Drives and Control Solutions' Bimonthly Digest is distributed on the first and third Wednesday of each month.
Please download any of our past issues using the links below.
Editor's Pick: Featured Article
When and How Should I Select a Braking Resistor?
When designing a motor control system, it is not always clear if a braking resistor is required and, if it is, how to proceed in selecting a braking resistor. This post is intended to simplify that process so it is clear when and how to select a braking resistor for your application.
Why are braking resistors necessary?
Braking resistors are introduced into a motor control system in order to prevent hardware damage and/or nuisance faults in a VFD. They are required because in certain operations, the motor controlled by the VFD is acting as a generator and power is flowing back towards the VFD, rather than towards the motor.
Latest Articles
PC-based control and TwinCAT provide a foundation for advanced Industrie 4.0 and Internet of Things ...
Join ABB for an in-depth look at how variable frequency drives assist in aeration applications for ...
Leading Canadian forest product company, Chantiers Chibougamau, has selected ABB to help overhaul ...
ABB Motion Canada alongside our HVAC Partners nationwide has introduced a special program for our ...
Energy overload situations can cause braking resistor failure, but is easily prevented with the ...
Brock Solutions is pleased to announce the recent award by the Region of Peel of the Clarkson and ...
If the main power is lost to a VFD while the motor is under load, the DC bus of the VFD drops at an ...
This webinar (Friday April 17, 2020 at 11:00am - 12:00pm EDT) will review simple and easily ...
With the spring tradeshow season coming upon us, and discussions beginning to come up about the new ...
Partnering For The Next Step
Welcome to the Digital Enterprise Virtual Summit brought to you by Siemens
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Industry’s digital and technological transformation is the answer for meeting today’s and tomorrow’s challenges and market needs.
With the right digitalization and automation solutions, expertise won from practical experience, and a partnership approach that benefits all involved parties.
To explore these possibilities, we’re bringing together top-level speakers, specialists and decision-makers from various industries and experts from Siemens
to the Digital Enterprise Virtual Summit under the motto “Partnering for the next step.”
READ MORE
Motor Feature
S6 VFD for Linear Motor Applications
The Combivert S6 drive is a modern, compact and flexible servo amplifier that can be used across a wide range of applications. The drive controller provides optimum performance in torque, speed, and position control. The S6 has the ability to control AC induction motors, AC PM motors, and lastly linear motors. In this article, we will be focusing on linear motors and how they work, as well as the simplicity of controlling them with the Combivert S6.
Product News
Along developing exciting new products, POSITAL continuously updates its established product ...
Endress+Hauser’s new extremely compact Liquiline Mobile CML18 multi-parameter device provides ...
Maplesoft™ announced the release of MapleSim™ Insight, a new software product from Maplesoft that ...
To ensure the safety of lone workers at all times, companies depend on solutions that speed up ...
One of Yaskawa America’s top technical experts shows off the benefits of the company’s new Compass ...
The DURApulse GS20 Series of next generation high-performance vfd drives provides many standard and ...
More fully digital soft starters have been added to the AutomationDirect drives and motor controls ...
Yokogawa Test & Measurement Corporation announces that it has developed the AQ2200-212 sensor ...
The Mach 3 is designed for digitally sensitive applications and comes with added ...
nVent Electric plc, a global provider of electrical connection and protection solutions, recently ...
New Product
Maplesoft™ announced the release of MapleSim™ Insight, a new software product from Maplesoft that gives machine builders powerful, simulation-based debugging and 3-D visualization capabilities that directly connect to their automation tools. As a result, engineers can perform simulation-based testing of their controller easily and efficiently.
Simulation-based testing of machine control strategies is a key element of virtual prototyping and using digital twins for virtual commissioning. However, this step can be cumbersome, as many automation tools provide limited options for machine-level, simulation-based controller testing, and these options often require moving development to an entirely new platform.
Latest News
PC-based control and TwinCAT provide a foundation for advanced Industrie 4.0 and Internet of Things ...
Join ABB for an in-depth look at how variable frequency drives assist in aeration applications for ...
Leading Canadian forest product company, Chantiers Chibougamau, has selected ABB to help overhaul ...
ABB Motion Canada alongside our HVAC Partners nationwide has introduced a special program for our ...
Brock Solutions is pleased to announce the recent award by the Region of Peel of the Clarkson and ...
This webinar (Friday April 17, 2020 at 11:00am - 12:00pm EDT) will review simple and easily ...
ABB is proud to announce it has been selected as one of Canada’s Best Employers by Forbes Magazine ...
Keeping pace with significant advances in motor speed control technologies, the International ...
Power Transmission
Danfoss: Facts Worth Knowing about AC Drives - Inverters, Modulation Principles, Control Circuit and Methods
By Danfoss Drives
The inverter is the last of the main elements making up the AC drive. The inverter processes represent the final stage in terms of generating the output voltage and frequency. When the motor is connected directly to the mains, the ideal operating conditions apply at the rated operating point.
The AC drive guarantees good operating conditions throughout the whole speed range by adapting the output voltage to the load conditions. It is thus possible to maintain the magnetization of the motor at the optimal value.
