Reliable 0.75kw~550kw AC Variable Frequency Drives for Motor Control Solutions

Introducing the SL1 series: a high-performance vector control frequency converter. This innovative product employs a cutting-edge 32-bit DSP control system, enabling rapid torque response and precise control. By harnessing the power of coupling release control, it expertly manages the motor's magnetic flow current and torque current, making it an ideal choice for a multitude of applications in demanding environments.
It excels in scenarios demanding exceptional high-speed control precision, rapid torque response, and substantial low-frequency output torque, meeting and exceeding rigorous industrial requirements.

Technical Features

Enjoy the versatility of three-speed control methods: V/F control, no PG open loop vector control (SVC),
and PG closed loop vector control (FVC), offering adaptable solutions for every need.
Experience remarkable low-speed performance with the ability to achieve up to 180% moment output and maintain control precision at ±5% within FVC mode.
Benefit from the innovative speed tracing re-start function, ensuring a smooth and shock-free gentle start for your motor every time.
Expand your capabilities with a rich selection of expansion card options, including the highly sought-after 485
communication card, IO expansion card, and PG card, tailored to enhance your system's functionality.
Boasting 16-section speed configurations, simple PLC, PID control, and dynamic swing frequency control, this system is engineered for performance and flexibility.
With PG closed loop vector control, achieve unparalleled speed precision up to ±0.1, providing an impressive
1:1000 speed control scope that ensures meticulous control over a wide range of speeds.
The panel utilizes a coder to adjust speed, allowing for precise and accurate speed adjustments.
Support is seamlessly integrated for various coders, including differential coders, open circuit collector coders, revolving coders, and UVW coders, ensuring broad compatibility and reliability.