Name: Coriolis Density Meter - Higher Accuracy & Stable |Sino-Inst
Brand: Sino-Inst
SKU: Coriolis Density Meter
Availability: InStock

The Coriolis Density Meter is based on the Coriolis effect, using the frequency change of the vibrating tube to monitor density. This method is accurate and reliable, and has a wide measurement range suitable for various fluid densities. The Coriolis density meter has very low pressure loss, giving it an inherent advantage in measuring the density of viscous fluids such as slurries.

RFQ More Density Meters

Benefits

Continuous density measurement.
Multivariable measurement: simultaneously measure mass flow, density, temperature and viscosity
The measurement principle is completely unaffected by the physical properties and flow field of the fluid
No moving parts, low maintenance.
Materials include 316L, PTFE, etc. available.
Density, standard density or special calculations (% solids, °API, specific gravity, etc.), 4–20 mA output.
Temperature sensor provided.
It has low installation requirements and can be installed vertically or horizontally on the measuring pipe.
Precision and high-quality stainless steel can withstand the wear and tear caused by the high-speed passage of various materials and has a long service life.
The measurement accuracy is high, and the density measurement accuracy can reach ±0.001g/cc.
The converter uses a multi-variable digital processing system. Strengthen signal filtering, greatly improve the sensitivity and accuracy of signal measurement, speed up the system response time, and make the measurement more reliable.

Technical Parameters

Accuracy	±0.001g/cc	±1.0kg/m3
Measuring range	0~3g/cc	0~3000kg/m3	0~187.4 lb/ft3
Repeatability	±0.001g/c	±0.1kg/m3	±0.006lb/ft3
Process temperature effect (corrected)	±0.001%g/cc）	±0.1kg/m3	(per °C)
Process pressure effects (corrected)	negligible
(1) The above accuracy applies to the calibration range 0.6 – 1.25g/cc (600 – 1250 kg/m3).
(2) The viscosity of the liquid can reach up to 2000cP.
(3) Temperature effect refers to the maximum measurement deviation caused by the process fluid temperature deviating from the factory calibration temperature.
(4) Pressure effect is defined as: the change in sensor flow and density sensitivity caused by the deviation of process pressure from the calibrated pressure.

process temperature	-10℃~+60℃
ambient temperature	-10℃~+85℃
temperature coefficient	0.1kg/m3/℃ (after correction)
Built-in temperature sensor	PT100
Wetted parts	Stainless steel, 316L, PTFE
Shell	IP65, aluminum alloy
Maximum working pressure	10MPa
Test pressure	Tested at 1.5 times maximum working pressure
Tested at 1.5 times the maximum working pressure
Process connection type	flange
	Tri-Clover (TC) Clamp
	Thread
Explosion-proof certification	Exd IIB T6 Gb
Power requirements	24VDC,50mA
output	Four-wire system, 4-20mA
Viscosity requirements	0-20000cP

Coriolis Density Meter flange connection

Coriolis Density Meter Tri-Clover (TC) Clamp Connection — Coriolis Density Meter flange connection

Liquid and Material Compatibility

Name	Name	Molecular formula	Concentration(%)	316L	Hastelloy	Titanium Alloy	Zirconium	PTFE
Acid	Hydrochloric acid (without hydrofluoric acid)	HCl	0-40	×	○	×	☆	☆
	sulfuric acid	H2SO4	0-50	○	☆	○	☆	☆
		H2SO4	50-75	×	○	×	○	☆
		H2SO4	75-98	○	☆	○	○	☆
	Nitric acid	NHO3	0-100	○	○	○	○	☆
	Phosphoric acid	H3PO4	0-98	×	×	×	×	☆
Base	sodium hydroxide	NaOH	0-50	☆	☆	☆	○	☆
	potassium hydroxide	KOH	0-50	☆	☆	☆	○	☆
	calcium hydroxide	Ca（OH）2	0-50	☆	☆	☆	○	☆
Salt	sodium chloride	NaCl	0-50	×	☆	☆	☆	☆
	Ammonium chloride	NH4Cl	0-50	×	☆	☆	☆	☆
	Ammonium sulfate	(NH4)2S04	0-50	×	☆	☆	☆	☆
Others	Urea	(NH2)2CO	0-100	☆	☆	○	☆	☆
	sodium hypochlorite	NaOCl	0-16	×	○	×	☆	☆
	hydrogen peroxide	H2O2	0-90	☆	☆	○	☆	☆
☆Recommended ○Use within specific concentration and temperature limits × Not used

Coriolis Density Meter Working Principle

The Coriolis density meter operates on the principle of the Coriolis force acting on a moving fluid, where the force is related to the fluid’s density, thus allowing the measurement of the fluid’s density.

A Coriolis density meter contains one or more measuring tubes, forming a vibration system. As the fluid flows within the measuring tube, its inertia generates a force acting on the tube wall. The fluid density can be determined based on the vibration frequency of the measuring tube. A temperature sensor outside the measuring tube measures the tube’s temperature for temperature compensation.

This principle offers high stability, high precision, and good long-term stability, eliminating drift caused by sensors.

Media Limitation:		Contains gas	Maximum liquid viscosity
Conventional Liquids	Acid and alkaline solutions	Generally not used	3000CP
316L	Polytetrafluoroethylene

Coriolis Density Meter Applications

Coriolis density meters are suitable for measuring the density of low-flow-rate media such as liquids, slurries, and suspensions.

Interface detection in multi-product pipelines
Brix sugar refining (sugar concentration)
Wort specific gravity (brewing)
Slurries
Acid/alkali concentration control
Product mixing
Endpoint detection in batch reactions
Solvent separation

Petroleum and petrochemical industries	Interface detection; multi-oil pipelines
Brewing industry	Quality control; continuous online monitoring
Organic and inorganic chemical materials	Leak detection; underground storage tanks using brine
Pharmaceutical industry	Traditional Chinese medicine concentration, alcohol recovery
Battery industry	Lithium hydroxide, electrolyte, and sulfuric acid solution concentration

Cases Share: Electrolyte Density Measurement in the Battery Industry

Lead-acid battery electrolyte is prepared from distilled water (or pure water) and concentrated sulfuric acid. The standard electrolyte density is 1.280 ± 0.005 g/cm³ (25℃).

If the electrolyte density is too low, the lead-acid battery will have insufficient power.

During production, the real-time electrolyte density needs to be monitored online. A Coriolis online density meter is used for measurement, with an error within ±0.005 g/cm³. A sealed structure is employed to reduce the corrosion of electronic components by acid mist and extend equipment life.

Electrolyte Density Measurement in the Battery Industry

More Density Measurement Devices

Split-Type Density Meter - Baumé Meter — **Split-Type Density Meter – Baumé Meter**

Liquid Concentration Meter - Optical Principle — **Liquid Concentration Meter – Optical Principle**

The Coriolis online density meter/concentration meter uses the principle of calculating the density of a moving liquid based on the special law of the Coriolis force, and then converts it into a corresponding concentration value. It is suitable for measuring the density and concentration of media such as alcohol, gasoline, and diesel.

Sino-Inst supports customized parameters for its Coriolis online density meter/concentration meter, including pressure and installation method. Please feel free to contact us for density measurement solutions!

Coriolis Density Meter - Higher Accuracy & Stable |Sino-Inst

Product SKU: Coriolis Density Meter

Product Brand: Sino-Inst

Product In-Stock: InStock

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