✓ Fast measurement response and high accuracy
✓ Integrated transmitter with standard Modbus (RS485), 4–20 mA analog current outputs, digital input and outputs
✓ Suitable for use on CIP lines to measure and control the concentration of caustic and acid during cleaning processes
✓ Electrically and mechanically isolated against electrical noise and vibrations
✓ Applicable for measuring conductivity across a wide range of solutions
✓ Can be installed on tanks and pipelines of various sizes
✓ Operates and withstands temperatures up to 120°C
✓ Programmable and customizable according to the user’s specific product and process requirements
✓ Supplied with data sheet & catalogue
✓ Comes with a one-year warranty and ten years of after-sales service
The PTCond-HT High-Temperature Inline Conductivity Meter by PrismaTech is an Iranian-made device used to measure the electrical conductivity of liquids in order to determine the concentration of electrolyte solutions.
The online conductivity meter, also known as the inline conductivity meter or inline EC meter, is widely used across various industries. The conductivity of a liquid depends on four main factors: ion concentration, ion mobility within the liquid, interaction between ions, and the liquid’s temperature.
A key feature of the PrismaTech inline conductivity meter is its ability to measure the electrical conductivity of solutions in real time during the process, along with the capability to be installed directly on pipelines (in-line).
By mounting the device directly on pipelines or tanks, it can measure the conductivity of fluids as they flow through.
This model of the inline conductivity meter is suitable for applications such as monitoring and controlling the conductivity and hardness of water in cooling systems, boilers, and power plants.
It is also used to measure conductivity during the production of various industrial and edible salts. The inline conductivity meter model PTCond-HT can be installed on pipes and tanks with diameters greater than 10 centimeters.
The online conductivity meter, or inline electrical conductivity meter (EC meter), measures conductivity using a probe that applies an alternating electrical current to two or four electrodes. This process allows the device to determine the electrical resistance of the solution.
After the electrodes are immersed in the liquid, the instrument applies a voltage between them. The solution’s electrical resistance causes a voltage drop, which the device measures. When current passes through the solution, positively charged ions (cations) move toward the negative electrode, while negatively charged ions (anions) move toward the positive electrode. This ion movement is what generates the electrical conductivity of the solution.
Measuring the conductivity of a solution provides valuable insights into its composition and the particles it contains. Conductivity and pH measurements are two key parameters for determining the acidity or alkalinity of solutions. Measuring conductivity is also an essential analytical process in many industrial operations.
This type of measurement is one of the least specific analytical techniques because it does not distinguish between different conductive substances dissolved in the solution. Therefore, conductivity measurement is used in processes where identifying the specific conductive material is unnecessary.
For example, in the production of ultrapure water used in semiconductor chip manufacturing, this method is used since the presence of any dissolved conductive substance is undesirable. Another example is in saltwater solutions, where large amounts of salt are dissolved, and conductivity measurement helps determine the concentration of the solution.
| Product family name | PrismaTech conductivity meter series |
|---|---|
| Product type | PTCOND |
| Measurement principle | Conductivity |
| Measurment parameters | Conductivity, Temprature |
| Contact to measured medium | Yes |
| Conductivity range | 0-200 ms/cm |
| Measured media | Liquids |
| Ambient temperature | 0-+50°C |
| Power supply (VAC) | 110-240 VAC |
| Power supply (VDC) | 18-30 VDC |
| Process pressure | Max.16 bar (Continuous operation at 12 bar) |
| Process temperature | 0-120°C |
| Wetted parts material | AISI316L, PTFE, PEEK, Titanium |
| Senosor body material | AISI304, AISI316L |
| Connections | 3A Clamp DN40-DN51 |
| Analogue outputs | Two units 0/4…20 mA (Conductivity, Temperature, PID controller, etc.) |
| Digital inputs | One unit (Programable as DI/DO) |
| Digital outputs | Two unit |
| Communications | Modbus RTU (RS485) |
| Cable connection | M12 8pin |
| Accuracy | ±0.5% Full scale |
| Sensor protection | IP67 |
| Remote transmitter protection | IP54 |
| Display Dimensions | 320×240 TFT color LCD |
| Transmitter | Compact with sensor, Remote |
| Remote transmitter dimension | 95×95 ×82 mm |
| Remote transmitter cutout | 85×85 mm |
Since 2008, PrismaTech Company has proudly taken a significant step toward initiating a long-term journey in designing and optimizing various processes.
