General Electric (GE) recently introduced a new AC servo drive module, the P110-6052, which offers high performance, high reliability and high scalability for a variety of industrial control applications. The P110-6052 module, part of the CONVERTEAM P110 series, features A modular design that supports position, speed, and torque control with a power rating of 2.2kW and a voltage rating of 400VAC, a current rating of 5.5A, and a speed rating of 2000RPM. The dimensions of the module are 260mm x 143mm x 75mm, the weight is 3.5kg, the interface includes CAN bus, RS232, analog input/output, and the protection level is IP20.

The main features of the P110-6052 module include high precision control, position accuracy up to ±0.1μm, speed accuracy up to ±0.01%, torque accuracy up to ±0.1%, response time less than 1ms, and overload capability up to twice the rated torque. In addition, the module operates with low noise, which is suitable for applications with high noise requirements.

The application fields of P110-6052 are very wide, including manufacturing, energy and power, transportation, medical and health care. It can be used in a variety of industrial control applications such as robot control, CNC machine tools, packaging machinery, printing machinery and textile machinery to improve production efficiency and automation level.

In addition, the P110-6052 module also has protection functions, including overvoltage, overcurrent, overheating, etc., to ensure the stable operation and safety of the system. Its high-performance microcontrollers and advanced control algorithms provide precise control and fast response, while its modular design and premium components ensure its reliability and durability.

The introduction of the P110-6052 module further enrichis GE’s product line in the field of industrial automation, providing customers with more choices and possibilities, and is expected to be widely used worldwide to help enterprises improve production efficiency, optimize product quality, reduce energy consumption and reduce failure rates.