Congratulations are in order to Electronic Drives and Controls Field Service Engineer Scott Sullivan who joined CFE Media and Technology for a VFD Technology focused webcast on September 14, 2022. Find the full webcast here!
Sullivan has a Bachelor of Science in Electrical Engineering and specializes in the application of variable speed drive (VFD) technology and on-site field service of AC drives. Since joining EDC in 2016, Sullivan has served on EDC’s field service support team performing repairs, preventive maintenance services, start-ups, training, and much more for AC & DC drives, PLCs and factory automation.
This webcast was well received by over 260 participants and focused on helping to explain why markets for variable speed drives are growing so precipitously and how they contribute towards efforts for enhanced productivity and sustainability in a wide range of industries.
“Scott did an amazing job and the information presented was a tremendous resource for all. This was a team effort and the team behind Scott’s webcast also deserve major kudos. Peter put together an excellent presentation and the product built was highly regarded by CFE Media,” said Deborah DeLuca, Vice President of Electronic Drives and Controls.
“The audience was highly receptive, and their questions were sophisticated and in-depth showing the level of the audience EDC and CFE Media attracted.” Any unanswered questions and answers will be published as part of a promo of archived webcasts along with the transcript.
- AC drives significantly reduce energy consumption
- Common applications for AC drives
- Common methods of AC drive regulation
More info on the event is provided by CFE Media below:
Variable speed drives provide effective speed control of AC motors by manipulating voltage and frequency. Controlling the speed of a motor provides users with improved process control, reduced wear on machines, increased power factor and large energy savings.
The most significant energy savings can be achieved in applications with a variable torque load. Reducing a fan’s speed in a variable torque load application by 20% can achieve energy savings of 50%. Therefore, for most motion control applications, reducing motor speed is often the easiest way to get large energy savings.
AC drives significantly reduce energy consumption by varying the speed of the motor to precisely match the effort required for the application. To vary the speed of the motor dynamically, a closed-loop regulator that considers the measured output of a process is required. Common applications where this is used include pressure, level and temperature control. The most common method of regulation is the PID (Proportional-Integral-Derivative) control loop.
Want to hear Scott’s webcast that could transform your energy savings and efficiency? Listen here!