And, as servo drives do not work with open loop control systems, there is a high failure rate. Many applications do not require the high dynamic performance offered by a servo drive. An alternative was to use an AC drive. But, until now, an additional internal or external module or an encoder on the motor was required. Danfoss Drives has developed an innovative alternative to servo control. The Integrated Motion Controller IMC is functionality that enables an AC drive to perform high-precision positioning and synchronization operations without the need for additional modules or hardware.
IMC has many advantages. It works with all conventional motor technologies, with closed loop or open loop control, and offers sensorless homing with torque detection. Drives are adapted to the applications through simple parameterization.
This means that knowledge of servo technology or programming languages is not required. As no encoder or additional cables are needed, engineering, installation and commissioning time and costs can be reduced.
Read iPaper and download. Conveyors, positioning and synchronizing, cranes, mixers, centrifuges and palletizing and packaging machinery. Compressor speed control provides constant pressure regulation as well as reducing your energy consumption, especially for part-load operation. The Integrated Motion Controller IMC is functionality that enables an AC drive to perform high-precision positioning and synchronization operations without the need for additional modules or hardware.
IMC has many advantages. It works with all conventional motor technologies, with closed loop or open loop control, and offers sensorless homing with torque detection. Drives are adapted to the applications through simple parameterization.
This means that knowledge of servo technology or programming languages is not required. As no encoder or additional cables are needed, engineering, installation and commissioning time and costs can be reduced.
Read iPaper and download. Jump to manuals. To sort documents in the tables below, click on the filter icon 3 lines to the right of the column title "Type ". AutomationDrive Selection Guide. Fact sheet. Additional mechanical drawings including drawings for Drives with options, electrical drawings and E-Plan files are located below this table under the heading 3D models and drawings.
To sort drawings in the 3D models and drawings table below, click on the filter icon to the right of the column title "Type" shown circled at right :. Conveyors, positioning and synchronizing, cranes, mixers, centrifuges and palletizing and packaging machinery.
Ensure maximum uptime and lowest possible cost of ownership with hygienic, variable-speed conveyor control. Flexibility to control the speed of long conveyors can help optimize the complete system, reduce bottlenecks and extend motor lifetime. Reduce cost, complexity, and programming time in servo applications by using an AC drive for high-precision positioning and synchronization. Developed for a platinum operation comprising mine, processing plant, and smelter, the solution improves reliability with elegant synchronization, reduces costs, and eases maintenance time too.
Holcim US engaged Danfoss for advanced variable frequency drive technology to assist in making its manufacturing site one of the most energy-efficient cement plants in the world. This website uses cookies to improve your experience while you navigate through the website. Out of these cookies, the cookies that are categorized as necessary are stored on your browser as they are as essential for the working of basic functionalities of the website.
We also use third-party cookies that help us analyze and understand how you use this website. These cookies will be stored in your browser only with your consent. You also have the option to opt-out of these cookies. But opting out of some of these cookies may have an effect on your browsing experience. However, servo equipment is expensive; it is difficult to commission and requires additional cabling. And, as servo drives do not work with open loop control systems, there is a high failure rate.
Many applications do not require the high dynamic performance offered by a servo drive. An alternative was to use an AC drive.
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