• Faster start-up with easy to use Local Operator Interface (LOI)
• Dual calibration option to reduce sensor inventory
• World’s best stability 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%)

The Rosemount High Signal magnetic flowmeter system provides an obstructionless flow measurement that is ideal for metering conductive slurries. Because of the unique design, the Rosemount High Signal Flowmeter System combines the best attributes of traditional AC magnetic flowmeter systems with the stability and performance benefits of the pulsed DC technology. The result is the most reliable and stable flow measurement signal in the most difficult of slurry applications

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With a wide range of liner and electrode materials available, the Rosemount 8700 Series Magnetic Flowmeter family is suitable for virtually any conductive liquid application. Rosemount Magnetic Flowmeters offer the benefit of measuring flow in a package unaffected by density, temperature, pressure, and viscosity change.
 
Step 1: Flow Sensor Type

	Liner	Notes	Temp Limits	Type  and Line Sizes
	PFA	BEST FLUOROPOLYMER Excellent resistance to chemicals and abrasion. Suitable for any application.	-20 to 350°F (-29 to 177°C	Flange 15 - 350 mm 0.5 - 14 inch	Wafer 4 - 8 mm 0.15 - 0.3 inch
	PTFE	BETTER FLUOROPOLYMER More cost effective than PFA. Excellent chemical resistance, but less abrasion resistance than PFA.	-20 to 350°F (-29 to 177°C	Flanged 15 - 900 mm 0.5 - 36 inch	Wafer 15 - 200 mm 0.5 - 8 inch
	ETFE	GOOD FLUOROPOLYMER Similar chemical and abrasion resistance to PTFE, but a lower maxium temperature an more expensive.	-20 to 300°F (-29 to 149°C)	Flanged 15 - 400 mm 0.5 - 16 inch	Wafer 15 - 200 mm 0.5 - 8 inch
	Polyurethane	Typically applied to clean water (no chemicals). Abrasion resistant to slurries with small particles.	0 to 140°F (-18 to 60°C)	Flanged 15 - 900 mm 0.5 - 36 inch
	Neoprene	Typically applied to water and sea water. Abrasion resistant to slurries with small particles.	0 to 185°F (-18 to 85°C)	Flanged 80 - 1800 mm* 1.5 - 72 inch
	Linatex	Typically applied to mining slurries, abrasion resistant to larger debris.	0 to 158°F (-18 to 70°C)	Flanged 80 - 900 mm 1.5 - 36 inch

	Electrode Type	Application Notes
	Button	Standard electrode design. Use for most applications, especially where abrasion is a concern. Has fair resistance to coating which can be improved by properly sizing sensor.
	Bullet-nose	Use where coating is a concern and no solids are present. Bullet-nose electrode should not be used in abrasive or slurry applications as the particles will result in increased process noise on the electrodes.
Electrode Material		Application Notes
316L SST		Standard electrode material. Compatible with most low concentration water based applications. Avoid using stainless in higher concentration acid applications.
Nickel Alloy 276		Use in medium to high concentration acids where SST is not acceptable. Use in applications with high chloride concentrations, such as sea water.
Platinum (80% Platinum, 20% Iridium)		Ideal for liquor applications found in pulp and paper industry. Also ideal as a spare electrode option to cover nearly every application in a plant. Compatible with nearly every process fluid.
Tantalum		Ideal for high concentration acid flows such as hydrochloric and hydrofluoric acids.
Titanium		Ideal for high concentration caustic (base) applications such as sodium and potassium hydroxides.

	Type	Notes	Availability
	Standard Diagnostics	Transmitter hardware fault; transmitter software fault; sensor coil fault; empty pipe	With every E-Series transmitter
	D1	High accuracy option (0.15%)	8732 and 8712
	AX	Enhanced DI ⁄ DO capability	8732 and 8712
	HART ⁄ FF
	DA1 ⁄ D01	Diagnostics suite includes: ground and wiring fault detection, high process noise detection.	8732 and 8712
	DA2 ⁄ D02	Diagnostic suite includes: 8714i internal meter verification	8732 and 8712