Centec Rhotec

Concentration and quantity
FuseTrick design elements fliped

Introducing RHOTEC, a precision density sensor crafted for determining densities and concentrations of various substances like acids, caustics, emulsions, or solvents. This sensor's accuracy is invaluable for tasks such as phase detection and monitoring crystallization processes with utmost precision

Rhotec inline density analyzer sensor

Description

Here's how the RHOTEC sensor operates: The liquid under examination flows through a slender U-shaped tube within the sensor. Using electromagnets, the tube is stimulated to oscillate at its resonant frequency. Simultaneously, an integrated reference oscillator meticulously records the oscillation characteristics. Even the slightest alterations in fluid density are detected with exceptional precision and have a discernible impact on the recorded signal.

Here's how the RHOTEC ALC-TAX sensor operates: The liquid under examination flows through a slender U-shaped tube within the sensor. Using electromagnets, the tube is stimulated to oscillate at its resonant frequency. Simultaneously, an integrated reference oscillator meticulously records the oscillation characteristics. Even the slightest alterations in fluid density are detected with exceptional precision and have a discernible impact on the recorded signal.

Measuring Range 0 - 3 g/cm3
Accuracy ± 0,0001 g/cm3
Repeatability ± 0,00001 g/cm3
Response Time ≤ 1 s
Pressure Range (acc. to official standards) 0 - 5 bar
Temperature Range (acc. to official standards) 5 - 40 °C
Temperature Sensor Pt1000
Material 1.4404/1.4435/AISI 316L; Hastelloy; Tantalum; others on request
Connections thread 3/8”; others on request
Output Transmitter Version 1 x analog (4 - 20 mA)
Profibus DP Transmitter Version option
Profibus DP Sensor (w/o local display) standard
Enclosure Rating IP65
Explosion Protection (ATEX) Ex II 2G EEx d IIC T6 option
Power Supply 24 VDC

Here's how the RHOTEC ALC-TAX sensor operates: The liquid under examination flows through a slender U-shaped tube within the sensor. Using electromagnets, the tube is stimulated to oscillate at its resonant frequency. Simultaneously, an integrated reference oscillator meticulously records the oscillation characteristics. Even the slightest alterations in fluid density are detected with exceptional precision and have a discernible impact on the recorded signal.

  • Most accurate technology to determine alcohol content
  • Accepted and certified by German authorities, PTB-design type with calibration error 0,0001 g/cm³ for alcohol, alcohol-water-mixtures and water
  • In combination with different types of certified flow meters, the requirements of PTB and BfB (Federal Monopoly Administration for Spirits) are met
  • Patented compact design with local display available
  • Hygienic execution and full CIP capability
  • Easy to operate and maintenance-free