*Please see product specifications in the catalog sheet<\/p>\n
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Provides Direct Mass Flow Measurement for Saturated Steam\u00a0<\/strong> The use of a precision platinum RTD coupled with and the ability to perform complex density calculations allow the vortex flow meter to provide a direct mass flow measurement without the need for a separate mass flow calculator.<\/p>\n Highly Accurate<\/strong> When correctly installed, the mass flow measurement accuracy for saturated steam is better than\u00a0\u00b1 1.5% of reading in the most common pipe sizes.<\/p>\n Insertion Design\u00a0<\/strong> Allows for insertion and removal without a system shutdown. Ideal for retrofit installations.<\/p>\n Simple Installation and Commissioning\u00a0<\/strong> The loop powered design simplifies wiring and signal processing. Additionally, each vortex flow meter is factory programmed and ready for use upon delivery. The built-in user interface provides access to all programming functions, including a comprehensive self diagnostic capability. This self diagnostic capability is a useful tool for identifying common installation problems.<\/p>\n State-of-the-Art Vortex Flow Sensing\u00a0<\/strong> Achieved by using a two-stage bluff body\/sensor design that enhances signal sensitivity and extends the operating range of the meter. Sensors are located behind the bluff body and are better protected from pressure shocks and water hammer.<\/p>\n Advanced Signal Processing Enhances Accuracy\u00a0<\/strong> Every vortex flow meter is supplied with advanced filtering algorithms. These algorithms allow the meter to establish continuous real-time norms for signal strength and quality. Sudden changes to the anticipated strength or quality of the incoming signal is rejected as noise. Additional signal processing cancels out the effect of common mode noise. Common mode noise is the type of noise most often associated with vibration in the piping system.<\/p>\n Individually Calibrated and Programmed for Each Application\u00a0<\/strong> Every vortex flow meter undergoes a multi-point calibration. In addition, each meter is individually programmed using application specific data supplied by the customer.<\/p>\n FEATURES<\/strong> F-2700 Series Insertion Vortex Flow Meters deliver accurate mass flow measurement without the need for an external flow computer. They can be a great choice for steam and medium or high temperature hot water flow.<\/p>\n In the right applications, insertion style vortex meters provide a very reliable and cost effective solution for mass flow measurement. They are often the best choice for flow measurement in larger diameter pipes where the expected process flow rates are within the operating range of the meter.<\/p>\n The standard loop powered version of the vortex flow meter is equipped with the internal temperature compensation required for direct mass flow measurement of saturated steam. Each F-2700 Vortex Flow Meter is provided with a 4-20mA analog output for flow rate, a pulse output for totalization and a built-in user interface and display. The standard loop powered meter also includes HART. Optional versions are available with internal pressure compensation, multiple analog outputs and BACnet or MODBUS serial communications.<\/p>\n<\/div>\n
\n\u2022 Mass flow measurement from a single instrument
\n\u2022 Optional steam energy flow measurement
\n\u2022 Integral 1,000 \u03a9 platinum RTD for precise temperature measurement
\n\u2022 Optional integral pressure transducer for accurate pressure readings at the meter location
\n\u2022 DC loop powered operation
\n\u2022 Power Over Ethernet (POE)
\n\u2022 Maintenance free non-moving parts design
\n\u2022 Wear-resistant bluff body\/sensor design
\n\u2022 Advanced signal processing algorithms ensure stable flow readings and reject noise.
\n\u2022 Easy-to-install meter arrives fully programmed and ready to use.
\n\u2022 Optional multi-analog output versions available
\n\u2022 HART\u00ae<\/span> serial communication
\n\u2022 BACnet MS\/TP, BACnet IP, MODBUS RTU, or MODBUS TCP\/IP serial communication available<\/p>\n","protected":false},"excerpt":{"rendered":"