A variable-frequency control system is a type of system that regulates the operating speed of motors or other equipment by adjusting the frequency of the power supply. At its core is the variable-frequency drive (VFD), which can convert a fixed-frequency power supply into an AC power supply with a variable frequency, thereby enabling precise control of the equipment. The heat generated during operation is primarily dissipated through air flow; this system employs forced-air cooling for heat dissipation. It features a compact structure, stable operation, and comprehensive functionality.
No matter the environment, the iC7 Automation delivers the reliability and performance you need. This series of variable frequency drives features extensive connectivity, high security, and intelligent capabilities, enabling you to leverage the latest technologies in the Industrial Internet of Things.
The VACON® NXP product series features outstanding motor control capabilities, making it suitable for induction and permanent-magnet motors, gearless variable-frequency drive applications, and parallel solutions for high-power motors.
The VLT® AutomationDrive, featuring advanced thermal design and a unique rear-airflow cooling system, is one of the most compact and cost-effective variable frequency drives on the market. Its intelligent maintenance and monitoring functions can significantly enhance system productivity, improve performance, and extend uptime over the long term.
The VLT® AutomationDrive FC 360 is a compact, space-saving universal frequency converter available in 9 different sizes. It features ease of use, reliability, and flexibility in its design, with functions tailored for a wide range of common applications, enabling precise and energy-efficient motor control for various industrial applications.
iC2-Move supports both induction motors and permanent magnet motors, delivering excellent motor control performance and featuring a locked-rotor detection function. It also supports connectivity with the MyDrive® Suite digital tool, providing customers with a brand-new user experience.
The iC2-Micro is more compact, smarter, and more powerful than its predecessor, seamlessly replacing the VLT® Micro Drive FC 51. This inverter is both reliable and durable, and it’s even easier to use and install. It can reduce system complexity and lower costs while maintaining high performance. This inverter delivers excellent motor control and mechanical braking performance. New features include torque open-loop control, locked-rotor detection, permanent magnet motor control, a built-in control panel, and, of course, connectivity with the MyDrive® Suite digital toolset.
This product employs genuine high-end flux vector control technology, enabling effortless achievement of high torque output at low speeds. It features excellent torque response, precise speed control, and ultra-fast acceleration and deceleration. The product supports mainstream communication bus protocols and a variety of PG cards, offering rich and powerful combined functionalities while maintaining stable and reliable performance.
This all-in-one drive adopts the industry-first direct torque control technology without a speed sensor, delivering high-end performance that closely rivals European benchmark products. In particular, it represents significant technological breakthroughs and early-stage product implementations in key areas such as torque control accuracy, torque response speed, and torque energy efficiency ratio. Its defining characteristics include: replacing closed-loop vector control (when not using position control); providing efficient and reliable drive for all AC motors, enabling direct drive when paired with low-speed PM motors; and supporting mainstream communication protocols.
The power supply section offers optional components such as a basic diode rectifier module, an IGBT intelligent rectifier (enabling four-quadrant operation), a regenerative module (with UDC constant function), and an inverter motor module.
The KTIO-0804A IO module is an expansion IO module developed for equipment manufacturing and mobile devices. It features multiple bus interfaces as well as multi-channel, multiplexed analog input and output ports with flexible port configurations. The module boasts a compact and robust structural design, offering exceptional mechanical shock resistance and ease of installation. The module incorporates electrical protection features such as overvoltage protection and reverse polarity protection for the power supply. Additionally, it is equipped with a CORTEX M4 series microprocessor operating at a clock speed of up to 200 MHz, ensuring high-speed analog signal acquisition and output rates, thereby meeting the stringent real-time requirements of demanding application scenarios.
The KTMC-2020H controller is a high-performance, intelligent controller developed for equipment manufacturing and mobile devices. It complies with the international standard IEC 61131-3 and features an extensive range of bus ports that support multiple communication protocols. The controller boasts a high IO port multiplexing rate, allowing flexible configuration based on actual application requirements to meet diverse control needs. Equipped with a high-performance microprocessor, it delivers prompt response times and precise control, making it well-suited for applications with stringent real-time performance demands. In addition, the KTMC-2020H controller incorporates program security protection features that prevent unauthorized access to the program code, thereby effectively safeguarding the user’s intellectual property rights.