Moog Introduces New Fan-Cooled Brushless Servo Motors for Increased Machine Productivity at SPS/IPC/Drives 2016
- Higher power density and torque compared to naturally-cooled motors
- Longer servo motor lifetime
- Discover Moog’s products at SPS/IPC/Drives 2016 – Hall 3, Booth 550
Moog Industrial Group has released a new family of Fan-Cooled Brushless Servo Motors, further extending its broad selection of high performance motors. The new product family will be launched at SPS/IPC/Drives 2016, which takes place from 22 until 24 November 2016 in Nuremberg, Germany.
The design of fan-cooled brushless servo motors offers additional torque to accelerate and decelerate the load, resulting in 30% more torque than a naturally-cooled motor. This benefit, coupled with low rotor inertias, enables higher power density and improved cycle times. Furthermore, the improvement in operating conditions increases the motor’s robustness by extending the life of the windings.
The new motors are available in Size 5 and 6 Compact Dynamic Brushless Servo Motors (CD Series) and Maximum Dynamic Brushless Servo Motors (MD Series). They are designed to be used in plastics, textile, die casting, metal forming, food, pharmaceutical and packaging machinery as well as presses.
In addition to the comprehensive CD and MD Series Servo Motors, fan cooling can also be added to existing naturally-cooled motors using a separately mounted fan kit. The fan kit can be installed in the factory enabling you to order a complete servo motor solution with fan-cooling, or purchased as a retrofit kit to install on existing motors, providing machine designers with complete flexibility.
“Our new products help machine builders across industries achieve faster cycle times to increase productivity and machine throughput,” said Thomas Czeppel, product management director - Industrial Products, Moog Industrial Group. “Addressing the need for increased power density for higher performance, these servo motors offer a simple solution that also can reduce the size and weight of machinery.”