XINJE servodrives

A WIDE RANGE OF SERVO DRIVES FOR DIFFERENT APPLICATIONS

XINJE’s diverse product range makes it possible to select the right solution for both compact machines and advanced systems requiring multi-axis control.

Series	Servodrive characteristics
DS5C1 / DS5C2 – EtherCAT	The DS5C series is primarily designed for applications requiring high-speed communication and precise axis synchronization. The use of EtherCAT enables the development of dynamic motion control systems where fast response times and accurate coordination of individual axes are essential. DS5C servo drives are well suited for multi-axis machines, positioning systems, and applications requiring the synchronization of multiple drives.
DS5P – PROFINET	The DS5P series was developed for integrating servo drives into automation systems using PROFINET. Thanks to network communication, the drives can be easily integrated into advanced machine control systems. DS5P is a solution for applications where seamless integration with plant automation, data exchange with a master controller, and the ability to create cohesive control systems are essential.
DS5L1 / DS5L2 – compact pulse-controlled servo drives	The DS5L series is designed for applications using conventional pulse control. Its compact design helps reduce the amount of space required in the control cabinet while maintaining the functionality typically associated with modern servo systems. DS5L1 and DS5L2 can be used in positioning machines, feeding systems, packaging machines, and applications where motion control is implemented directly through the pulse outputs of a PLC or motion controller.
DS5K2 – servo drives with Bus communication	The DS5K2 series is designed for applications utilizing bus communication. This solution enables the integration of servo drives into automation systems and the development of flexible motion control systems. The series can be used in a wide range of industrial machinery, particularly in applications where communication between the controller, servo drives, and other components of the automation system is essential.
DM6C – multi-axis servo system	The DM6C is a solution designed for building multi-axis servo systems. Its integrated design helps reduce the space occupied by the drive system and simplifies installation within the control cabinet. The multi-axis architecture makes the DM6C particularly well suited to machines requiring simultaneous control of multiple axes, where both high dynamic performance and efficient use of available space are important.
DF3 – low-voltage servo drives	DF3 is a series of low-voltage servo drives designed, among other applications, for use in AGVs and autonomous transportation systems. The drive design makes it possible to use servo technology in applications powered by low-voltage energy sources. DF3 can be used in mobile platforms, internal transportation systems, and equipment requiring precise motion control.
DL6 – linear motor control	DL6 is a series designed for controlling linear motors. This solution makes it possible to take advantage of servo drive technology in applications where rotary motion is replaced by direct linear motion. These types of drives are used in high-precision positioning systems, machines requiring high dynamic performance, and specialized automation systems.

High precision and dynamic motion

One of the key advantages of XINJE servo systems is their ability to achieve high motion control accuracy. The use of advanced control algorithms and high-resolution encoders enables precise determination of the motor shaft position and an appropriate response from the drive.

Depending on the configuration, the system can use a 23-bit optical absolute encoder or a 19-bit magnetic absolute encoder. This makes it possible to tailor the solution to the requirements of a specific application and the desired positioning accuracy.

The high dynamic performance of servo drives is particularly important in machines performing fast, repetitive operating cycles. Precise control of speed, torque, and position enables smooth motion and high process repeatability.

Wide power range

The DS series offers solutions ranging from 0.1 kW to 15 kW, making it possible to select a servo drive for both small axes and more demanding drive systems.

Power selection should take into account the load characteristics, required torque, rotational speed, duty cycle, and system inertia. Properly matching the servo drive to the motor makes it possible to take full advantage of the system’s capabilities without unnecessarily oversizing the installation.

Safety and reliability

XINJE servo drives are equipped with functions supporting safe and stable machine operation. Depending on the series and configuration, features such as STO (Safe Torque Off) are available, allowing the motor torque to be safely disabled.

Selected configurations are also available with an electromechanical brake, which is particularly useful in applications where it is necessary to maintain the axis position after the drive has been switched off.

Energy efficiency

The modern design of XINJE servo drives enables efficient energy utilization in industrial applications. Precise torque and speed regulation ensures that the drive supplies energy according to the system’s current requirements.

High servo system efficiency can help reduce energy losses and improve the overall efficiency of the machine, particularly in applications characterized by frequent changes in speed and load.

XINJE servo drive and motor – a complete drive system

XINJE servo drives can be combined with dedicated XINJE servo motors to create a complete drive system. Properly matching the drive to the motor makes it possible to take full advantage of the system’s capabilities and ensure the required operating parameters.

Depending on the application requirements, the appropriate servo drive series, power rating, communication method, and motor parameters can be selected. This approach simplifies the design of both single- and multi-axis systems and facilitates the integration of drives with other automation components.