Description
Innovative magnetic coupling PMKC – contactless torque transmission
The PMKC magnetic coupling is an innovative permanent magnet coupling that enables contactless and reliable torque transmission. By using magnetic forces, it effectively transmits torque – even through various barriers – thus ensuring maximum flexibility in demanding applications where physical separation between drive components and the driven equipment is required or advantageous.
Technical data
|
Nominal torque at 1 mm air gap |
0.5 Nm (PMKC-30) |
|
Outer diameter |
30 mm (PMKC-30) 45 mm (PMKC-45) 55 mm (PMKC-55) 70 mm (PMKC-70) 90 mm (PMKC-90) |
|
Total length |
15 mm (PMKC-30/45) |
|
Pre-drilled |
5 mm (max. 10 mm without groove) (PMKC-30/45/55) |
|
Fastening |
with 2 grub screws (90° offset) |
|
Maximum working temperature |
300 °C |
|
Curie temperature |
800°C |
|
material |
Stainless steel (seawater resistant) - 14.401 |
|
Lid |
ultrasonically welded |
Data sheet as PDF for download
📄 [Data sheet follows]
CAD model for download
🧩 [CAD model follows]
Product highlights
⭐️ Contactless transmission: Contactless torque transmission across different wall types enables innovative applications.
⭐️ High-quality design: Robust coupling halves, high temperature resistance and seawater-resistant design for extreme environments.
⭐️ Easy installation: Ultrasonically welded lid as well as pre-drilled holes and grub screws enable flexible integration.
⭐️ Compact design: Optimal solution for demanding industrial applications in maritime, chemical and other sectors.
Advantages
✅ Versatile use: Ideal for operating pumps, agitators, compressors, fans, robot arms, round scale displays and weighing processes.
✅ Reduced mechanical stress: Minimizes vibrations and weight influences, which extends the life of the devices.
✅ Increased efficiency: Contactless power transmission increases safety and efficiency in industrial applications.
✅ Reliability: Permanent magnet technology guarantees precise, low-maintenance and long-lasting performance.
Application examples
• Pumps, agitators and compressors in closed liquid containers
• Fans in containers containing gases or vapors
• Power transmission to robot arms for underwater applications
• Transfer of displays on circular scales in various media
• Avoidance of vibration transmission by motors
• Decoupling of weight influences in weighing processes
Do you need support?
For more information or a personal consultation? Contact us ↗ – we'll be happy to help!
📞 Tel.: +49 [40] 5388921-0 (Mon - Thurs 8:00-16:30, Fri 8:00-16:00)
📧 Email: sales@tea-hamburg.de
Further information can be found on our homepage ↗