8707 High Signal Magnetic Flowmeter System
Summary:
Optimized performance in the most difficult slurryapplications
The 8707 High-Signal Sensor, used in conjunction with the8712H High-Signal Transmitter, forms the Rosemount High-Signal MagneticFlowmeter System. This system provides stable flow measurement in the mostdifficult high-noise applications while maintaining the benefits of DCtechnology. The increased signal strength of the Rosemount high-signal system,coupled with advanced signal processing and superior filtering techniques,provides the solution to demanding flow measurement applications.
The 8712Hutilizes a convenient well mount, dual compartment enclosure with the world’smost intuitive, easy to use Local Operator Interface (LOI).
High-signalSystem reduces process variability by providing the most stable flow outputavailable.
Ideal solutionfor the noisiest applications found in the pulp & paper and miningindustries.
Features & Benefits
Faster start-upwith easy to use Local Operator Interface (LOI)
Dual calibrationoption to reduce sensor inventory
World’s beststability in the most difficult slurry applications
Paper Mill Basis Weight flow
Paper Mill Black Liquor flow
Paper Mill stock flow
Mining slurries with high solids concentration (> 30%)
Specifications
Accuracy | Up to ±0.25% of volumetric flow rate accuracy over 13:1 flow turndowns, ±0.5% over 40:1 flow turndown |
Diagnostics | Transmitter Faults, Sensor Faults, Empty Pipe Detection |
Compatibility | · The 8712H can only be used with the 8707 High Signal Sensor. · The 8707 can be used with the 8712H transmitter, or with any E-Series transmitter if the D2 dual calibration option is specified when ordered. |
Power Supply | 115 V AC ±10%, 50-60 Hz |
Power Consumption | 300 watts maximum |
Applications
The Rosemount High Signal magnetic flowmeter system provides anobstructionless flow measurement that is ideal for metering conductiveslurries. Because of the unique design, the Rosemount High Signal FlowmeterSystem combines the best attributes of traditional AC magnetic flowmetersystems with the stability and performance benefits of the pulsed DCtechnology. The result is the most reliable and stable flow measurement signalin the most difficult of slurry applications