Experience with Platinum Temperature Probes for over 100 Years
Whether refinery, power plant, solar thermal system, heating, ventilation and air conditioning (HVAC) - Safety and the efficiency of these systems depend, among other things, on the smallest components - the temperature sensor element. Platinum sensors offer you a wide range of advantages.
Reliability Means Low Maintenance and Cost Effectiveness
Platinum elements offer the best value in temperature sensing, as well as the lowest cost over the operating lifetime.
Through
- the long-term stability of the measured values
- the reliability
- and the longevity
of platinum sensors considerable cost savings are realized.
Standardized characteristic curves, defined by the DIN EN 60751 specification, allow quick and easy platinum sensor replacement even decades after original installation.
Platinum Temperature Sensors for Highest Requirements
With YAGEO Nexensos, you get a platinum sensor with all the properties expected from a premium product. In addition, we offer comprehensive service from initial consultation through large-scale production - everything from one convenient source. If you have a large demand for Pt RTD sensors, please contact us for a specific solution that meets or exceeds your requirements.
If your requirement goes beyond a simple sensor component, we can provide a sensor solution with the addition of extended wires or a protective housing.
Platinum Sensors from YAGEO Nexensos:
- Large measuring range: From -200 °C to 1,000 °C
- Reliable: High long-term stability of measured values for safe, continuous operation
- Versatile: Pt sensors support a variety of mounting options
- Efficient: Less frequent replacement, cost-effective large-scale production
- Sustainable: Easy replacement and retrofitting due to standardized characteristic curves
- Innovative: Solutions for new and existing applications
- Long-lasting: Less frequent replacement, lower maintenance costs
Trust the market leader
Market and Technology Leader
Over 100 Years Experience
For Highest Industry Standards
With us, you benefit from expertise, dating back to 1851, in precious & special metals, and their applications. Perfection down to the last detail is our goal - in every product, and in personal service for you as a customer.
Applications of Platinum Temperature Probes
There are two big players in process monitoring and process control of your plants: Temperature sensors and pressure sensors. When the highest demands are placed on temperature measurements, platinum sensors are the best choice. And for good reason; our high long-term stability sensors measure in any temperature range with extreme precision and reproducibility. And, they are easy to replace, even after many years.
Safety and Precision of Platinum Sensors in Power Generation:
- Wind power plant
- Solar thermal system
- Biogas plant
- Gas power plant
- Combined heat and power plant
- Geothermal energy
- Coal-fired power plant
- Nuclear power plant
- Hydroelectric power plant
Wind Power Plants
Platinum sensors of the M series are typically used in this application. The extremely accurate measurements allow operation at the edge of the power limit, maximizing the efficiency of your wind turbines. Standardized characteristics allow easy replacement of the sensors even after 20 or more years.
Solar Thermal Systems and Geothermal Energy
Our platinum temperature sensors reliably measure building water temperature, ensuring proper heating system operation, over a long service life. M series and PCB series sensors are used in this application. Characteristic curves standardized as per DIN EN 60751 assures future availability of suitable replacement sensors for decades to come.
Do you have special requirements? We advise and develop custom solutions, and provide efficient large-scale production. Platinum sensors offer you:
- Extremely precise measurements
- Long-term stability for efficient continuous operation
- Long service life
Biogas Plants and Power Plants of All Kinds
Platinum sensors are used in this application with a wide temperature band ranging from -100 °C to 500 °C. Anywhere within this range, our temperature probes measure safely and reliably, with high reproducibility and minimal drift. Thanks to DIN-normalized characteristics, replacement sensors will be available for decades to come. With NTC ceramic sensors, on the other hand, characteristic curves are not standardized. Ease of replacement is one of the many advantages of platinum sensors. The M-sensors, most commonly used in this application, are available in various sizes and, like all platinum sensors, are also available to meet specific requirements. Request a quote today.
Platinum temperature sensors in process technology:
- Refinery
- Fracking plant
- Oil pipeline
For safe and efficient process control, you need reliable measured values. The platinum temperature probes from YAGEO Nexensos offer you this reliability. Benefit from the advantages that only premium components can offer you:
- Operating ranges from very low to very high temperatures (-200 °C to 1000 °C)
- Precise measurements over the entire operating range
- Long-term stability for efficient continuous operation
- Long service life
- Easy maintenance with longer maintenance intervals
- More security through reliable measurement values
More about platinum temperature sensors in process technology
Platinum Probes as Heat Metering and for HVAC Applications
- Heating
- Ventilation
- Climate
In modern heating and HVAC systems, accurate measurement of heat quantity is the key to recording consumption. Accurate, traceable recording of consumption forms the basis for consumer awareness of energy costs, and promotion of energy-conserving behavior.
Experience and Innovation with Pt RTD Sensors - YAGEO Nexensos
YAGEO Nexensos offers you over 100 years of experience with platinum sensors. Technologically and in terms of sales volume, we are the market leader. We are happy to put our knowledge, experience and innovation strength at your disposal. Simply get in touch and rely on maximum safety and efficiency in temperature measurement.
