The YC5000 Series is our universal, high-performance current vector drive, engineered for the most demanding applications. It delivers high torque at low speeds, boasts a superior overload capacity, and functions as a powerful ac power frequency converter for precise control of three-phase AC induction motors.
The YC5000 Series is defined by its ability to deliver uncompromising performance. These core features provide the power, precision, and protection needed to drive critical applications with confidence.
Utilizes a high-performance current vector algorithm for precise speed and torque control, supporting both sensorless (open-loop) and speed sensor (closed-loop) operation.
Built to withstand demanding industrial environments, its robust design and superior overload capacity ensure continuous operation under heavy or fluctuating loads.
The flexible interface supports multiple encoder types, making it ideal for closed-loop applications that require the highest degree of speed accuracy and positioning.
The advanced ac frequency converter circuit allows for user-defined logic and background software monitoring, enabling deep integration and custom control sequences.
While standard V/F control is suitable for simple loads, the YC5000 Series’ high-performance vector control is essential for demanding tasks. It actively calculates the motor's real-time state to provide exact torque regulation, especially at very low speeds. This capability is crucial for applications like machine tools, hoists, and wire drawing, delivering superior dynamic response and precise load handling. This advanced functionality elevates the drive from a simple speed controller to a true precision instrument for complex industrial machinery.
"Closed-loop" means using a speed sensor (encoder) to give the drive real-time feedback from the motor shaft. The YC5000 Series uses this feedback to achieve pinpoint speed accuracy, hold a motor shaft at zero speed, and ensure perfect synchronization, which is critical for high-precision applications like CNC machining, printing presses, and advanced textile machinery. This makes it far more than just a typical variable frequency ac power supply.
| Name | Value |
|---|---|
| Input Voltage Range | 1~380V |
| Motor Rated Voltage | 1V-2000V |
| Motor Rated Power | 0.1kW- 1000.0kW |
| Control Mode | 0：Sensorless Vector Control |
| 1：Vector Control with Speed Sensor” | |
| 3、V/FControl | |
| Maximum Frequency | 50.00Hz~500.00Hz |
| Motor Rated Current | 0.01A~655.35A（VFD Power≤55KW） |
| 0.1A~6553.5A(VFD Power＞55KW) | |
| Motor Rated Speed | 1rpm~65535rpm |
| Accel/Decel Mode | Linear Accel/Decel |
The precision and power of the YC5000 Series make it the premier choice for industries where performance and reliability are non-negotiable.
Understand from our clients what they say about doing business with us and the unique value addition we provide.
Maintain Inventiveness by Following The Blog for the Latest Best Practices, Techniques, Innovations, and Insights in the Field.
Moving away from traditional power sources has over the years posed a number of technical concerns to most of the modern day power systems. These include but are not...
Industrial dynamics of today reveal the disparities in global power patterns. Factories that have multiple locations bear with colossal hardships in respect of alternations in such sectors as frequencies,...
Variable Frequency Drives (VFDs) of high voltage are very crucial for today’s factory automation systems as they afford control on the motor speed and consequently power consumption for high...
In electronic laboratories, one should be very particular about one’s work. One has to avoid making mistakes and failures. High-tech device infrastructure always follows the specified mission, the slightest...
When performance and precision cannot be compromised, the YC5000 Series AC Frequency Converter is the solution. As direct ac frequency converter manufacturers, we provide expert consultation to match this powerful drive to your needs. Contact us for a competitive ac frequency converter price and a detailed proposal.
It’s crucial for machinery that needs powerful, precise control from a standstill or at very slow speeds, such as cranes, extruders, and machine tool spindles, preventing stalling and ensuring process accuracy.
While there are more parameters, the 5000 Series includes an advanced auto-tuning function. This feature accurately measures your motor’s characteristics, which greatly simplifies the setup process for optimal performance.
It means the drive can handle currents significantly higher than its rated value for short periods, allowing it to reliably start very heavy loads or absorb sudden load shocks without tripping, ensuring operational continuity.
Use closed-loop control for applications demanding the highest precision, such as CNC positioning, high-speed printing registration, and multi-drive systems that require perfect speed synchronization.
For many localized, sequential tasks, the built-in programmable logic can eliminate the need for a separate micro-PLC, which simplifies the control cabinet design, reduces wiring, and lowers overall system cost.
Choose the 5000 Series for applications requiring high starting torque, very precise speed/torque regulation, fast dynamic response, or closed-loop feedback—capabilities beyond what general-purpose drives offer.
As direct ac frequency converter manufacturers, we provide access to our application engineers who can assist with advanced configurations, including closed-loop tuning, programming, and system integration challenges.
While it would work flawlessly, it might be more than needed. A general-purpose drive is typically more cost-effective for simple variable torque loads. The 5000 Series excels where performance is the primary concern.
