VMIACC-5595-208 | GE | Driver hardware control algorithm

Description

VMIACC-5595-208 | GE | Driver hardware control algorithm

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After the development of analog and VMIACC-5595-208 hybrid modes, the drivers of permanent magnet AC servo systems have entered the era of all digital technology. The fully digital servo drive not only overcomes the determinacy of large dispersion, zero drift, and low reliability of analog servo, but also fully utilizes the advantages of digital control in control accuracy and the flexibility of control methods, making the servo drive not only structurally simple but also more reliable in performance. Nowadays, high-performance servo systems mostly use permanent magnet AC servo systems, which include two parts: permanent magnet synchronous AC servo motors and fully digital AC permanent magnet synchronous servo drives. The servo drive consists of two parts: driver hardware and control algorithm. Control algorithms are one of the key technologies that determine the performance of AC servo systems. They are the main part of foreign AC servo technology lockdowns and the core of technological monopolies.

The AC permanent magnet synchronous servo driver VMIACC-5595-208 mainly consists of a servo control unit, a power drive unit, a communication interface unit, a servo motor, and corresponding feedback detection devices. Its structural composition is shown in Figure 1. The servo control unit includes position controller, speed controller, torque and current controller, etc. Our communication permanent magnet synchronous drive integrates advanced control technology and strategies, making it very suitable for high-precision and high-performance servo drive fields. It also reflects strong intelligence and flexibility that traditional drive systems cannot compare with.

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