with a range of output options (see separate documentation for details). 2 The power of the MFC 400 gives comprehensive diagnostics together with Entrained Gas Management (EGM). 3 Available with a range of flange and hygienic connections.

Innovative twin measuring tubes Easily drained and easy to clean Resistant to installation and process effects Long working life. Optimised flow divider for minimum pressure loss. High levels of accuracy means an excellent price / performance ratio. Modular electronics with data redundancy - "plug & play" replacement of electronics Water & wastewater Chemical Food & beverage Paper & pulp Petrochemical industry Pharmaceutical industry Applications • Suitable for all standard applications up to 130°C • Hygienic connections make it ideal for food / beverage applications.

1.2 Features and options Features • Available as compact or remote. • Low pressure loss, guarantees a low pressure drop across the meter. • Self Draining. • Easy to clean. Connection options • A range of flanges up to ASME 600 / PN100. • Supports a wide range of industry standard hygienic connections. • Adaptable to suit customer's hygienic connections. Heating jacket & purge port • Heating jacket option for use with temperature dependant products. • Prevents solidification of process product. • Purge port option for protection in the event of measuring tube failure. • Allows hazardous...

2.1 Measuring principle (twin tube) Static meter not energised and with no flow Measuring tubes Drive coil Sensor 1 Sensor 2 A Coriolis twin tube mass flowmeter consists of two measuring tubes ① a drive coil ② and two sensors ( ③ and ④ ) that are positioned either side of the drive coil. Energised meter 1 Measuring tubes 2 Direction of oscillation 3 Sine wave When the meter is energised, the drive coil vibrates the measuring tubes causing them to oscillate and produce a sine wave ③ . The sine wave is monitored by the two sensors.

Energised meter with process flow 1 Process flow 2 Sine wave 3 Phase shift When a fluid or gas passes through the tubes, the Coriolis effect causes a phase shift in the sine wave that is detected by the two sensors. This phase shift is directly proportional to the mass flow. Density measurement is made by evaluation of the frequency of vibration and temperature measurement is made using a Pt500 sensor.

2.2 Technical data • The following data is provided for general applications. If you require data that is more relevant to your specific application, please contact us or your local sales office. • Additional information (certificates, special tools, software,...) and complete product documentation can be downloaded free of charge from the website (Downloadcenter). Measuring system Measuring principle Coriolis mass flow Application range Mass flow and density measurement of fluids, gases and solids Measured values Mass, density, temperature Calculated values Volume, referred density,...

Maximum permissible error on sensor zero point caused by a deviation in process temperature from zero calibration temperature All meter sizes ±0.0075% of nominal flow per 1°C / ±0.0042% of nominal flow per 1°F Maximum permissible error on sensor zero point caused by a deviation in process pressure from zero calibration pressure All meter sizes ±0.015% of nominal flow per 1 bar / +0.001% of nominal flow per 1 psi Density Measuring range Maximum permissible measurement error S15 Repeatability / on site calibration S15 Maximum permissible error on density of deviation from calibration...

Protection category Nominal pressure at 20°C / 68°F Measuring tube cFMus / PED If the process temperature is higher than 20°C / 68°F, the burst pressure will be lower. For more information please contact the manufacturer. Fluid properties Permissible physical condition Liquids, gases, slurries Permissible gas content (volume) Contact manufacturer for information. Permissible solid content (volume) Contact manufacturer for information. Installation conditions Inlet / outlet runs None required Materials Measuring tubes Stainless Steel 316 / 316L (CF3M / 1.4409) dual certified Stainless Steel...

The device fulfils the statutory requirements of the relevant CE directives and UK designated standards. The manufacturer certifies that these requirements have been met by applying the CE and UKCA marks. Class I, Div 1 groups A, B, C, D (US) Class I, Div 1 groups C, D (Canada) Class II, Div 1 groups E, F, G Class III, Div 1 hazardous areas Class I, Div 2 groups A, B, C, D Class II, Div 2 groups F, G Class III, Div 2 hazardous areas acc to: ASME B31.3 (most recent and up to date version) MR0175 / ISO 15156 ("Sulphide Stress Corrosion Cracking Resistant Metallic Materials for Oil Field...

2.3 Hazardous areas temperature limits OPTIMASS 1000F Ambient temp. Tamb °C Temp. class Minimum process temperature: Tamb ≥ -35°C Tm = -50°C, Tamb <-35°C Tm = -40°C OPTIMASS 1400C with aluminium converter housing Ambient temp. Tamb °C Temp. class Minimum process temperature: Tamb ≥ -35°C Tm = -50°C, Tamb <-35°C Tm = -40°C OPTIMASS 1400C with Stainless Steel converter housing Ambient temp. Tamb °C Max process temp. Tm °C Temp. class Minimum process temperature: Tamb ≥ -35°C Tm = -50°C, Tamb <-35°C Tm = -40°C