<ul><br /> <li>Built-in pipe reduction enables new best practice. Cut total installation costs by up to 40%.</li><br /> <li>Size Vortex like an Orifice Plate™ to reduce project risk. Reliability you expect in a Rosemount flowmeter <hr /><br /> New Best Practice Installation of a Vortex flowmeter typically requires the piping to be reduced for best performance. The Rosemount 8800CR Reducer Vortex reduces the cost and complexity of installing Vortex flowmeters with the pipe reductions designed right into the flowmeter. <hr /><br /> <strong>Reduce Cost </strong><br /><br /> The elimination of field wiring of separate reducers and piping lowers installation costs by as much as 40%. <br /><br /> <strong>Reduce Risk</strong><br /><br /> By building the reducers into the meter, the Reducer Vortex can measure lower flows than any other Vortex meter. The benefit is simplified installations which reduce project risk and minimize installation costs. <br /><br /> The face-to-face dimensions of the 8800CR Reducer Vortex match that of the 8800C Traditional Vortex. As estimated process conditions change during projects you can switch between 8800CR and 8800C with no piping changes. <br /><br /> <strong>Improve Reliability</strong><br /><br /> The Rosemount 8800CR is based on the same reliable design as the 8800C. This unique design provides a gasket-free flowmeter solution with no parts that can clog. The 8800C design has the following reliability benefits. <br /><br /> <br /><br /> <hr /><br /> </li><br /> <li>A Non-Clog Design, All welded construction, No gaskets or ports</li><br /> <li>A Replaceable Sensor, Isolated from the process, Replace without breaking process seals</li><br /> <li>Vibration Immunity, Mass Balance Sensor System, Patented Digital Signal Processing (DSP) Technology</li><br /> <li>Easy Filter Optimization, DSP Auto-filter adjust optimizes filters to process conditions with single command Available in HART® &amp; FOUNDATION™ fieldbus protocols, Simplified Troubleshooting</li><br /> <li>Digital diagnostics enable field verification of sensor and electronics with no process shutdown "</li><br /> </ul>