Advanced Frequency Tracking Technology Tuning Fork Density Meter
Description portable SS316 tuning fork resonance density meter beer sensor
The tuning fork density meter is a highly precise and versatile
device that utilizes advanced frequency tracking technology to
accurately measure the density of various mediums. It is designed
for easy installation and can be used in pipelines, open tank
containers, and closed tank containers to detect medium density.
The sensor of the tuning fork density meter consists of two
piezoelectric crystals, with one generating vibration and the other
detecting it. Additionally, the sensor includes a built-in
temperature sensor to compensate for any temperature variations
that may affect the crystals.
The sensor line of the tuning fork density meter can be up to 2
meters in length, and is protected by a single wire jacket to
minimize interference. It is important to ensure that the sensor
line is shielded from any potential sources of interference or
damage, as it is relatively delicate and may not perform well in
environments with high levels of electromagnetic interference.
Overall, the tuning fork density meter offers high precision and
reliability for density measurements in a wide range of
applications.
Parameter portable SS316 tuning fork resonance density meter beer sensor
| Measuring range: | 0 ~ 3 g / cm³ optional |
| Output: | 4-20 mA signal (4-wire system) |
| Accuracy: | 0.3% (real-time range) or 0.001 g / cm³ whichever is greater. |
| Installation: | DN50 DN80 DN100 and threaded installation (threaded installation
with mounting base) |
| Resolution: | 0.0001 g / cm³ |
| Application range | : -30 ~ 120 degrees |
| Maximum working pressure: | 20MPa |
| Protection level: | IP65 |
| Fork body material: | stainless steel 316, Hastelloy C22, manganese alloy 400 |
Fork body coating: | coating (perfect hydrophobic and non-stick impurities in liquid) |
Application portable SS316 tuning fork resonance density meter beer sensor
Measurement of the density or concentration of slime during coal
delivery, slurry during beneficiation, syrup, starch emulsion (dry
matter mass), lime slurry, and ammonia for desulfurization and
denitration projects. Additionally, the density or concentration of
concentrated solutions in the pharmaceutical industry, as well as
alcohol and water surface density, and various types of pipelines
or tanks, are also measured. Alarm systems are in place for lime
slurry density in desulfurization projects to ensure efficient
operations. These measurements are crucial for maintaining the
quality and efficiency of various industrial processes.
