Intelligent speed controller for single-phase AC asynchronous motor
This single-phase AC asynchronous motor intelligent digital display speed controller uses MCU control and has the advantages of small size, rich functions, wide speed regulation range, low energy consumption, long service life, and good stability. It can be used with single-phase asynchronous motors produced domestically and internationally to achieve feedback speed regulation and stepless speed regulation. It is widely used in speed drive devices for production lines in industries such as packaging, printing, food, electronic instruments and meters, clothing machinery, and medical machinery.
Intelligent digital speed controller for single-phase AC asynchronous motor
This single-phase AC asynchronous motor intelligent digital display speed controller uses MCU control and has the advantages of small size, rich functions, wide speed regulation range, low energy consumption, long service life, and good stability. It can be used with single-phase asynchronous motors produced domestically and internationally to achieve feedback speed regulation and stepless speed regulation. It is widely used in speed drive devices for production lines in industries such as packaging, printing, food, electronic instruments and meters, clothing machinery, and medical machinery.
The DYLC220 series AC servo drive uses a high-performance microprocessor as its core control unit, realizing an advanced full-digital motor vector control algorithm. It can freely switch between various closed-loop servo control modes such as current loop, speed loop, and position loop. The controller has good compatibility and adaptability. The drive output power range is 100W-750W, supporting digital pulse control and bus control of CanOpen and Modbus communication protocols, enabling multiple servo drives to operate in a network. It is mainly used for high-precision control of torque, speed, and position in various occasions such as packaging machinery, printing machinery, conveying and handling machinery.
Utilizing an advanced, all-digital, dedicated motor control processor and a high-speed, precise vector control algorithm, it is suitable for precise torque, speed, and position control of low-voltage permanent magnet synchronous motors with rated voltage of 24~60V and rated power of 200-400W. In some applications using low-voltage permanent magnet synchronous motors, it achieves high-performance control requirements similar to high-voltage AC servo motors, with significant cost advantages. It offers diverse control methods, a wide speed range, comprehensive functions, and complete hardware and software protection.
The LVCA024D05-01 vehicle-mounted controller is a high-performance permanent magnet brushed motor controller. It can smoothly and quietly control the motor speed and torque, and provides a variety of safety protection functions. It is an ideal choice for various electric vehicles, electric sweepers, electric tricycles, electric recreational vehicles, and electric handling vehicles.
Product applications include ice makers, food waste disposers, juicers, height-adjustable desks, and electric tubular curtains.
The product is used in electric wheelchairs, elderly mobility scooters, medical beds, and massage beds.
Product applications include sliding doors, swing doors, turnstiles, and rail transit.