Visit basic« design» of this sensor minimizes the time spent setting up the device, optimizing productivity and reducing installation costs. The adjusting screw makes it easy to adjust the force of the sensor's friction with the surface to be measured. Finally, its compact size makes it easy to integrate into a wide range of configurations.
Visit fast response times is another major advantage of the friction temperature sensor. It provides precise, instantaneous measurements This is essential for applications requiring real-time temperature data to maintain optimum performance.
With a class of accuracy 1 according to NFC 42321 and IEC 584-3 standards, it guarantees reliable, long-lasting measurement, This helps to improve operational efficiency and production quality.
Accessible to a affordable cost, the friction temperature sensor offers a cost-effective solution without compromising measurement performance. It's a cost-effective investment for industrial companies looking to optimize their operations without stretching their budget.
Mechanical systems in motion are subject to overheating. Thermal analysis of these moving systems is essential to understand and prevent overheating, which could lead to deformation and reduced system performance, or worse, compromise system integrity and personal safety.
In the case of wind turbine braking system, for example, or automotive/railway/aerospace brake discs, It is essential to monitor thermal phenomena accurately and in real time.
To measure surface temperature on moving parts, MESUREX has developed a friction temperature sensor, available in two application-specific models (SE49 and LE49). This robust sensor, where the thermocouple is welded to the surface of the wiper, is designed to withstand the harshest conditions over a very long service life. wide measuring range (from -40° to 900°C). In addition, it is extremely easy to use and offers a immediate response time, all at a competitive price.
The MESUREX rubbing sensor is not only a guarantee of performance and reliability, but also a symbol of accessible, cost-effective technology.
Do you study thermal heating on moving parts? Contact us now: me*****@*****ex.fr / 01 30 41 23 62
#Capteur #Frottement #Echauffement #disquedefrein #système de freinage #Automobile #Ferroviaire #Aéronautique #Énergie #Sidérurgie #Infrastructure
| Model SE49K | Model LE49K |
| Type: K thermocouple Temperature resistance: -40°C to +900°C (peak) Precision class: Class 1 in accordance with NFC 42321 and IEC 584-3 standards Bronze clog Dimensions: 85 mm x 12 mm x 20 mm Temperature connection: Sleeved Ø0.5 mm, length 500 mm Mounting: Ø5 mm screws Ø3 mm needle adjustment screw (for adjusting the hardness of the application) Connector: Miniature type K |
Type: K thermocouple Temperature resistance: -40 to 900°C (peak) Precision class: Class 1 in accordance with NFC 42321 and IEC 584-3 standards Option with bronze pastille shoe Dimensions: 80 mm x 10 mm x 0.5mm Temperature connection: Ø1 mm sleeve, length 300 mm Flexible stainless steel plate (for greater sensor rigidity) Mounting: Ø5 mm screw Shielded Teflon extension cable Adjusting screw M3 with spring |
Français 
English