Use: The DDK SAN4-40M servo controller is usually used to control the motion of the servo motor or motor to achieve high-precision position control, speed control or torque control. It can be used in various automation systems and machines, such as factory automation, CNC machine tools, printing machines, packaging machines, etc.
Control function: This servo controller usually has a wealth of control functions, including position ring, speed ring, torque ring, etc., to meet the needs of different applications. It is able to receive the control signal and convert it into the corresponding motor control action.
Communication interface: DDK SAN4-40M servo controllers usually support a variety of communication interfaces for communication and integration with other control systems, PLCS, Hmis and other devices. This facilitates data exchange and remote monitoring.
Applications: This type of servo controller is widely used in manufacturing, machining, semiconductor manufacturing, medical equipment, automated production lines and other fields.
Configuration and programming: Configuring and programming a servo controller usually requires an experienced engineer or technician to ensure that it is properly installed, configured and programmed to meet the needs of a specific application.
The SAN4-40M's new MELSERVO-J5D servo amplifier offers a unique servo-based solution for applications that need to deal with renewable energy. Universal DC bus servo drivers are ideal for medium to large servo applications that require multiple drive units capable of managing renewable energy.
The MELSERVO-J5D servo amplifier offers 400 V and 1 kW to 7 kW capacities, extending the existing drive capabilities of the MELSERVO-J5 portfolio and is compatible with MELSERVO-J5 servo motors (HK-KT/ST/RT/MT).
The common DC bus SAN4-40M servo amplifier provides a unique servo-based solution for applications that must deal with renewable energy. Regenerative energy is generated when the servo motor slows down or is driven by large inertia, in which case the servo motor acts as a generator. General purpose servo systems dissipate this energy in the form of heat using internal or external regenerative resistors. Common DC bus servo systems capture and reuse renewable energy.
In a typical system, the SAN4-40M servo amplifier is connected to a DC bus that is connected to the MR-CV power regeneration converter unit. The SAN4-40M converts 400 volts AC to direct current. The regenerative energy can then be shared between different servo drives or recaptured and returned to the power supply, improving the overall energy efficiency of the machine.
In a typical system, the SAN4-40M servo amplifier is connected to a DC bus that is connected to the MR-CV power regeneration converter unit. The SAN4-40M converts 400 volts AC to direct current. The regenerative energy can then be shared between different servo drives or recaptured and returned to the power supply, improving the overall energy efficiency of the machine.
