3P18U3H/39

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3P18U3H/39 is a type of control device used in industrial automation contexts to control the operations of multiple motors. This type of device is known as a FOC/FCS controller, which stands for field-oriented control and field-coordinated control, respectively. The 3P18U3H/39 is one of the more popular models of this type, and it is used extensively in factories and other industrial settings for a variety of motor control needs.

Application Field

The 3P18U3H/39 is usually used to control the operations of multiple motors, with up to three motors per device. This device supports closed-loop vector control, as well as open-loop PTC or SVC positioning control, depending on the needs of the user. It supports multiple control algorithms, including PID, SVC, V/F, and field-oriented control. It also supports multi-axis synchronous and asynchronous operation, making it well suited for operations that require complex control of multiple motors.

The 3P18U3H/39 is designed to be used in a variety of industrial applications, including conveyors, robots, machine tools, textile machinery, and other areas. It has built-in EMC features, which allow it to be used in sensitive environments without causing interference. It also has built-in safety features, such as over-current and over-temperature protection, to ensure the safety of personnel and equipment.

Additionally, the 3P18U3H/39 is designed to be energy efficient, with built-in energy saving features such as dynamic torque control, torque ripple compensation, and start/stop control. These features allow the device to reduce energy consumption and extend the longevity of connected motors, making it an attractive choice for businesses looking to reduce energy costs.

Working Principle

The 3P18U3H/39 uses field-oriented control (FOC) principles to efficiently control the operations of connected motors. FOC systems allow for precise control of motor operations, allowing for precise and fast acceleration and deceleration, as well as smooth running at low speeds. It also allows for motor torque to be controlled in real time, allowing for higher efficiency and precise control of motor operations.

This type of device also uses field-coordinated control (FCS) principles, which ensures that all connected motors are synchronized with each other. This allows for complex operations, such as coordinated acceleration and deceleration, as well as other multi-axis operations. It also allows for precise motor speed control at all times.

The 3P18U3H/39 also combines the use of both FOC and FCS principles with advanced software algorithms to control connected motors. These algorithms enable the device to provide reliable and accurate motor control, with minimal or no need for manual adjustment. This makes the device well suited for applications that require complex and precise control of multiple motors.

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