Handheld Density Meter-Portable Micro Vibrator Digital Density Meter for Petroleum Products

Handheld Density Meter is a portable device used to measure the temperature and density of liquids in tanks. Our Handheld Density Meter is a portable micro-vibrating cylinder digital density meter. It is mainly used to measure the concentration of petroleum products online. Of course, it is also possible to measure the concentration of concentrated ammonium sulfate, etc.

Handheld Density Meter

Micro Vibrator Handheld Density Meter Features:

Portable micro-vibrator digital density meter, also known as Handheld Density Meter, adopts portable and hand-held design. Used to measure the temperature and density (concentration) of liquids in tanks. After the measurement is completed, the data will be displayed automatically. Portable design, easy to operate and easy to carry.

  1. Handheld density meter with digital LCD screen and various display contents.
  2. Wide measurement range, simple operation, high measurement accuracy and fast test speed.
  3. The pure water density meter is easy to calibrate, and standard substance calibration can be performed.
  4. The sample demand is small, only about 100ml liquid is needed

Technical Parameters:

  • Density range: 0~2g/ml(g/cm3)
  • Density accuracy: 0.003 g/ml ,
  • Resolution: 0.0001,
  • Repeatability: 0.0005
  • Medium temperature: 0~100℃ (liquid fluidity)
  • Ambient temperature: -40~85℃
  • Temperature Compensation: Automatic
  • Material of internal parts placed in the liquid: stainless steel 316L, ceramics, zirconia, etc.
  • Tine Polish: Standard, PFA Coated or Electropolished

Working Principle

The sensor of the Micro Vibrator Handheld Density Meter is designed according to the principle of component vibration. This vibrating element is similar to a two-toothed tuning fork, the body of which is vibrated by a piezoelectric crystal located at the root of the tooth. The frequency of the motion is detected by another piezoelectric crystal. Through phase shifting and amplification circuit, the fork body is stabilized on the natural resonant frequency. When the medium flows through the fork, the resonance frequency changes due to the change of the medium quality.

Working principle:
The density and vibration frequency of the medium conform to the following mathematical formula: D=K0+K1T+K2T2

Formula:
D = Density of the measured medium
T = natural frequency of the fork
T2=The frequency when the measured medium flows through the fork body

K0, K1, K2=constant According to this formula, the accurate medium density value can be calculated through the electronic processing unit.

Technical Advantages

Tuning fork vibrating density meter with microprocessor-based electronic switching unit combining signal processing, calculation and diagnostic functions.

In addition to convincing measurement accuracy and reliability. While measuring density and temperature, parameters such as basic density, °API, Brix, concentration percentage, mass percentage, volume percentage, and specific gravity can also be calculated.

Handheld Density Meter Applications

The Micro Vibrator Handheld Density Meter is a versatile instrument crucial for several industries. It works by using tiny vibrations to measure the density of fluids.

Key Industries:

  • Petroleum and Chemical: Monitoring the quality of fuel and other chemical products.
  • Brewing: Ensuring the consistency and quality of alcoholic beverages.
  • Food Production: Checking the density of ingredients and final products for quality control.
  • Pharmaceuticals: Ensuring drug formulations are consistent and up to standards.
  • Mineral Processing: Used in the assessment of clays, carbonates, silicates, and more.

Applications:

  • Detecting the interface in multi-product pipelines.
  • Checking the density of mixed fluids.
  • Monitoring reaction endpoints in reaction kettles.
  • Interface detection in separators.

Case Examples: Handheld density meter for petroleum products

Oil Pipeline Interface Detection:

Scenario: When transporting different types of oil in a single pipeline, it’s crucial to detect when one type ends and another begins.
Use of Portable Density Meter: The meter helps in accurate detection, preventing mixing and ensuring product purity.
Parameters: Crude oil density: around 0.8 to 0.93 g/cm³; Diesel density: 0.8 to 0.85 g/cm³.

Fuel Quality Assurance at Refineries:

Scenario: A major refinery needs to regularly check the quality of its gasoline.
Use of Handheld Density Meter: By using the meter, technicians can instantly measure the density at various stages of production.
Parameters: Desired density range: 0.725 to 0.775 g/cm³.

Lubricant Production Quality Control:

Scenario: A factory produces motor lubricants and wants to maintain a consistent product.
Use of Portable Density Meter: By regularly checking the density, they can ensure the lubricant has the right balance of additives and base oil.
Parameters: Desired density range: 0.85 to 0.89 g/cm³.

So, you should know that the Micro Vibrator Handheld Density Meter is an important tool, especially in the field of petroleum products.

By ensuring accurate and consistent measurements, it’s an invaluable tool for quality and process control.

More Digital Density Meters and Detecting Instruments

FAQ

A density meter for fuel oil is a tool that measures how compact or dense the fuel oil is.

A density meter or a hydrometer is used to measure the density of oil.

A portable density meter is used to quickly check the density of liquids on-the-go, without needing a big machine.

The DMA35 is a specific type of portable density meter, mainly used for quick measurements in the field.

A hydrometer is a manual tool that floats in a liquid to measure its density. A digital density meter gives electronic readings, which can be more accurate and faster.

A density meter measures the compactness of liquids. A densitometer usually checks the darkness or lightness of materials, like photographic films.

The primary instruments for measuring density are the density meter and the hydrometer.

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The Handheld Density Meter, Micro Vibrator Digital Density Meter for Petroleum Products, is a game-changer in the industry. Whether it’s for quality control in refineries, detecting oil types in pipelines, or ensuring consistent lubricants, this tool is essential. Quick, accurate, and user-friendly, it plays a pivotal role in maintaining the highest standards in petroleum-related operations.

If you’re in need of such a tool or have specific requirements, look no further! We, at Sino-Inst, pride ourselves on being experienced manufacturers and suppliers in this field. Our rich expertise ensures that you receive the best product tailored to your needs. Interested in custom solutions? We’ve got you covered. Reach out today, and let’s enhance your petroleum processes together. Contact Sino-Inst now!

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Handheld Density Meter-Special for Petroleum Products

Handheld Density Meter is a portable device used to measure the temperature and density of liquids in tanks. Our Handheld Density Meter is a portable micro-vibrating cylinder digital density meter. It is mainly used to measure the concentration of petroleum products online. Of course, it is also possible to measure the concentration of concentrated ammonium sulfate, etc.

Product SKU: Handheld Density Meter-Portable Micro Vibrator Digital Density Meter for Petroleum Products

Product Brand: Sino-Inst

Product Currency: USD

Product Price: 2500

Price Valid Until: 2029-09-09

Product In-Stock: InStock

Editor's Rating:
5
This entry was posted in Density Meter by KimGuo11. Bookmark the permalink.

About KimGuo11

Wu Peng, born in 1980, is a highly respected and accomplished male engineer with extensive experience in the field of automation. With over 20 years of industry experience, Wu has made significant contributions to both academia and engineering projects. Throughout his career, Wu Peng has participated in numerous national and international engineering projects. Some of his most notable projects include the development of an intelligent control system for oil refineries, the design of a cutting-edge distributed control system for petrochemical plants, and the optimization of control algorithms for natural gas pipelines.