Bosch Rexroth’s TV 3000HT PUMF is a high-performance servo controller that is the DKC series of AC servo amplifier drive controllers. This servo driver has a 200A rated current and a 700V DC bus rated voltage. As a version 3 product, it comes with standard firmware.

The main features of this servo controller include:
High efficiency and fast response for applications requiring high dynamic performance.
It supports multi-protocol Ethernet bus communication, which provides great communication flexibility.
Innovative multi-function encoder interface to evaluate all commonly used encoder types.
Built-in safety technology is available as an option to provide additional security.
It is suitable for a variety of industrial automation applications, including but not limited to machine tools, packaging machinery, printing machinery, paper, material filling, handling/robotics, test bench, semiconductor industry, etc. Due to its high performance and flexibility, the TV 3000HT PUMF is ideal for many industrial applications.

The TV 3000HT PUMF servo controller from Bosch Rexroth supports multi-protocol Ethernet bus communication, which means that it can communicate with many different industrial networking standards. These protocols include, but are not limited to, SERCOS III, PROFINET, EtherNet/IP, etc., which are common real-time Ethernet standards used in industrial automation.
SERCOS III: This is a high-speed, real-time Ethernet communication protocol commonly used in servo control systems requiring high precision and dynamic response.
PROFINET: This is the industrial Ethernet standard from Siemens that supports real-time Ethernet communication and can be used for device configuration, diagnostics and data exchange.
EtherNet/IP: This is an Industrial networking Protocol based on CIP (Common Industrial Protocol), maintained by ODVA (Open DeviceNet Vendors Association) and widely used in various automation devices.
These protocols enable the TV 3000HT PUMF servo controller to integrate with a wide range of automation devices and systems for data exchange and collaboration. In this way, the controller can receive instructions from the upper computer or other network devices, and control the servo motor connected to it to perform the corresponding action. At the same time, it can also feed the status information of the servo motor back to the network for other devices or systems to monitor and analyze
This multi-protocol communication capability provides great flexibility and scalability for industrial automation, so that system integrators can choose the right network protocol according to the specific application requirements to achieve the best system performance